def test_invalid_contract_reference_call(assert_tx_failed):
contract = """
def bar(arg1: address, arg2: num) -> num:
return Foo(arg1).foo(arg2)
"""
t.s = t.Chain()
assert_tx_failed(t, lambda: get_contract(contract), exception = VariableDeclarationException)
def test_invalid_external_contract_call_to_the_same_contract(assert_tx_failed):
contract_1 = """
def bar() -> num:
return 1
"""
contract_2 = """
class Bar():
def bar() -> num: pass
def bar() -> num:
return 1
def _stmt(x: address):
Bar(x).bar()
def _expr(x: address) -> num:
return Bar(x).bar()
"""
t.s = t.Chain()
c1 = get_contract(contract_1)
c2 = get_contract(contract_2)
c2._stmt(c1.address)
c2._expr(c1.address)
assert_tx_failed(t, lambda: c2._stmt(c2.address))
assert_tx_failed(t, lambda: c2._expr(c2.address))
def test_external_contracts_must_be_declared_first_2(assert_tx_failed):
contract = """
MyLog: __log__({})
class Foo():
def foo(arg2: num) -> num: pass
"""
t.s = t.Chain()
assert_tx_failed(t, lambda: get_contract(contract), exception = StructureException)
def test_invalid_contract_reference_return_type(assert_tx_failed):
contract = """
class Foo():
def foo(arg2: num) -> invalid: pass
def bar(arg1: address, arg2: num) -> num:
return Foo(arg1).foo(arg2)
"""
t.s = t.Chain()
assert_tx_failed(t, lambda: get_contract(contract), exception = InvalidTypeException)
def test_external_contracts_must_be_declared_first_1(assert_tx_failed):
contract = """
item: public(num)
class Foo():
def foo(arg2: num) -> num: pass
"""
t.s = t.Chain()
assert_tx_failed(lambda: get_contract(contract),
exception=StructureException)
def test_invalid_contract_reference_declaration(assert_tx_failed):
contract = """
class Bar():
get_magic_number: 1
best_number: public(num)
def __init__():
pass
"""
t.s = t.Chain()
assert_tx_failed(t, lambda: get_contract(contract), exception = StructureException)
