def test_run_tests2(self):
""" Test cases should be failable
"""
start = timezone.now()
testcase = rfactories.TestCaseF.create()
rfactories.TestCaseF.create(testrun=testcase.testrun)
step1 = rfactories.TestCaseStepF.create(testcase=testcase, order=1)
rfactories.TestCaseAssertF.create(step=step1, lhs='.text', rhs='Wazup!', operator='eq', order=1)
rfactories.TestCaseAssertF.create(step=step1, lhs='.status_code', rhs='200', operator='eq', order=2)
step2 = rfactories.TestCaseStepF.create(testcase=testcase, url='groups.json', order=2)
rfactories.TestCaseAssertF.create(step=step2, lhs='.status_code', rhs='200', operator='eq')
rfactories.TestCaseAssertF.create(step=step2, lhs='.text', rhs='Hello, world!', operator='eq')
run_tests(testcase.testrun.pk)
self.assertEqual(1, requests.sessions.Session.request.call_count)
self.assertEqual(1, rmodels.TestRun.objects.count())
self.assertObject(rmodels.TestRun.objects.all()[0],
result=rmodels.TestResult.fail)
self.assertEqual(2, rmodels.TestCase.objects.count())
self.assertObject(rmodels.TestCase.objects.all()[0],
start_date__gte=start,
end_date__gte=start,
result=rmodels.TestResult.fail)
self.assertObject(rmodels.TestCase.objects.all()[1],
start_date__gte=start,
end_date__gte=start,
result=rmodels.TestResult.success)
self.assertEqual(2, rmodels.TestCaseStep.objects.count())
self.assertObject(rmodels.TestCaseStep.objects.all()[0],
result=rmodels.TestResult.fail,
exception='AssertionError: 404 should be eq 200')
def test_run_tests3(self):
""" Testcases can raise errors, and they are handled
"""
start = timezone.now()
testcase = rfactories.TestCaseF.create()
step1 = rfactories.TestCaseStepF.create(testcase=testcase, order=1)
rfactories.TestCaseAssertF.create(step=step1, lhs='.text', rhs='Wazup!', operator='eq', order=1)
rfactories.TestCaseAssertF.create(step=step1, lhs='.status_code', rhs='200', operator='eq', order=2)
step2 = rfactories.TestCaseStepF.create(testcase=testcase, url='groups.json', order=2)
rfactories.TestCaseAssertF.create(step=step2, lhs='.status_code', rhs='200', operator='eq')
rfactories.TestCaseAssertF.create(step=step2, lhs='.text', rhs='Hello, world!', operator='eq')
run_tests(testcase.testrun.pk)
self.assertEqual(1, requests.sessions.Session.request.call_count)
self.assertEqual(1, rmodels.TestCase.objects.count())
self.assertObject(rmodels.TestCase.objects.all()[0],
start_date__gte=start,
end_date__gte=start,
result=rmodels.TestResult.error)
self.assertEqual(2, rmodels.TestCaseStep.objects.count())
self.assertObject(rmodels.TestCaseStep.objects.all()[0],
result=rmodels.TestResult.error,
exception='Timeout: bad for you')
def test_runs_testcase(self):
"""
Should call TestRun.run
"""
testrun = rfactories.TestRunF.create()
run_tests(testrun.pk)
rmodels.TestRun.run.assert_called_once_with()
def test_run_tests(self):
""" Testcases should be passable
"""
start = timezone.now()
testcase = rfactories.TestCaseF.create()
rfactories.TestCaseF.create(testrun=testcase.testrun)
step1 = rfactories.TestCaseStepF.create(testcase=testcase, order=1)
step2 = rfactories.TestCaseStepF.create(testcase=testcase, url='groups.json', order=2)
rfactories.TestCaseAssertF.create(step=step2, lhs='.status_code', rhs='200', operator='eq', order=1)
rfactories.TestCaseAssertF.create(step=step2, lhs='.text', rhs='Hello, world!', operator='eq', order=2)
def my_side_effect(*args, **kwargs):
if args[0] == 'GET' and args[1] == '%s%s' % (testcase.testrun.base_url, step1.url):
return ResponseF()
elif args[0] == 'GET' and args[1] == '%s%s' % (testcase.testrun.base_url, step2.url):
return ResponseF(content='Hello, world!')
else:
raise AssertionError('Unexpected requests.request arguments: %s, %s' % (args, kwargs))
with mock.patch('requests.sessions.Session.request',
mock.Mock(side_effect=my_side_effect)):
run_tests(testcase.testrun.pk)
self.assertEqual(2, requests.sessions.Session.request.call_count)
self.assertEqual(1, rmodels.TestRun.objects.count())
self.assertObject(rmodels.TestRun.objects.all()[0],
result=rmodels.TestResult.success)
self.assertEqual(2, rmodels.TestCase.objects.count())
self.assertObject(rmodels.TestCase.objects.all()[0],
start_date__gte=start,
end_date__gte=start,
result=rmodels.TestResult.success)
self.assertObject(rmodels.TestCase.objects.all()[1],
start_date__gte=start,
end_date__gte=start,
result=rmodels.TestResult.success)
def test_non_existing_test(self):
"""
Should raise emodels.TestCase.DoesNotExist if test case not found.
"""
with self.assertRaises(rmodels.TestRun.DoesNotExist):
run_tests(10000)
