def test_then(with_suite):
then_op = AssertionOperator["then"]
results = [
verify_assertion(8, then_op, "value + 3") == 11,
verify_assertion(2, then_op, "value + 3") == 5,
verify_assertion("René", then_op,
"'Hello ' + value + '!'") == "Hello René!"
]
verify_all("then", results)
def _validate_operator(operator: AssertionOperator,
actual,
expected,
message="",
custom_message=""):
try:
return verify_assertion(actual, operator, expected, message,
custom_message)
except Exception as error:
return error
def test_then(with_suite):
thenOp = AssertionOperator["then"]
assert verify_assertion(8, thenOp, "value + 3") == 11
assert verify_assertion(2, thenOp, "value + 3") == 5
assert verify_assertion("René", thenOp,
"'Hello ' + value + '!'") == "Hello René!"
def _validate_operator(operator: AssertionOperator, actual, expected, invalid):
verify_assertion(actual, operator, expected)
with pytest.raises(AssertionError):
verify_assertion(actual, operator, invalid)
def keyword():
verify_assertion(3, AssertionOperator['=='], 2)
def second_run_success(self):
current = self.counter
self.counter += 1
return verify_assertion(current, AssertionOperator["=="], 2)
def is_three(self, value):
return verify_assertion(value, AssertionOperator["=="], 3)
def _validate_operator(operator: AssertionOperator, actual, expected):
try:
return verify_assertion(actual, operator, expected)
except Exception as error:
return error
def second_run_success(self):
current = self.counter
self.counter += 1
verify_assertion(current, AssertionOperator['=='], 2)
def is_three(self, value):
verify_assertion(value, AssertionOperator['=='], 3)
