def test_with_tests(self):
"If tests are found, the right tree is created"
project = Project()
project.refresh([
'tests.FunkyTestCase.test_something_unnecessary',
'more_tests.FunkyTestCase.test_this_does_make_sense',
'more_tests.FunkyTestCase.test_this_doesnt_make_sense',
'more_tests.JankyTestCase.test_things',
'deep_tests.package.DeepTestCase.test_doo_hickey',
])
self.assertEqual(project.errors, [])
self.assertEqual(sorted(self._full_tree(project)), sorted({
(TestModule, 'tests'): {
(TestCase, 'FunkyTestCase'): [
'test_something_unnecessary'
]
},
(TestModule, 'more_tests'): {
(TestCase, 'FunkyTestCase'): [
'test_this_doesnt_make_sense',
'test_this_doesnt_make_sense'
],
(TestCase, 'JankyTestCase'): [
'test_things'
]
},
(TestModule, 'deep_tests'): {
(TestModule, 'package'): {
(TestCase, 'DeepTestCase'): [
'test_doo_hickey'
]
}
}
}))
def setUp(self):
super(FindLabelTests, self).setUp()
self.project = Project()
self.project.refresh([
'app1.TestCase.test_method',
'app2.TestCase1.test_method',
'app2.TestCase2.test_method1',
'app2.TestCase2.test_method2',
'app3.tests.TestCase.test_method',
'app4.tests1.TestCase.test_method',
'app4.tests2.TestCase1.test_method',
'app4.tests2.TestCase2.test_method1',
'app4.tests2.TestCase2.test_method2',
'app5.package.tests.TestCase.test_method',
'app6.package1.tests.TestCase.test_method',
'app6.package2.tests1.TestCase.test_method',
'app6.package2.tests2.TestCase1.test_method',
'app6.package2.tests2.TestCase2.test_method1',
'app6.package2.tests2.TestCase2.test_method2',
'app7.package.subpackage.tests.TestCase.test_method',
'app8.package1.subpackage.tests.TestCase.test_method',
'app8.package2.subpackage1.tests.TestCase.test_method',
'app8.package2.subpackage2.tests1.TestCase.test_method',
'app8.package2.subpackage2.tests2.TestCase1.test_method',
'app8.package2.subpackage2.tests2.TestCase2.test_method1',
'app8.package2.subpackage2.tests2.TestCase2.test_method2',
])
def test_single_test_project(self):
"If the project only contains a single test, the reduction is always the full suite"
self.project = Project()
self.project.refresh([
'app.package.tests.TestCase.test_method',
])
self.assertEquals(self.project.find_tests(labels=[
'app.package.tests.TestCase.test_method'
]),
(1, []))
self.assertEquals(self.project.find_tests(labels=[
'app.package.tests.TestCase'
]),
(1, []))
self.assertEquals(self.project.find_tests(labels=[
'app.package.tests'
]),
(1, []))
self.assertEquals(self.project.find_tests(labels=[
'app.package'
]),
(1, []))
self.assertEquals(self.project.find_tests(labels=[
'app'
]),
(1, []))
def test_finds_test_modules_without_errors(self, sub_mock):
io_mock = mock.MagicMock()
io_mock.stdout = self.test_list
io_mock.stderr = []
sub_mock.return_value = io_mock
project = Project()
self.assertEquals(project.errors, [])
self.assertItemsEqual(project.keys(), ['tests', 'more_tests'])
def test_project_has_error_list_from_stderr(self, sub_mock):
io_mock = mock.MagicMock()
io_mock.stdout = self.test_list
io_mock.stderr = self.error_list
sub_mock.return_value = io_mock
project = Project()
self.assertEquals(project.errors, self.error_list)
self.assertItemsEqual(project.keys(), ['tests', 'more_tests'])
def test_with_tests_and_errors(self):
"If tests *and* errors are found, the tree is still created."
project = Project()
project.refresh([
'tests.FunkyTestCase.test_something_unnecessary',
],
errors=[
'ERROR: you broke it, fool!',
]
)
self.assertEqual(project.errors, [
'ERROR: you broke it, fool!',
])
self.assertEqual(sorted(self._full_tree(project)), sorted({
(TestModule, 'tests'): {
(TestCase, 'FunkyTestCase'): [
'test_something_unnecessary'
]
}
}))
def test_no_tests(self):
"If there are no tests, an empty tree is generated"
project = Project()
project.refresh(test_list=[])
self.assertEqual(project.errors, [])
self.assertEqual(sorted(self._full_tree(project)), sorted({}))
