diff --git a/third_party/move/move-compiler-v2/tests/lambda-lifting/basic.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda-lifting/basic.lambda.exp
new file mode 100644
index 00000000000000..aecce2d0e90593
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda-lifting/basic.lambda.exp
@@ -0,0 +1,336 @@
+// -- Model dump before env processor pipeline:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor inlining:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| Add<u64>(y, c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>(x, c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, |x: u64| Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, closure m::no_name_clash$lambda$1(c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash1$lambda$1(c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash2$lambda$1(c))
+    }
+    private fun no_name_clash$lambda$1(c: u64,y: u64): u64 {
+        Add<u64>(y, c)
+    }
+    private fun with_name_clash1$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>(x, c)
+    }
+    private fun with_name_clash2$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x)
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, closure m::no_name_clash$lambda$1(c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash1$lambda$1(c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash2$lambda$1(c))
+    }
+    private fun no_name_clash$lambda$1(c: u64,y: u64): u64 {
+        Add<u64>(y, c)
+    }
+    private fun with_name_clash1$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>(x, c)
+    }
+    private fun with_name_clash2$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x)
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xcafe::m {
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun no_name_clash(x: u64,c: u64): u64 {
+        m::map(x, closure m::no_name_clash$lambda$1(c))
+    }
+    private fun with_name_clash1(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash1$lambda$1(c))
+    }
+    private fun with_name_clash2(x: u64,c: u64): u64 {
+        m::map(x, closure m::with_name_clash2$lambda$1(c))
+    }
+    private fun no_name_clash$lambda$1(c: u64,y: u64): u64 {
+        Add<u64>(y, c)
+    }
+    private fun with_name_clash1$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>(x, c)
+    }
+    private fun with_name_clash2$lambda$1(c: u64,x: u64): u64 {
+        Add<u64>({
+          let x: u64 = Add<u64>(c, 1);
+          x
+        }, x)
+    }
+} // end 0xcafe::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda-lifting/basic.move:5:9
+  │
+5 │         f(x)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/basic.move:10:16
+   │
+10 │         map(x, |y| y + c)
+   │                ^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/basic.move:15:16
+   │
+15 │         map(x, |x| x + c)
+   │                ^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/basic.move:20:16
+   │
+20 │           map(x, |x| {
+   │ ╭────────────────^
+21 │ │             let x = c + 1;
+22 │ │             x
+23 │ │         } + x)
+   │ ╰─────────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda-lifting/modify.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda-lifting/modify.lambda.exp
new file mode 100644
index 00000000000000..3664bd2e163bbe
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda-lifting/modify.lambda.exp
@@ -0,0 +1,528 @@
+// -- Model dump before env processor pipeline:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor inlining:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &u64 = Borrow(Immutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xcafe::m {
+    struct S {
+        x: u64,
+    }
+    private fun map(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun assigns_local(x: u64,c: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| z: u64 = 2;
+          Add<u64>(y, c))
+        }
+    }
+    private fun assigns_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| x: u64 = 2;
+        Add<u64>(y, c))
+    }
+    private fun borrows_local(x: u64): u64 {
+        {
+          let z: u64 = 1;
+          m::map(x, |y: u64| {
+            let r: &mut u64 = Borrow(Mutable)(z);
+            Add<u64>(y, Deref(r))
+          })
+        }
+    }
+    private fun borrows_param(x: u64,c: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &mut u64 = Borrow(Mutable)(c);
+          Add<u64>(y, Deref(r))
+        })
+    }
+    private fun immutable_borrow_ok(x: u64): u64 {
+        m::map(x, |y: u64| {
+          let r: &u64 = Borrow(Immutable)(1);
+          Add<u64>(y, Deref(r))
+        })
+    }
+} // end 0xcafe::m
+
+
+
+Diagnostics:
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda-lifting/modify.move:14:13
+   │
+14 │             x = 2;
+   │             ^
+
+error: captured variable `c` cannot be modified inside of a lambda
+   ┌─ tests/lambda-lifting/modify.move:21:26
+   │
+21 │             let r = &mut c;
+   │                          ^
+
+error: captured variable `z` cannot be modified inside of a lambda
+   ┌─ tests/lambda-lifting/modify.move:29:13
+   │
+29 │             z = 2;
+   │             ^
+
+error: captured variable `z` cannot be modified inside of a lambda
+   ┌─ tests/lambda-lifting/modify.move:37:26
+   │
+37 │             let r = &mut z;
+   │                          ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda-lifting/nested.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda-lifting/nested.lambda.exp
new file mode 100644
index 00000000000000..cb00e1c4256e81
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda-lifting/nested.lambda.exp
@@ -0,0 +1,239 @@
+// -- Model dump before env processor pipeline:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor inlining:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, |y: u64| Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), |y: u8| Add<u8>(y, Cast<u8>(c)))))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, closure m::nested$lambda$2(c))
+    }
+    private fun nested$lambda$1(c: u64,y: u8): u8 {
+        Add<u8>(y, Cast<u8>(c))
+    }
+    private fun nested$lambda$2(c: u64,y: u64): u64 {
+        Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), closure m::nested$lambda$1(c)))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, closure m::nested$lambda$2(c))
+    }
+    private fun nested$lambda$1(c: u64,y: u8): u8 {
+        Add<u8>(y, Cast<u8>(c))
+    }
+    private fun nested$lambda$2(c: u64,y: u64): u64 {
+        Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), closure m::nested$lambda$1(c)))
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xcafe::m {
+    private fun map1(x: u64,f: |u64|u64): u64 {
+        (f)(x)
+    }
+    private fun map2(x: u8,f: |u8|u8): u8 {
+        (f)(x)
+    }
+    private fun nested(x: u64,c: u64): u64 {
+        m::map1(x, closure m::nested$lambda$2(c))
+    }
+    private fun nested$lambda$1(c: u64,y: u8): u8 {
+        Add<u8>(y, Cast<u8>(c))
+    }
+    private fun nested$lambda$2(c: u64,y: u64): u64 {
+        Cast<u64>(m::map2(Cast<u8>(Sub<u64>(y, c)), closure m::nested$lambda$1(c)))
+    }
+} // end 0xcafe::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda-lifting/nested.move:5:9
+  │
+5 │         f(x)
+  │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda-lifting/nested.move:10:9
+   │
+10 │         f(x)
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/nested.move:15:42
+   │
+15 │         map1(x, |y| (map2((y - c as u8), |y| y + (c as u8)) as u64))
+   │                                          ^^^^^^^^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/nested.move:15:17
+   │
+15 │         map1(x, |y| (map2((y - c as u8), |y| y + (c as u8)) as u64))
+   │                 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda-lifting/pattern.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda-lifting/pattern.lambda.exp
new file mode 100644
index 00000000000000..83b5c3b1b9710b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda-lifting/pattern.lambda.exp
@@ -0,0 +1,269 @@
+// -- Model dump before env processor pipeline:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor inlining:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, |(m::S<u64>{ x }, _y: u64): (m::S<u64>, u64)| {
+          let y: u64 = x;
+          Add<u64>(x, y)
+        })
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, closure m::pattern$lambda$1())
+    }
+    private fun pattern$lambda$1(param$0: m::S<u64>,_y: u64): u64 {
+        {
+          let m::S<u64>{ x } = param$0;
+          {
+            let y: u64 = x;
+            Add<u64>(x, y)
+          }
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, closure m::pattern$lambda$1())
+    }
+    private fun pattern$lambda$1(param$0: m::S<u64>,_y: u64): u64 {
+        {
+          let m::S<u64>{ x } = param$0;
+          {
+            let y: u64 = x;
+            Add<u64>(x, y)
+          }
+        }
+    }
+} // end 0xcafe::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xcafe::m {
+    struct S {
+        x: T,
+    }
+    private fun consume<T>(s: m::S<#0>,x: #0,f: |(m::S<#0>, #0)|#0): #0 {
+        (f)(s, x)
+    }
+    private fun pattern(s: m::S<u64>,x: u64): u64 {
+        m::consume<u64>(s, x, closure m::pattern$lambda$1())
+    }
+    private fun pattern$lambda$1(param$0: m::S<u64>,_y: u64): u64 {
+        {
+          let m::S<u64>{ x } = param$0;
+          {
+            let y: u64 = x;
+            Add<u64>(x, y)
+          }
+        }
+    }
+} // end 0xcafe::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda-lifting/pattern.move:10:9
+   │
+10 │         f(s, x)
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda-lifting/pattern.move:15:23
+   │
+15 │         consume(s, x, |S{x}, _y| { let y = x; x + y})
+   │                       ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.exp
new file mode 100644
index 00000000000000..966c62450e7192
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::brk2` has a function parameter:
+  ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:6:9
+  │
+6 │     fun brk2(f: | |) {
+  │         ^^^^ - Parameter `f` has function-valued type `|()|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.lambda.exp
new file mode 100644
index 00000000000000..356f716bf10762
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.lambda.exp
@@ -0,0 +1,1406 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor inlining:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|(): ()| break);
+                m::brk2(|(): ()| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|(): ()| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(closure m::bar$lambda$1());
+                m::brk2(closure m::bar$lambda$2());
+                m::brk2(closure m::bar$lambda$3());
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun bar$lambda$1() {
+        break
+    }
+    private fun bar$lambda$2() {
+        loop {
+          if true {
+            break
+          } else {
+            break
+          }
+        }
+    }
+    private fun bar$lambda$3() {
+        loop {
+          if true {
+            continue
+          } else {
+            break
+          }
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(closure m::bar$lambda$1());
+                m::brk2(closure m::bar$lambda$2());
+                m::brk2(closure m::bar$lambda$3());
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun bar$lambda$1() {
+        break
+    }
+    private fun bar$lambda$2() {
+        loop {
+          if true {
+            break
+          } else {
+            break
+          }
+        }
+    }
+    private fun bar$lambda$3() {
+        loop {
+          if true {
+            continue
+          } else {
+            break
+          }
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(closure m::bar$lambda$1());
+                m::brk2(closure m::bar$lambda$2());
+                m::brk2(closure m::bar$lambda$3());
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun brk() {
+        break;
+        Tuple()
+    }
+    private fun brk2(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    private fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private fun bar$lambda$1() {
+        break
+    }
+    private fun bar$lambda$2() {
+        loop {
+          if true {
+            break
+          } else {
+            break
+          }
+        }
+    }
+    private fun bar$lambda$3() {
+        loop {
+          if true {
+            continue
+          } else {
+            break
+          }
+        }
+    }
+} // end 0xc0ffee::m
+
+
+
+Diagnostics:
+error: missing enclosing loop statement
+  ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:3:9
+  │
+3 │         break;
+  │         ^^^^^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:7:9
+  │
+7 │         f();
+  │         ^
+
+error: missing enclosing loop statement
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:40:26
+   │
+40 │                 brk2(| | break);
+   │                          ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:40:22
+   │
+40 │                 brk2(| | break);
+   │                      ^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:41:8
+   │
+41 │         brk2(| | while (true) { break });
+   │              ^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:42:8
+   │
+42 │         brk2(| | while (true) { continue });
+   │              ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: missing enclosing loop statement
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:49:2
+   │
+49 │     break;
+   │     ^^^^^
+
+error: missing enclosing loop statement
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda.move:53:2
+   │
+53 │     continue;
+   │     ^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.move
new file mode 100644
index 00000000000000..b09cb706d65e63
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda.move
@@ -0,0 +1,55 @@
+module 0xc0ffee::m {
+    fun brk() {
+        break;
+    }
+
+    fun brk2(f: | |) {
+        f();
+    }
+
+    fun brk3() {
+	while (true) {
+            break;
+	}
+    }
+
+    fun brk4() {
+	while (true) {
+            continue;
+	}
+    }
+
+    public fun foo(): u64 {
+        let i = 0;
+        while (i < 10) {
+            i = i + 1;
+            if (i == 5) {
+                brk();
+		brk3();
+		brk4();
+            }
+        };
+        i
+    }
+
+    public fun bar(): u64 {
+        let i = 0;
+        while (i < 10) {
+            i = i + 1;
+            if (i == 5) {
+                brk2(| | break);
+		brk2(| | while (true) { break });
+		brk2(| | while (true) { continue });
+            }
+        };
+        i
+    }
+
+    fun broken() {
+	break;
+    }
+
+    fun continued() {
+	continue;
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.exp
new file mode 100644
index 00000000000000..586b4d1ad9d4aa
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Break outside of a loop not currently supported in inline functions
+  ┌─ tests/lambda/inline-parity/break_continue_in_lambda_typed.move:3:9
+  │
+3 │         break;
+  │         ^^^^^
+
+error: Break outside of a loop not supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda_typed.move:40:32
+   │
+40 │                 brk2(|_x: u64| break);
+   │                                ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.lambda.exp
new file mode 100644
index 00000000000000..84ae1f814873ff
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.lambda.exp
@@ -0,0 +1,678 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    public fun bar(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk2(|_x: u64| break);
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    break
+                  } else {
+                    break
+                  }
+                });
+                m::brk2(|_x: u64| loop {
+                  if true {
+                    continue
+                  } else {
+                    break
+                  }
+                });
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+    private inline fun brk() {
+        break;
+        Tuple()
+    }
+    private inline fun brk2(f: |u64|) {
+        (f)(2);
+        Tuple()
+    }
+    private inline fun brk3() {
+        loop {
+          if true {
+            break;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private inline fun brk4() {
+        loop {
+          if true {
+            continue;
+            Tuple()
+          } else {
+            break
+          }
+        }
+    }
+    private fun broken() {
+        break;
+        Tuple()
+    }
+    private fun continued() {
+        continue;
+        Tuple()
+    }
+    public fun foo(): u64 {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, 10) {
+              i: u64 = Add<u64>(i, 1);
+              if Eq<u64>(i, 5) {
+                m::brk();
+                m::brk3();
+                m::brk4();
+                Tuple()
+              } else {
+                Tuple()
+              }
+            } else {
+              break
+            }
+          };
+          i
+        }
+    }
+} // end 0xc0ffee::m
+
+
+
+Diagnostics:
+error: Break outside of a loop not currently supported in inline functions
+  ┌─ tests/lambda/inline-parity/break_continue_in_lambda_typed.move:3:9
+  │
+3 │         break;
+  │         ^^^^^
+
+error: Break outside of a loop not supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/break_continue_in_lambda_typed.move:40:32
+   │
+40 │                 brk2(|_x: u64| break);
+   │                                ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.move
new file mode 100644
index 00000000000000..52d85e21563394
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/break_continue_in_lambda_typed.move
@@ -0,0 +1,55 @@
+module 0xc0ffee::m {
+    inline fun brk() {
+        break;
+    }
+
+    inline fun brk2(f: |u64|) {
+        f(2);
+    }
+
+    inline fun brk3() {
+	while (true) {
+            break;
+	}
+    }
+
+    inline fun brk4() {
+	while (true) {
+            continue;
+	}
+    }
+
+    public fun foo(): u64 {
+        let i = 0;
+        while (i < 10) {
+            i = i + 1;
+            if (i == 5) {
+                brk();
+		brk3();
+		brk4();
+            }
+        };
+        i
+    }
+
+    public fun bar(): u64 {
+        let i = 0;
+        while (i < 10) {
+            i = i + 1;
+            if (i == 5) {
+                brk2(|_x: u64| break);
+		brk2(|_x: u64| while (true) { break });
+		brk2(|_x: u64| while (true) { continue });
+            }
+        };
+        i
+    }
+
+    fun broken() {
+	break;
+    }
+
+    fun continued() {
+	continue;
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.exp
new file mode 100644
index 00000000000000..f9a4d4a9ed4d94
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/bug_10991.move:3:9
+  │
+3 │     fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+  │         ^^^ -                 - Parameter `g` has function-valued type `|(u64, u64)|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.lambda.exp
new file mode 100644
index 00000000000000..fea2410cdc948d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.lambda.exp
@@ -0,0 +1,285 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 110) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991.move:4:9
+  │
+4 │         f(x, _y) + g(x, _y)
+  │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991.move:4:20
+  │
+4 │         f(x, _y) + g(x, _y)
+  │                    ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991.move:8:21
+  │
+8 │         assert!(foo(|x, _| x, |_, y| y, 10, 100) == 110, 0);
+  │                     ^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991.move:8:31
+  │
+8 │         assert!(foo(|x, _| x, |_, y| y, 10, 100) == 110, 0);
+  │                               ^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.move
new file mode 100644
index 00000000000000..9831b7eb02eb11
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991.move
@@ -0,0 +1,12 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+        f(x, _y) + g(x, _y)
+    }
+
+    public fun test() {
+        assert!(foo(|x, _| x, |_, y| y, 10, 100) == 110, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.exp
new file mode 100644
index 00000000000000..80e2c8d92ef3b9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam.move:3:9
+  │
+3 │     fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+  │         ^^^ -                 - Parameter `g` has function-valued type `|(u64, u64)|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.lambda.exp
new file mode 100644
index 00000000000000..b1ce2d980a7d76
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.lambda.exp
@@ -0,0 +1,303 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, _: u64): (u64, u64)| 3, |(_: u64, _: u64): (u64, u64)| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            3
+          }
+        }
+    }
+    private fun test$lambda$2(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            10
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            3
+          }
+        }
+    }
+    private fun test$lambda$2(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            10
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            3
+          }
+        }
+    }
+    private fun test$lambda$2(param$0: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          {
+            let _: u64 = param$0;
+            10
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam.move:4:9
+  │
+4 │         f(x, _y) + g(x, _y)
+  │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam.move:4:20
+  │
+4 │         f(x, _y) + g(x, _y)
+  │                    ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam.move:8:21
+  │
+8 │         assert!(foo(|_, _| 3, |_, _| 10, 10, 100) == 13, 0);
+  │                     ^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam.move:8:31
+  │
+8 │         assert!(foo(|_, _| 3, |_, _| 10, 10, 100) == 13, 0);
+  │                               ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.move
new file mode 100644
index 00000000000000..c2189f2b23de74
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam.move
@@ -0,0 +1,12 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+        f(x, _y) + g(x, _y)
+    }
+
+    public fun test() {
+        assert!(foo(|_, _| 3, |_, _| 10, 10, 100) == 13, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.exp
new file mode 100644
index 00000000000000..8f8041970a908d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam2.move:3:9
+  │
+3 │     fun foo(f:|u64| u64, g: |u64| u64, x: u64, _: u64): u64 {
+  │         ^^^ -            - Parameter `g` has function-valued type `|u64|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|u64|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.lambda.exp
new file mode 100644
index 00000000000000..f0eec150641eb9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.lambda.exp
@@ -0,0 +1,285 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|_: u64| 3, |_: u64| 10, 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+    private fun test$lambda$2(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          10
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+    private fun test$lambda$2(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          10
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,g: |u64|u64,x: u64,_: u64): u64 {
+        Add<u64>((f)(x), (g)(x))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 10, 100), 13) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+    private fun test$lambda$2(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          10
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam2.move:4:9
+  │
+4 │         f(x) + g(x)
+  │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam2.move:4:16
+  │
+4 │         f(x) + g(x)
+  │                ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam2.move:8:21
+  │
+8 │         assert!(foo(|_| 3, |_| 10, 10, 100) == 13, 0);
+  │                     ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991_noparam2.move:8:28
+  │
+8 │         assert!(foo(|_| 3, |_| 10, 10, 100) == 13, 0);
+  │                            ^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.move
new file mode 100644
index 00000000000000..0d857ffe2cfc9d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991_noparam2.move
@@ -0,0 +1,12 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64| u64, g: |u64| u64, x: u64, _: u64): u64 {
+        f(x) + g(x)
+    }
+
+    public fun test() {
+        assert!(foo(|_| 3, |_| 10, 10, 100) == 13, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.exp
new file mode 100644
index 00000000000000..f52624078c3e08
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/bug_10991a.move:3:9
+  │
+3 │     fun foo(f:|u64, u64| u64, g: |u64, u64| u64,
+  │         ^^^ -                 - Parameter `g` has function-valued type `|(u64, u64)|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|(u64, u64)|u64`.
+4 │     h:|u64, u64| u64, i: |u64, u64| u64,
+  │     -                 - Parameter `i` has function-valued type `|(u64, u64)|u64`.
+  │     │
+  │     Parameter `h` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.lambda.exp
new file mode 100644
index 00000000000000..172a728293cdf6
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.lambda.exp
@@ -0,0 +1,327 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, |(a: u64, _b: u64): (u64, u64)| a, |(_c: u64, d: u64): (u64, u64)| d, 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), closure Test::test$lambda$3(), closure Test::test$lambda$4(), 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+    private fun test$lambda$3(a: u64,_b: u64): u64 {
+        a
+    }
+    private fun test$lambda$4(_c: u64,d: u64): u64 {
+        d
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), closure Test::test$lambda$3(), closure Test::test$lambda$4(), 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+    private fun test$lambda$3(a: u64,_b: u64): u64 {
+        a
+    }
+    private fun test$lambda$4(_c: u64,d: u64): u64 {
+        d
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,h: |(u64, u64)|u64,i: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        Add<u64>(Add<u64>(Add<u64>((f)(x, y), (g)(x, y)), (h)(x, y)), (i)(x, y))
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), closure Test::test$lambda$3(), closure Test::test$lambda$4(), 10, 100), 220) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+    private fun test$lambda$3(a: u64,_b: u64): u64 {
+        a
+    }
+    private fun test$lambda$4(_c: u64,d: u64): u64 {
+        d
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991a.move:6:13
+  │
+6 │             f(x, y) + g(x, y) + h(x, y) + i(x, y)
+  │             ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991a.move:6:23
+  │
+6 │             f(x, y) + g(x, y) + h(x, y) + i(x, y)
+  │                       ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991a.move:6:33
+  │
+6 │             f(x, y) + g(x, y) + h(x, y) + i(x, y)
+  │                                 ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991a.move:6:43
+  │
+6 │             f(x, y) + g(x, y) + h(x, y) + i(x, y)
+  │                                           ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/bug_10991a.move:10:21
+   │
+10 │         assert!(foo(|x, _| x, |_, y| y,
+   │                     ^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/bug_10991a.move:10:31
+   │
+10 │         assert!(foo(|x, _| x, |_, y| y,
+   │                               ^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/bug_10991a.move:11:6
+   │
+11 │         |a, _b| a, |_c, d| d,
+   │         ^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/bug_10991a.move:11:17
+   │
+11 │         |a, _b| a, |_c, d| d,
+   │                    ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.move
new file mode 100644
index 00000000000000..0361ff51bd48c2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991a.move
@@ -0,0 +1,16 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64, u64| u64, g: |u64, u64| u64,
+	h:|u64, u64| u64, i: |u64, u64| u64,
+	x: u64, y: u64): u64 {
+            f(x, y) + g(x, y) + h(x, y) + i(x, y)
+    }
+
+    public fun test() {
+        assert!(foo(|x, _| x, |_, y| y,
+	    |a, _b| a, |_c, d| d,
+	    10, 100) == 220, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.exp
new file mode 100644
index 00000000000000..762ffbe9736c71
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/bug_10991b.move:3:9
+  │
+3 │     fun foo(g: |u64, u64| u64, x: u64, _y: u64): u64 {
+  │         ^^^ - Parameter `g` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.lambda.exp
new file mode 100644
index 00000000000000..4d75c19204ac0c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.lambda.exp
@@ -0,0 +1,255 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64): (u64, u64)| y, 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        (g)(x, _y)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100), 100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991b.move:4:9
+  │
+4 │         g(x, _y)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991b.move:8:21
+  │
+8 │         assert!(foo(|_, y| y,
+  │                     ^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.move
new file mode 100644
index 00000000000000..c70f346425d4be
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991b.move
@@ -0,0 +1,13 @@
+//# publish
+module 0x42::Test {
+    fun foo(g: |u64, u64| u64, x: u64, _y: u64): u64 {
+        g(x, _y)
+    }
+
+    public fun test() {
+        assert!(foo(|_, y| y,
+	    10, 100) == 100, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.exp
new file mode 100644
index 00000000000000..986bb2a02ab4b8
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/bug_10991c.move:3:9
+  │
+3 │     fun foo(g: |u64, u64, u64, u64| u64, x: u64, y: u64, z: u64, q:u64): u64 {
+  │         ^^^ - Parameter `g` has function-valued type `|(u64, u64, u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.lambda.exp
new file mode 100644
index 00000000000000..486526cead33be
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.lambda.exp
@@ -0,0 +1,264 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(|(_: u64, y: u64, _: u64, q: u64): (u64, u64, u64, u64)| Add<u64>(y, q), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64,param$2: u64,q: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            Add<u64>(y, q)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64,param$2: u64,q: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            Add<u64>(y, q)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(g: |(u64, u64, u64, u64)|u64,x: u64,y: u64,z: u64,q: u64): u64 {
+        (g)(x, y, z, q)
+    }
+    public fun test() {
+        if Eq<u64>(Test::foo(closure Test::test$lambda$1(), 10, 100, 1000, 10000), 10100) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+    private fun test$lambda$1(param$0: u64,y: u64,param$2: u64,q: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            Add<u64>(y, q)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/bug_10991c.move:4:9
+  │
+4 │         g(x, y, z, q)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/bug_10991c.move:8:21
+  │
+8 │         assert!(foo(|_, y, _, q| y + q,
+  │                     ^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.move
new file mode 100644
index 00000000000000..f031fa6a6047ee
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/bug_10991c.move
@@ -0,0 +1,13 @@
+//# publish
+module 0x42::Test {
+    fun foo(g: |u64, u64, u64, u64| u64, x: u64, y: u64, z: u64, q:u64): u64 {
+        g(x, y, z, q)
+    }
+
+    public fun test() {
+        assert!(foo(|_, y, _, q| y + q,
+	    10, 100, 1000, 10000) == 10100, 0);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.exp
new file mode 100644
index 00000000000000..cde09aa24c532b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: no function named `beans` found
+   ┌─ tests/lambda/inline-parity/cool_inlining_test.move:15:17
+   │
+15 │         foo(| | beans())
+   │                 ^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.lambda.exp
new file mode 100644
index 00000000000000..cde09aa24c532b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.lambda.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: no function named `beans` found
+   ┌─ tests/lambda/inline-parity/cool_inlining_test.move:15:17
+   │
+15 │         foo(| | beans())
+   │                 ^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.move
new file mode 100644
index 00000000000000..0a5fabeb9eb6a4
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/cool_inlining_test.move
@@ -0,0 +1,17 @@
+module 0xc0ffee::cool {
+    public fun beans(): u64 {
+        42
+    }
+}
+
+module 0xc0ffee::m {
+    fun foo(f: | | u64): u64 {
+        use 0xc0ffee::cool::beans;
+        beans();  // discharge unused use warning
+        f()
+    }
+
+    public fun bar(): u64 {
+        foo(| | beans())
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.exp
new file mode 100644
index 00000000000000..68b554a2f03db1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `test::lambda_param` has a function parameter:
+    ┌─ tests/lambda/inline-parity/dotdot_valid.move:175:9
+    │
+175 │     fun lambda_param(f: |S2| bool): bool {
+    │         ^^^^^^^^^^^^ - Parameter `f` has function-valued type `|test::S2|bool`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.lambda.exp
new file mode 100644
index 00000000000000..3056f26c17fb01
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.lambda.exp
@@ -0,0 +1,4205 @@
+// -- Model dump before env processor pipeline:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(|test::S2{ 0: x, 1: _ }| x)
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(closure test::test_lambda_param$lambda$1())
+    }
+    private fun test_lambda_param$lambda$1(param$0: test::S2): bool {
+        {
+          let test::S2{ 0: x, 1: _ } = param$0;
+          x
+        }
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(closure test::test_lambda_param$lambda$1())
+    }
+    private fun test_lambda_param$lambda$1(param$0: test::S2): bool {
+        {
+          let test::S2{ 0: x, 1: _ } = param$0;
+          x
+        }
+    }
+} // end 0x42::test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::test {
+    enum E1 {
+        A {
+            0: u8,
+            1: bool,
+        }
+        B {
+            0: u8,
+        }
+        C {
+            x: u8,
+            y: test::S1,
+        }
+    }
+    struct S0 {
+        dummy_field: bool,
+    }
+    struct S1 {
+        0: u8,
+    }
+    struct S2 {
+        0: bool,
+        1: test::S0,
+    }
+    struct S3 {
+        x: bool,
+        y: u8,
+    }
+    struct S4 {
+        x: T,
+        y: test::S3,
+    }
+    struct S5 {
+        0: T,
+        1: U,
+    }
+    struct S6 {
+        x: T,
+        y: U,
+    }
+    struct S7 {
+        0: u8,
+        1: u16,
+        2: u32,
+        3: u64,
+    }
+    private fun lambda_param(f: |test::S2|bool): bool {
+        {
+          let x: test::S2 = pack test::S2(true, pack test::S0(false));
+          (f)(x)
+        }
+    }
+    private fun nested1(x: test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested1_ref(x: &test::S4<bool>) {
+        {
+          let test::S4<bool>{ x: _x, y: _ } = x;
+          {
+            let test::S4<bool>{ x: _, y: _y } = x;
+            {
+              let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _ } } = x;
+              {
+                let test::S4<bool>{ x: _, y: test::S3{ x: _x, y: _ } } = x;
+                {
+                  let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                  {
+                    let test::S4<bool>{ x: _, y: test::S3{ x: _, y: _y } } = x;
+                    {
+                      let test::S4<bool>{ x: _x2, y: test::S3{ x: _x1, y: _ } } = x;
+                      Tuple()
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun nested2(x: test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested2_ref(x: &test::S5<bool, test::S1>) {
+        {
+          let test::S5<bool, test::S1>{ 0: _, 1: test::S1{ 0: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3(x: test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested3_ref(x: &test::S5<bool, test::S4<bool>>) {
+        {
+          let test::S5<bool, test::S4<bool>>{ 0: _, 1: test::S4<bool>{ x: _, y: _ } } = x;
+          Tuple()
+        }
+    }
+    private fun nested4(x: test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun nested4_ref(x: &test::S4<test::S1>) {
+        {
+          let test::S4<test::S1>{ x: test::S1{ 0: _ }, y: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0(x: test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_0_ref(x: &test::S0) {
+        {
+          let test::S0{ dummy_field: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1(x: test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_1_ref(x: &mut test::S1) {
+        {
+          let test::S1{ 0: _ } = x;
+          Tuple()
+        }
+    }
+    private fun simple_2(x: test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_2_ref(x: &test::S2) {
+        {
+          let test::S2{ 0: _, 1: _ } = x;
+          {
+            let test::S2{ 0: _x, 1: _ } = x;
+            {
+              let test::S2{ 0: _, 1: _x } = x;
+              {
+                let test::S2{ 0: _, 1: _ } = x;
+                {
+                  let test::S2{ 0: _, 1: _ } = x;
+                  {
+                    let test::S2{ 0: _x, 1: _y } = x;
+                    {
+                      let test::S2{ 0: _x, 1: _y } = x;
+                      {
+                        let test::S2{ 0: _x, 1: _y } = x;
+                        Tuple()
+                      }
+                    }
+                  }
+                }
+              }
+            }
+          }
+        }
+    }
+    private fun simple_3(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_3_ref(x: test::S3) {
+        {
+          let test::S3{ x: _, y: _ } = x;
+          {
+            let test::S3{ x: _x, y: _ } = x;
+            {
+              let test::S3{ x: _, y: _y } = x;
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun simple_4(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x, y: _ } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_4_ref(x: &test::E1): &u8 {
+        match (x) {
+          test::E1::A{ 0: x, 1: _ } => {
+            x
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_5(x: test::E1): u8 {
+        match (x) {
+          test::E1::A{ 0: _, 1: y } => {
+            if y {
+              1
+            } else {
+              0
+            }
+          }
+          test::E1::B{ 0: x } => {
+            x
+          }
+          test::E1::C{ x: _, y: test::S1{ 0: x } } => {
+            x
+          }
+        }
+
+    }
+    private fun simple_6(x: &test::S7) {
+        {
+          let test::S7{ 0: _w, 1: _, 2: _, 3: _z } = x;
+          {
+            let test::S7{ 0: _w, 1: _x, 2: _y, 3: _z } = x;
+            Tuple()
+          }
+        }
+    }
+    private fun test_lambda_param(): bool {
+        test::lambda_param(closure test::test_lambda_param$lambda$1())
+    }
+    private fun test_lambda_param$lambda$1(param$0: test::S2): bool {
+        {
+          let test::S2{ 0: x, 1: _ } = param$0;
+          x
+        }
+    }
+} // end 0x42::test
+
+
+
+Diagnostics:
+error: match not exhaustive
+    ┌─ tests/lambda/inline-parity/dotdot_valid.move:142:16
+    │
+142 │         match (x) {
+    │                ^
+    │
+    = missing `E1::C{..}`
+
+error: match not exhaustive
+    ┌─ tests/lambda/inline-parity/dotdot_valid.move:153:16
+    │
+153 │         match (x) {
+    │                ^
+    │
+    = missing `E1::C{..}`
+
+error: Calls to function values other than inline function parameters not yet supported
+    ┌─ tests/lambda/inline-parity/dotdot_valid.move:177:9
+    │
+177 │         f(x)
+    │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+    ┌─ tests/lambda/inline-parity/dotdot_valid.move:181:22
+    │
+181 │         lambda_param(|S2(x, ..)| x)
+    │                      ^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.move
new file mode 100644
index 00000000000000..f5f20b6cee60c9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/dotdot_valid.move
@@ -0,0 +1,183 @@
+module 0x42::test {
+    struct S0() has copy;
+
+    struct S1(u8) has copy, drop;
+
+    struct S2(bool, S0) has copy;
+
+    struct S3 has copy {
+        x: bool,
+        y: u8
+    }
+
+    struct S4<T> has copy {
+        x: T,
+        y: S3
+    }
+
+    struct S5<T, U>(T, U);
+
+    struct S6<T, U> {
+        x: T,
+        y: U
+    }
+
+    struct S7(u8, u16, u32, u64);
+
+    enum E1 has drop {
+        A(u8, bool),
+        B(u8),
+        C { x: u8, y: S1 },
+    }
+
+    fun simple_0(x: S0) {
+        let S0(..) = x;
+    }
+
+    fun simple_0_ref(x: &S0) {
+        let S0(..) = x;
+    }
+
+    fun simple_1(x: S1) {
+        let S1(..) = x;
+    }
+
+    fun simple_1_ref(x: &mut S1) {
+        let S1(..) = x;
+    }
+
+    fun simple_2(x: S2) {
+        let S2(..) = x;
+        let S2(_x, ..) = x;
+        let S2(.., _x) = x;
+        let S2(.., _) = x;
+        let S2(_, ..) = x;
+        let S2(_x, _y, ..) = x;
+        let S2(_x, .., _y) = x;
+        let S2(.., _x, _y) = x;
+    }
+
+    fun simple_2_ref(x: &S2) {
+        let S2(..) = x;
+        let S2(_x, ..) = x;
+        let S2(.., _x) = x;
+        let S2(.., _) = x;
+        let S2(_, ..) = x;
+        let S2(_x, _y, ..) = x;
+        let S2(_x, .., _y) = x;
+        let S2(.., _x, _y) = x;
+    }
+
+    fun simple_3(x: S3) {
+        let S3 { .. } = x;
+        let S3 { x: _x, .. } = x;
+        let S3 { y: _y, .. } = x;
+    }
+
+    fun simple_3_ref(x: S3) {
+        let S3 { .. } = x;
+        let S3 { x: _x, .. } = x;
+        let S3 { y: _y, .. } = x;
+    }
+
+    fun nested1(x: S4<bool>) {
+        let S4 { x: _x, .. } = x;
+        let S4 { y: _y, .. } = x;
+        let S4 { y: S3 { .. }, .. } = x;
+        let S4 { y: S3 { x: _x, .. }, .. } = x;
+        let S4 { y: S3 { x: _x1, .. }, x: _x2 } = x;
+        let S4 { y: S3 { y: _y, .. }, .. } = x;
+        let S4 { y: S3 { x: _x1, .. }, x: _x2 } = x;
+    }
+
+    fun nested1_ref(x: &S4<bool>) {
+        let S4 { x: _x, .. } = x;
+        let S4 { y: _y, .. } = x;
+        let S4 { y: S3 { .. }, .. } = x;
+        let S4 { y: S3 { x: _x, .. }, .. } = x;
+        let S4 { y: S3 { x: _x1, .. }, x: _x2 } = x;
+        let S4 { y: S3 { y: _y, .. }, .. } = x;
+        let S4 { y: S3 { x: _x1, .. }, x: _x2 } = x;
+    }
+
+    fun nested2(x: S5<bool, S1>) {
+        let S5(.., S1(..)) = x;
+    }
+
+    fun nested2_ref(x: &S5<bool, S1>) {
+        let S5(.., S1(..)) = x;
+    }
+
+    fun nested3(x: S5<bool, S4<bool>>) {
+        let S5(.., S4 { .. }) = x;
+    }
+
+    fun nested3_ref(x: &S5<bool, S4<bool>>) {
+        let S5(.., S4 { .. }) = x;
+    }
+
+    fun nested4(x: S4<S1>) {
+        let S4 { x: S1(..), .. } = x;
+    }
+
+    fun nested4_ref(x: &S4<S1>) {
+        let S4 { x: S1(..), .. } = x;
+    }
+
+    fun simple_4(x: E1): u8 {
+        match (x) {
+            E1::A(x, ..) => {
+                x
+            },
+            E1::B(x) => {
+                x
+            },
+            E1::C { x, .. } => {
+                x
+            }
+        }
+    }
+
+    fun simple_4_ref(x: &E1): &u8 {
+        match (x) {
+            E1::A(x, ..) => {
+                x
+            }
+            E1::B(x) => {
+                x
+            }
+        }
+    }
+
+    fun simple_5(x: E1): u8 {
+        match (x) {
+            E1::A(.., y) => {
+                if (y) {
+                    1
+                } else {
+                    0
+                }
+            },
+            E1::B(x) => {
+                x
+            },
+            E1::C { y: S1(x), .. } => {
+                x
+            }
+        }
+    }
+
+    fun simple_6(x: &S7) {
+        let S7(_w, .., _z) = x;
+        let S7(_w, _x, .., _y, _z) = x;
+    }
+
+    fun lambda_param(f: |S2| bool): bool {
+        let x = S2(true, S0());
+        f(x)
+    }
+
+    fun test_lambda_param(): bool {
+        lambda_param(|S2(x, ..)| x)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.exp
new file mode 100644
index 00000000000000..e3334671a36aa5
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/eq_inline.move:3:9
+  │
+3 │     fun foo(f: |&u64|) {
+  │         ^^^ - Parameter `f` has function-valued type `|&u64|`.
+
+warning: Unused parameter `f`. Consider removing or prefixing with an underscore: `_f`
+  ┌─ tests/lambda/inline-parity/eq_inline.move:3:13
+  │
+3 │     fun foo(f: |&u64|) {
+  │             ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.lambda.exp
new file mode 100644
index 00000000000000..7fc83645200413
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.lambda.exp
@@ -0,0 +1,209 @@
+// -- Model dump before env processor pipeline:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor inlining:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(|v: &u64| Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple());
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(closure m::g$lambda$1());
+        Tuple()
+    }
+    private fun g$lambda$1(v: &u64) {
+        Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(closure m::g$lambda$1());
+        Tuple()
+    }
+    private fun g$lambda$1(v: &u64) {
+        Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple()
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::m {
+    private fun foo(f: |&u64|) {
+        Tuple()
+    }
+    private fun g() {
+        m::foo(closure m::g$lambda$1());
+        Tuple()
+    }
+    private fun g$lambda$1(v: &u64) {
+        Eq<u64>(v, Borrow(Immutable)(1));
+        Tuple()
+    }
+} // end 0x42::m
+
+
+
+Diagnostics:
+warning: Unused parameter `f`. Consider removing or prefixing with an underscore: `_f`
+  ┌─ tests/lambda/inline-parity/eq_inline.move:3:13
+  │
+3 │     fun foo(f: |&u64|) {
+  │             ^
+
+
+Diagnostics:
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/eq_inline.move:7:13
+  │
+7 │           foo(|v| {
+  │ ╭─────────────^
+8 │ │             v == &1;
+9 │ │         });
+  │ ╰─────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.move
new file mode 100644
index 00000000000000..1b235a795ff1d5
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eq_inline.move
@@ -0,0 +1,13 @@
+module 0x42::m {
+
+    fun foo(f: |&u64|) {
+    }
+
+    fun g() {
+        foo(|v| {
+            v == &1;
+        });
+    }
+
+
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.exp
new file mode 100644
index 00000000000000..54a3ea61dd0448
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/eval_ignored_param.move:3:9
+  │
+3 │     fun foo(f:|u64, u64, u64| u64, g: |u64, u64, u64| u64, x: u64, _: u64, y: u64, z: u64): u64 {
+  │         ^^^ -                      - Parameter `g` has function-valued type `|(u64, u64, u64)|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|(u64, u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.lambda.exp
new file mode 100644
index 00000000000000..2bbc4c4bfd6038
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.lambda.exp
@@ -0,0 +1,504 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(|(x: u64, _: u64, z: u64): (u64, u64, u64)| Mul<u64>(x, z), |(_: u64, y: u64, _: u64): (u64, u64, u64)| y, 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+    private fun test$lambda$1(x: u64,param$1: u64,z: u64): u64 {
+        {
+          let _: u64 = param$1;
+          Mul<u64>(x, z)
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64,param$2: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            y
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+    private fun test$lambda$1(x: u64,param$1: u64,z: u64): u64 {
+        {
+          let _: u64 = param$1;
+          Mul<u64>(x, z)
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64,param$2: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            y
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64, u64)|u64,g: |(u64, u64, u64)|u64,x: u64,_: u64,y: u64,z: u64): u64 {
+        {
+          let r1: u64 = (f)(x: u64 = Add<u64>(x, 1);
+          x, y: u64 = Add<u64>(y, 1);
+          y, z: u64 = Add<u64>(z, 1);
+          z);
+          {
+            let r2: u64 = (g)(x: u64 = Add<u64>(x, 1);
+            x, y: u64 = Add<u64>(y, 1);
+            y, z: u64 = Add<u64>(z, 1);
+            z);
+            Add<u64>(Add<u64>(Add<u64>(Add<u64>(r1, r2), Mul<u64>(3, x)), Mul<u64>(5, y)), Mul<u64>(7, z))
+          }
+        }
+    }
+    public fun test() {
+        {
+          let r: u64 = Test::foo(closure Test::test$lambda$1(), closure Test::test$lambda$2(), 1, 10, 100, 1000);
+          if Eq<u64>(r, 9637) {
+            Tuple()
+          } else {
+            Abort(r)
+          };
+          Tuple()
+        }
+    }
+    private fun test$lambda$1(x: u64,param$1: u64,z: u64): u64 {
+        {
+          let _: u64 = param$1;
+          Mul<u64>(x, z)
+        }
+    }
+    private fun test$lambda$2(param$0: u64,y: u64,param$2: u64): u64 {
+        {
+          let _: u64 = param$2;
+          {
+            let _: u64 = param$0;
+            y
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/eval_ignored_param.move:4:11
+  │
+4 │     let r1 = f({x = x + 1; x}, {y = y + 1; y}, {z = z + 1; z});
+  │              ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/eval_ignored_param.move:5:11
+  │
+5 │     let r2 = g({x = x + 1; x}, {y = y + 1; y}, {z  = z + 1 ; z});
+  │              ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/eval_ignored_param.move:10:14
+   │
+10 │     let r = foo(|x, _, z| x*z, |_, y, _| y, 1, 10, 100, 1000);
+   │                 ^^^^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/eval_ignored_param.move:10:29
+   │
+10 │     let r = foo(|x, _, z| x*z, |_, y, _| y, 1, 10, 100, 1000);
+   │                                ^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.move
new file mode 100644
index 00000000000000..92414e6a3ebc7f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/eval_ignored_param.move
@@ -0,0 +1,15 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64, u64, u64| u64, g: |u64, u64, u64| u64, x: u64, _: u64, y: u64, z: u64): u64 {
+	let r1 = f({x = x + 1; x}, {y = y + 1; y}, {z = z + 1; z});
+	let r2 = g({x = x + 1; x}, {y = y + 1; y}, {z  = z + 1 ; z});
+	r1 + r2 + 3*x + 5*y + 7*z
+    }
+
+    public fun test() {
+	let r = foo(|x, _, z| x*z, |_, y, _| y, 1, 10, 100, 1000);
+        assert!(r == 9637, r);
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.exp
new file mode 100644
index 00000000000000..e918c23234d633
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::inlined` has a function parameter:
+   ┌─ tests/lambda/inline-parity/generic_calls.move:35:9
+   │
+35 │     fun inlined<T>(f: |S<T>|S<T>, s: S<T>) {
+   │         ^^^^^^^    - Parameter `f` has function-valued type `|m::S<T>|m::S<T>`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.lambda.exp
new file mode 100644
index 00000000000000..f01e29cb6cb81f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.lambda.exp
@@ -0,0 +1,610 @@
+// -- Model dump before env processor pipeline:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor inlining:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(|s: m::S<u64>| m::id<u64>(s), s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(closure m::test_receiver_inference$lambda$1(), s)
+    }
+    private fun test_receiver_inference$lambda$1(s: m::S<u64>): m::S<u64> {
+        m::id<u64>(s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(closure m::test_receiver_inference$lambda$1(), s)
+    }
+    private fun test_receiver_inference$lambda$1(s: m::S<u64>): m::S<u64> {
+        m::id<u64>(s)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::m {
+    struct S {
+        x: T,
+    }
+    private fun id<T>(self: m::S<#0>): m::S<#0> {
+        self
+    }
+    private fun inlined<T>(f: |m::S<#0>|m::S<#0>,s: m::S<#0>) {
+        (f)(s);
+        Tuple()
+    }
+    private fun receiver<T>(self: m::S<#0>,y: #0) {
+        select m::S.x<m::S<T>>(self) = y;
+        Tuple()
+    }
+    private fun receiver_more_generics<T,R>(self: m::S<#0>,_y: #1) {
+        Tuple()
+    }
+    private fun receiver_needs_type_args<T,R>(self: m::S<#0>,_y: #0) {
+        Abort(1)
+    }
+    private fun receiver_ref<T>(self: &m::S<#0>,_y: #0) {
+        Tuple()
+    }
+    private fun receiver_ref_mut<T>(self: &mut m::S<#0>,y: #0) {
+        select m::S.x<&mut m::S<T>>(self) = y
+    }
+    private fun test_call_styles(s: m::S<u64>,x: u64) {
+        m::receiver<u64>(s, x);
+        m::receiver_ref<u64>(Borrow(Immutable)(s), x);
+        m::receiver_ref_mut<u64>(Borrow(Mutable)(s), x);
+        m::receiver_more_generics<u64, u64>(s, 22);
+        m::receiver_needs_type_args<u64, u8>(s, x);
+        Tuple()
+    }
+    private fun test_receiver_inference(s: m::S<u64>) {
+        m::inlined<u64>(closure m::test_receiver_inference$lambda$1(), s)
+    }
+    private fun test_receiver_inference$lambda$1(s: m::S<u64>): m::S<u64> {
+        m::id<u64>(s)
+    }
+} // end 0x42::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/generic_calls.move:36:9
+   │
+36 │         f(s);
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/generic_calls.move:47:17
+   │
+47 │         inlined(|s| s.id(), s)
+   │                 ^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.move
new file mode 100644
index 00000000000000..ca586a2948e9ef
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generic_calls.move
@@ -0,0 +1,49 @@
+module 0x42::m {
+
+    struct S<T> { x: T }
+
+    // Call styles
+
+    fun receiver<T>(self: S<T>, y: T) {
+        self.x = y;
+    }
+
+    fun receiver_ref<T>(self: &S<T>, _y: T) {
+    }
+
+    fun receiver_ref_mut<T>(self: &mut S<T>, y: T) {
+        self.x = y
+    }
+
+    fun receiver_more_generics<T, R>(self: S<T>, _y: R) {
+    }
+
+    fun receiver_needs_type_args<T, R>(self: S<T>, _y: T) {
+        abort 1
+    }
+
+    fun test_call_styles(s: S<u64>, x: u64) {
+        s.receiver(x);
+        s.receiver_ref(x);
+        s.receiver_ref_mut(x);
+        s.receiver_more_generics(22);
+        s.receiver_needs_type_args::<u64, u8>(x);
+    }
+
+    // Inference of receiver function
+
+    fun inlined<T>(f: |S<T>|S<T>, s: S<T>) {
+        f(s);
+    }
+
+    fun id<T>(self: S<T>): S<T> {
+        self
+    }
+
+    fun test_receiver_inference(s: S<u64>) {
+        // In the lambda the type of `s` is not known when the expression is checked,
+        // and the receiver function `id` is resolved later when the parameter type is unified
+        // with the lambda expression
+        inlined(|s| s.id(), s)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.exp
new file mode 100644
index 00000000000000..2e6790e9aa50e9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foreach` has a function parameter:
+  ┌─ tests/lambda/inline-parity/generics.move:5:16
+  │
+5 │     public fun foreach<X>(v: &vector<X>, action: |&X|) {
+  │                ^^^^^^^                   ------ Parameter `action` has function-valued type `|&X|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.lambda.exp
new file mode 100644
index 00000000000000..6b84d94d83a583
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.lambda.exp
@@ -0,0 +1,334 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let sum: u64 = 0;
+            Test::foreach<u64>(Borrow(Immutable)(v), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+            sum
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    use std::vector;
+    public fun foreach<X>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<X>(v)) {
+              (action)(vector::borrow<X>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test(): u64 {
+        {
+          let sum: u64 = 0;
+          Test::foreach<u64>(Borrow(Immutable)([Number(1), Number(2), Number(3)]), |e: &u64| sum: u64 = Add<u64>(sum, Deref(e)));
+          sum
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `sum` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/generics.move:16:30
+   │
+16 │         foreach<u64>(&v, |e| sum = sum + *e);
+   │                              ^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.move
new file mode 100644
index 00000000000000..c9eb19337cb43b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/generics.move
@@ -0,0 +1,22 @@
+//# publish
+module 0x42::Test {
+    use std::vector;
+
+    public fun foreach<X>(v: &vector<X>, action: |&X|) {
+        let i = 0;
+        while (i < vector::length(v)) {
+            action(vector::borrow(v, i));
+            i = i + 1;
+        }
+    }
+
+    public fun test(): u64 {
+        let v = vector[1u64, 2, 3];
+        let sum = 0;
+        foreach<u64>(&v, |e| sum = sum + *e);
+        sum
+    }
+
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.exp
new file mode 100644
index 00000000000000..b7b47a45a6628e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::exec` has a function parameter:
+  ┌─ tests/lambda/inline-parity/inline_fun_in_spec.move:3:9
+  │
+3 │     fun exec<T, R>(f: |T|R, x: T): R {
+  │         ^^^^       - Parameter `f` has function-valued type `|T|R`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.lambda.exp
new file mode 100644
index 00000000000000..aaab208a76c33b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.lambda.exp
@@ -0,0 +1,645 @@
+// -- Model dump before env processor pipeline:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>(m::get<m::S>(a)), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor inlining:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(|y: num| Gt(y, 0), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(closure m::function_code_spec_block$lambda$1(), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+    private fun function_code_spec_block$lambda$1(y: num): bool {
+        Gt(y, 0)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      BorrowGlobal(Immutable)<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::exec<num, bool>(closure m::function_code_spec_block$lambda$1(), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+    private fun function_code_spec_block$lambda$1(y: num): bool {
+        Gt(y, 0)
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::m {
+    spec {
+      invariant forall a: address: TypeDomain<address>(): Implies(exists<m::S>(a), m::$exec<address, bool>(|a: address| Lt(select m::S.f<m::S>({
+      let (a: address): (address) = Tuple(a);
+      global<m::S>(a)
+    }), 10), a));
+    }
+
+    struct S {
+        f: u64,
+    }
+    spec {
+      invariant m::$exec<num, bool>(|x: num| Gt(x, 0), select m::S.f());
+    }
+
+    private fun exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: R = (f)(x);
+          spec {
+            assert Eq<#1>(r, (f)($t1));
+          }
+          ;
+          r
+        }
+    }
+    private fun function_code_spec_block(x: u64): u64 {
+        spec {
+          assert m::$exec<num, bool>(closure m::function_code_spec_block$lambda$1(), $t0);
+        }
+        ;
+        Add<u64>(x, 1)
+    }
+    private fun function_spec_block(x: u64): u64 {
+        Add<u64>(x, 1)
+    }
+    spec {
+      ensures Eq<u64>(result0(), m::$exec<num, num>(|x: num| Add(x, 1), $t0));
+    }
+
+    private inline fun get<R>(a: address): &#0 {
+        BorrowGlobal(Immutable)<R>(a)
+    }
+    private fun function_code_spec_block$lambda$1(y: num): bool {
+        Gt(y, 0)
+    }
+    spec fun $exec<T,R>(f: |#0|#1,x: #0): #1 {
+        {
+          let r: #1 = (f)(x);
+          r
+        }
+    }
+} // end 0x42::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/inline_fun_in_spec.move:4:17
+  │
+4 │         let r = f(x);
+  │                 ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.move
new file mode 100644
index 00000000000000..44d0592c4e1104
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inline_fun_in_spec.move
@@ -0,0 +1,33 @@
+module 0x42::m {
+
+    fun exec<T, R>(f: |T|R, x: T): R {
+        let r = f(x);
+        spec { assert r == f(x); };
+        r
+    }
+
+    // Function spec block
+    fun function_spec_block(x: u64): u64 {
+        x + 1
+    }
+    spec function_spec_block {
+        ensures result == exec(|x| x + 1, x);
+    }
+
+    // Function code spec block
+    fun function_code_spec_block(x: u64): u64 {
+        spec { assert exec(|y| y > 0, x); };
+        x + 1
+    }
+
+    // Struct spec block
+    struct S has key { f: u64 }
+    spec S { invariant exec(|x| x > 0, f); }
+
+    // Global invariant
+    spec module {
+        invariant forall a: address:
+            exists<S>(a) ==> exec(|a| get<S>(a).f < 10, a);
+    }
+    inline fun get<R:key>(a: address): &R { borrow_global<R>(a) }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.exp
new file mode 100644
index 00000000000000..e98e2139f1333f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/inlining1.move:3:9
+  │
+3 │     fun foo(f:|u64| u64, x: u64): u64 {
+  │         ^^^ - Parameter `f` has function-valued type `|u64|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.lambda.exp
new file mode 100644
index 00000000000000..ccd5c619914857
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.lambda.exp
@@ -0,0 +1,297 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(|_: u64| 3, 10)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(closure Test::test$lambda$1(), 10)
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(closure Test::test$lambda$1(), 10)
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |u64|u64,x: u64): u64 {
+        (f)(x)
+    }
+    public fun main() {
+        if Eq<u64>(Test::test(), 3) {
+          Tuple()
+        } else {
+          Abort(5)
+        };
+        Tuple()
+    }
+    public fun test(): u64 {
+        Test::foo(closure Test::test$lambda$1(), 10)
+    }
+    private fun test$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          3
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/inlining1.move:4:9
+  │
+4 │         f(x)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/inlining1.move:8:13
+  │
+8 │         foo(|_| 3, 10)
+  │             ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.move
new file mode 100644
index 00000000000000..90e1730c035e70
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/inlining1.move
@@ -0,0 +1,16 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64| u64, x: u64): u64 {
+        f(x)
+    }
+
+    public fun test(): u64 {
+        foo(|_| 3, 10)
+    }
+
+    public fun main() {
+        assert!(test() == 3, 5);
+    }
+}
+
+//# run 0x42::Test::main
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.exp
new file mode 100644
index 00000000000000..2c88c63b0241a4
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.exp
@@ -0,0 +1,37 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest1::inline_apply1` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda.move:6:16
+  │
+6 │     public fun inline_apply1(f: |u64|u64, b: u64) : u64 {
+  │                ^^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest1::inline_apply` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda.move:10:16
+   │
+10 │     public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+   │                ^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest2::foreach` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda.move:19:16
+   │
+19 │     public fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+   │                ^^^^^^^                   ------ Parameter `action` has function-valued type `|&T|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest2::inline_apply2` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda.move:33:16
+   │
+33 │     public fun inline_apply2(g: |u64|u64, c: u64) : u64 {
+   │                ^^^^^^^^^^^^^ - Parameter `g` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest2::inline_apply3` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda.move:37:16
+   │
+37 │     public fun inline_apply3(g: |u64|u64, c: u64) : u64 {
+   │                ^^^^^^^^^^^^^ - Parameter `g` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaTest::inline_apply` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda.move:49:16
+   │
+49 │     public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+   │                ^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.lambda.exp
new file mode 100644
index 00000000000000..83d126ea90464d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.lambda.exp
@@ -0,0 +1,752 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor inlining:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::LambdaTest1 {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          LambdaTest2::foreach<u64>(Borrow(Immutable)([Number(1), Number(2), Number(3)]), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+
+Diagnostics:
+error: captured variable `product` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/lambda.move:30:18
+   │
+30 │     foreach(&v, |e| product = LambdaTest1::inline_mul(product, *e));
+   │                     ^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.move
new file mode 100644
index 00000000000000..b742f0ec18982b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda.move
@@ -0,0 +1,62 @@
+module 0x42::LambdaTest1 {
+    public fun inline_mul(a: u64, b: u64): u64 {
+	a * b
+    }
+
+    public fun inline_apply1(f: |u64|u64, b: u64) : u64 {
+	inline_mul(f(b) + 1, inline_mul(3, 4))
+    }
+
+    public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+}
+
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1;
+    use std::vector;
+
+    public fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+        let i = 0;
+        while (i < vector::length(v)) {
+            action(vector::borrow(v, i));
+            i = i + 1;
+        }
+    }
+
+    public fun test_inline_lambda() {
+	let v = vector[1, 2, 3];
+	let product = 1;
+	foreach(&v, |e| product = LambdaTest1::inline_mul(product, *e));
+    }
+
+    public fun inline_apply2(g: |u64|u64, c: u64) : u64 {
+	LambdaTest1::inline_apply1(|z|z, g(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x|x, 3)))) + 2
+    }
+
+    public fun inline_apply3(g: |u64|u64, c: u64) : u64 {
+	LambdaTest1::inline_apply1(g,
+	    LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x| {
+		LambdaTest1::inline_apply(|y|y, x)
+	    },
+		3))) + 4
+    }
+}
+
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2;
+
+    public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+
+    public fun inline_apply_test() : u64 {
+	LambdaTest2::inline_apply2(|x| x + 1, 3) +
+	LambdaTest2::inline_apply2(|x| x * x, inline_apply(|y|y, 3))
+    }
+
+    fun test_lambda() {
+	let a = inline_apply_test();
+	assert!(a == 1, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.exp
new file mode 100644
index 00000000000000..f691386af6c2d1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.exp
@@ -0,0 +1,16 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `M::vector_for_each` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda_cast.move:4:9
+  │
+4 │     fun vector_for_each<Element>(v: vector<Element>, f: |Element|) {
+  │         ^^^^^^^^^^^^^^^                              - Parameter `f` has function-valued type `|Element|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `M::vector_fold` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda_cast.move:12:9
+   │
+12 │     fun vector_fold<Accumulator, Element>(
+   │         ^^^^^^^^^^^
+   ·
+15 │         f: |Accumulator,Element|Accumulator
+   │         - Parameter `f` has function-valued type `|(Accumulator, Element)|Accumulator`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.lambda.exp
new file mode 100644
index 00000000000000..8b79f94a921a27
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.lambda.exp
@@ -0,0 +1,441 @@
+// -- Model dump before env processor pipeline:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor unused checks:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor type parameter check:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor inlining:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor acquires check:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun test_2(): u64 {
+        {
+          let gas_schedule_blob: vector<u8> = Vector<u8>(115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0);
+          M::vector_fold<u64, u8>(gas_schedule_blob, Cast<u64>(0), |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+        }
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+// -- Model dump after env processor simplifier:
+module 0x12391283::M {
+    use std::vector;
+    private fun test_1(): u64 {
+        M::vector_fold<u64, u8>([Number(115), Number(115), Number(95), Number(112), Number(97), Number(99), Number(107), Number(101), Number(100), Number(32), Number(0), Number(0), Number(0), Number(0), Number(0), Number(0), Number(0)], 0, |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+    }
+    private fun test_2(): u64 {
+        M::vector_fold<u64, u8>([Number(115), Number(115), Number(95), Number(112), Number(97), Number(99), Number(107), Number(101), Number(100), Number(32), Number(0), Number(0), Number(0), Number(0), Number(0), Number(0), Number(0)], 0, |(sum: u64, addend: u8): (u64, u8)| Add<u64>(sum, Cast<u64>(addend)))
+    }
+    private fun vector_fold<Accumulator,Element>(v: vector<#1>,init: #0,f: |(#0, #1)|#0): #0 {
+        {
+          let accu: Accumulator = init;
+          M::vector_for_each<Element>(v, |elem: Element| accu: Accumulator = (f)(accu, elem));
+          accu
+        }
+    }
+    private fun vector_for_each<Element>(v: vector<#0>,f: |#0|) {
+        vector::reverse<Element>(Borrow(Mutable)(v));
+        loop {
+          if Not(vector::is_empty<Element>(Borrow(Immutable)(v))) {
+            {
+              let e: Element = vector::pop_back<Element>(Borrow(Mutable)(v));
+              (f)(e);
+              Tuple()
+            }
+          } else {
+            break
+          }
+        };
+        Tuple()
+    }
+} // end 0x12391283::M
+
+
+
+Diagnostics:
+error: captured variable `accu` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/lambda_cast.move:18:35
+   │
+18 │         vector_for_each(v, |elem| accu = f(accu, elem));
+   │                                   ^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.move
new file mode 100644
index 00000000000000..28e6cb88a9e82d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast.move
@@ -0,0 +1,35 @@
+module 0x12391283::M {
+    use std::vector;
+
+    fun vector_for_each<Element>(v: vector<Element>, f: |Element|) {
+        vector::reverse(&mut v); // We need to reverse the vector to consume it efficiently
+        while (!vector::is_empty(&v)) {
+            let e = vector::pop_back(&mut v);
+            f(e);
+        };
+    }
+
+    fun vector_fold<Accumulator, Element>(
+        v: vector<Element>,
+        init: Accumulator,
+        f: |Accumulator,Element|Accumulator
+    ): Accumulator {
+        let accu = init;
+        vector_for_each(v, |elem| accu = f(accu, elem));
+        accu
+    }
+
+    fun test_1() : u64 {
+        let gas_schedule_blob: vector<u8> = vector[
+            115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0,
+        ];
+        vector_fold<u64, u8>(gas_schedule_blob, (0 as u64), |sum, addend| sum + (addend as u64))
+    }
+
+    fun test_2() : u64 {
+        let gas_schedule_blob: vector<u8> = vector[
+            115, 115, 95, 112, 97, 99, 107, 101, 100, 32, 0, 0, 0, 0, 0, 0, 0,
+        ];
+        vector_fold(gas_schedule_blob, (0 as u64), |sum, addend| sum + (addend as u64))
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.exp
new file mode 100644
index 00000000000000..d9cd9d072137ba
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: cannot pass `|(u64, integer)|u64` to a function which expects argument of type `|(u64, vector<u8>)|u64`
+   ┌─ tests/lambda/inline-parity/lambda_cast_err.move:26:52
+   │
+26 │         vector_fold(gas_schedule_blob, (0 as u64), |sum, addend| sum + (addend as u64))
+   │                                                    ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.lambda.exp
new file mode 100644
index 00000000000000..d9cd9d072137ba
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.lambda.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: cannot pass `|(u64, integer)|u64` to a function which expects argument of type `|(u64, vector<u8>)|u64`
+   ┌─ tests/lambda/inline-parity/lambda_cast_err.move:26:52
+   │
+26 │         vector_fold(gas_schedule_blob, (0 as u64), |sum, addend| sum + (addend as u64))
+   │                                                    ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.move
new file mode 100644
index 00000000000000..0ed5c353c6a585
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_cast_err.move
@@ -0,0 +1,28 @@
+module 0x12391283::M {
+    use std::vector;
+
+    fun vector_for_each<Element>(v: vector<Element>, f: |Element|) {
+        vector::reverse(&mut v); // We need to reverse the vector to consume it efficiently
+        while (!vector::is_empty(&v)) {
+            let e = vector::pop_back(&mut v);
+            f(e);
+        };
+    }
+
+    fun vector_fold<Accumulator, Element>(
+        v: vector<Element>,
+        init: Accumulator,
+        f: |Accumulator,Element|Accumulator
+    ): Accumulator {
+        let accu = init;
+        vector_for_each(v, |elem| accu = f(accu, elem));
+        accu
+    }
+
+    fun test(gas_schedule_blob: vector<u8>) : u64 {
+        let gas_schedule_blob: vector<vector<u8>> = vector[
+            vector[115], vector[115], vector[95],
+        ];
+        vector_fold(gas_schedule_blob, (0 as u64), |sum, addend| sum + (addend as u64))
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.exp
new file mode 100644
index 00000000000000..dd2f576e96129f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda_no_param.move:2:9
+  │
+2 │     fun foo(f: ||) {
+  │         ^^^ - Parameter `f` has function-valued type `|()|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `m::bar` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda_no_param.move:10:9
+   │
+10 │     fun bar(f:||u64): u64 {
+   │         ^^^ - Parameter `f` has function-valued type `|()|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.lambda.exp
new file mode 100644
index 00000000000000..eb23c97b263b2e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.lambda.exp
@@ -0,0 +1,309 @@
+// -- Model dump before env processor pipeline:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor inlining:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(|(): ()| Tuple());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(|(): ()| x)
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(closure m::one$lambda$1());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(closure m::two$lambda$1(x))
+    }
+    private fun one$lambda$1() {
+        Tuple()
+    }
+    private fun two$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(closure m::one$lambda$1());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(closure m::two$lambda$1(x))
+    }
+    private fun one$lambda$1() {
+        Tuple()
+    }
+    private fun two$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0xdecafbad::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xdecafbad::m {
+    private fun bar(f: |()|u64): u64 {
+        (f)()
+    }
+    private fun foo(f: |()|) {
+        (f)();
+        Tuple()
+    }
+    public fun one() {
+        m::foo(closure m::one$lambda$1());
+        Tuple()
+    }
+    public fun two(x: u64): u64 {
+        m::bar(closure m::two$lambda$1(x))
+    }
+    private fun one$lambda$1() {
+        Tuple()
+    }
+    private fun two$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0xdecafbad::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/lambda_no_param.move:3:9
+  │
+3 │         f();
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/lambda_no_param.move:7:13
+  │
+7 │         foo(|| {});
+  │             ^^^^^
+
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/lambda_no_param.move:11:9
+   │
+11 │         f()
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_no_param.move:15:13
+   │
+15 │         bar(||x)
+   │             ^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.move
new file mode 100644
index 00000000000000..8ada4a53d6d566
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_no_param.move
@@ -0,0 +1,17 @@
+module 0xdecafbad::m {
+    fun foo(f: ||) {
+        f();
+    }
+
+    public fun one() {
+        foo(|| {});
+    }
+
+    fun bar(f:||u64): u64 {
+        f()
+    }
+
+    public fun two(x:u64): u64 {
+        bar(||x)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.exp
new file mode 100644
index 00000000000000..7be9a4290fcc3f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.exp
@@ -0,0 +1,25 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaParam::inline_apply` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda_param.move:2:16
+  │
+2 │     public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+  │                ^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaParam::inline_apply2` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda_param.move:6:16
+  │
+6 │     public fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+  │                ^^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaParam::inline_apply3` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda_param.move:10:16
+   │
+10 │     public fun inline_apply3(f: |u64|u64, b: u64) : u64 {
+   │                ^^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaParam::inline_apply4` has a function parameter:
+   ┌─ tests/lambda/inline-parity/lambda_param.move:14:16
+   │
+14 │     public fun inline_apply4(_f: |u64|u64, b: u64) : u64 {
+   │                ^^^^^^^^^^^^^ -- Parameter `_f` has function-valued type `|u64|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.lambda.exp
new file mode 100644
index 00000000000000..b3587c0f077efc
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.lambda.exp
@@ -0,0 +1,837 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor inlining:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param1$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param2$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(closure LambdaParam::test_lambda_symbol_param2$lambda$2(), 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(closure LambdaParam::test_lambda_symbol_param2$lambda$3(), 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun test_lambda_symbol_param1$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$2(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$3(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param1$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param2$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(closure LambdaParam::test_lambda_symbol_param2$lambda$2(), 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(closure LambdaParam::test_lambda_symbol_param2$lambda$3(), 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun test_lambda_symbol_param1$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$2(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$3(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param1$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(closure LambdaParam::test_lambda_symbol_param2$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(closure LambdaParam::test_lambda_symbol_param2$lambda$2(), 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(closure LambdaParam::test_lambda_symbol_param2$lambda$3(), 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+    private fun test_lambda_symbol_param1$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$1(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$2(x: u64): u64 {
+        x
+    }
+    private fun test_lambda_symbol_param2$lambda$3(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaParam
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/lambda_param.move:3:2
+  │
+3 │     f(b)
+  │     ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_param.move:19:24
+   │
+19 │     let a = inline_apply2(|x| x, 3);
+   │                           ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_param.move:24:24
+   │
+24 │     let a = inline_apply2(|x| x, 3);
+   │                           ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_param.move:26:23
+   │
+26 │     let b = inline_apply(|x| x, 3);
+   │                          ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_param.move:28:24
+   │
+28 │     let b = inline_apply3(|x| x, 3);
+   │                           ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.move
new file mode 100644
index 00000000000000..af1abb2b2aec8f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param.move
@@ -0,0 +1,31 @@
+module 0x42::LambdaParam {
+    public fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+
+    public fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+	inline_apply(f, b)
+    }
+
+    public fun inline_apply3(f: |u64|u64, b: u64) : u64 {
+	inline_apply4(f, b)
+    }
+
+    public fun inline_apply4(_f: |u64|u64, b: u64) : u64 {
+	b
+    }
+
+    fun test_lambda_symbol_param1() {
+	let a = inline_apply2(|x| x, 3);
+	assert!(a == 3, 0);
+    }
+
+    fun test_lambda_symbol_param2() {
+	let a = inline_apply2(|x| x, 3);
+	assert!(a == 3, 0);
+	let b = inline_apply(|x| x, 3);
+	assert!(b == 3, 0);
+	let b = inline_apply3(|x| x, 3);
+	assert!(b == 3, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.exp
new file mode 100644
index 00000000000000..33468b26f118d7
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: cannot pass `|u64|u64` to a function which expects argument of type `|u64|`
+   ┌─ tests/lambda/inline-parity/lambda_param_mismatch.move:20:32
+   │
+20 │           vector_for_each(input, |item| {
+   │ ╭────────────────────────────────^
+21 │ │             vector::remove(&mut mut_ref.inner, item)
+22 │ │         })
+   │ ╰─────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.lambda.exp
new file mode 100644
index 00000000000000..33468b26f118d7
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.lambda.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: cannot pass `|u64|u64` to a function which expects argument of type `|u64|`
+   ┌─ tests/lambda/inline-parity/lambda_param_mismatch.move:20:32
+   │
+20 │           vector_for_each(input, |item| {
+   │ ╭────────────────────────────────^
+21 │ │             vector::remove(&mut mut_ref.inner, item)
+22 │ │         })
+   │ ╰─────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.move
new file mode 100644
index 00000000000000..4bc45138a5a0d3
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_mismatch.move
@@ -0,0 +1,24 @@
+module 0x42::LambdaParam {
+    use std::vector;
+    use std::signer;
+
+    struct VectorExample has key {
+        inner: vector<u64>
+    }
+
+    fun vector_for_each<Element>(v: vector<Element>, f: |Element|) {
+        vector::reverse(&mut v); // We need to reverse the vector to consume it efficiently
+        while (!vector::is_empty(&v)) {
+            let e = vector::pop_back(&mut v);
+            f(e);
+        };
+    }
+
+    entry fun remove_vector(caller: &signer, input: vector<u64>) acquires VectorExample {
+        let caller_add = signer::address_of(caller);
+        let mut_ref = borrow_global_mut<VectorExample>(caller_add);
+        vector_for_each(input, |item| {
+            vector::remove(&mut mut_ref.inner, item)
+        })
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.exp
new file mode 100644
index 00000000000000..aa45b4ca4179f2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Currently, a function-typed parameter to an inline function must be a literal lambda expression
+  ┌─ tests/lambda/inline-parity/lambda_param_typed.move:7:15
+  │
+7 │     inline_apply(f, b)
+  │                  ^
+
+error: Currently, a function-typed parameter to an inline function must be a literal lambda expression
+   ┌─ tests/lambda/inline-parity/lambda_param_typed.move:11:16
+   │
+11 │     inline_apply4(f, b)
+   │                   ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.lambda.exp
new file mode 100644
index 00000000000000..06d68ac437dd49
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.lambda.exp
@@ -0,0 +1,398 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply(f, b)
+    }
+    public inline fun inline_apply3(f: |u64|u64,b: u64): u64 {
+        LambdaParam::inline_apply4(f, b)
+    }
+    public inline fun inline_apply4(_f: |u64|u64,b: u64): u64 {
+        b
+    }
+    private fun test_lambda_symbol_param1() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param2() {
+        {
+          let a: u64 = LambdaParam::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          {
+            let b: u64 = LambdaParam::inline_apply(|x: u64| x, 3);
+            if Eq<u64>(b, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            };
+            {
+              let b: u64 = LambdaParam::inline_apply3(|x: u64| x, 3);
+              if Eq<u64>(b, 3) {
+                Tuple()
+              } else {
+                Abort(0)
+              };
+              Tuple()
+            }
+          }
+        }
+    }
+} // end 0x42::LambdaParam
+
+
+
+Diagnostics:
+error: Currently, a function-typed parameter to an inline function must be a literal lambda expression
+  ┌─ tests/lambda/inline-parity/lambda_param_typed.move:7:15
+  │
+7 │     inline_apply(f, b)
+  │                  ^
+
+error: Currently, a function-typed parameter to an inline function must be a literal lambda expression
+   ┌─ tests/lambda/inline-parity/lambda_param_typed.move:11:16
+   │
+11 │     inline_apply4(f, b)
+   │                   ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.move
new file mode 100644
index 00000000000000..98e5b59e65ddb6
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_param_typed.move
@@ -0,0 +1,31 @@
+module 0x42::LambdaParam {
+    public inline fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+
+    public inline fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+	inline_apply(f, b)
+    }
+
+    public inline fun inline_apply3(f: |u64|u64, b: u64) : u64 {
+	inline_apply4(f, b)
+    }
+
+    public inline fun inline_apply4(_f: |u64|u64, b: u64) : u64 {
+	b
+    }
+
+    fun test_lambda_symbol_param1() {
+	let a = inline_apply2(|x: u64| x, 3);
+	assert!(a == 3, 0);
+    }
+
+    fun test_lambda_symbol_param2() {
+	let a = inline_apply2(|x: u64| x, 3);
+	assert!(a == 3, 0);
+	let b = inline_apply(|x: u64| x, 3);
+	assert!(b == 3, 0);
+	let b = inline_apply3(|x: u64| x, 3);
+	assert!(b == 3, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.exp
new file mode 100644
index 00000000000000..a4ecd07b9563cc
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `LambdaReturn::inline_apply2` has a function parameter:
+  ┌─ tests/lambda/inline-parity/lambda_return.move:2:16
+  │
+2 │     public fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+  │                ^^^^^^^^^^^^^ - Parameter `f` has function-valued type `|u64|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.lambda.exp
new file mode 100644
index 00000000000000..2b9ffb4ba41606
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.lambda.exp
@@ -0,0 +1,288 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor inlining:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(closure LambdaReturn::test_lambda_symbol_param$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(closure LambdaReturn::test_lambda_symbol_param$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(closure LambdaReturn::test_lambda_symbol_param$lambda$1(), 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+    private fun test_lambda_symbol_param$lambda$1(x: u64): u64 {
+        x
+    }
+} // end 0x42::LambdaReturn
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/lambda_return.move:3:9
+  │
+3 │     return f(b)
+  │            ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/lambda_return.move:7:24
+  │
+7 │     let a = inline_apply2(|x| { x }, 3);
+  │                           ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.move
new file mode 100644
index 00000000000000..a773d9be9941a2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return.move
@@ -0,0 +1,10 @@
+module 0x42::LambdaReturn {
+    public fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+	return f(b)
+    }
+
+    fun test_lambda_symbol_param() {
+	let a = inline_apply2(|x| { x }, 3);
+	assert!(a == 3, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.exp
new file mode 100644
index 00000000000000..441eefbd8cb9c9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Return not currently supported in inline functions
+  ┌─ tests/lambda/inline-parity/lambda_return_typed.move:3:2
+  │
+3 │     return f(b)
+  │     ^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.lambda.exp
new file mode 100644
index 00000000000000..5fd4d9134b3d01
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.lambda.exp
@@ -0,0 +1,140 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64,b: u64): u64 {
+        return (f)(b)
+    }
+    private fun test_lambda_symbol_param() {
+        {
+          let a: u64 = LambdaReturn::inline_apply2(|x: u64| x, 3);
+          if Eq<u64>(a, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaReturn
+
+
+
+Diagnostics:
+error: Return not currently supported in inline functions
+  ┌─ tests/lambda/inline-parity/lambda_return_typed.move:3:2
+  │
+3 │     return f(b)
+  │     ^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.move
new file mode 100644
index 00000000000000..1ea4d58270306d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_return_typed.move
@@ -0,0 +1,10 @@
+module 0x42::LambdaReturn {
+    public inline fun inline_apply2(f: |u64|u64, b: u64) : u64 {
+	return f(b)
+    }
+
+    fun test_lambda_symbol_param() {
+	let a = inline_apply2(|x: u64| { x }, 3);
+	assert!(a == 3, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.exp
new file mode 100644
index 00000000000000..11a8de528f5cb6
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.exp
@@ -0,0 +1,98 @@
+// -- Model dump before bytecode pipeline
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), 12);
+          Mul<u64>(a, 12)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, 3);
+            Mul<u64>(a, 3)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), 12);
+            Mul<u64>(a, 12)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          {
+            let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)([Number(1), Number(2), Number(3)]));
+            {
+              let i: u64 = 0;
+              loop {
+                if Lt<u64>(i, vector::length<u64>(v)) {
+                  {
+                    let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                    product: u64 = {
+                      let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                      Mul<u64>(a, b)
+                    }
+                  };
+                  i: u64 = Add<u64>(i, 1);
+                  Tuple()
+                } else {
+                  break
+                }
+              }
+            }
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        1120
+    }
+    private fun test_lambda() {
+        if false {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::LambdaTest
+
+
+============ bytecode verification succeeded ========
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.lambda.exp
new file mode 100644
index 00000000000000..06f283c33248f2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.lambda.exp
@@ -0,0 +1,1609 @@
+// -- Model dump before env processor pipeline:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        LambdaTest1::inline_mul(Add<u64>((f)(b), 1), LambdaTest1::inline_mul(3, 4))
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(|z: u64| z, (g)(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| x, 3)))), 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            LambdaTest2::foreach<u64>(Borrow(Immutable)(v), |e: &u64| product: u64 = LambdaTest1::inline_mul(product, Deref(e)));
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>(LambdaTest2::inline_apply2(|x: u64| Add<u64>(x, 1), 3), LambdaTest2::inline_apply2(|x: u64| Mul<u64>(x, x), LambdaTest::inline_apply(|y: u64| y, 3)))
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = LambdaTest::inline_apply_test();
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor inlining:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), {
+            let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+            Mul<u64>(a, b)
+          });
+          Mul<u64>(a, b)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+              let (b: u64): (u64) = Tuple(3);
+              {
+                let (x: u64): (u64) = Tuple(b);
+                x
+              }
+            });
+            Mul<u64>(a, b)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), {
+              let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+              Mul<u64>(a, b)
+            });
+            Mul<u64>(a, b)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            {
+              let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)(v));
+              {
+                let i: u64 = 0;
+                loop {
+                  if Lt<u64>(i, vector::length<u64>(v)) {
+                    {
+                      let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                      product: u64 = {
+                        let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                        Mul<u64>(a, b)
+                      }
+                    };
+                    i: u64 = Add<u64>(i, 1);
+                    Tuple()
+                  } else {
+                    break
+                  }
+                }
+              }
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>({
+          let (c: u64): (u64) = Tuple(3);
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Add<u64>(x, 1)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        }, {
+          let (c: u64): (u64) = Tuple({
+            let (b: u64): (u64) = Tuple(3);
+            {
+              let (y: u64): (u64) = Tuple(b);
+              y
+            }
+          });
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(x, x)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        })
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = {
+            let (): ();
+            Add<u64>({
+              let (c: u64): (u64) = Tuple(3);
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Add<u64>(x, 1)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            }, {
+              let (c: u64): (u64) = Tuple({
+                let (b: u64): (u64) = Tuple(3);
+                {
+                  let (y: u64): (u64) = Tuple(b);
+                  y
+                }
+              });
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(x, x)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            })
+          };
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), {
+            let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+            Mul<u64>(a, b)
+          });
+          Mul<u64>(a, b)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+              let (b: u64): (u64) = Tuple(3);
+              {
+                let (x: u64): (u64) = Tuple(b);
+                x
+              }
+            });
+            Mul<u64>(a, b)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), {
+              let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+              Mul<u64>(a, b)
+            });
+            Mul<u64>(a, b)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            {
+              let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)(v));
+              {
+                let i: u64 = 0;
+                loop {
+                  if Lt<u64>(i, vector::length<u64>(v)) {
+                    {
+                      let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                      product: u64 = {
+                        let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                        Mul<u64>(a, b)
+                      }
+                    };
+                    i: u64 = Add<u64>(i, 1);
+                    Tuple()
+                  } else {
+                    break
+                  }
+                }
+              }
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>({
+          let (c: u64): (u64) = Tuple(3);
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Add<u64>(x, 1)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        }, {
+          let (c: u64): (u64) = Tuple({
+            let (b: u64): (u64) = Tuple(3);
+            {
+              let (y: u64): (u64) = Tuple(b);
+              y
+            }
+          });
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(x, x)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        })
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = {
+            let (): ();
+            Add<u64>({
+              let (c: u64): (u64) = Tuple(3);
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Add<u64>(x, 1)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            }, {
+              let (c: u64): (u64) = Tuple({
+                let (b: u64): (u64) = Tuple(3);
+                {
+                  let (y: u64): (u64) = Tuple(b);
+                  y
+                }
+              });
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(x, x)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            })
+          };
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), {
+            let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+            Mul<u64>(a, b)
+          });
+          Mul<u64>(a, b)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+              let (b: u64): (u64) = Tuple(3);
+              {
+                let (x: u64): (u64) = Tuple(b);
+                x
+              }
+            });
+            Mul<u64>(a, b)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), {
+              let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+              Mul<u64>(a, b)
+            });
+            Mul<u64>(a, b)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let v: vector<u64> = Vector<u64>(1, 2, 3);
+          {
+            let product: u64 = 1;
+            {
+              let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)(v));
+              {
+                let i: u64 = 0;
+                loop {
+                  if Lt<u64>(i, vector::length<u64>(v)) {
+                    {
+                      let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                      product: u64 = {
+                        let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                        Mul<u64>(a, b)
+                      }
+                    };
+                    i: u64 = Add<u64>(i, 1);
+                    Tuple()
+                  } else {
+                    break
+                  }
+                }
+              }
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        Add<u64>({
+          let (c: u64): (u64) = Tuple(3);
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Add<u64>(x, 1)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        }, {
+          let (c: u64): (u64) = Tuple({
+            let (b: u64): (u64) = Tuple(3);
+            {
+              let (y: u64): (u64) = Tuple(b);
+              y
+            }
+          });
+          Add<u64>({
+            let (b: u64): (u64) = Tuple({
+              let (x: u64): (u64) = Tuple({
+                let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                  let (b: u64): (u64) = Tuple(3);
+                  {
+                    let (x: u64): (u64) = Tuple(b);
+                    x
+                  }
+                });
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(x, x)
+            });
+            {
+              let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                let (z: u64): (u64) = Tuple(b);
+                z
+              }, 1), {
+                let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                Mul<u64>(a, b)
+              });
+              Mul<u64>(a, b)
+            }
+          }, 2)
+        })
+    }
+    private fun test_lambda() {
+        {
+          let a: u64 = {
+            let (): ();
+            Add<u64>({
+              let (c: u64): (u64) = Tuple(3);
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Add<u64>(x, 1)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            }, {
+              let (c: u64): (u64) = Tuple({
+                let (b: u64): (u64) = Tuple(3);
+                {
+                  let (y: u64): (u64) = Tuple(b);
+                  y
+                }
+              });
+              Add<u64>({
+                let (b: u64): (u64) = Tuple({
+                  let (x: u64): (u64) = Tuple({
+                    let (a: u64, b: u64): (u64, u64) = Tuple(c, {
+                      let (b: u64): (u64) = Tuple(3);
+                      {
+                        let (x: u64): (u64) = Tuple(b);
+                        x
+                      }
+                    });
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(x, x)
+                });
+                {
+                  let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+                    let (z: u64): (u64) = Tuple(b);
+                    z
+                  }, 1), {
+                    let (a: u64, b: u64): (u64, u64) = Tuple(3, 4);
+                    Mul<u64>(a, b)
+                  });
+                  Mul<u64>(a, b)
+                }
+              }, 2)
+            })
+          };
+          if Eq<u64>(a, 1) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), 12);
+          Mul<u64>(a, 12)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, 3);
+            Mul<u64>(a, 3)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), 12);
+            Mul<u64>(a, 12)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64| LambdaTest1::inline_apply(|y: u64| y, x), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          {
+            let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)([Number(1), Number(2), Number(3)]));
+            {
+              let i: u64 = 0;
+              loop {
+                if Lt<u64>(i, vector::length<u64>(v)) {
+                  {
+                    let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                    product: u64 = {
+                      let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                      Mul<u64>(a, b)
+                    }
+                  };
+                  i: u64 = Add<u64>(i, 1);
+                  Tuple()
+                } else {
+                  break
+                }
+              }
+            }
+          };
+          Tuple()
+        }
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        1120
+    }
+    private fun test_lambda() {
+        if false {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), 12);
+          Mul<u64>(a, 12)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, 3);
+            Mul<u64>(a, 3)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), 12);
+            Mul<u64>(a, 12)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$2(), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          {
+            let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)([Number(1), Number(2), Number(3)]));
+            {
+              let i: u64 = 0;
+              loop {
+                if Lt<u64>(i, vector::length<u64>(v)) {
+                  {
+                    let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                    product: u64 = {
+                      let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                      Mul<u64>(a, b)
+                    }
+                  };
+                  i: u64 = Add<u64>(i, 1);
+                  Tuple()
+                } else {
+                  break
+                }
+              }
+            }
+          };
+          Tuple()
+        }
+    }
+    private fun inline_apply3$lambda$1(y: u64): u64 {
+        y
+    }
+    private fun inline_apply3$lambda$2(x: u64): u64 {
+        LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$1(), x)
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        1120
+    }
+    private fun test_lambda() {
+        if false {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), 12);
+          Mul<u64>(a, 12)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, 3);
+            Mul<u64>(a, 3)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), 12);
+            Mul<u64>(a, 12)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$2(), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          {
+            let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)([Number(1), Number(2), Number(3)]));
+            {
+              let i: u64 = 0;
+              loop {
+                if Lt<u64>(i, vector::length<u64>(v)) {
+                  {
+                    let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                    product: u64 = {
+                      let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                      Mul<u64>(a, b)
+                    }
+                  };
+                  i: u64 = Add<u64>(i, 1);
+                  Tuple()
+                } else {
+                  break
+                }
+              }
+            }
+          };
+          Tuple()
+        }
+    }
+    private fun inline_apply3$lambda$1(y: u64): u64 {
+        y
+    }
+    private fun inline_apply3$lambda$2(x: u64): u64 {
+        LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$1(), x)
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        1120
+    }
+    private fun test_lambda() {
+        if false {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::LambdaTest
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::LambdaTest1 {
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply1(f: |u64|u64,b: u64): u64 {
+        {
+          let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>((f)(b), 1), 12);
+          Mul<u64>(a, 12)
+        }
+    }
+    public inline fun inline_mul(a: u64,b: u64): u64 {
+        Mul<u64>(a, b)
+    }
+} // end 0x42::LambdaTest1
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1; // resolved as: 0x42::LambdaTest1
+    use std::vector;
+    public inline fun foreach<T>(v: &vector<#0>,action: |&#0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<T>(v)) {
+              (action)(vector::borrow<T>(v, i));
+              i: u64 = Add<u64>(i, 1);
+              Tuple()
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public inline fun inline_apply2(g: |u64|u64,c: u64): u64 {
+        Add<u64>({
+          let (b: u64): (u64) = Tuple((g)({
+            let (a: u64, b: u64): (u64, u64) = Tuple(c, 3);
+            Mul<u64>(a, 3)
+          }));
+          {
+            let (a: u64, b: u64): (u64, u64) = Tuple(Add<u64>({
+              let (z: u64): (u64) = Tuple(b);
+              z
+            }, 1), 12);
+            Mul<u64>(a, 12)
+          }
+        }, 2)
+    }
+    public inline fun inline_apply3(g: |u64|u64,c: u64): u64 {
+        Add<u64>(LambdaTest1::inline_apply1(g, LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$2(), 3))), 4)
+    }
+    public fun test_inline_lambda() {
+        {
+          let product: u64 = 1;
+          {
+            let (v: &vector<u64>): (&vector<u64>) = Tuple(Borrow(Immutable)([Number(1), Number(2), Number(3)]));
+            {
+              let i: u64 = 0;
+              loop {
+                if Lt<u64>(i, vector::length<u64>(v)) {
+                  {
+                    let (e: &u64): (&u64) = Tuple(vector::borrow<u64>(v, i));
+                    product: u64 = {
+                      let (a: u64, b: u64): (u64, u64) = Tuple(product, Deref(e));
+                      Mul<u64>(a, b)
+                    }
+                  };
+                  i: u64 = Add<u64>(i, 1);
+                  Tuple()
+                } else {
+                  break
+                }
+              }
+            }
+          };
+          Tuple()
+        }
+    }
+    private fun inline_apply3$lambda$1(y: u64): u64 {
+        y
+    }
+    private fun inline_apply3$lambda$2(x: u64): u64 {
+        LambdaTest1::inline_apply(closure LambdaTest2::inline_apply3$lambda$1(), x)
+    }
+} // end 0x42::LambdaTest2
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2; // resolved as: 0x42::LambdaTest2
+    public inline fun inline_apply(f: |u64|u64,b: u64): u64 {
+        (f)(b)
+    }
+    public inline fun inline_apply_test(): u64 {
+        1120
+    }
+    private fun test_lambda() {
+        if false {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Tuple()
+    }
+} // end 0x42::LambdaTest
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/lambda_typed.move:11:2
+   │
+11 │     f(b)
+   │     ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/lambda_typed.move:40:29
+   │
+40 │         LambdaTest1::inline_apply(|y: u64|y, x)
+   │                                   ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.move
new file mode 100644
index 00000000000000..e690fc4ffec92a
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/lambda_typed.move
@@ -0,0 +1,62 @@
+module 0x42::LambdaTest1 {
+    public inline fun inline_mul(a: u64, b: u64): u64 {
+	a * b
+    }
+
+    public inline fun inline_apply1(f: |u64|u64, b: u64) : u64 {
+	inline_mul(f(b) + 1, inline_mul(3, 4))
+    }
+
+    public inline fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+}
+
+module 0x42::LambdaTest2 {
+    use 0x42::LambdaTest1;
+    use std::vector;
+
+    public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+        let i = 0;
+        while (i < vector::length(v)) {
+            action(vector::borrow(v, i));
+            i = i + 1;
+        }
+    }
+
+    public fun test_inline_lambda() {
+	let v = vector[1, 2, 3];
+	let product = 1;
+	foreach(&v, |e: &u64| product = LambdaTest1::inline_mul(product, *e));
+    }
+
+    public inline fun inline_apply2(g: |u64|u64, c: u64) : u64 {
+	LambdaTest1::inline_apply1(|z: u64|z, g(LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x: u64|x, 3)))) + 2
+    }
+
+    public inline fun inline_apply3(g: |u64|u64, c: u64) : u64 {
+	LambdaTest1::inline_apply1(g,
+	    LambdaTest1::inline_mul(c, LambdaTest1::inline_apply(|x:u64| {
+		LambdaTest1::inline_apply(|y: u64|y, x)
+	    },
+		3))) + 4
+    }
+}
+
+module 0x42::LambdaTest {
+    use 0x42::LambdaTest2;
+
+    public inline fun inline_apply(f: |u64|u64, b: u64) : u64 {
+	f(b)
+    }
+
+    public inline fun inline_apply_test() : u64 {
+	LambdaTest2::inline_apply2(|x: u64| x + 1, 3) +
+	LambdaTest2::inline_apply2(|x: u64| x * x, inline_apply(|y: u64|y, 3))
+    }
+
+    fun test_lambda() {
+	let a = inline_apply_test();
+	assert!(a == 1, 0);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.exp
new file mode 100644
index 00000000000000..5b6f51172d8f03
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has function parameters:
+  ┌─ tests/lambda/inline-parity/masking.move:3:9
+  │
+3 │     fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+  │         ^^^ -                 - Parameter `g` has function-valued type `|(u64, u64)|u64`.
+  │             │
+  │             Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.lambda.exp
new file mode 100644
index 00000000000000..a89c6271195d1a
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.lambda.exp
@@ -0,0 +1,215 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(|(x: u64, _: u64): (u64, u64)| x, |(_: u64, y: u64): (u64, u64)| y, 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(closure Test::main$lambda$1(), closure Test::main$lambda$2(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun main$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(closure Test::main$lambda$1(), closure Test::main$lambda$2(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun main$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun foo(f: |(u64, u64)|u64,g: |(u64, u64)|u64,x: u64,_y: u64): u64 {
+        Add<u64>((f)(x, _y), (g)(x, _y))
+    }
+    public fun main(): u64 {
+        Test::foo(closure Test::main$lambda$1(), closure Test::main$lambda$2(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,param$1: u64): u64 {
+        {
+          let _: u64 = param$1;
+          x
+        }
+    }
+    private fun main$lambda$2(param$0: u64,y: u64): u64 {
+        {
+          let _: u64 = param$0;
+          y
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/masking.move:4:9
+  │
+4 │         f(x, _y) + g(x, _y)
+  │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/masking.move:4:20
+  │
+4 │         f(x, _y) + g(x, _y)
+  │                    ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/masking.move:8:13
+  │
+8 │         foo(|x, _| x, |_, y| y, 10, 100)
+  │             ^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/masking.move:8:23
+  │
+8 │         foo(|x, _| x, |_, y| y, 10, 100)
+  │                       ^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.move
new file mode 100644
index 00000000000000..134b14c53945b1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/masking.move
@@ -0,0 +1,12 @@
+//# publish
+module 0x42::Test {
+    fun foo(f:|u64, u64| u64, g: |u64, u64| u64, x: u64, _y: u64): u64 {
+        f(x, _y) + g(x, _y)
+    }
+
+    public fun main(): u64 {
+        foo(|x, _| x, |_, y| y, 10, 100)
+    }
+}
+
+//# run 0x42::Test::main
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.exp
new file mode 100644
index 00000000000000..ccc35bcfbdb5e8
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::for_each_ref_mut` has a function parameter:
+  ┌─ tests/lambda/inline-parity/multi_param.move:7:16
+  │
+7 │     public fun for_each_ref_mut<Element>(v: &mut vector<Element>, f: |&mut Element|) {
+  │                ^^^^^^^^^^^^^^^^                                   - Parameter `f` has function-valued type `|&mut Element|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::elem_for_each_ref` has a function parameter:
+   ┌─ tests/lambda/inline-parity/multi_param.move:17:16
+   │
+17 │     public fun elem_for_each_ref<K,V>(v: &mut vector<Elem<K,V>>, f: |&K, &mut V|u64): u64 {
+   │                ^^^^^^^^^^^^^^^^^                                 - Parameter `f` has function-valued type `|(&K, &mut V)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.lambda.exp
new file mode 100644
index 00000000000000..1c08fafc289340
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.lambda.exp
@@ -0,0 +1,458 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    use 0x1::vector as V; // resolved as: 0x1::vector
+    struct Elem {
+        k: K,
+        v: V,
+    }
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Test::Elem<#0, #1>>,f: |(&#0, &mut #1)|u64): u64 {
+        {
+          let result: u64 = 0;
+          Test::for_each_ref_mut<Test::Elem<K, V>>(v, |elem: &mut Test::Elem<K, V>| {
+            let elem: &mut Test::Elem<K, V> = elem;
+            result: u64 = Add<u64>(result, (f)(Borrow(Immutable)(select Test::Elem.k<&mut Test::Elem<K, V>>(elem)), Borrow(Mutable)(select Test::Elem.v<&mut Test::Elem<K, V>>(elem))));
+            Tuple()
+          });
+          result
+        }
+    }
+    public fun for_each_ref_mut<Element>(v: &mut vector<#0>,f: |&mut #0|) {
+        {
+          let i: u64 = 0;
+          loop {
+            if Lt<u64>(i, vector::length<Element>(Freeze(false)(v))) {
+              (f)(vector::borrow_mut<Element>(v, i));
+              i: u64 = Add<u64>(i, 1)
+            } else {
+              break
+            }
+          }
+        }
+    }
+    public fun test() {
+        if Eq<u64>(Test::elem_for_each_ref<u64, u64>(Borrow(Mutable)(Vector<Test::Elem<u64, u64>>(pack Test::Elem<u64, u64>(1, 2))), |(x: &u64, y: &mut u64): (&u64, &mut u64)| Add<u64>(Deref(x), Deref(y))), 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `result` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/multi_param.move:21:13
+   │
+21 │             result = result + f(&elem.k, &mut elem.v);
+   │             ^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.move
new file mode 100644
index 00000000000000..586ce139bd6652
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/multi_param.move
@@ -0,0 +1,31 @@
+//# publish
+module 0x42::Test {
+    use 0x1::vector as V;
+
+    // Can't use that from V because of precompiled import in transactional tests
+    // TODO: we need to fix this
+    public fun for_each_ref_mut<Element>(v: &mut vector<Element>, f: |&mut Element|) {
+        let i = 0;
+        while (i < V::length(v)) {
+            f(V::borrow_mut(v, i));
+            i = i + 1
+        }
+    }
+    struct Elem<K, V> has drop { k: K, v: V }
+
+    // Checks a multi-mutality scenario.
+    public fun elem_for_each_ref<K,V>(v: &mut vector<Elem<K,V>>, f: |&K, &mut V|u64): u64 {
+        let result = 0;
+        for_each_ref_mut(v, |elem| {
+            let elem: &mut Elem<K, V> = elem; // Checks whether scoping is fine
+            result = result + f(&elem.k, &mut elem.v);
+        });
+        result
+    }
+
+    public fun test() {
+        assert!(elem_for_each_ref(&mut vector[Elem{k:1, v:2}], |x,y| *x + *y) == 3, 0)
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.exp
new file mode 100644
index 00000000000000..a05ca52c1544fa
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::apply` has a function parameter:
+  ┌─ tests/lambda/inline-parity/nested_lambda.move:4:16
+  │
+4 │     public fun apply(f: |u64, u64|u64, x: u64, y: u64): u64 {
+  │                ^^^^^ - Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.lambda.exp
new file mode 100644
index 00000000000000..019feaaebebc4d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.lambda.exp
@@ -0,0 +1,191 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(closure Test::test$lambda$1(), 1, Test::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(closure Test::test$lambda$1(), 1, Test::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun test(): u64 {
+        Test::apply(closure Test::test$lambda$1(), 1, Test::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/nested_lambda.move:5:9
+  │
+5 │         f(x, y)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/nested_lambda.move:9:15
+  │
+9 │         apply(|x, y| x + y, 1, apply(|x, y| x * y, 2, 1))
+  │               ^^^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/nested_lambda.move:9:38
+  │
+9 │         apply(|x, y| x + y, 1, apply(|x, y| x * y, 2, 1))
+  │                                      ^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.move
new file mode 100644
index 00000000000000..dd6740b8434cfb
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda.move
@@ -0,0 +1,13 @@
+//# publish
+module 0x42::Test {
+
+    public fun apply(f: |u64, u64|u64, x: u64, y: u64): u64 {
+        f(x, y)
+    }
+
+    public fun test(): u64 {
+        apply(|x, y| x + y, 1, apply(|x, y| x * y, 2, 1))
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.exp
new file mode 100644
index 00000000000000..98c3d75616e85e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test1::apply` has a function parameter:
+  ┌─ tests/lambda/inline-parity/nested_lambda_module.move:3:16
+  │
+3 │     public fun apply(f: |u64, u64|u64, x: u64, y: u64): u64 {
+  │                ^^^^^ - Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.lambda.exp
new file mode 100644
index 00000000000000..f5ed4cea4f2830
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.lambda.exp
@@ -0,0 +1,233 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(|(x: u64, y: u64): (u64, u64)| Add<u64>(x, y), 1, Test1::apply(|(x: u64, y: u64): (u64, u64)| Mul<u64>(x, y), 2, 1))
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(closure Test::test$lambda$1(), 1, Test1::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(closure Test::test$lambda$1(), 1, Test1::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test1 {
+    public fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+} // end 0x42::Test1
+module 0x42::Test {
+    use 0x42::Test1; // resolved as: 0x42::Test1
+    public fun test(): u64 {
+        Test1::apply(closure Test::test$lambda$1(), 1, Test1::apply(closure Test::test$lambda$2(), 2, 1))
+    }
+    private fun test$lambda$1(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun test$lambda$2(x: u64,y: u64): u64 {
+        Mul<u64>(x, y)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/nested_lambda_module.move:4:9
+  │
+4 │         f(x, y)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/nested_lambda_module.move:13:22
+   │
+13 │         Test1::apply(|x, y| x + y, 1, Test1::apply(|x, y| x * y, 2, 1))
+   │                      ^^^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/nested_lambda_module.move:13:52
+   │
+13 │         Test1::apply(|x, y| x + y, 1, Test1::apply(|x, y| x * y, 2, 1))
+   │                                                    ^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.move
new file mode 100644
index 00000000000000..306c667f5a9563
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/nested_lambda_module.move
@@ -0,0 +1,17 @@
+//# publish
+module 0x42::Test1 {
+    public fun apply(f: |u64, u64|u64, x: u64, y: u64): u64 {
+        f(x, y)
+    }
+}
+
+//# publish
+module 0x42::Test {
+    use 0x42::Test1;
+
+    public fun test(): u64 {
+        Test1::apply(|x, y| x + y, 1, Test1::apply(|x, y| x * y, 2, 1))
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.exp
new file mode 100644
index 00000000000000..4f886c402ddfcd
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `sort::incorrect_sort` has a function parameter:
+  ┌─ tests/lambda/inline-parity/non_lambda_arg.move:4:16
+  │
+4 │     public fun incorrect_sort<T: copy>(arr: &mut vector<T>, a_less_b: |T, T| bool) {
+  │                ^^^^^^^^^^^^^^                               -------- Parameter `a_less_b` has function-valued type `|(T, T)|bool`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `sort::incorrect_sort_recursive` has a function parameter:
+  ┌─ tests/lambda/inline-parity/non_lambda_arg.move:9:16
+  │
+9 │     public fun incorrect_sort_recursive<T: copy>(arr: &mut vector<T>, low: u64, high: u64, a_less_b: |T, T| bool) {
+  │                ^^^^^^^^^^^^^^^^^^^^^^^^                                                    -------- Parameter `a_less_b` has function-valued type `|(T, T)|bool`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.lambda.exp
new file mode 100644
index 00000000000000..d1a4f258f342f3
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.lambda.exp
@@ -0,0 +1,416 @@
+// -- Model dump before env processor pipeline:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+============ initial bytecode ================
+
+[variant baseline]
+public fun sort::incorrect_sort<#0>($t0: &mut vector<#0>, $t1: |(#0, #0)|bool) {
+     var $t2: u64
+     var $t3: &vector<#0>
+     var $t4: u64
+     var $t5: u64
+     var $t6: u64
+  0: $t3 := freeze_ref(implicit)($t0)
+  1: $t2 := vector::length<#0>($t3)
+  2: $t4 := 0
+  3: $t6 := 1
+  4: $t5 := -($t2, $t6)
+  5: sort::incorrect_sort_recursive<#0>($t0, $t4, $t5, $t1)
+  6: return ()
+}
+
+
+[variant baseline]
+public fun sort::incorrect_sort_recursive<#0>($t0: &mut vector<#0>, $t1: u64, $t2: u64, $t3: |(#0, #0)|bool) {
+     var $t4: bool
+     var $t5: u64
+     var $t6: u64
+     var $t7: u64
+     var $t8: u64
+     var $t9: u64
+     var $t10: u64
+     var $t11: u64
+  0: $t4 := <($t1, $t2)
+  1: if ($t4) goto 2 else goto 13
+  2: label L0
+  3: $t7 := 2
+  4: $t6 := /($t2, $t7)
+  5: $t5 := +($t1, $t6)
+  6: $t9 := 1
+  7: $t8 := -($t5, $t9)
+  8: sort::incorrect_sort_recursive<#0>($t0, $t1, $t8, $t3)
+  9: $t11 := 1
+ 10: $t10 := +($t5, $t11)
+ 11: sort::incorrect_sort_recursive<#0>($t0, $t10, $t2, $t3)
+ 12: goto 14
+ 13: label L1
+ 14: label L2
+ 15: return ()
+}
+
+
+Diagnostics:
+error: local `a_less_b` of type `|(T, T)|bool` does not have the `copy` ability
+   ┌─ tests/lambda/inline-parity/non_lambda_arg.move:12:13
+   │
+12 │             incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+   │             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ copy needed here because value is still in use
+13 │             incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+   │             ----------------------------------------------------- used here
+
+error: local `a_less_b` of type `|(T, T)|bool` does not have the `drop` ability
+   ┌─ tests/lambda/inline-parity/non_lambda_arg.move:10:9
+   │
+10 │ ╭         if (low < high) {
+11 │ │             let pi = low + high / 2;
+12 │ │             incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+13 │ │             incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+14 │ │         };
+   │ ╰─────────^ implicitly dropped here since it is no longer used
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.move
new file mode 100644
index 00000000000000..83e9d4027661da
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/non_lambda_arg.move
@@ -0,0 +1,17 @@
+module 0x42::sort {
+    use std::vector;
+
+    public fun incorrect_sort<T: copy>(arr: &mut vector<T>, a_less_b: |T, T| bool) {
+        let n = vector::length(arr);
+        incorrect_sort_recursive<T>(arr, 0, n - 1, a_less_b)
+    }
+
+    public fun incorrect_sort_recursive<T: copy>(arr: &mut vector<T>, low: u64, high: u64, a_less_b: |T, T| bool) {
+        if (low < high) {
+            let pi = low + high / 2;
+            incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+            incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+        };
+    }
+
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.exp
new file mode 100644
index 00000000000000..b9f8a28daa2e7d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::call` has a function parameter:
+  ┌─ tests/lambda/inline-parity/op_with_side_effect_49.move:3:9
+  │
+3 │     fun call(f: ||u64): u64 {
+  │         ^^^^ - Parameter `f` has function-valued type `|()|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.lambda.exp
new file mode 100644
index 00000000000000..a9a1dc063d69f6
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.lambda.exp
@@ -0,0 +1,189 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor inlining:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xc0ffee::m {
+    private fun call(f: |()|u64): u64 {
+        (f)()
+    }
+    public fun test(): u64 {
+        {
+          let x: u64 = 1;
+          Add<u64>(Add<u64>(x, m::call(|(): ()| x: u64 = Add<u64>(x, 1);
+          x)), m::call(|(): ()| x: u64 = Add<u64>(x, 7);
+          x))
+        }
+    }
+} // end 0xc0ffee::m
+
+
+
+Diagnostics:
+error: captured variable `x` cannot be modified inside of a lambda
+  ┌─ tests/lambda/inline-parity/op_with_side_effect_49.move:9:22
+  │
+9 │         x + call(|| {x = x + 1; x}) + call(|| {x = x + 7; x})
+  │                      ^
+
+error: captured variable `x` cannot be modified inside of a lambda
+  ┌─ tests/lambda/inline-parity/op_with_side_effect_49.move:9:48
+  │
+9 │         x + call(|| {x = x + 1; x}) + call(|| {x = x + 7; x})
+  │                                                ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.move
new file mode 100644
index 00000000000000..63bed7ba14a75b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/op_with_side_effect_49.move
@@ -0,0 +1,13 @@
+//# publish
+module 0xc0ffee::m {
+    fun call(f: ||u64): u64 {
+        f()
+    }
+
+    public fun test(): u64 {
+        let x = 1;
+        x + call(|| {x = x + 1; x}) + call(|| {x = x + 7; x})
+    }
+}
+
+//# run 0xc0ffee::m::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.exp
new file mode 100644
index 00000000000000..04ec0a6a32fe8b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `map_opt::map` has a function parameter:
+  ┌─ tests/lambda/inline-parity/options.move:5:16
+  │
+5 │     public fun map<Element, OtherElement>(t: option::Option<Element>, f: |Element|OtherElement): option::Option<OtherElement> {
+  │                ^^^                                                    - Parameter `f` has function-valued type `|Element|OtherElement`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.lambda.exp
new file mode 100644
index 00000000000000..52ab5de445a188
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.lambda.exp
@@ -0,0 +1,386 @@
+// -- Model dump before env processor pipeline:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, |e: u64| Add<u64>(e, 1));
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, closure Test::test$lambda$1());
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+    private fun test$lambda$1(e: u64): u64 {
+        Add<u64>(e, 1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, closure Test::test$lambda$1());
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+    private fun test$lambda$1(e: u64): u64 {
+        Add<u64>(e, 1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::map_opt {
+    use std::option;
+    public fun map<Element,OtherElement>(t: option::Option<#0>,f: |#0|#1): option::Option<#1> {
+        if option::is_some<Element>(Borrow(Immutable)(t)) {
+          option::some<OtherElement>((f)(option::extract<Element>(Borrow(Mutable)(t))))
+        } else {
+          option::none<OtherElement>()
+        }
+    }
+} // end 0x42::map_opt
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt; // resolved as: 0x42::map_opt
+    public fun test(): u64 {
+        {
+          let t: option::Option<u64> = option::some<u64>(1);
+          {
+            let x: option::Option<u64> = map_opt::map<u64, u64>(t, closure Test::test$lambda$1());
+            option::extract<u64>(Borrow(Mutable)(x))
+          }
+        }
+    }
+    private fun test$lambda$1(e: u64): u64 {
+        Add<u64>(e, 1)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/options.move:7:26
+  │
+7 │             option::some(f(option::extract(&mut t)))
+  │                          ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/options.move:22:33
+   │
+22 │         let x = map_opt::map(t, |e| e + 1);
+   │                                 ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.move
new file mode 100644
index 00000000000000..6e2858811097f0
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/options.move
@@ -0,0 +1,27 @@
+//# publish
+module 0x42::map_opt {
+    use std::option;
+    /// Maps the content of an option
+    public fun map<Element, OtherElement>(t: option::Option<Element>, f: |Element|OtherElement): option::Option<OtherElement> {
+        if (option::is_some(&t)) {
+            option::some(f(option::extract(&mut t)))
+        } else {
+            option::none()
+        }
+    }
+
+}
+
+//# publish
+module 0x42::Test {
+    use std::option;
+    use 0x42::map_opt;
+
+    public fun test(): u64 {
+        let t = option::some(1);
+        let x = map_opt::map(t, |e| e + 1);
+        option::extract(&mut x)
+    }
+}
+
+//# run 0x42::Test::test
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.exp
new file mode 100644
index 00000000000000..15f7595d4ddefa
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::apply` has a function parameter:
+  ┌─ tests/lambda/inline-parity/return_in_lambda.move:3:9
+  │
+3 │     fun apply(f:|u64, u64| u64, x: u64, y: u64): u64 {
+  │         ^^^^^ - Parameter `f` has function-valued type `|(u64, u64)|u64`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.lambda.exp
new file mode 100644
index 00000000000000..bf94c6a9de6536
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.lambda.exp
@@ -0,0 +1,221 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(closure Test::main$lambda$1(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,y: u64): u64 {
+        return Test::adder(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(closure Test::main$lambda$1(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,y: u64): u64 {
+        return Test::adder(x, y)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(closure Test::main$lambda$1(), 10, 100)
+    }
+    private fun main$lambda$1(x: u64,y: u64): u64 {
+        return Test::adder(x, y)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/return_in_lambda.move:4:9
+  │
+4 │         f(x, y)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/return_in_lambda.move:12:15
+   │
+12 │           apply(|x, y| {
+   │ ╭───────────────^
+13 │ │             return adder(x, y)
+14 │ │         }, 10, 100)
+   │ ╰─────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.move
new file mode 100644
index 00000000000000..7569b0ad224dc4
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda.move
@@ -0,0 +1,16 @@
+module 0x42::Test {
+
+    fun apply(f:|u64, u64| u64, x: u64, y: u64): u64 {
+        f(x, y)
+    }
+
+    fun adder(x: u64, y: u64): u64 {
+        x + y
+    }
+
+    public fun main(): u64 {
+        apply(|x, y| {
+            return adder(x, y)
+        }, 10, 100)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.exp
new file mode 100644
index 00000000000000..b73d94965e8442
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.exp
@@ -0,0 +1,19 @@
+
+Diagnostics:
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:13:13
+   │
+13 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
+
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:16:13
+   │
+16 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
+
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:19:13
+   │
+19 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.lambda.exp
new file mode 100644
index 00000000000000..1b2616f347de8c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.lambda.exp
@@ -0,0 +1,131 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private inline fun adder(x: u64,y: u64): u64 {
+        Add<u64>(x, y)
+    }
+    private inline fun apply(f: |(u64, u64)|u64,x: u64,y: u64): u64 {
+        (f)(x, y)
+    }
+    public fun main(): u64 {
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100);
+        Test::apply(|(x: u64, y: u64): (u64, u64)| return Test::adder(x, y), 10, 100)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:13:13
+   │
+13 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
+
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:16:13
+   │
+16 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
+
+error: Return not currently supported in function-typed arguments (lambda expressions)
+   ┌─ tests/lambda/inline-parity/return_in_lambda_typed.move:19:13
+   │
+19 │             return adder(x, y)
+   │             ^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.move
new file mode 100644
index 00000000000000..c59650aec47342
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/return_in_lambda_typed.move
@@ -0,0 +1,22 @@
+module 0x42::Test {
+
+    inline fun apply(f:|u64, u64| u64, x: u64, y: u64): u64 {
+        f(x, y)
+    }
+
+    inline fun adder(x: u64, y: u64): u64 {
+        x + y
+    }
+
+    public fun main(): u64 {
+        apply(|x: u64, y: u64| {
+            return adder(x, y)
+        }, 10, 100);
+        apply(|x: u64, y| {
+            return adder(x, y)
+        }, 10, 100);
+        apply(|x, y: u64| {
+            return adder(x, y)
+        }, 10, 100)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.exp
new file mode 100644
index 00000000000000..089b3b5b4073fc
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `c::foo` has a function parameter:
+   ┌─ tests/lambda/inline-parity/same_names.move:23:9
+   │
+23 │     fun foo(f: |a::MyList, b::MyOtherList|, x: a::MyList, y: b::MyOtherList) {
+   │         ^^^ - Parameter `f` has function-valued type `|(a::MyList, b::MyOtherList)|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.lambda.exp
new file mode 100644
index 00000000000000..a5144fc3139860
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.lambda.exp
@@ -0,0 +1,484 @@
+// -- Model dump before env processor pipeline:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor inlining:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(|(x: a::MyList, y: b::MyOtherList): (a::MyList, b::MyOtherList)| if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }, x, y)
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(closure c::test$lambda$1(), x, y)
+    }
+    private fun test$lambda$1(x: a::MyList,y: b::MyOtherList) {
+        if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(closure c::test$lambda$1(), x, y)
+    }
+    private fun test$lambda$1(x: a::MyList,y: b::MyOtherList) {
+        if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }
+    }
+} // end 0x42::c
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::b {
+    struct MyOtherList {
+        len: u64,
+    }
+    public fun len(self: &b::MyOtherList): u64 {
+        select b::MyOtherList.len<&b::MyOtherList>(self)
+    }
+} // end 0x42::b
+module 0x42::a {
+    struct MyList {
+        len: u64,
+    }
+    public fun len(self: &a::MyList): u64 {
+        select a::MyList.len<&a::MyList>(self)
+    }
+} // end 0x42::a
+module 0x42::c {
+    use 0x42::a; // resolved as: 0x42::a
+    use 0x42::b; // resolved as: 0x42::b
+    private fun foo(f: |(a::MyList, b::MyOtherList)|,x: a::MyList,y: b::MyOtherList) {
+        (f)(x, y)
+    }
+    private fun test(x: a::MyList,y: b::MyOtherList) {
+        c::foo(closure c::test$lambda$1(), x, y)
+    }
+    private fun test$lambda$1(x: a::MyList,y: b::MyOtherList) {
+        if Eq<u64>(Add<u64>(a::len(Borrow(Immutable)(x)), b::len(Borrow(Immutable)(y))), 1) {
+          Tuple()
+        } else {
+          Abort(1)
+        }
+    }
+} // end 0x42::c
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/same_names.move:24:9
+   │
+24 │         f(x, y)
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/same_names.move:30:13
+   │
+30 │         foo(|x, y| { assert!(x.len() + y.len() == 1, 1) }, x, y)
+   │             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.move
new file mode 100644
index 00000000000000..96da2dced213fa
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/same_names.move
@@ -0,0 +1,32 @@
+module 0x42::a {
+
+    struct MyList { len: u64 }
+
+    public fun len(self: &MyList): u64 {
+        self.len
+    }
+}
+
+module 0x42::b {
+
+    struct MyOtherList { len: u64 }
+
+    public fun len(self: &MyOtherList): u64 {
+        self.len
+    }
+}
+
+module 0x42::c {
+    use 0x42::a;
+    use 0x42::b;
+
+    fun foo(f: |a::MyList, b::MyOtherList|, x: a::MyList, y: b::MyOtherList) {
+        f(x, y)
+    }
+
+    fun test(x: a::MyList, y: b::MyOtherList) {
+        // In the lambda below, the type of x and y is not known when the
+        // expression is checked.
+        foo(|x, y| { assert!(x.len() + y.len() == 1, 1) }, x, y)
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.exp
new file mode 100644
index 00000000000000..58180b821d64fc
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing.move:4:16
+  │
+4 │     public fun foo(f:|u64|) {
+  │                ^^^ - Parameter `f` has function-valued type `|u64|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.lambda.exp
new file mode 100644
index 00000000000000..813306a5f3a941
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.lambda.exp
@@ -0,0 +1,257 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let _x: u64 = 3;
+          (f)(_x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        (f)(3);
+        Tuple()
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|y: u64| _x: u64 = y);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `_x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing.move:12:13
+   │
+12 │             _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.move
new file mode 100644
index 00000000000000..1819450ab9a6ca
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing.move
@@ -0,0 +1,21 @@
+//# publish
+module 0x42::Test {
+
+    public fun foo(f:|u64|) {
+        let _x = 3;
+        f(_x);
+    }
+
+    public fun test_shadowing() {
+        let _x = 1;
+        foo(|y| {
+            _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        });
+        assert!(_x == 3, 0)
+    }
+
+
+}
+
+//# run 0x42::Test::test_shadowing
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.exp
new file mode 100644
index 00000000000000..7b595fd63e9516
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing_renamed.move:4:16
+  │
+4 │     public fun foo(f:|u64|) {
+  │                ^^^ - Parameter `f` has function-valued type `|u64|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.lambda.exp
new file mode 100644
index 00000000000000..57fbdb400d0028
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.lambda.exp
@@ -0,0 +1,257 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        {
+          let x: u64 = 3;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun foo(f: |u64|) {
+        (f)(3);
+        Tuple()
+    }
+    public fun test_shadowing() {
+        {
+          let x: u64 = 1;
+          Test::foo(|y: u64| x: u64 = y);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_renamed.move:12:13
+   │
+12 │             x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.move
new file mode 100644
index 00000000000000..39d928dd78722b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed.move
@@ -0,0 +1,21 @@
+//# publish
+module 0x42::Test {
+
+    public fun foo(f:|u64|) {
+        let x = 3;
+        f(x);
+    }
+
+    public fun test_shadowing() {
+        let x = 1;
+        foo(|y| {
+            x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        });
+        assert!(x == 3, 0)
+    }
+
+
+}
+
+//# run 0x42::Test::test_shadowing
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.exp
new file mode 100644
index 00000000000000..b4a20c8a70bd1e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:4:16
+  │
+4 │     public fun foo(f:|u64|, x:u64) {
+  │                ^^^ - Parameter `f` has function-valued type `|u64|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo2` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:8:16
+  │
+8 │     public fun foo2(f:|u64|, x:u64) {
+  │                ^^^^ - Parameter `f` has function-valued type `|u64|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.lambda.exp
new file mode 100644
index 00000000000000..bf8fa10008821b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.lambda.exp
@@ -0,0 +1,586 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun foo(f: |u64|,x: u64) {
+        (f)(x);
+        Tuple()
+    }
+    public fun foo2(f: |u64|,x: u64) {
+        {
+          let x: u64 = x;
+          (f)(x);
+          Tuple()
+        }
+    }
+    public fun test_shadowing(x: u64) {
+        Test::foo(|y: u64| x: u64 = y, 3);
+        if Eq<u64>(x, 3) {
+          Tuple()
+        } else {
+          Abort(0)
+        };
+        Test::foo2(|y: u64| x: u64 = y, 5);
+        if Eq<u64>(x, 5) {
+          Tuple()
+        } else {
+          Abort(0)
+        }
+    }
+    public fun test_shadowing2(q: u64) {
+        {
+          let x: u64 = q;
+          Test::foo(|y: u64| x: u64 = y, 3);
+          if Eq<u64>(x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          };
+          Test::foo2(|y: u64| x: u64 = y, 5);
+          if Eq<u64>(x, 5) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    private fun test_shadowing_entry() {
+        Test::test_shadowing(1);
+        Test::test_shadowing2(1)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:15:13
+   │
+15 │             x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^
+
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:21:13
+   │
+21 │             x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^
+
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:30:13
+   │
+30 │             x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^
+
+error: captured variable `x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_renamed_param.move:36:13
+   │
+36 │             x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.move
new file mode 100644
index 00000000000000..12c3e77c622c2d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_renamed_param.move
@@ -0,0 +1,48 @@
+//# publish
+module 0x42::Test {
+
+    public fun foo(f:|u64|, x:u64) {
+        f(x);
+    }
+
+    public fun foo2(f:|u64|, x:u64) {
+        let x = x;
+        f(x);
+    }
+
+    public fun test_shadowing(x: u64) {
+        foo(|y| {
+            x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, 3);
+        assert!(x == 3, 0);
+
+        foo2(|y| {
+            x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, 5);
+        assert!(x == 5, 0)
+    }
+
+    public fun test_shadowing2(q: u64) {
+        let x = q;
+        foo(|y| {
+            x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, 3);
+        assert!(x == 3, 0);
+
+        foo2(|y| {
+            x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, 5);
+        assert!(x == 5, 0)
+    }
+
+    fun test_shadowing_entry() {
+        test_shadowing(1);
+        test_shadowing2(1)
+    }
+}
+
+//# run 0x42::Test::test_shadowing_entry
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.exp
new file mode 100644
index 00000000000000..1f16e989885609
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::quux` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing_unused.move:4:16
+  │
+4 │     public fun quux(f:|u64, u64|, _z: u64) {
+  │                ^^^^ - Parameter `f` has function-valued type `|(u64, u64)|`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+   ┌─ tests/lambda/inline-parity/shadowing_unused.move:10:16
+   │
+10 │     public fun foo(f:|u64, u64|, z: u64) {
+   │                ^^^ - Parameter `f` has function-valued type `|(u64, u64)|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.lambda.exp
new file mode 100644
index 00000000000000..7c4b85b3b42918
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.lambda.exp
@@ -0,0 +1,518 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,_z: u64) {
+        (f)(3, 5);
+        Tuple()
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, 4);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, 4);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: captured variable `_x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_unused.move:18:13
+   │
+18 │             _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^^
+
+error: captured variable `_x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_unused.move:28:13
+   │
+28 │             _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.move
new file mode 100644
index 00000000000000..9a7cfdf859b865
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused.move
@@ -0,0 +1,35 @@
+//# publish
+module 0x42::Test {
+
+    public fun quux(f:|u64, u64|, _z: u64) {
+        let x = 3;
+	let q = 5;
+        f(x, q);
+    }
+
+    public fun foo(f:|u64, u64|, z: u64) {
+        quux(|a, b| f(a, b), z);
+    }
+
+    public fun test_shadowing() {
+        let _x = 1;
+	let z = 4;
+        foo(|y, _q| {
+            _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, z);
+        assert!(_x == 3, 0)
+    }
+
+    public fun test_shadowing2() {
+        let _x = 1;
+	let z = 4;
+        quux(|y, _q| {
+            _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, z);
+        assert!(_x == 3, 0)
+    }
+}
+
+//# run 0x42::Test::test_shadowing
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.exp
new file mode 100644
index 00000000000000..1bbf57a5862b5c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.exp
@@ -0,0 +1,19 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::quux` has a function parameter:
+  ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:6:16
+  │
+6 │     public fun quux(f:|u64, u64|, z: u64) {
+  │                ^^^^ - Parameter `f` has function-valued type `|(u64, u64)|`.
+
+warning: Unused parameter `z`. Consider removing or prefixing with an underscore: `_z`
+  ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:6:35
+  │
+6 │     public fun quux(f:|u64, u64|, z: u64) {
+  │                                   ^
+
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::foo` has a function parameter:
+   ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:12:16
+   │
+12 │     public fun foo(f:|u64, u64|, z: u64) {
+   │                ^^^ - Parameter `f` has function-valued type `|(u64, u64)|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.lambda.exp
new file mode 100644
index 00000000000000..ccbae64fbd2f77
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.lambda.exp
@@ -0,0 +1,524 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        {
+          let x: u64 = 3;
+          {
+            let q: u64 = 5;
+            (f)(x, q);
+            Tuple()
+          }
+        }
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          {
+            let z: u64 = 4;
+            Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, z);
+            if Eq<u64>(_x, 3) {
+              Tuple()
+            } else {
+              Abort(0)
+            }
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    public fun foo(f: |(u64, u64)|,z: u64) {
+        Test::quux(|(a: u64, b: u64): (u64, u64)| (f)(a, b), z);
+        Tuple()
+    }
+    public fun quux(f: |(u64, u64)|,z: u64) {
+        (f)(3, 5);
+        Tuple()
+    }
+    public fun test_shadowing() {
+        {
+          let _x: u64 = 1;
+          Test::foo(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, 4);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+    public fun test_shadowing2() {
+        {
+          let _x: u64 = 1;
+          Test::quux(|(y: u64, _q: u64): (u64, u64)| _x: u64 = y, 4);
+          if Eq<u64>(_x, 3) {
+            Tuple()
+          } else {
+            Abort(0)
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+warning: Unused parameter `z`. Consider removing or prefixing with an underscore: `_z`
+  ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:6:35
+  │
+6 │     public fun quux(f:|u64, u64|, z: u64) {
+  │                                   ^
+
+error: captured variable `_x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:20:13
+   │
+20 │             _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^^
+
+error: captured variable `_x` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/shadowing_unused_nodecl.move:30:13
+   │
+30 │             _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+   │             ^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.move
new file mode 100644
index 00000000000000..0d1795333ca718
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/shadowing_unused_nodecl.move
@@ -0,0 +1,37 @@
+//# publish
+module 0x42::Test {
+
+    // Ideally, we would have a warning about unused var "z" here, but
+    // we don't check inlined functions until they are inlined.
+    public fun quux(f:|u64, u64|, z: u64) {
+        let x = 3;
+	let q = 5;
+        f(x, q);
+    }
+
+    public fun foo(f:|u64, u64|, z: u64) {
+        quux(|a, b| f(a, b), z);
+    }
+
+    public fun test_shadowing() {
+        let _x = 1;
+	let z = 4;
+        foo(|y, _q| {
+            _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, z);
+        assert!(_x == 3, 0)
+    }
+
+    public fun test_shadowing2() {
+        let _x = 1;
+	let z = 4;
+        quux(|y, _q| {
+            _x = y  // We expect this to assign 3 via foo if renaming works correctly. If not it would
+                    // have the value 1.
+        }, z);
+        assert!(_x == 3, 0)
+    }
+}
+
+//# run 0x42::Test::test_shadowing
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.exp
new file mode 100644
index 00000000000000..97df3c0dbcda6a
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.exp
@@ -0,0 +1,16 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `simple_map::map_ref` has a function parameter:
+   ┌─ tests/lambda/inline-parity/simple_map_keys.move:23:15
+   │
+23 │    public fun map_ref<Element, NewElement>(
+   │               ^^^^^^^
+24 │         v: &vector<Element>,
+25 │         f: |&Element|NewElement
+   │         - Parameter `f` has function-valued type `|&Element|NewElement`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `simple_map::for_each_ref` has a function parameter:
+   ┌─ tests/lambda/inline-parity/simple_map_keys.move:32:16
+   │
+32 │     public fun for_each_ref<Element>(v: &vector<Element>, f: |&Element|) {
+   │                ^^^^^^^^^^^^                               - Parameter `f` has function-valued type `|&Element|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.lambda.exp
new file mode 100644
index 00000000000000..a5c919527a57e4
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.lambda.exp
@@ -0,0 +1,689 @@
+// -- Model dump before env processor pipeline:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor inlining:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, Vector<u64>(1, 1, 1)) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::simple_map {
+    use 0x1::vector; // resolved as: 0x1::vector
+    struct Element {
+        key: Key,
+        value: Value,
+    }
+    struct SimpleMap {
+        data: vector<simple_map::Element<Key, Value>>,
+    }
+    public fun for_each_ref<Element>(v: &vector<#0>,f: |&#0|) {
+        {
+          let i: u64 = 0;
+          {
+            let len: u64 = vector::length<Element>(v);
+            loop {
+              if Lt<u64>(i, len) {
+                (f)(vector::borrow<Element>(v, i));
+                i: u64 = Add<u64>(i, 1)
+              } else {
+                break
+              }
+            }
+          }
+        }
+    }
+    public fun keys<Key,Value>(map: &simple_map::SimpleMap<#0, #1>): vector<#0> {
+        simple_map::map_ref<simple_map::Element<Key, Value>, Key>(Borrow(Immutable)(select simple_map::SimpleMap.data<&simple_map::SimpleMap<Key, Value>>(map)), |e: &simple_map::Element<Key, Value>| {
+          let e: &simple_map::Element<Key, Value> = e;
+          select simple_map::Element.key<&simple_map::Element<Key, Value>>(e)
+        })
+    }
+    public fun map_ref<Element,NewElement>(v: &vector<#0>,f: |&#0|#1): vector<#1> {
+        {
+          let result: vector<NewElement> = Vector<NewElement>();
+          simple_map::for_each_ref<Element>(v, |elem: &Element| vector::push_back<NewElement>(Borrow(Mutable)(result), (f)(elem)));
+          result
+        }
+    }
+    public fun run() {
+        {
+          let entry: simple_map::Element<u64, u64> = pack simple_map::Element<u64, u64>(1, 2);
+          {
+            let data: vector<simple_map::Element<u64, u64>> = Vector<simple_map::Element<u64, u64>>(entry, entry, entry);
+            {
+              let map: simple_map::SimpleMap<u64, u64> = pack simple_map::SimpleMap<u64, u64>(data);
+              {
+                let keys: vector<u64> = simple_map::keys<u64, u64>(Borrow(Immutable)(map));
+                if Eq<vector<u64>>(keys, [Number(1), Number(1), Number(1)]) {
+                  Tuple()
+                } else {
+                  Abort(33)
+                };
+                Tuple()
+              }
+            }
+          }
+        }
+    }
+} // end 0x42::simple_map
+
+
+
+Diagnostics:
+error: captured variable `result` cannot be modified inside of a lambda
+   ┌─ tests/lambda/inline-parity/simple_map_keys.move:28:55
+   │
+28 │         for_each_ref(v, |elem| vector::push_back(&mut result, f(elem)));
+   │                                                       ^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.move
new file mode 100644
index 00000000000000..8a9b5fcbc05241
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/simple_map_keys.move
@@ -0,0 +1,50 @@
+//# publish
+module 0x42::simple_map {
+    use 0x1::vector;
+
+    struct SimpleMap<Key, Value> has copy, drop, store {
+        data: vector<Element<Key, Value>>,
+    }
+
+    struct Element<Key, Value> has copy, drop, store {
+        key: Key,
+        value: Value,
+    }
+
+
+    /// Return all keys in the map. This requires keys to be copyable.
+    public fun keys<Key: copy, Value>(map: &SimpleMap<Key, Value>): vector<Key> {
+        map_ref(&map.data, |e| {
+            let e: &Element<Key, Value> = e;
+            e.key
+        })
+    }
+
+   public fun map_ref<Element, NewElement>(
+        v: &vector<Element>,
+        f: |&Element|NewElement
+    ): vector<NewElement> {
+        let result = vector<NewElement>[];
+        for_each_ref(v, |elem| vector::push_back(&mut result, f(elem)));
+        result
+    }
+
+    public fun for_each_ref<Element>(v: &vector<Element>, f: |&Element|) {
+        let i = 0;
+        let len = vector::length(v);
+        while (i < len) {
+            f(vector::borrow(v, i));
+            i = i + 1
+        }
+    }
+
+    public fun run() {
+        let entry = Element{key: 1, value: 2};
+        let data = vector[entry, entry, entry];
+        let map = SimpleMap{data};
+        let keys = keys(&map);
+        assert!(keys == vector[1, 1, 1], 33);
+    }
+}
+
+//# run  0x42::simple_map::run
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.exp
new file mode 100644
index 00000000000000..23d44c6e86b4a1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `Test::apply` has a function parameter:
+  ┌─ tests/lambda/inline-parity/spec_inlining.move:2:9
+  │
+2 │     fun apply(v: u64, predicate: |u64| bool): bool {
+  │         ^^^^^         --------- Parameter `predicate` has function-valued type `|u64|bool`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.lambda.exp
new file mode 100644
index 00000000000000..82da96e292c71f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.lambda.exp
@@ -0,0 +1,583 @@
+// -- Model dump before env processor pipeline:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor inlining:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, |v: u64| Ge<u64>(v, 0));
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, |v: u64| Neq<u64>(v, 0));
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, closure Test::test_apply$lambda$1());
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, closure Test::test_apply$lambda$2());
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+    private fun test_apply$lambda$1(v: u64): bool {
+        Ge<u64>(v, 0)
+    }
+    private fun test_apply$lambda$2(v: u64): bool {
+        Neq<u64>(v, 0)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, closure Test::test_apply$lambda$1());
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, closure Test::test_apply$lambda$2());
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+    private fun test_apply$lambda$1(v: u64): bool {
+        Ge<u64>(v, 0)
+    }
+    private fun test_apply$lambda$2(v: u64): bool {
+        Neq<u64>(v, 0)
+    }
+} // end 0x42::Test
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::Test {
+    private fun apply(v: u64,predicate: |u64|bool): bool {
+        spec {
+          assert Ge($t0, 0);
+        }
+        ;
+        (predicate)(v)
+    }
+    public fun test_apply(x: u64) {
+        {
+          let r1: bool = Test::apply(x, closure Test::test_apply$lambda$1());
+          spec {
+            assert r1;
+          }
+          ;
+          if r1 {
+            Tuple()
+          } else {
+            Abort(1)
+          };
+          {
+            let r2: bool = Test::apply(x, closure Test::test_apply$lambda$2());
+            spec {
+              assert r2;
+            }
+            ;
+            if r2 {
+              Tuple()
+            } else {
+              Abort(2)
+            };
+            Tuple()
+          }
+        }
+    }
+    private fun test_apply$lambda$1(v: u64): bool {
+        Ge<u64>(v, 0)
+    }
+    private fun test_apply$lambda$2(v: u64): bool {
+        Neq<u64>(v, 0)
+    }
+} // end 0x42::Test
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/spec_inlining.move:6:9
+  │
+6 │         predicate(v)
+  │         ^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/spec_inlining.move:10:27
+   │
+10 │         let r1 = apply(x, |v| v >= 0);
+   │                           ^^^^^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/spec_inlining.move:16:27
+   │
+16 │         let r2 = apply(x, |v| v != 0);
+   │                           ^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.move
new file mode 100644
index 00000000000000..507d70a67d5cfd
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/spec_inlining.move
@@ -0,0 +1,22 @@
+module 0x42::Test {
+    fun apply(v: u64, predicate: |u64| bool): bool {
+        spec {
+            assert v >= 0;
+        };
+        predicate(v)
+    }
+
+    public fun test_apply(x: u64) {
+        let r1 = apply(x, |v| v >= 0);
+        spec {
+            assert r1;
+        };
+        assert!(r1, 1);
+
+        let r2 = apply(x, |v| v != 0);
+        spec {
+            assert r2;
+        };
+        assert!(r2, 2);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.exp
new file mode 100644
index 00000000000000..70f2a996bbc3c9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `M::t2` has a function parameter:
+   ┌─ tests/lambda/inline-parity/subtype_args.move:23:9
+   │
+23 │     fun t2(f: |&u64, &mut u64|) {
+   │         ^^ - Parameter `f` has function-valued type `|(&u64, &mut u64)|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.lambda.exp
new file mode 100644
index 00000000000000..04eb8f6016271b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.lambda.exp
@@ -0,0 +1,545 @@
+// -- Model dump before env processor pipeline:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused checks:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor type parameter check:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor inlining:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor acquires check:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor simplifier:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification checker:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x8675309::M {
+    struct S {
+        dummy_field: bool,
+    }
+    private fun imm<T>(_x: &#0) {
+        Tuple()
+    }
+    private fun imm_imm<T>(_x: &#0,_y: &#0) {
+        Tuple()
+    }
+    private fun imm_mut<T>(_x: &#0,_y: &mut #0) {
+        Tuple()
+    }
+    private fun mut_imm<T>(_x: &mut #0,_y: &#0) {
+        Tuple()
+    }
+    private fun t0() {
+        M::imm<u64>(Freeze(false)(Borrow(Mutable)(0)));
+        M::imm<u64>(Borrow(Immutable)(0));
+        M::imm<M::S>(Freeze(false)(Borrow(Mutable)(pack M::S(false))));
+        M::imm<M::S>(Borrow(Immutable)(pack M::S(false)));
+        Tuple()
+    }
+    private fun t1() {
+        M::imm_mut<u64>(Freeze(false)(Borrow(Mutable)(0)), Borrow(Mutable)(0));
+        M::mut_imm<u64>(Borrow(Mutable)(0), Freeze(false)(Borrow(Mutable)(0)));
+        M::imm_imm<u64>(Freeze(false)(Borrow(Mutable)(0)), Freeze(false)(Borrow(Mutable)(0)));
+        Tuple()
+    }
+    private fun t2(f: |(&u64, &mut u64)|) {
+        (f)(Borrow(Mutable)(0), Borrow(Mutable)(0));
+        (f)(Borrow(Immutable)(0), Borrow(Mutable)(0));
+        Tuple()
+    }
+} // end 0x8675309::M
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/subtype_args.move:24:9
+   │
+24 │         f(&mut 0, &mut 0);
+   │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/subtype_args.move:25:9
+   │
+25 │         f(&0, &mut 0);
+   │         ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.move
new file mode 100644
index 00000000000000..b4622be55eace2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args.move
@@ -0,0 +1,28 @@
+module 0x8675309::M {
+    struct S has drop {}
+
+    fun imm<T>(_x: &T) {}
+    fun imm_mut<T>(_x: &T, _y: &mut T) {}
+    fun mut_imm<T>(_x: &mut T, _y: &T) {}
+    fun imm_imm<T>(_x: &T, _y: &T) {}
+
+    fun t0() {
+        imm(&mut 0);
+        imm(&0);
+
+        imm(&mut S{});
+        imm(&S{});
+    }
+
+    fun t1() {
+        imm_mut(&mut 0, &mut 0);
+        mut_imm(&mut 0, &mut 0);
+        imm_imm(&mut 0, &mut 0);
+    }
+
+    fun t2(f: |&u64, &mut u64|) {
+        f(&mut 0, &mut 0);
+        f(&0, &mut 0);
+    }
+
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.exp
new file mode 100644
index 00000000000000..91693f9780ee57
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.exp
@@ -0,0 +1,37 @@
+
+Diagnostics:
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:10:18
+   │
+10 │         mut<u64>(&0);
+   │                  ^^
+
+error: cannot pass `&S` to a function which expects argument of type `&mut u64`
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:11:18
+   │
+11 │         mut<u64>(&S{});
+   │                  ^^^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:15:26
+   │
+15 │         imm_mut<u64>(&0, &0);
+   │                          ^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:16:22
+   │
+16 │         mut_imm<u64>(&0, &0);
+   │                      ^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:17:22
+   │
+17 │         mut_mut<u64>(&0, &0);
+   │                      ^^
+
+error: expected `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:21:9
+   │
+21 │         f(&0, &0); // not okay
+   │         ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.lambda.exp
new file mode 100644
index 00000000000000..91693f9780ee57
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.lambda.exp
@@ -0,0 +1,37 @@
+
+Diagnostics:
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:10:18
+   │
+10 │         mut<u64>(&0);
+   │                  ^^
+
+error: cannot pass `&S` to a function which expects argument of type `&mut u64`
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:11:18
+   │
+11 │         mut<u64>(&S{});
+   │                  ^^^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:15:26
+   │
+15 │         imm_mut<u64>(&0, &0);
+   │                          ^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:16:22
+   │
+16 │         mut_imm<u64>(&0, &0);
+   │                      ^^
+
+error: the function takes `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:17:22
+   │
+17 │         mut_mut<u64>(&0, &0);
+   │                      ^^
+
+error: expected `&mut` but `&` was provided
+   ┌─ tests/lambda/inline-parity/subtype_args_invalid.move:21:9
+   │
+21 │         f(&0, &0); // not okay
+   │         ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.move
new file mode 100644
index 00000000000000..713bea01c59db1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/subtype_args_invalid.move
@@ -0,0 +1,23 @@
+module 0x8675309::M {
+    struct S {}
+
+    fun mut<T>(x: &mut T) {}
+    fun imm_mut<T>(x: &T, y: &mut T) {}
+    fun mut_imm<T>(x: &mut T, y: &T) {}
+    fun mut_mut<T>(x: &mut T, y: &mut T) {}
+
+    fun t0() {
+        mut<u64>(&0);
+        mut<u64>(&S{});
+    }
+
+    fun t1() {
+        imm_mut<u64>(&0, &0);
+        mut_imm<u64>(&0, &0);
+        mut_mut<u64>(&0, &0);
+    }
+
+    fun t2(f: |&mut u64, &u64|) {
+        f(&0, &0); // not okay
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.exp
new file mode 100644
index 00000000000000..99254c63344eed
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::apply` has a function parameter:
+   ┌─ tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move:49:9
+   │
+49 │     fun apply(f: |u8|bool, x: u8): bool {
+   │         ^^^^^ - Parameter `f` has function-valued type `|u8|bool`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.lambda.exp
new file mode 100644
index 00000000000000..fe498c0358a60d
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.lambda.exp
@@ -0,0 +1,1800 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor inlining:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor acquires check:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, Cast<u256>(255))) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor simplifier:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, 255)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(|x: u8| Gt<u8>(x, 255), x)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, 255)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(closure m::test5$lambda$1(), x)
+    }
+    private fun test5$lambda$1(x: u8): bool {
+        Gt<u8>(x, 255)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor specification checker:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, 255)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(closure m::test5$lambda$1(), x)
+    }
+    private fun test5$lambda$1(x: u8): bool {
+        Gt<u8>(x, 255)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xc0ffee::m {
+    private fun apply(f: |u8|bool,x: u8): bool {
+        (f)(x)
+    }
+    private fun bar() {
+        Tuple()
+    }
+    private fun foo<T>(x: #0): #0 {
+        x
+    }
+    public fun test1(x: u8) {
+        if Gt<u8>(Add<u8>(x, 1), 255) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test2(x: &u8,y: &u8) {
+        if Eq<bool>(Gt<u8>(Add<u8>(Deref(x), Deref(y)), 255), true) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test3(x: u8) {
+        if Or(Lt<u8>(x, 0), Gt<u8>(0, x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u8>(m::foo<u8>(x), 0) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u8>(0, m::foo<u8>(x)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+    public fun test4(a: u8,b: u16,c: u32,d: u64,e: u128,f: u256) {
+        if Or(Gt<u8>(a, 255), Gt<u256>(f, 255)) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u16>(b, 65535) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u32>(4294967295, c) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u64>(18446744073709551615, d) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Lt<u128>(e, 340282366920938463463374607431768211455) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Le<u256>(f, 115792089237316195423570985008687907853269984665640564039457584007913129639935) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Ge<u256>(115792089237316195423570985008687907853269984665640564039457584007913129639935, f) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        if Gt<u128>(340282366920938463463374607431768211455, e) {
+          m::bar()
+        } else {
+          Tuple()
+        };
+        spec {
+          assert Le($t0, 255);
+        }
+
+    }
+    public fun test5(x: u8): bool {
+        m::apply(closure m::test5$lambda$1(), x)
+    }
+    private fun test5$lambda$1(x: u8): bool {
+        Gt<u8>(x, 255)
+    }
+} // end 0xc0ffee::m
+module 0xc0ffee::no_warn {
+    public fun test(x: u8) {
+        if Lt<u8>(x, 0) {
+          Abort(1)
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::no_warn
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move:50:9
+   │
+50 │         f(x)
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move:54:15
+   │
+54 │         apply(|x| x > U8_MAX, x)
+   │               ^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move
new file mode 100644
index 00000000000000..e263d40780bc4c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unnecessary_numerical_extreme_comparisons_warn.move
@@ -0,0 +1,63 @@
+module 0xc0ffee::m {
+    fun bar() {}
+
+    fun foo<T>(x: T): T {
+        x
+    }
+
+    public fun test1(x: u8) {
+        if (x + 1 > 255) { bar() };
+    }
+
+    public fun test2(x: &u8, y: &u8) {
+        if ((*x + *y > 255) == true) { bar() };
+    }
+
+    public fun test3(x: u8) {
+        if (x < 0 || 0 > x) { bar() };
+        if (foo(x) <= 0) { bar() };
+        if (0 >= foo(x)) { bar() };
+        if (foo(x) > 0) { bar() };
+        if (0 < foo(x)) { bar() };
+        if (foo(x) >= 0) { bar() };
+        if (0 <= foo(x)) { bar() };
+    }
+
+    const U8_MAX: u8 = 255;
+    const U16_MAX: u16 = 65535;
+    const U32_MAX: u32 = 4294967295;
+    const U64_MAX: u64 = 18446744073709551615;
+    const U128_MAX: u128 = 340282366920938463463374607431768211455;
+    const U256_MAX: u256 =
+        115792089237316195423570985008687907853269984665640564039457584007913129639935;
+
+    public fun test4(a: u8, b: u16, c: u32, d: u64, e: u128, f: u256) {
+        // Should not warn for `f > (U8_MAX as u256)`.
+        if (a > U8_MAX || f > (U8_MAX as u256)) { bar() };
+        if (b >= U16_MAX) { bar() };
+        if (U32_MAX < c) { bar() };
+        if (U64_MAX <= d) { bar() };
+        if (e < U128_MAX) { bar() };
+        if (f <= U256_MAX) { bar() };
+        if (U256_MAX >= f) { bar() };
+        if (U128_MAX > e) { bar() };
+        spec {
+            assert a <= U8_MAX;
+        }
+    }
+
+    fun apply(f: |u8|bool, x: u8): bool {
+        f(x)
+    }
+
+    public fun test5(x: u8): bool {
+        apply(|x| x > U8_MAX, x)
+    }
+}
+
+module 0xc0ffee::no_warn {
+    #[lint::skip(unnecessary_numerical_extreme_comparison)]
+    public fun test(x: u8) {
+        if (x < 0) abort 1;
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.exp
new file mode 100644
index 00000000000000..6c0345037f8a1f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::h` has a function parameter:
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:22:16
+   │
+22 │     public fun h<Key: store + drop>(x: E<Key>, v: |Key| E<Key>): E<Key> {
+   │                ^                               - Parameter `v` has function-valued type `|Key|m::E<Key>`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `m::g` has a function parameter:
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:27:16
+   │
+27 │     public fun g<Key: store + drop>(x: E<Key>, v: |E<Key>|) {
+   │                ^                               - Parameter `v` has function-valued type `|m::E<Key>|`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.lambda.exp
new file mode 100644
index 00000000000000..8eee3b409ad215
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.lambda.exp
@@ -0,0 +1,694 @@
+// -- Model dump before env processor pipeline:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor inlining:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, |e: Key| pack m::E<Key>(e));
+          m::g<Key>(f, |e: m::E<Key>| {
+            let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+            v = key;
+            Tuple()
+          });
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, closure m::foo$lambda$1());
+          m::g<Key>(f, closure m::foo$lambda$2(v));
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+    private fun foo$lambda$1<Key>(e: #0): m::E<#0> {
+        pack m::E<Key>(e)
+    }
+    private fun foo$lambda$2<Key>(v: &mut #0,e: m::E<#0>) {
+        {
+          let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+          v = key;
+          Tuple()
+        }
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, closure m::foo$lambda$1());
+          m::g<Key>(f, closure m::foo$lambda$2(v));
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+    private fun foo$lambda$1<Key>(e: #0): m::E<#0> {
+        pack m::E<Key>(e)
+    }
+    private fun foo$lambda$2<Key>(v: &mut #0,e: m::E<#0>) {
+        {
+          let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+          v = key;
+          Tuple()
+        }
+    }
+} // end 0x42::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::m {
+    use std::vector;
+    struct E {
+        key: Key,
+    }
+    struct Option {
+        vec: vector<Element>,
+    }
+    public fun destroy_none<Element>(t: m::Option<#0>) {
+        if m::is_none<Element>(Borrow(Immutable)(t)) {
+          Tuple()
+        } else {
+          Abort(262144)
+        };
+        {
+          let m::Option<Element>{ vec } = t;
+          vector::destroy_empty<Element>(vec)
+        }
+    }
+    public fun foo<Key>(data: m::E<#0>,v: &mut #0) {
+        {
+          let f: m::E<Key> = m::h<Key>(data, closure m::foo$lambda$1());
+          m::g<Key>(f, closure m::foo$lambda$2(v));
+          Tuple()
+        }
+    }
+    public fun g<Key>(x: m::E<#0>,v: |m::E<#0>|) {
+        (v)(x)
+    }
+    public fun h<Key>(x: m::E<#0>,v: |#0|m::E<#0>): m::E<#0> {
+        {
+          let m::E<Key>{ key } = x;
+          (v)(key)
+        }
+    }
+    public fun is_none<Element>(t: &m::Option<#0>): bool {
+        vector::is_empty<Element>(Borrow(Immutable)(select m::Option.vec<&m::Option<Element>>(t)))
+    }
+    private fun foo$lambda$1<Key>(e: #0): m::E<#0> {
+        pack m::E<Key>(e)
+    }
+    private fun foo$lambda$2<Key>(v: &mut #0,e: m::E<#0>) {
+        {
+          let (m::E<Key>{ key }, _x: u64): (m::E<Key>, u64) = Tuple(e, 3);
+          v = key;
+          Tuple()
+        }
+    }
+} // end 0x42::m
+
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:24:9
+   │
+24 │         v(key)
+   │         ^
+
+error: Calls to function values other than inline function parameters not yet supported
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:28:9
+   │
+28 │         v(x)
+   │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:33:25
+   │
+33 │           let f = h(data, |e| {
+   │ ╭─────────────────────────^
+34 │ │             E {key: e}
+35 │ │         });
+   │ ╰─────────^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/unpack_generic_struct.move:36:14
+   │
+36 │           g(f, |e| {
+   │ ╭──────────────^
+37 │ │             let (E { key }, _x) = (e, 3);
+38 │ │             *v = key;
+39 │ │         });
+   │ ╰─────────^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.move
new file mode 100644
index 00000000000000..06285aa1fb1f0a
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unpack_generic_struct.move
@@ -0,0 +1,42 @@
+module 0x42::m {
+    use std::vector;
+
+    struct Option<Element> has copy, drop, store {
+        vec: vector<Element>
+    }
+
+    public fun is_none<Element>(t: &Option<Element>): bool {
+        vector::is_empty(&t.vec)
+    }
+
+    public fun destroy_none<Element>(t: Option<Element>) {
+        assert!(is_none(&t), 0x40000);
+        let Option { vec } = t;
+        vector::destroy_empty(vec)
+    }
+
+    struct E<Key> has copy, drop, store {
+        key: Key,
+    }
+
+    public fun h<Key: store + drop>(x: E<Key>, v: |Key| E<Key>): E<Key> {
+        let E { key } = x;
+        v(key)
+    }
+
+    public fun g<Key: store + drop>(x: E<Key>, v: |E<Key>|) {
+        v(x)
+    }
+
+    public fun foo<Key: store + drop>(
+        data: E<Key>, v: &mut Key) {
+        let f = h(data, |e| {
+            E {key: e}
+        });
+        g(f, |e| {
+            let (E { key }, _x) = (e, 3);
+            *v = key;
+        });
+    }
+
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.exp
new file mode 100644
index 00000000000000..b4f15cc9bb9355
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `m::test` has a function parameter:
+  ┌─ tests/lambda/inline-parity/unused_lambda_param.move:2:9
+  │
+2 │     fun test(p: u64, f: |u64| u64): u64 {
+  │         ^^^^         - Parameter `f` has function-valued type `|u64|u64`.
+
+warning: Unused anonymous function parameter `x`. Consider removing or prefixing with an underscore: `_x`
+  ┌─ tests/lambda/inline-parity/unused_lambda_param.move:7:18
+  │
+7 │         test(0, |x| 1);
+  │                  ^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.lambda.exp
new file mode 100644
index 00000000000000..a720df7124c636
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.lambda.exp
@@ -0,0 +1,349 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor inlining:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, closure m::unused_lambda$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, closure m::unused_lambda_suppressed1$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, closure m::unused_lambda_suppressed2$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda$lambda$1(x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed1$lambda$1(_x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed2$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          1
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, closure m::unused_lambda$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, closure m::unused_lambda_suppressed1$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, closure m::unused_lambda_suppressed2$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda$lambda$1(x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed1$lambda$1(_x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed2$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          1
+        }
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xc0ffee::m {
+    private fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, closure m::unused_lambda$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, closure m::unused_lambda_suppressed1$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, closure m::unused_lambda_suppressed2$lambda$1());
+        Tuple()
+    }
+    private fun unused_lambda$lambda$1(x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed1$lambda$1(_x: u64): u64 {
+        1
+    }
+    private fun unused_lambda_suppressed2$lambda$1(param$0: u64): u64 {
+        {
+          let _: u64 = param$0;
+          1
+        }
+    }
+} // end 0xc0ffee::m
+
+
+
+Diagnostics:
+warning: Unused anonymous function parameter `x`. Consider removing or prefixing with an underscore: `_x`
+  ┌─ tests/lambda/inline-parity/unused_lambda_param.move:7:18
+  │
+7 │         test(0, |x| 1);
+  │                  ^
+
+
+Diagnostics:
+error: Calls to function values other than inline function parameters not yet supported
+  ┌─ tests/lambda/inline-parity/unused_lambda_param.move:3:9
+  │
+3 │         f(p)
+  │         ^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+  ┌─ tests/lambda/inline-parity/unused_lambda_param.move:7:17
+  │
+7 │         test(0, |x| 1);
+  │                 ^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/unused_lambda_param.move:11:17
+   │
+11 │         test(0, |_x| 1);
+   │                 ^^^^^^
+
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/inline-parity/unused_lambda_param.move:15:17
+   │
+15 │         test(0, |_| 1);
+   │                 ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.move b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.move
new file mode 100644
index 00000000000000..809977e0396676
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/inline-parity/unused_lambda_param.move
@@ -0,0 +1,17 @@
+module 0xc0ffee::m {
+    fun test(p: u64, f: |u64| u64): u64 {
+        f(p)
+    }
+
+    fun unused_lambda() {
+        test(0, |x| 1);
+    }
+
+    fun unused_lambda_suppressed1() {
+        test(0, |_x| 1);
+    }
+
+    fun unused_lambda_suppressed2() {
+        test(0, |_| 1);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda.exp
new file mode 100644
index 00000000000000..4f17028adb675c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda.exp
@@ -0,0 +1,58 @@
+
+Diagnostics:
+error: `reduce` is a function and not a macro
+   ┌─ tests/lambda/lambda.move:34:37
+   │
+34 │         foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+   │                                     ^^^^^^
+
+error: expected `|(&T, u64)|_` but found a value of type `|&T|`
+   ┌─ tests/lambda/lambda.move:40:13
+   │
+40 │             action(XVector::borrow(v, i), i); // expected to have wrong argument count
+   │             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: expected `|u64|_` but found a value of type `|&T|`
+   ┌─ tests/lambda/lambda.move:48:13
+   │
+48 │             action(i); // expected to have wrong argument type
+   │             ^^^^^^^^^
+
+error: cannot use `()` with an operator which expects a value of type `u64`
+   ┌─ tests/lambda/lambda.move:56:21
+   │
+56 │             i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+   │                     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: cannot return `u64` from a function with result type `|integer|`
+   ┌─ tests/lambda/lambda.move:61:9
+   │
+61 │         x(1) // expected to be not a function
+   │         ^^^^
+
+error: reference type `&integer` is not allowed as a type argument (type was inferred)
+   ┌─ tests/lambda/lambda.move:67:35
+   │
+67 │         foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+   │                                   ^
+   │
+   = required by instantiating type parameter `T` of function `+`
+
+error: tuple type `()` is not allowed as a type argument (type was inferred)
+   ┌─ tests/lambda/lambda.move:73:37
+   │
+ 4 │     public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+   │                               - declaration of type parameter `T`
+   ·
+73 │         foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+   │                                     ^
+   │
+   = required by instantiating type parameter `T` of function `foreach`
+
+error: function type `|u64|u64` is not allowed as a field type
+   ┌─ tests/lambda/lambda.move:81:12
+   │
+81 │         f: |u64|u64, // expected lambda not allowed
+   │            ^^^^^^^^
+   │
+   = required by declaration of field `f`
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda.lambda.exp
new file mode 100644
index 00000000000000..4f17028adb675c
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda.lambda.exp
@@ -0,0 +1,58 @@
+
+Diagnostics:
+error: `reduce` is a function and not a macro
+   ┌─ tests/lambda/lambda.move:34:37
+   │
+34 │         foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+   │                                     ^^^^^^
+
+error: expected `|(&T, u64)|_` but found a value of type `|&T|`
+   ┌─ tests/lambda/lambda.move:40:13
+   │
+40 │             action(XVector::borrow(v, i), i); // expected to have wrong argument count
+   │             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: expected `|u64|_` but found a value of type `|&T|`
+   ┌─ tests/lambda/lambda.move:48:13
+   │
+48 │             action(i); // expected to have wrong argument type
+   │             ^^^^^^^^^
+
+error: cannot use `()` with an operator which expects a value of type `u64`
+   ┌─ tests/lambda/lambda.move:56:21
+   │
+56 │             i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+   │                     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
+
+error: cannot return `u64` from a function with result type `|integer|`
+   ┌─ tests/lambda/lambda.move:61:9
+   │
+61 │         x(1) // expected to be not a function
+   │         ^^^^
+
+error: reference type `&integer` is not allowed as a type argument (type was inferred)
+   ┌─ tests/lambda/lambda.move:67:35
+   │
+67 │         foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+   │                                   ^
+   │
+   = required by instantiating type parameter `T` of function `+`
+
+error: tuple type `()` is not allowed as a type argument (type was inferred)
+   ┌─ tests/lambda/lambda.move:73:37
+   │
+ 4 │     public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+   │                               - declaration of type parameter `T`
+   ·
+73 │         foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+   │                                     ^
+   │
+   = required by instantiating type parameter `T` of function `foreach`
+
+error: function type `|u64|u64` is not allowed as a field type
+   ┌─ tests/lambda/lambda.move:81:12
+   │
+81 │         f: |u64|u64, // expected lambda not allowed
+   │            ^^^^^^^^
+   │
+   = required by declaration of field `f`
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda.move b/third_party/move/move-compiler-v2/tests/lambda/lambda.move
new file mode 100644
index 00000000000000..c5e29275c3d286
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda.move
@@ -0,0 +1,100 @@
+module 0x8675309::M {
+    use 0x1::XVector;
+
+    public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+        let i = 0;
+        while (i < XVector::length(v)) {
+            action(XVector::borrow(v, i));
+            i = i + 1;
+        }
+    }
+
+    public inline fun reduce<R, T>(v: vector<T>, accu: R, reducer: |T, R|R): R {
+        while (!XVector::is_empty(&v)) {
+            accu = reducer(XVector::pop_back(&mut v), accu);
+        };
+        accu
+    }
+
+
+    public fun correct_foreach() {
+        let v = vector[1, 2, 3];
+        let sum = 0;
+        foreach(&v, |e| sum = sum + *e) // expected to be not implemented
+    }
+
+    public fun correct_reduce(): u64 {
+        let v = vector[1, 2, 3];
+        reduce(v, 0, |t, r| t + r)
+    }
+
+    public fun corrected_nested() {
+        let v = vector[vector[1,2], vector[3]];
+        let sum = 0;
+        foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+    }
+
+    public inline fun wrong_local_call_arg_count<T>(v: &vector<T>, action: |&T|) {
+        let i = 0;
+        while (i < XVector::length(v)) {
+            action(XVector::borrow(v, i), i); // expected to have wrong argument count
+            i = i + 1;
+        }
+    }
+
+    public inline fun wrong_local_call_arg_type<T>(v: &vector<T>, action: |&T|) {
+        let i = 0;
+        while (i < XVector::length(v)) {
+            action(i); // expected to have wrong argument type
+            i = i + 1;
+        }
+    }
+
+    public inline fun wrong_local_call_result_type<T>(v: &vector<T>, action: |&T|) {
+        let i = 0;
+        while (i < XVector::length(v)) {
+            i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+        }
+    }
+
+    public fun wrong_local_call_no_fun(x: u64) {
+        x(1) // expected to be not a function
+    }
+
+    public fun wrong_lambda_inferred_type() {
+        let v = vector[1, 2, 3];
+        let sum = 0;
+        foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+    }
+
+    public fun wrong_lambda_result_type() {
+        let v = vector[1, 2, 3];
+        let sum = 0;
+        foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+    }
+
+    public fun lambda_not_allowed() {
+        let _x = |i| i + 1; // expected lambda not allowed
+    }
+
+    struct FieldFunNotAllowed {
+        f: |u64|u64, // expected lambda not allowed
+    }
+
+    public fun fun_arg_lambda_not_allowed(x: |u64|) {} // expected lambda not allowed
+
+    public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+        abort (1)
+    }
+    public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+        abort (1)
+    }
+
+}
+
+module 0x1::XVector {
+    public fun length<T>(v: &vector<T>): u64 { abort(1) }
+    public fun is_empty<T>(v: &vector<T>): bool { abort(1) }
+    public fun borrow<T>(v: &vector<T>, i: u64): &T { abort(1) }
+    public fun pop_back<T>(v: &mut vector<T>): T { abort(1) }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda3.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda3.exp
new file mode 100644
index 00000000000000..713c31a5edf363
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda3.exp
@@ -0,0 +1,17 @@
+// -- Model dump before bytecode pipeline
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+Diagnostics:
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/lambda3.move:77:18
+   │
+77 │         let _x = |i| i + 1; // expected lambda not allowed
+   │                  ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda3.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda3.lambda.exp
new file mode 100644
index 00000000000000..db9ce1b64dc587
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda3.lambda.exp
@@ -0,0 +1,170 @@
+// -- Model dump before env processor pipeline:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused checks:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor type parameter check:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor inlining:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor acquires check:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor simplifier:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = |i: u64| Add<u64>(i, 1);
+          Tuple()
+        }
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = closure M::lambda_not_allowed$lambda$1();
+          Tuple()
+        }
+    }
+    private fun lambda_not_allowed$lambda$1(i: u64): u64 {
+        Add<u64>(i, 1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification checker:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = closure M::lambda_not_allowed$lambda$1();
+          Tuple()
+        }
+    }
+    private fun lambda_not_allowed$lambda$1(i: u64): u64 {
+        Add<u64>(i, 1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x8675309::M {
+    public fun lambda_not_allowed() {
+        {
+          let _x: |u64|u64 = closure M::lambda_not_allowed$lambda$1();
+          Tuple()
+        }
+    }
+    private fun lambda_not_allowed$lambda$1(i: u64): u64 {
+        Add<u64>(i, 1)
+    }
+} // end 0x8675309::M
+
+
+
+Diagnostics:
+error: Function-typed values not yet supported except as parameters to calls to inline functions
+   ┌─ tests/lambda/lambda3.move:77:18
+   │
+77 │         let _x = |i| i + 1; // expected lambda not allowed
+   │                  ^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda3.move b/third_party/move/move-compiler-v2/tests/lambda/lambda3.move
new file mode 100644
index 00000000000000..5450bac87c1cb7
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda3.move
@@ -0,0 +1,99 @@
+module 0x8675309::M {
+    // use 0x1::XVector;
+
+    // public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i));
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun reduce<R, T>(v: vector<T>, accu: R, reducer: |T, R|R): R {
+    //     while (!XVector::is_empty(&v)) {
+    //         accu = reducer(XVector::pop_back(&mut v), accu);
+    //     };
+    //     accu
+    // }
+
+
+    // public fun correct_foreach() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + *e) // expected to be not implemented
+    // }
+
+    // public fun correct_reduce(): u64 {
+    //     let v = vector[1, 2, 3];
+    //     reduce(v, 0, |t, r| t + r)
+    // }
+
+    // public fun corrected_nested() {
+    //     let v = vector[vector[1,2], vector[3]];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+    // }
+
+    // public inline fun wrong_local_call_arg_count<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i), i); // expected to have wrong argument count
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_arg_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(i); // expected to have wrong argument type
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_result_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+    //     }
+    // }
+
+    // public fun wrong_local_call_no_fun(x: u64) {
+    //     x(1) // expected to be not a function
+    // }
+
+    // public fun wrong_lambda_inferred_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+    // }
+
+    // public fun wrong_lambda_result_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+    // }
+
+    public fun lambda_not_allowed() {
+        let _x = |i| i + 1; // expected lambda not allowed
+    }
+
+    // struct FieldFunNotAllowed {
+    //     f: |u64|u64, // expected lambda not allowed
+    // }
+
+    // public fun fun_arg_lambda_not_allowed(x: |u64|) {} // expected lambda not allowed
+
+    // public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+    //     abort (1)
+    // }
+    // public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+    //     abort (1)
+    // }
+}
+
+// module 0x1::XVector {
+//     public fun length<T>(v: &vector<T>): u64 { abort(1) }
+//     public fun is_empty<T>(v: &vector<T>): bool { abort(1) }
+//     public fun borrow<T>(v: &vector<T>, i: u64): &T { abort(1) }
+//     public fun pop_back<T>(v: &mut vector<T>): T { abort(1) }
+// }
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda4.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda4.exp
new file mode 100644
index 00000000000000..036d26b980df04
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda4.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Functions may not return function-typed values, but function `M::macro_result_lambda_not_allowed` return type is the function type `|u64|`:
+   ┌─ tests/lambda/lambda4.move:86:58
+   │
+86 │     public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+   │                                                          ^^^^^
+
+error: Functions may not return function-typed values, but function `M::fun_result_lambda_not_allowed` return type is the function type `|u64|`:
+   ┌─ tests/lambda/lambda4.move:89:49
+   │
+89 │     public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+   │                                                 ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda4.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda4.lambda.exp
new file mode 100644
index 00000000000000..f374630d851fbb
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda4.lambda.exp
@@ -0,0 +1,184 @@
+// -- Model dump before env processor pipeline:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused checks:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor type parameter check:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor inlining:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor acquires check:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor simplifier:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification checker:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x8675309::M {
+    public fun fun_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+============ initial bytecode ================
+
+[variant baseline]
+public fun M::fun_result_lambda_not_allowed(): |u64| {
+     var $t0: |u64|
+     var $t1: u64
+  0: $t1 := 1
+  1: abort($t1)
+  2: return $t0
+}
+
+============ after LiveVarAnalysisProcessor: ================
+
+[variant baseline]
+public fun M::fun_result_lambda_not_allowed(): |u64| {
+     var $t0: |u64| [unused]
+     var $t1: u64
+     # live vars:
+  0: $t1 := 1
+     # live vars: $t1
+  1: abort($t1)
+}
+
+
+Diagnostics:
+error: Unexpected type: |u64|
+   ┌─ tests/lambda/lambda4.move:89:16
+   │
+89 │     public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+   │                ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda4.move b/third_party/move/move-compiler-v2/tests/lambda/lambda4.move
new file mode 100644
index 00000000000000..4a378b7e14b10f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda4.move
@@ -0,0 +1,99 @@
+module 0x8675309::M {
+    // use 0x1::XVector;
+
+    // public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i));
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun reduce<R, T>(v: vector<T>, accu: R, reducer: |T, R|R): R {
+    //     while (!XVector::is_empty(&v)) {
+    //         accu = reducer(XVector::pop_back(&mut v), accu);
+    //     };
+    //     accu
+    // }
+
+
+    // public fun correct_foreach() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + *e) // expected to be not implemented
+    // }
+
+    // public fun correct_reduce(): u64 {
+    //     let v = vector[1, 2, 3];
+    //     reduce(v, 0, |t, r| t + r)
+    // }
+
+    // public fun corrected_nested() {
+    //     let v = vector[vector[1,2], vector[3]];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+    // }
+
+    // public inline fun wrong_local_call_arg_count<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i), i); // expected to have wrong argument count
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_arg_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(i); // expected to have wrong argument type
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_result_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+    //     }
+    // }
+
+    // public fun wrong_local_call_no_fun(x: u64) {
+    //     x(1) // expected to be not a function
+    // }
+
+    // public fun wrong_lambda_inferred_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+    // }
+
+    // public fun wrong_lambda_result_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+    // }
+
+    // public fun lambda_not_allowed() {
+    //     let _x = |i| i + 1; // expected lambda not allowed
+    // }
+
+    // struct FieldFunNotAllowed {
+    //     f: |u64|u64, // expected lambda not allowed
+    // }
+
+    // public fun fun_arg_lambda_not_allowed(x: |u64|) {} // expected lambda not allowed
+
+    public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+        abort (1)
+    }
+    public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+        abort (1)
+    }
+}
+
+// module 0x1::XVector {
+//     public fun length<T>(v: &vector<T>): u64 { abort(1) }
+//     public fun is_empty<T>(v: &vector<T>): bool { abort(1) }
+//     public fun borrow<T>(v: &vector<T>, i: u64): &T { abort(1) }
+//     public fun pop_back<T>(v: &mut vector<T>): T { abort(1) }
+// }
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda5.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda5.exp
new file mode 100644
index 00000000000000..be6344f6fcbec3
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda5.exp
@@ -0,0 +1,7 @@
+
+Diagnostics:
+error: Functions may not return function-typed values, but function `M::macro_result_lambda_not_allowed` return type is the function type `|u64|`:
+   ┌─ tests/lambda/lambda5.move:86:58
+   │
+86 │     public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+   │                                                          ^^^^^
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda5.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/lambda5.lambda.exp
new file mode 100644
index 00000000000000..e1b739ddf27480
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda5.lambda.exp
@@ -0,0 +1,123 @@
+// -- Model dump before env processor pipeline:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused checks:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor type parameter check:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor inlining:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor acquires check:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor simplifier:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification checker:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x8675309::M {
+    public inline fun macro_result_lambda_not_allowed(): |u64| {
+        Abort(1)
+    }
+} // end 0x8675309::M
+
+
+============ initial bytecode ================
+============ after LiveVarAnalysisProcessor: ================
+
+============ disassembled file-format ==================
+// Move bytecode v7
+module 8675309.M {
+
+
+
+}
+============ bytecode verification succeeded ========
diff --git a/third_party/move/move-compiler-v2/tests/lambda/lambda5.move b/third_party/move/move-compiler-v2/tests/lambda/lambda5.move
new file mode 100644
index 00000000000000..291c8e5cab61f9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/lambda5.move
@@ -0,0 +1,99 @@
+module 0x8675309::M {
+    // use 0x1::XVector;
+
+    // public inline fun foreach<T>(v: &vector<T>, action: |&T|) { // expected to be not implemented
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i));
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun reduce<R, T>(v: vector<T>, accu: R, reducer: |T, R|R): R {
+    //     while (!XVector::is_empty(&v)) {
+    //         accu = reducer(XVector::pop_back(&mut v), accu);
+    //     };
+    //     accu
+    // }
+
+
+    // public fun correct_foreach() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + *e) // expected to be not implemented
+    // }
+
+    // public fun correct_reduce(): u64 {
+    //     let v = vector[1, 2, 3];
+    //     reduce(v, 0, |t, r| t + r)
+    // }
+
+    // public fun corrected_nested() {
+    //     let v = vector[vector[1,2], vector[3]];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + reduce!(*e, 0, |t, r| t + r));
+    // }
+
+    // public inline fun wrong_local_call_arg_count<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(XVector::borrow(v, i), i); // expected to have wrong argument count
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_arg_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         action(i); // expected to have wrong argument type
+    //         i = i + 1;
+    //     }
+    // }
+
+    // public inline fun wrong_local_call_result_type<T>(v: &vector<T>, action: |&T|) {
+    //     let i = 0;
+    //     while (i < XVector::length(v)) {
+    //         i = i + action(XVector::borrow(v, i)); // expected to have wrong result type
+    //     }
+    // }
+
+    // public fun wrong_local_call_no_fun(x: u64) {
+    //     x(1) // expected to be not a function
+    // }
+
+    // public fun wrong_lambda_inferred_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| sum = sum + e) // expected to cannot infer type
+    // }
+
+    // public fun wrong_lambda_result_type() {
+    //     let v = vector[1, 2, 3];
+    //     let sum = 0;
+    //     foreach(&v, |e| { sum = sum + *e; *e }) // expected to have wrong result type of lambda
+    // }
+
+    // public fun lambda_not_allowed() {
+    //     let _x = |i| i + 1; // expected lambda not allowed
+    // }
+
+    // struct FieldFunNotAllowed {
+    //     f: |u64|u64, // expected lambda not allowed
+    // }
+
+    // public fun fun_arg_lambda_not_allowed(x: |u64|) {} // expected lambda not allowed
+
+    public inline fun macro_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+        abort (1)
+    }
+    // public fun fun_result_lambda_not_allowed(): |u64| {  // expected lambda not allowed
+    //     abort (1)
+    // }
+}
+
+// module 0x1::XVector {
+//     public fun length<T>(v: &vector<T>): u64 { abort(1) }
+//     public fun is_empty<T>(v: &vector<T>): bool { abort(1) }
+//     public fun borrow<T>(v: &vector<T>, i: u64): &T { abort(1) }
+//     public fun pop_back<T>(v: &mut vector<T>): T { abort(1) }
+// }
diff --git a/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.exp b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.exp
new file mode 100644
index 00000000000000..3de94a286d4a09
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.exp
@@ -0,0 +1,13 @@
+
+Diagnostics:
+error: Only inline functions may have function-typed parameters, but non-inline function `sort::incorrect_sort` has a function parameter:
+  ┌─ tests/lambda/non_lambda_arg.move:4:16
+  │
+4 │     public fun incorrect_sort<T: copy>(arr: &mut vector<T>, a_less_b: |T, T| bool) {
+  │                ^^^^^^^^^^^^^^                               -------- Parameter `a_less_b` has function-valued type `|(T, T)|bool`.
+
+error: Only inline functions may have function-typed parameters, but non-inline function `sort::incorrect_sort_recursive` has a function parameter:
+  ┌─ tests/lambda/non_lambda_arg.move:9:16
+  │
+9 │     public fun incorrect_sort_recursive<T: copy>(arr: &mut vector<T>, low: u64, high: u64, a_less_b: |T, T| bool) {
+  │                ^^^^^^^^^^^^^^^^^^^^^^^^                                                    -------- Parameter `a_less_b` has function-valued type `|(T, T)|bool`.
diff --git a/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.lambda.exp
new file mode 100644
index 00000000000000..cb2548014062c8
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.lambda.exp
@@ -0,0 +1,416 @@
+// -- Model dump before env processor pipeline:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor unused checks:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor type parameter check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor unused struct params check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor acquires check:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor simplifier:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor specification checker:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+// -- Model dump after env processor specification rewriter:
+module 0x42::sort {
+    use std::vector;
+    public fun incorrect_sort<T>(arr: &mut vector<#0>,a_less_b: |(#0, #0)|bool) {
+        {
+          let n: u64 = vector::length<T>(Freeze(false)(arr));
+          sort::incorrect_sort_recursive<T>(arr, 0, Sub<u64>(n, 1), a_less_b)
+        }
+    }
+    public fun incorrect_sort_recursive<T>(arr: &mut vector<#0>,low: u64,high: u64,a_less_b: |(#0, #0)|bool) {
+        if Lt<u64>(low, high) {
+          {
+            let pi: u64 = Add<u64>(low, Div<u64>(high, 2));
+            sort::incorrect_sort_recursive<T>(arr, low, Sub<u64>(pi, 1), a_less_b);
+            sort::incorrect_sort_recursive<T>(arr, Add<u64>(pi, 1), high, a_less_b);
+            Tuple()
+          }
+        } else {
+          Tuple()
+        };
+        Tuple()
+    }
+} // end 0x42::sort
+
+
+============ initial bytecode ================
+
+[variant baseline]
+public fun sort::incorrect_sort<#0>($t0: &mut vector<#0>, $t1: |(#0, #0)|bool) {
+     var $t2: u64
+     var $t3: &vector<#0>
+     var $t4: u64
+     var $t5: u64
+     var $t6: u64
+  0: $t3 := freeze_ref(implicit)($t0)
+  1: $t2 := vector::length<#0>($t3)
+  2: $t4 := 0
+  3: $t6 := 1
+  4: $t5 := -($t2, $t6)
+  5: sort::incorrect_sort_recursive<#0>($t0, $t4, $t5, $t1)
+  6: return ()
+}
+
+
+[variant baseline]
+public fun sort::incorrect_sort_recursive<#0>($t0: &mut vector<#0>, $t1: u64, $t2: u64, $t3: |(#0, #0)|bool) {
+     var $t4: bool
+     var $t5: u64
+     var $t6: u64
+     var $t7: u64
+     var $t8: u64
+     var $t9: u64
+     var $t10: u64
+     var $t11: u64
+  0: $t4 := <($t1, $t2)
+  1: if ($t4) goto 2 else goto 13
+  2: label L0
+  3: $t7 := 2
+  4: $t6 := /($t2, $t7)
+  5: $t5 := +($t1, $t6)
+  6: $t9 := 1
+  7: $t8 := -($t5, $t9)
+  8: sort::incorrect_sort_recursive<#0>($t0, $t1, $t8, $t3)
+  9: $t11 := 1
+ 10: $t10 := +($t5, $t11)
+ 11: sort::incorrect_sort_recursive<#0>($t0, $t10, $t2, $t3)
+ 12: goto 14
+ 13: label L1
+ 14: label L2
+ 15: return ()
+}
+
+
+Diagnostics:
+error: local `a_less_b` of type `|(T, T)|bool` does not have the `copy` ability
+   ┌─ tests/lambda/non_lambda_arg.move:12:13
+   │
+12 │             incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+   │             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ copy needed here because value is still in use
+13 │             incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+   │             ----------------------------------------------------- used here
+
+error: local `a_less_b` of type `|(T, T)|bool` does not have the `drop` ability
+   ┌─ tests/lambda/non_lambda_arg.move:10:9
+   │
+10 │ ╭         if (low < high) {
+11 │ │             let pi = low + high / 2;
+12 │ │             incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+13 │ │             incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+14 │ │         };
+   │ ╰─────────^ implicitly dropped here since it is no longer used
diff --git a/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.move b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.move
new file mode 100644
index 00000000000000..83e9d4027661da
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/non_lambda_arg.move
@@ -0,0 +1,17 @@
+module 0x42::sort {
+    use std::vector;
+
+    public fun incorrect_sort<T: copy>(arr: &mut vector<T>, a_less_b: |T, T| bool) {
+        let n = vector::length(arr);
+        incorrect_sort_recursive<T>(arr, 0, n - 1, a_less_b)
+    }
+
+    public fun incorrect_sort_recursive<T: copy>(arr: &mut vector<T>, low: u64, high: u64, a_less_b: |T, T| bool) {
+        if (low < high) {
+            let pi = low + high / 2;
+            incorrect_sort_recursive(arr, low, pi - 1, a_less_b);
+            incorrect_sort_recursive(arr, pi + 1, high, a_less_b);
+        };
+    }
+
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/registry.exp b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.exp
new file mode 100644
index 00000000000000..a196cfcde9c4c8
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/lambda/storable/registry.move:7:22
+  │
+6 │     struct Function {
+  │                     - To match this '{'
+7 │         f: |u64| u64 has store,
+  │                      ^ Expected '}'
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/registry.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.lambda.exp
new file mode 100644
index 00000000000000..a196cfcde9c4c8
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.lambda.exp
@@ -0,0 +1,9 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/lambda/storable/registry.move:7:22
+  │
+6 │     struct Function {
+  │                     - To match this '{'
+7 │         f: |u64| u64 has store,
+  │                      ^ Expected '}'
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/registry.move b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.move
new file mode 100644
index 00000000000000..a6fd8bfab655c6
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/registry.move
@@ -0,0 +1,109 @@
+module 0x42::test {
+    struct Registry {
+        functions: vector<Function>
+    }
+
+    struct Function {
+        f: |u64| u64 has store,
+        key: u64
+    }
+
+    enum Option<T> {
+        None(),
+        Some(T)
+    };
+
+    fun get_function(v: &vector<Function>, k: u64): Option<Function> {
+        mut x = Option<Function>::None;
+        for_each_ref(v, |f: &Function| {
+            if f.key == k {
+                x = f.f
+            }
+        });
+        x
+    }
+
+    fun replace_or_add_function(v: &mut vector<Function>, k: u64, f: |u64| u64 has store): Option<Function> {
+        mut done = false;
+        for_each_mut(v, |f: &mut Function| {
+            if f.key == k {
+                f.f = f;
+                done = true;
+            }
+        });
+        if !done {
+            let new_record = Function { f: f, key: k };
+            v.append(new_record);
+        }
+    }
+
+    fun register(owner: &signer, f: |u64| u64 has store, k: u64) acquires Registry {
+        let addr = owner.address;
+        if !exists<Registry>(addr) {
+            let new_registry = Registry {
+                functions: vector[]
+            };
+            move_to<Registry>(owner, registry);
+        }
+        let registry = borrow_global_mut<Registry>(addr);
+        replace_or_add_function(&mut registry.functions, k, f);
+    }
+
+    fun invoke(addr: address, k: u64, x: u64): Option<u64> acquires Registry {
+        if !exists<Registry>(addr) {
+            return Option<u64>::None
+        }
+        let registry = borrow_global<Registry>(addr);
+        match get_function(registry.functions, k) {
+            Some(func) => {
+                let Function { f: f, key: key } = &func;
+                Some(f(x))
+            },
+            _ => {
+                Option<u64>::None
+            }
+        }
+    }
+
+    fun double(x: u64):u64 {
+        x * 2
+    }
+
+    fun triple(x: u64):u64 {
+        x * 3
+    }
+
+    public fun multiply(x: u64, y: u64): u64 {
+        x * y
+    }
+
+    fun multiply_by_x(x: u64): |u64|u64 has store {
+        curry(&multiply, x)
+    }
+
+
+    #[test(a = @0x42)]
+    test_registry1(a; signer) {
+        register(a, &double, 2);
+        register(a, &negate, 3);
+        register(a, multiply_by_x(4), 4);
+        register(a, multiply_by_x(5), 5);
+
+        match invoke(a, 2, 10) {
+            Some(x) => { assert!(x == 20); }
+            _ => assert!(false);
+        }
+        match invoke(a, 3, 11) {
+            Some(x) => { assert!(x == 33); }
+            _ => assert!(false);
+        }
+        match invoke(a, 4, 2) {
+            Some(x) => { assert!(x == 8); }
+            _ => assert!(false);
+        }
+        match invoke(a, 5, 3) {
+            Some(x) => { assert!(x == 15); }
+            _ => assert!(false);
+        }
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.exp b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.exp
new file mode 100644
index 00000000000000..38e1020313014e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+   ┌─ tests/lambda/storable/return_func.move:14:41
+   │
+14 │     fun multiply_by_x(x: u64): |u64|u64 has store {
+   │                                         ^^^
+   │                                         │
+   │                                         Unexpected 'has'
+   │                                         Expected '{'
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.lambda.exp
new file mode 100644
index 00000000000000..38e1020313014e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.lambda.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+   ┌─ tests/lambda/storable/return_func.move:14:41
+   │
+14 │     fun multiply_by_x(x: u64): |u64|u64 has store {
+   │                                         ^^^
+   │                                         │
+   │                                         Unexpected 'has'
+   │                                         Expected '{'
diff --git a/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.move b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.move
new file mode 100644
index 00000000000000..4f6e078d8a460b
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/storable/return_func.move
@@ -0,0 +1,79 @@
+module 0x42::test {
+    fun double(x: u64): u64 {
+        x * 2
+    }
+
+    fun triple(x: u64) : u64 {
+        x * 3
+    }
+
+    public fun multiply(x: u64, y: u64): u64 {
+        x * y
+    }
+
+    fun multiply_by_x(x: u64): |u64|u64 has store {
+        curry(&multiply, x)
+    }
+
+    fun choose_function(key: u64) : |u64|u64 has store {
+        if key == 0 {
+            &double
+        } else if key == 1 {
+            &triple
+        } else {
+            multiply_by_x(4)
+        }
+    }
+
+    fun choose_function2(key: u64) : |u64|u64 has store {
+        if key == 0 {
+            |x| double(x);
+        } else if key == 1 {
+            |x| triple(x);
+        } else {
+            |x| multiply_by_x(4)(x)
+        }
+    }
+
+    fun choose_function3(key: u64) : |u64|u64 has store {
+        if key == 0 {
+            let f = |x| double(x);
+            f
+        } else if key == 1 {
+            let g = |x| triple(x);
+            g
+        } else {
+            let h = multiply_by_x(4);
+            h
+        }
+    }
+
+    public fun test_functions(choose_function: |u64|(|u64|u64 has store)) {
+        let sum = vector[];
+        let x = 3;
+        sum.push_back(choose_function(0)(x));
+        sum.push_back(choose_function(1)(x));
+        sum.push_back(choose_function(2)(x));
+
+        let g = choose_function(1)(x);
+        let h = choose_function(2)(x);
+        let f = choose_function(0)(x);
+
+        sum.push_back(f(5));
+        sum.push_back(g(7));
+        sum.push_back(h(6));
+
+        let funcs = vector[choose_function(0), choose_function(1), choose_function(2)];
+        sum.push_back(f[0](9));
+        sum.push_back(f[1](11));
+        sum.push_back(f[2](13));
+
+        assert!(vector<u64>[6, 9, 12, 10, 21, 24, 18, 33, 52])
+    }
+
+    public fun test_function_choosers() {
+        test_functions(&choose_function);
+        test_functions(&choose_function2);
+        test_functions(&choose_function3);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.exp b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.exp
new file mode 100644
index 00000000000000..8896be5127f9c9
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.exp
@@ -0,0 +1,29 @@
+
+Diagnostics:
+warning: Unused anonymous function parameter `x`. Consider removing or prefixing with an underscore: `_x`
+  ┌─ tests/lambda/unused_lambda_param.move:7:18
+  │
+7 │         test(0, |x| 1);
+  │                  ^
+
+// -- Model dump before bytecode pipeline
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        1;
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+============ bytecode verification succeeded ========
diff --git a/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.lambda.exp b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.lambda.exp
new file mode 100644
index 00000000000000..b406b29e1df3d0
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.lambda.exp
@@ -0,0 +1,412 @@
+// -- Model dump before env processor pipeline:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused checks:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor type parameter check:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check recursive struct definition:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor check cyclic type instantiation:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor unused struct params check:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check before inlining:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        m::test(0, |x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        m::test(0, |_x: u64| 1);
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        m::test(0, |_: u64| 1);
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor inlining:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor access and use check after inlining:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor acquires check:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_x: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        {
+          let (p: u64): (u64) = Tuple(0);
+          {
+            let (_: u64): (u64) = Tuple(p);
+            1
+          }
+        };
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor simplifier:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        1;
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor lambda-lifting:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        1;
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification checker:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        1;
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+// -- Model dump after env processor specification rewriter:
+module 0xc0ffee::m {
+    private inline fun test(p: u64,f: |u64|u64): u64 {
+        (f)(p)
+    }
+    private fun unused_lambda() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed1() {
+        1;
+        Tuple()
+    }
+    private fun unused_lambda_suppressed2() {
+        1;
+        Tuple()
+    }
+} // end 0xc0ffee::m
+
+
+
+Diagnostics:
+warning: Unused anonymous function parameter `x`. Consider removing or prefixing with an underscore: `_x`
+  ┌─ tests/lambda/unused_lambda_param.move:7:18
+  │
+7 │         test(0, |x| 1);
+  │                  ^
+
+============ initial bytecode ================
+
+[variant baseline]
+fun m::unused_lambda() {
+     var $t0: u64
+  0: $t0 := 1
+  1: return ()
+}
+
+
+[variant baseline]
+fun m::unused_lambda_suppressed1() {
+     var $t0: u64
+  0: $t0 := 1
+  1: return ()
+}
+
+
+[variant baseline]
+fun m::unused_lambda_suppressed2() {
+     var $t0: u64
+  0: $t0 := 1
+  1: return ()
+}
+
+============ after LiveVarAnalysisProcessor: ================
+
+[variant baseline]
+fun m::unused_lambda() {
+     var $t0: u64 [unused]
+     # live vars:
+  0: return ()
+}
+
+
+[variant baseline]
+fun m::unused_lambda_suppressed1() {
+     var $t0: u64 [unused]
+     # live vars:
+  0: return ()
+}
+
+
+[variant baseline]
+fun m::unused_lambda_suppressed2() {
+     var $t0: u64 [unused]
+     # live vars:
+  0: return ()
+}
+
+
+============ disassembled file-format ==================
+// Move bytecode v7
+module c0ffee.m {
+
+
+unused_lambda() /* def_idx: 0 */ {
+B0:
+	0: Ret
+}
+unused_lambda_suppressed1() /* def_idx: 1 */ {
+B0:
+	0: Ret
+}
+unused_lambda_suppressed2() /* def_idx: 2 */ {
+B0:
+	0: Ret
+}
+}
+============ bytecode verification succeeded ========
diff --git a/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.move b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.move
new file mode 100644
index 00000000000000..17079c81ec0756
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/lambda/unused_lambda_param.move
@@ -0,0 +1,17 @@
+module 0xc0ffee::m {
+    inline fun test(p: u64, f: |u64| u64): u64 {
+        f(p)
+    }
+
+    fun unused_lambda() {
+        test(0, |x| 1);
+    }
+
+    fun unused_lambda_suppressed1() {
+        test(0, |_x| 1);
+    }
+
+    fun unused_lambda_suppressed2() {
+        test(0, |_| 1);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression.move
index 8451f7c0455f90..45f36aeb03b0f1 100644
--- a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression.move
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression.move
@@ -1,4 +1,4 @@
-module M {
+module 0x123::M {
     fun foo() {
         (if (true) 5 else 0)();
         (while (false) {})(0, 1);
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.exp b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.exp
new file mode 100644
index 00000000000000..03ed8ceb2af6fc
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/more-v1/parser/invalid_call_lhs_complex_expression2.move:3:29
+  │
+3 │         (if (true) 5 else 0)();
+  │                             ^
+  │                             │
+  │                             Unexpected '('
+  │                             Expected ';'
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.move
new file mode 100644
index 00000000000000..45f36aeb03b0f1
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_complex_expression2.move
@@ -0,0 +1,6 @@
+module 0x123::M {
+    fun foo() {
+        (if (true) 5 else 0)();
+        (while (false) {})(0, 1);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name.move
index ec2118f3a371bc..4296a1ea71ce22 100644
--- a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name.move
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name.move
@@ -1,4 +1,4 @@
-module M {
+module 0x123::M {
     fun foo() {
         (foo)()
     }
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.exp b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.exp
new file mode 100644
index 00000000000000..f47f13fe5ecb66
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/more-v1/parser/invalid_call_lhs_parens_around_name2.move:3:14
+  │
+3 │         (foo)()
+  │              ^
+  │              │
+  │              Unexpected '('
+  │              Expected ';'
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.move
new file mode 100644
index 00000000000000..4296a1ea71ce22
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_parens_around_name2.move
@@ -0,0 +1,5 @@
+module 0x123::M {
+    fun foo() {
+        (foo)()
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return.move
index c82b6fae4edcb9..fe0d45e7135856 100644
--- a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return.move
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return.move
@@ -1,4 +1,4 @@
-module M {
+module 0x123::M {
     fun foo() {
         (return ())(0, 1);
     }
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.exp b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.exp
new file mode 100644
index 00000000000000..b9972c50113c3f
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/more-v1/parser/invalid_call_lhs_return2.move:3:20
+  │
+3 │         (return ())(0, 1);
+  │                    ^
+  │                    │
+  │                    Unexpected '('
+  │                    Expected ';'
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.move
new file mode 100644
index 00000000000000..fe0d45e7135856
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_return2.move
@@ -0,0 +1,5 @@
+module 0x123::M {
+    fun foo() {
+        (return ())(0, 1);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value.move
index d952ee68335a1d..d5ce3bdae42ba2 100644
--- a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value.move
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value.move
@@ -1,4 +1,4 @@
-module M {
+module 0x123::M {
     fun foo() {
         5();
         5(0, 1);
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.exp b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.exp
new file mode 100644
index 00000000000000..e2f3d92b38d92e
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.exp
@@ -0,0 +1,10 @@
+
+Diagnostics:
+error: unexpected token
+  ┌─ tests/more-v1/parser/invalid_call_lhs_value2.move:3:10
+  │
+3 │         5();
+  │          ^
+  │          │
+  │          Unexpected '('
+  │          Expected ';'
diff --git a/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.move b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.move
new file mode 100644
index 00000000000000..d5ce3bdae42ba2
--- /dev/null
+++ b/third_party/move/move-compiler-v2/tests/more-v1/parser/invalid_call_lhs_value2.move
@@ -0,0 +1,6 @@
+module 0x123::M {
+    fun foo() {
+        5();
+        5(0, 1);
+    }
+}
diff --git a/third_party/move/move-compiler-v2/tests/testsuite.rs b/third_party/move/move-compiler-v2/tests/testsuite.rs
index 1d516f047a21c9..39319ac57142a1 100644
--- a/third_party/move/move-compiler-v2/tests/testsuite.rs
+++ b/third_party/move/move-compiler-v2/tests/testsuite.rs
@@ -160,23 +160,24 @@ const TEST_CONFIGS: Lazy<BTreeMap<&str, TestConfig>> = Lazy::new(|| {
             dump_bytecode: DumpLevel::None,
             dump_bytecode_filter: None,
         },
-        // Tests for lambda lifting
+        // Tests for lambda lifting and lambdas -- with full lambda support
         TestConfig {
-            name: "lambda-lifting",
-            runner: |p| run_test(p, get_config_by_name("lambda-lifting")),
-            include: vec!["/lambda-lifting/"],
+            name: "lambda",
+            runner: |p| run_test(p, get_config_by_name("lambda")),
+            include: vec!["/lambda/", "/lambda-lifting/"],
             exclude: vec![],
-            exp_suffix: None,
+            exp_suffix: Some("lambda.exp"),
             options: opts
                 .clone()
+                // .set_experiment(Experiment::AST_SIMPLIFY, true)
                 .set_experiment(Experiment::LAMBDA_FIELDS, true)
                 .set_experiment(Experiment::LAMBDA_IN_PARAMS, true)
                 .set_experiment(Experiment::LAMBDA_IN_RETURNS, true)
                 .set_experiment(Experiment::LAMBDA_VALUES, true)
                 .set_experiment(Experiment::LAMBDA_LIFTING, true),
-            stop_after: StopAfter::AstPipeline,
+            stop_after: StopAfter::FileFormat,
             dump_ast: DumpLevel::AllStages,
-            dump_bytecode: DumpLevel::None,
+            dump_bytecode: DumpLevel::EndStage,
             dump_bytecode_filter: None,
         },
         // Tests for simplifier in full mode, with code elimination
@@ -213,7 +214,7 @@ const TEST_CONFIGS: Lazy<BTreeMap<&str, TestConfig>> = Lazy::new(|| {
         TestConfig {
             name: "inlining-et-al",
             runner: |p| run_test(p, get_config_by_name("inlining-et-al")),
-            include: vec!["/inlining/", "/folding/", "/simplifier/"],
+            include: vec!["/inlining/", "/folding/", "/simplifier/", "/lambda/"],
             exclude: vec!["/more-v1/"],
             exp_suffix: None,
             options: opts.clone().set_experiment(Experiment::AST_SIMPLIFY, true),
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.exp b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.exp
new file mode 100644
index 00000000000000..7201cb27d33968
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.exp
@@ -0,0 +1,9 @@
+error[E01002]: unexpected token
+  ┌─ tests/move_check/parser/invalid_call_lhs_complex_expression2.move:3:29
+  │
+3 │         (if (true) 5 else 0)();
+  │                             ^
+  │                             │
+  │                             Unexpected '('
+  │                             Expected ';'
+
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.move b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.move
new file mode 100644
index 00000000000000..45f36aeb03b0f1
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_complex_expression2.move
@@ -0,0 +1,6 @@
+module 0x123::M {
+    fun foo() {
+        (if (true) 5 else 0)();
+        (while (false) {})(0, 1);
+    }
+}
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.exp b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.exp
new file mode 100644
index 00000000000000..fefac05537b4ba
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.exp
@@ -0,0 +1,9 @@
+error[E01002]: unexpected token
+  ┌─ tests/move_check/parser/invalid_call_lhs_parens_around_name2.move:3:14
+  │
+3 │         (foo)()
+  │              ^
+  │              │
+  │              Unexpected '('
+  │              Expected ';'
+
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.move b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.move
new file mode 100644
index 00000000000000..4296a1ea71ce22
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_parens_around_name2.move
@@ -0,0 +1,5 @@
+module 0x123::M {
+    fun foo() {
+        (foo)()
+    }
+}
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.exp b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.exp
new file mode 100644
index 00000000000000..2527998d560059
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.exp
@@ -0,0 +1,9 @@
+error[E01002]: unexpected token
+  ┌─ tests/move_check/parser/invalid_call_lhs_return2.move:3:20
+  │
+3 │         (return ())(0, 1);
+  │                    ^
+  │                    │
+  │                    Unexpected '('
+  │                    Expected ';'
+
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.move b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.move
new file mode 100644
index 00000000000000..fe0d45e7135856
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_return2.move
@@ -0,0 +1,5 @@
+module 0x123::M {
+    fun foo() {
+        (return ())(0, 1);
+    }
+}
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.exp b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.exp
new file mode 100644
index 00000000000000..cd650973ac8190
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.exp
@@ -0,0 +1,9 @@
+error[E01002]: unexpected token
+  ┌─ tests/move_check/parser/invalid_call_lhs_value2.move:3:10
+  │
+3 │         5();
+  │          ^
+  │          │
+  │          Unexpected '('
+  │          Expected ';'
+
diff --git a/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.move b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.move
new file mode 100644
index 00000000000000..d5ce3bdae42ba2
--- /dev/null
+++ b/third_party/move/move-compiler/tests/move_check/parser/invalid_call_lhs_value2.move
@@ -0,0 +1,6 @@
+module 0x123::M {
+    fun foo() {
+        5();
+        5(0, 1);
+    }
+}