Migrate to v2 manifest

generics/Capacitor.zen

@@ -113,7 +113,7 @@ Component(
         "P2": P2,
     },
     spice_model=SpiceModel(
-        "//simulation/Capacitor.lib",
+        "../simulation/Capacitor.lib",
         "C",
         nets=[P1, P2],
         args={"CVAL": str(value.value)},

generics/Crystal.zen

@@ -162,7 +162,7 @@ Component(
     symbol=Symbol(**_symbol(package)),
     footprint=File(_footprint(package)),
     spice_model=SpiceModel(
-        "//simulation/Crystal.lib",
+        "../simulation/Crystal.lib",
         _spice_subcircuit_name(package),
         nets=_spice_nets(package, XIN, XOUT, GND),
         args=_spice_args(frequency, load_capacitance, package),

generics/Diode.zen

@@ -140,7 +140,7 @@ Component(
     symbol=Symbol(**_symbol(variant)),
     footprint=File(_footprint(mount, package)),
     spice_model=SpiceModel(
-        "//simulation/Diode.lib",
+        "../simulation/Diode.lib",
         _spice_subcircuit_name(variant),
         nets=[A, K],
         args=_spice_args(variant, v_f, i_f, v_r, i_r),

generics/Inductor.zen

@@ -90,7 +90,7 @@ Component(
         "2": P2,
     },
     spice_model=SpiceModel(
-        "//simulation/Inductor.lib",
+        "../simulation/Inductor.lib",
         "L",
         nets=[P1, P2],
         args={"LVAL": str(value.value)},

generics/Led.zen

@@ -140,7 +140,7 @@ Component(
     footprint=File(_footprint(package)),
     prefix="D",
     spice_model=SpiceModel(
-        "//simulation/Led.lib",
+        "../simulation/Led.lib",
         _spice_subcircuit_name(color),
         nets=[A, K],
         args=_spice_args(color, forward_voltage, forward_current),

generics/NetTie.zen

@@ -204,7 +204,7 @@ Component(
     prefix="NT",
     pins=_pins(P),
     spice_model=SpiceModel(
-        "//simulation/NetTie.lib",
+        "../simulation/NetTie.lib",
         _spice_subcircuit_name(pin_count),
         nets=_spice_nets(P, pin_count),
         args={"RVAL": "1m"},  # 1 milliohm for near-zero resistance

generics/Resistor.zen

@@ -107,7 +107,7 @@ Component(
         "P2": P2,
     },
     spice_model=SpiceModel(
-        "//simulation/Resistor.lib",
+        "../simulation/Resistor.lib",
         "R",
         nets=[P1, P2],
         args={"RVAL": str(value.value)},

kicad/PinHeader.zen

@@ -55,6 +55,12 @@ Orientation = enum(
     "Vertical_SMD_Pin1Right",  # Vertical SMD with Pin 1 on right (single row)
 )
 
+_FOOTPRINT_DIRS = {
+    Pitch("1.27mm"): "@kicad-footprints/Connector_PinHeader_1.27mm.pretty",
+    Pitch("2.00mm"): "@kicad-footprints/Connector_PinHeader_2.00mm.pretty",
+    Pitch("2.54mm"): "@kicad-footprints/Connector_PinHeader_2.54mm.pretty",
+}
+
 # -----------------------------------------------------------------------------
 # Component parameters
 # -----------------------------------------------------------------------------
@@ -109,20 +115,19 @@ def _footprint(pins: int, rows: int, pitch: Pitch, orientation: Orientation):
             "Vertical_SMD_Pin1Left and Vertical_SMD_Pin1Right orientations are only valid for single row (rows=1) pin headers. Use Vertical_SMD for dual row."
         )
 
-    # Build footprint name
-    pitch_str = pitch.value
+    # Get footprint directory from table
+    footprint_dir = _FOOTPRINT_DIRS[pitch]
 
     # Format pin count with leading zero if needed
     pin_str = str(pins) if pins >= 10 else "0" + str(pins)
 
     # Build the footprint name
     if rows == 1:
-        footprint_name = "PinHeader_1x" + pin_str + "_P" + pitch_str + "_" + orientation_str
+        footprint_name = "PinHeader_1x" + pin_str + "_P" + pitch.value + "_" + orientation_str
     else:
-        footprint_name = "PinHeader_2x" + pin_str + "_P" + pitch_str + "_" + orientation_str
+        footprint_name = "PinHeader_2x" + pin_str + "_P" + pitch.value + "_" + orientation_str
 
-    # Construct the file path
-    return "@kicad-footprints/Connector_PinHeader_" + pitch_str + ".pretty/" + footprint_name + ".kicad_mod"
+    return footprint_dir + "/" + footprint_name + ".kicad_mod"
 
 
 def _symbol(pins: int, rows: int):

kicad/PinSocket.zen

@@ -15,6 +15,11 @@ Orientation = enum(
     "Vertical_SMD",  # Vertical SMD
 )
 
+_FOOTPRINT_DIRS = {
+    Pitch("2.00mm"): "@kicad-footprints/Connector_PinSocket_2.00mm.pretty",
+    Pitch("2.54mm"): "@kicad-footprints/Connector_PinSocket_2.54mm.pretty",
+}
+
 # -----------------------------------------------------------------------------
 # Component parameters
 # -----------------------------------------------------------------------------
@@ -57,25 +62,24 @@ def _footprint(pins: int, rows: int, pitch: Pitch, orientation: Orientation):
     if rows not in [1, 2]:
         error("Invalid row count: " + str(rows) + ". Must be 1 or 2.")
 
-    # Build footprint name
-    pitch_str = pitch.value
+    # Get footprint directory from table
+    footprint_dir = _FOOTPRINT_DIRS[pitch]
 
     # Format pin count with leading zero if needed
     pin_str = str(pins) if pins >= 10 else "0" + str(pins)
 
     # Build the footprint name
     if rows == 1:
-        footprint_name = "PinSocket_1x" + pin_str + "_P" + pitch_str + "_" + orientation.value
+        footprint_name = "PinSocket_1x" + pin_str + "_P" + pitch.value + "_" + orientation.value
     else:
-        footprint_name = "PinSocket_2x" + pin_str + "_P" + pitch_str + "_" + orientation.value
+        footprint_name = "PinSocket_2x" + pin_str + "_P" + pitch.value + "_" + orientation.value
 
     # Handle SMD variants with pin position
     if orientation == Orientation("Vertical_SMD") and rows == 1:
         # For single row SMD, we default to Pin1Left
         footprint_name += "_Pin1Left"
 
-    # Construct the file path
-    return "@kicad-footprints/Connector_PinSocket_" + pitch_str + ".pretty/" + footprint_name + ".kicad_mod"
+    return footprint_dir + "/" + footprint_name + ".kicad_mod"
 
 
 def _symbol(pins: int, rows: int):