def test_constructor_validates_addresses(self, acc_address, other):
"""MsgVote should validate `voter` to be AccAddress."""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgVote(proposal_id=1, voter=other, option="")
A = MsgVote(proposal_id=1, voter=acc_address, option="")
assert A.voter == acc_address
def test_constructor_validates_addresses(self, acc_address, val_address,
other):
"""MsgExchangeRateVote should validate `feeder` to be AccAddress and `validator`
to be ValAddress.
"""
assume(not is_val_address(other) and not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgExchangeRateVote(
exchange_rate=Coin("ukrw", 1000),
salt="",
denom="ukrw",
feeder=other,
validator=val_address,
)
with pytest.raises(InvalidValAddress):
MsgExchangeRateVote(
exchange_rate=Coin("ukrw", 1000),
salt="",
denom="ukrw",
feeder=acc_address,
validator=other,
)
A = MsgExchangeRateVote(
exchange_rate=Coin("ukrw", 1000),
salt="",
denom="ukrw",
feeder=acc_address,
validator=val_address,
)
assert A.feeder == acc_address
assert A.validator == val_address
def test_constructor_validates_addresses(self, acc_address, val_address,
other):
"""`MsgExchangeRateVote` should validate `feeder` to be AccAddress and `validator`
to be ValAddress.
"""
assume(not is_val_address(other) and not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgExchangeRatePrevote(
hash="",
denom="",
feeder=other,
validator=val_address,
)
with pytest.raises(InvalidValAddress):
MsgExchangeRatePrevote(
hash="",
denom="",
feeder=acc_address,
validator=other,
)
A = MsgExchangeRatePrevote(
hash="",
denom="",
feeder=acc_address,
validator=val_address,
)
assert A.feeder == acc_address
assert A.validator == val_address
def test_generate(self):
"""Test whether random Mnemonic generation works."""
k = MnemonicKey.generate()
assert len(k.mnemonic.split()) == 24
assert k.mnemonic != MnemonicKey.generate().mnemonic
assert is_acc_address(k.acc_address)
assert is_val_address(k.val_address)
def test_constructor_validates_addresses(self, acc_address, other):
"""MsgDeposit should validate `depositor` to be AccAddress.
"""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgDeposit(proposal_id=1, depositor=other, amount=[])
A = MsgDeposit(proposal_id=1, depositor=acc_address, amount=[])
assert A.depositor == acc_address
def test_constructor_validates_addresses(self, acc_address, other):
"""MsgSubmitProposal should validate `proposer` to be AccAddress.
"""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgSubmitProposal(content=None, initial_deposit=[], proposer=other)
A = MsgSubmitProposal(content=None,
initial_deposit=[],
proposer=acc_address)
assert A.proposer == acc_address
def test_constructor_validates_addresses(self, acc_address, other):
"""MsgSwap should validate `trader` to be AccAddress.
"""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgSwap(trader=other,
offer_coin=Coin("uluna", 100),
ask_denom="umnt")
A = MsgSwap(trader=acc_address,
offer_coin=Coin("uluna", 100),
ask_denom="umnt")
assert A.trader == acc_address
def test_constructor_validates_addresses(self, acc_address, val_address,
other):
"""MsgDelegateFeedConsent should validate `operator` to be ValAddress and `delegate`
to be AccAddress.
"""
assume(not is_val_address(other) and not is_acc_address(other))
with pytest.raises(InvalidValAddress):
MsgDelegateFeedConsent(operator=other, delegate=acc_address)
with pytest.raises(InvalidAccAddress):
MsgDelegateFeedConsent(operator=val_address, delegate=other)
A = MsgDelegateFeedConsent(operator=val_address, delegate=acc_address)
assert A.operator == val_address
assert A.delegate == acc_address
def test_constructor_validates_addresses(self, acc_address, other):
"""MsgSend should validate both from_address and to_address to be AccAddress.
"""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgSend(from_address=acc_address, to_address=other, amount=[])
with pytest.raises(InvalidAccAddress):
MsgSend(from_address=other, to_address=acc_address, amount=[])
A = MsgSend(from_address=acc_address, to_address=acc_address, amount=[])
assert A.from_address == acc_address
def test_constructor_validates_addresses(self, acc_address, dict_list, other):
"""MsgMultiSend should validate inputs[x].address and outputs[x].address if inputs and outputs
are passed in as dicts.
"""
assume(not is_acc_address(other))
bad = [{"address": acc_address, "coins": []}, {"address": other, "coins": []}]
with pytest.raises(InvalidAccAddress):
MsgMultiSend(inputs=bad, outputs=dict_list)
with pytest.raises(InvalidAccAddress):
MsgMultiSend(inputs=dict_list, outputs=bad)
with pytest.raises(InvalidAccAddress):
MsgMultiSend(inputs=bad, outputs=bad)
A = MsgMultiSend(inputs=dict_list, outputs=dict_list)
def test_constructor_validates_addresses(self, acc_address, other):
"""MsgModifyWithdrawAddress should validate `delegator_address` and `withdraw_address` to
be correct AccAddress.
"""
assume(not is_acc_address(other))
with pytest.raises(InvalidAccAddress):
MsgModifyWithdrawAddress(
delegator_address=other, withdraw_address=acc_address
)
with pytest.raises(InvalidAccAddress):
MsgModifyWithdrawAddress(
delegator_address=acc_address, withdraw_address=other
)
A = MsgModifyWithdrawAddress(
delegator_address=acc_address, withdraw_address=acc_address
)
assert A.delegator_address == acc_address
def test_constructor_validates_addresses(self, acc_address, val_address, other):
"""MsgWithdrawDelegationReward should validate `delegator_address` to be AccAddress
and `withdraw_address` to be ValAddress.
"""
assume(not is_acc_address(other) and not is_val_address(other))
with pytest.raises(InvalidAccAddress):
MsgWithdrawDelegationReward(
delegator_address=other, validator_address=val_address
)
with pytest.raises(InvalidValAddress):
MsgWithdrawDelegationReward(
delegator_address=acc_address, validator_address=other
)
A = MsgWithdrawDelegationReward(
delegator_address=acc_address, validator_address=val_address
)
assert A.delegator_address == acc_address
assert A.validator_address == val_address
def test_constructor_validates_addresses(self, acc_address, val_address,
other):
"""MsgBeginRedelegate should validate `delegator` to be AccAddress, and both
`validator_src_address` and `validator_dst_address` to be ValAddress.
"""
assume(not is_acc_address(other) and not is_val_address(other))
with pytest.raises(InvalidAccAddress):
MsgBeginRedelegate(
delegator_address=other,
validator_src_address=val_address,
validator_dst_address=val_address,
amount=None,
)
with pytest.raises(InvalidValAddress):
MsgBeginRedelegate(
delegator_address=acc_address,
validator_src_address=other,
validator_dst_address=val_address,
amount=None,
)
with pytest.raises(InvalidValAddress):
MsgBeginRedelegate(
delegator_address=acc_address,
validator_src_address=val_address,
validator_dst_address=other,
amount=None,
)
A = MsgBeginRedelegate(
delegator_address=acc_address,
validator_src_address=val_address,
validator_dst_address=val_address,
amount=None,
)
assert A.delegator_address == acc_address
assert A.validator_src_address == val_address
assert A.validator_dst_address == val_address
