def test_thread(self): outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 2 params.iterations = 10 params.report = outfile.name params.tests = dummy_tests worker = Worker(params) worker.run_nose(params)
def test_loadgen(self): params = Params() params.iterations = 1 params.concurrency = 1 params.report = 'log.ldjson' params.tests = dummy_tests worker = Worker(params) worker.run_nose(params) action_handlers = thread.get_from_thread_store('action_handlers') plugin = action_handlers.pop(0) self.assertTrue(plugin.started) self.assertTrue(plugin.ended)
def test_ramp_up2(self): outfile = tempfile.NamedTemporaryFile() params1 = Params() params1.concurrency = 50 params1.report = outfile.name params1.tests = dummy_tests params1.ramp_up = 60 params1.worker_count = 1 params1.worker_index = 0 worker1 = Worker(params1) res1 = [x.delay for x in worker1._get_thread_params()] self.assertEquals(params1.concurrency, len(res1))
def test_empty_worker(self): outfile = tempfile.NamedTemporaryFile() print(outfile.name) params = Params() params.concurrency = 2 params.iterations = 10 params.report = outfile.name params.tests = [] worker = Worker(params) worker.close = self.get_required_method( worker.close) # check whether close has been called try: worker.start() except: # assertRaises doesn't catch it pass self.assertTrue(self.required_method_called)
def test_empty_test_file(self): outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 1 params.iterations = 1 params.report = outfile.name params.tests = [os.path.join(RESOURCES_DIR, "test_invalid.py")] worker = Worker(params) self.assertRaises(RuntimeError, worker.start)
def test_empty_worker(self): outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 2 params.iterations = 10 params.report = outfile.name params.tests = [] worker = Worker(params) self.assertRaises(RuntimeError, worker.start)
def test_ramp_up1(self): outfile = tempfile.NamedTemporaryFile() print(outfile.name) params1 = Params() params1.concurrency = 50 params1.report = outfile.name params1.tests = dummy_tests params1.ramp_up = 60 params1.steps = 5 params1.worker_count = 2 params1.worker_index = 0 worker1 = Worker(params1) res1 = [x.delay for x in worker1._get_thread_params()] print(res1) self.assertEquals(params1.concurrency, len(res1)) params2 = copy.deepcopy(params1) params2.worker_index = 1 worker2 = Worker(params2) res2 = [x.delay for x in worker2._get_thread_params()] print(res2) self.assertEquals(params2.concurrency, len(res2)) print(sorted(res1 + res2))
def test_setup_errors(self): error_tests = [os.path.join(RESOURCES_DIR, "test_setup_errors.py")] outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 1 params.iterations = 1 params.report = outfile.name params.tests = error_tests params.verbose = True worker = Worker(params) self.assertRaises(BaseException, worker.run_nose, params)
def test_setup_teardown_graceful(self): error_tests = [ os.path.join(RESOURCES_DIR, "setup_teardown_graceful.py") ] outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 1 params.iterations = 1 params.report = outfile.name params.tests = error_tests params.verbose = True worker = Worker(params) worker.run_nose(params) # todo: fix result of "samples = self.apiritif_extractor.parse_recording(recording, sample)" test_result = apiritif.get_from_thread_store('test_result') sample = [ '1. setup1', '2. setup2', '3. main1', '4. main2', '5. teardown1', '6. teardown2' ] self.assertEqual(sample, test_result)
def test_worker(self): outfile = tempfile.NamedTemporaryFile() params = Params() params.concurrency = 2 params.iterations = 10 params.report = outfile.name params.tests = dummy_tests worker = Worker(params) worker.start() worker.join()
def test_setup_errors(self): error_tests = [ os.path.join(os.path.dirname(__file__), "resources", "test_setup_errors.py") ] outfile = tempfile.NamedTemporaryFile() print(outfile.name) params = Params() params.concurrency = 1 params.iterations = 1 params.report = outfile.name params.tests = error_tests params.verbose = True worker = Worker(params) self.assertRaises(RuntimeError, worker.run_nose, params) with open(outfile.name, 'rt') as _file: _file.read()
def test_unicode_ldjson(self): outfile = tempfile.NamedTemporaryFile(suffix=".ldjson") print(outfile.name) params = Params() params.concurrency = 2 params.iterations = 1 params.report = outfile.name params.tests = dummy_tests worker = Worker(params) worker.start() worker.join() with open(outfile.name) as fds: print(fds.read())
def test_unicode_ldjson(self): outfile = tempfile.NamedTemporaryFile(suffix=".ldjson") params = Params() params.concurrency = 2 params.iterations = 1 params.report = outfile.name params.tests = dummy_tests worker = Worker(params) worker.start() worker.join() with open(outfile.name) as fds: result = fds.readlines() self.assertEqual(4, len(result))