def test_it_should_raise_if_try_to_get_a_non_existent_test_suite(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.get('aaa')
self.fail("expected an UnknownComplianceTestSuite error")
except UnknownComplianceTestSuiteError, e:
self.assertEqual('aaa', e.identifier)
def test_it_should_raise_if_try_to_get_a_non_existent_test_suite(self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
try:
ComplianceTestSuite.get('aaa')
self.fail("expected an UnknownComplianceTestSuite error")
except UnknownComplianceTestSuiteError, e:
self.assertEqual('aaa', e.identifier)
def test_plan(self):
suites = []
for suite in self.test_suites():
if self.__enable_test_suite(suite):
suites.append(suite)
return map(lambda s: ComplianceTestSuite.get(s), suites)
def __enable_test_suite(self, suite):
if self.has_option("ts-" + suite, self.klass):
if self.suite_rx != None:
if ComplianceTestSuite.get(suite).title().lower().find(self.suite_rx.lower()) == -1:
return False
for configuration in map(lambda c: c.strip(), self.get("ts-" + suite, self.klass).split("|")):
options = map(lambda s: s.strip(), configuration.split(","))
mandatory = options[0] == "mandatory"
protocols = options[1::]
if (mandatory or not self.skip_optional) and (not False in map(lambda p: p in self.protocols, protocols)):
return True
return False
def test_it_should_get_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite', ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite, ComplianceTestSuite.get('my-test-suite'))
def test_it_should_get_a_test_suite(self):
ComplianceTestSuite.register('my-test-suite',
ComplianceTestSuiteTestCase.MyTestSuite)
self.assertEqual(ComplianceTestSuiteTestCase.MyTestSuite,
ComplianceTestSuite.get('my-test-suite'))
