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tests.rs
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use crate::{
mock::*,
types::{BDKStatus, Descriptors, ProposalStatus},
Error, ProofOfReserves, Proposals, Vaults,
};
use codec::Encode;
use core::convert::TryFrom;
use frame_support::{assert_noop, assert_ok, BoundedVec};
use sp_io::hashing::blake2_256;
fn dummy_xpub() -> BoundedVec<u8, XPubLen> {
BoundedVec::<u8,XPubLen >::try_from(
b"[adc450e3/84'/1'/0'/0]tpubDEMkzn5sBo8Nct35y2BEFhJTqhsa72yeUf5S6ymb85G6LW2okSh1fDkrMhgCtYsrsCAuspm4yVjC63VUA6qrcQ54tVm5TKwhWFBLyyCjabX/*"
.encode())
.expect("Error on encoding the xpub key to BoundedVec")
}
fn dummy_xpub_2() -> BoundedVec<u8, XPubLen> {
BoundedVec::<u8,XPubLen >::try_from(
b"[621c051d/123456789'/123456789'/123456789'/123456789]tpubDF3cwMypW7CJnZ4WwzwgYkd1bJzJsPTnLbFN3zdeGKfEx38jDjBzRntupghKC6A5szrjELasjrhBRXStKKUmS8wHZQxkVPN7P88iXxbC3s1/*"
.encode())
.expect("Error on encoding the xpub key to BoundedVec")
}
fn dummy_xpub_3() -> BoundedVec<u8, XPubLen> {
BoundedVec::<u8,XPubLen >::try_from(b"Zpub74kbYv5LXvBaJRcbSiihEEwuDiBSDztjtpSVmt6C6nB3ntbcEy4pLP3cJGVWsKbYKaAynfCwXnkuVncPGQ9Y4XwWJDWrDMUwTztdxBe7GcM"
.encode())
.expect("Error on encoding the xpub key to BoundedVec")
}
fn dummy_xpub_4() -> BoundedVec<u8, XPubLen> {
BoundedVec::<u8,XPubLen >::try_from(b"Zpub75bKLk9fCjgfELzLr2XS5TEcCXXGrci4EDwAcppFNBDwpNy53JhJS8cbRjdv39noPDKSfzK7EPC1Ciyfb7jRwY7DmiuYJ6WDr2nEL6yTkHi"
.encode())
.expect("Error on encoding the xpub key to BoundedVec")
}
fn dummy_description() -> BoundedVec<u8, VaultDescriptionMaxLen> {
BoundedVec::<u8,VaultDescriptionMaxLen>::try_from(b"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.".encode())
.expect("Error on encoding the description to BoundedVec")
}
fn dummy_testnet_recipient_address() -> BoundedVec<u8, XPubLen> {
BoundedVec::<u8, XPubLen>::try_from(
b"tb1qhfku74zsrhvre7053xqsnh36gsey3ur7slwwnfn04g5506rmdchqrf7w30".encode(),
)
.expect("Error on encoding the xpub key to BoundedVec")
}
fn dummy_psbt() -> BoundedVec<u8, PSBTMaxLen> {
BoundedVec::<u8, PSBTMaxLen>::try_from(b"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"
.encode()).unwrap_or_default()
}
fn dummy_descriptor() -> BoundedVec<u8, OutputDescriptorMaxLen> {
let d_size: usize = OutputDescriptorMaxLen::get().try_into().unwrap();
BoundedVec::<u8, OutputDescriptorMaxLen>::try_from(vec![0; d_size]).unwrap()
}
fn make_vault_valid(vault_id: [u8; 32]) {
Vaults::<Test>::mutate(vault_id, |v_option| {
let v = v_option.as_mut().unwrap();
v.offchain_status.clone_from(&BDKStatus::Valid);
v.descriptors.clone_from(&Descriptors {
output_descriptor: dummy_descriptor(),
change_descriptor: Some(dummy_descriptor()),
});
});
}
fn make_proposal_valid(proposal_id: [u8; 32]) {
Proposals::<Test>::mutate(proposal_id, |p_option| {
let p = p_option.as_mut().unwrap();
p.offchain_status.clone_from(&BDKStatus::Valid);
});
}
#[test]
fn set_xpub_identity_works() {
new_test_ext().execute_with(|| {
// Dispatch a signed extrinsic.
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_eq!(
BitcoinVaults::xpubs_by_owner(test_pub(1)),
Some(dummy_xpub().using_encoded(blake2_256))
);
});
}
#[test]
fn inserting_same_xpub_should_fail() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_noop!(
BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub()),
Error::<Test>::XPubAlreadyTaken
);
});
}
#[test]
fn inserting_without_removing_xpub_should_fail() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_noop!(
BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub_2()),
Error::<Test>::UserAlreadyHasXpub
);
});
}
#[test]
fn removing_xpub_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))));
});
}
#[test]
fn replacing_xpub_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub_2()));
});
}
#[test]
fn removing_twice_should_not_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))));
assert_noop!(
BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))),
Error::<Test>::XPubNotFound
);
});
}
#[test]
fn creating_vault_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
});
}
#[test]
fn vault_without_cosigners_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::default();
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners
),
Error::<Test>::NotEnoughCosigners
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
});
}
#[test]
fn vault_with_invalid_threshold_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
0,
dummy_description(),
true,
cosigners.clone()
),
Error::<Test>::InvalidVaultThreshold
);
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
3,
dummy_description(),
true,
cosigners
),
Error::<Test>::InvalidVaultThreshold
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
});
}
#[test]
fn vault_with_duplicate_members_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2), test_pub(1)].to_vec(),
)
.unwrap();
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners.clone()
),
Error::<Test>::DuplicateVaultMembers
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
assert!(BitcoinVaults::vaults_by_signer(test_pub(2)).is_empty());
});
}
#[test]
fn vault_with_duplicate_incomplete_members() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2), test_pub(1)].to_vec(),
)
.unwrap();
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners.clone()
),
Error::<Test>::DuplicateVaultMembers
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
assert!(BitcoinVaults::vaults_by_signer(test_pub(2)).is_empty());
});
}
#[test]
fn exceeding_max_cosigners_per_vault_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(3)), dummy_xpub_3()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(4)), dummy_xpub_4()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2), test_pub(3), test_pub(4)].to_vec(),
)
.unwrap();
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
),
Error::<Test>::ExceedMaxCosignersPerVault
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
});
}
#[test]
fn vault_signer_without_xpub_shouldnt_exist() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
let cosigners2 =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(1)].to_vec(),
)
.unwrap();
// Case 1: cosigner with no xpub
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners.clone()
),
Error::<Test>::XPubNotFound
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
assert!(BitcoinVaults::vaults_by_signer(test_pub(2)).is_empty());
// Case 2: owner with no xpub
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(2)),
1,
dummy_description(),
true,
cosigners2.clone()
),
Error::<Test>::XPubNotFound
);
assert!(BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
assert!(BitcoinVaults::vaults_by_signer(test_pub(2)).is_empty());
});
}
#[test]
fn signer_reached_max_vaults() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(3)), dummy_xpub_3()));
let cosigners1 =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
let cosigners2 =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2), test_pub(3)].to_vec(),
)
.unwrap();
let cosigners3 =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(3)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners1
));
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
3,
dummy_description(),
true,
cosigners2
));
assert_noop!(
BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners3
),
Error::<Test>::SignerVaultLimit
);
assert_eq!(BitcoinVaults::vaults_by_signer(test_pub(1)).len(), 2);
});
}
#[test]
fn removing_vault_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(3)), dummy_xpub_3()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2), test_pub(3)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
false,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
// Try to remove xpub (vault depends on it)
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
assert_ok!(BitcoinVaults::remove_vault(RuntimeOrigin::signed(test_pub(1)), vault_id));
});
}
#[test]
fn removing_vault_which_isnt_yours_shoulnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
// Try to remove xpub (vault depends on it)
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
assert_noop!(
BitcoinVaults::remove_vault(RuntimeOrigin::signed(test_pub(2)), vault_id),
Error::<Test>::VaultOwnerPermissionsNeeded
);
});
}
#[test]
fn removing_vault_and_xpub_in_order_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
// TODO: Remove vault
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
assert_ok!(BitcoinVaults::remove_vault(RuntimeOrigin::signed(test_pub(1)), vault_id));
// Try to remove xpub (vault depends on it)
assert_ok!(BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))));
});
}
#[test]
fn removing_xpub_before_vault_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
// Try to remove xpub (vault depends on it)
assert_noop!(
BitcoinVaults::remove_xpub(RuntimeOrigin::signed(test_pub(1))),
Error::<Test>::XpubLinkedToVault
);
});
}
#[test]
fn proposing_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
});
}
#[test]
fn proposing_from_external_user_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
// user 3 is not on the vault so it should expect an error
assert_noop!(
BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(3)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
),
Error::<Test>::SignerPermissionsNeeded
);
});
}
#[test]
fn proposing_twice_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
assert_noop!(
BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
),
Error::<Test>::AlreadyProposed
);
});
}
#[test]
fn exceeding_max_proposals_per_vault_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1001,
dummy_description()
));
assert_noop!(
BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1002,
dummy_description()
),
Error::<Test>::ExceedMaxProposalsPerVault
);
});
}
#[test]
fn saving_psbt_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
assert_ok!(BitcoinVaults::save_psbt(
RuntimeOrigin::signed(test_pub(1)),
proposal_id,
dummy_psbt()
));
});
}
#[test]
fn saving_psbt_to_a_nonexistent_proposal_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
// user 3 is not on the vault so it should expect an error
let proposal_id = [0; 32];
assert_noop!(
BitcoinVaults::save_psbt(RuntimeOrigin::signed(test_pub(1)), proposal_id, dummy_psbt()),
Error::<Test>::ProposalNotFound
);
});
}
#[test]
fn saving_psbt_form_external_user_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt with a user that is not in the vault
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
// user 3 is not on
assert_noop!(
BitcoinVaults::save_psbt(RuntimeOrigin::signed(test_pub(3)), proposal_id, dummy_psbt()),
Error::<Test>::SignerPermissionsNeeded
);
});
}
#[test]
fn saving_twice_psbt_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt with a user that is not in the vault
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
// user 3 is not on the vaults cosigners
assert_ok!(BitcoinVaults::save_psbt(
RuntimeOrigin::signed(test_pub(1)),
proposal_id,
dummy_psbt()
));
assert_noop!(
BitcoinVaults::save_psbt(RuntimeOrigin::signed(test_pub(1)), proposal_id, dummy_psbt()),
Error::<Test>::AlreadySigned
);
});
}
// TODO: Set offchainStatus proposal from pending to Valid
#[test]
fn finalize_psbt_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt with a user that is not in the vault
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
make_proposal_valid(proposal_id);
assert_ok!(BitcoinVaults::save_psbt(
RuntimeOrigin::signed(test_pub(1)),
proposal_id,
dummy_psbt()
));
// When a proposal meets the threshold changes it status to ReadyToFinalize false
assert!(BitcoinVaults::proposals(proposal_id)
.unwrap()
.status
.eq(&ProposalStatus::ReadyToFinalize(false)));
});
}
#[test]
fn finalize_psbt_twice_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt with a user that is not in the vault
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
make_proposal_valid(proposal_id);
assert_ok!(BitcoinVaults::save_psbt(
RuntimeOrigin::signed(test_pub(1)),
proposal_id,
dummy_psbt()
));
// When a proposal meets the threshold changes it status to ReadyToFinalize false
assert!(BitcoinVaults::proposals(proposal_id)
.unwrap()
.status
.eq(&ProposalStatus::ReadyToFinalize(false)));
assert_noop!(
BitcoinVaults::finalize_psbt(RuntimeOrigin::signed(test_pub(1)), proposal_id, false),
Error::<Test>::PendingProposalRequired
);
});
}
#[test]
fn finalize_psbt_without_signatures_shouldnt_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
1,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
assert_ok!(BitcoinVaults::propose(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_testnet_recipient_address(),
1000,
dummy_description()
));
// obtaining proposal id and saving a psbt with a user that is not in the vault
let proposal_id = BitcoinVaults::proposals_by_vault(vault_id).pop().unwrap();
make_proposal_valid(proposal_id);
assert_noop!(
BitcoinVaults::finalize_psbt(RuntimeOrigin::signed(test_pub(1)), proposal_id, false),
Error::<Test>::NotEnoughSignatures
);
});
}
#[test]
fn proof_of_reserve_should_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
// user 3 is not on the vault so it should expect an error
assert_ok!(BitcoinVaults::create_proof(
RuntimeOrigin::signed(test_pub(1)),
vault_id,
dummy_description(),
dummy_psbt()
));
});
}
#[test]
fn proof_of_reserve_from_external_should_not_work() {
new_test_ext().execute_with(|| {
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(1)), dummy_xpub()));
assert_ok!(BitcoinVaults::set_xpub(RuntimeOrigin::signed(test_pub(2)), dummy_xpub_2()));
// Insert a normal vault
let cosigners =
BoundedVec::<<Test as frame_system::Config>::AccountId, MaxCosignersPerVault>::try_from(
[test_pub(2)].to_vec(),
)
.unwrap();
assert_ok!(BitcoinVaults::create_vault(
RuntimeOrigin::signed(test_pub(1)),
2,
dummy_description(),
true,
cosigners
));
assert!(!BitcoinVaults::vaults_by_signer(test_pub(1)).is_empty());
let vault_id = BitcoinVaults::vaults_by_signer(test_pub(1)).pop().unwrap();
make_vault_valid(vault_id);
// user 3 is not on the vault so it should expect an error
assert_noop!(
BitcoinVaults::create_proof(
RuntimeOrigin::signed(test_pub(3)),
vault_id,
dummy_description(),
dummy_psbt()
),
Error::<Test>::SignerPermissionsNeeded
);
});
}
#[test]
fn proof_of_reserve_from_nonexistent_vault_should_not_work() {
new_test_ext().execute_with(|| {
let vault_id = [0; 32];
// user 3 is not on the vault so it should expect an error