def test_setNameExceptions(self):
"""
Test for twistedchecker.core.runner.Runner.setNameExceptions.
"""
pathTestFiles = createTestFilesForFindingExceptions(self.mktemp())
self.clearOutputStream()
runner = Runner()
runner.setOutput(self.outputStream)
# Set the reporter to C{twistedchecker.reporters.test.TestReporter}.
runner.setReporter(TestReporter())
# Limit messages.
runner.linter.disable_noerror_messages()
runner.linter.enable("C0103")
workingDir = os.getcwd()
os.chdir(os.path.dirname(pathTestFiles))
moduleName = os.path.basename(pathTestFiles)
exitResult = self.assertRaises(SystemExit, runner.run, [moduleName])
os.chdir(workingDir)
predictResult = "11:C0103\n14:C0103\n15:C0103\n"
outputResult = self.outputStream.getvalue()
self.assertEqual(outputResult, predictResult)
self.assertEqual(16, exitResult.code)
def test_setNameExceptions(self):
"""
Test for twistedchecker.core.runner.Runner.setNameExceptions.
"""
pathTestFiles = createTestFilesForFindingExceptions(self.mktemp())
self.clearOutputStream()
runner = Runner()
runner.setOutput(self.outputStream)
# Set the reporter to C{twistedchecker.reporters.test.TestReporter}.
runner.setReporter(TestReporter())
# Limit messages.
runner.linter.disable_noerror_messages()
# Enable invalid function names.
runner.linter.enable("C0103")
# Enable invalid method names.
runner.linter.enable("C9302")
workingDir = os.getcwd()
os.chdir(os.path.dirname(pathTestFiles))
moduleName = os.path.basename(pathTestFiles)
exitResult = self.assertRaises(SystemExit, runner.run, [moduleName])
os.chdir(workingDir)
predictResult = "7:C9302\n11:C0103\n14:C0103\n15:C9302\n"
outputResult = self.outputStream.getvalue()
self.assertEqual(outputResult, predictResult)
self.assertEqual(16, exitResult.code)
def _runTest(testCase, testFilePath):
"""
Run a functional test.
@param testCase: The test case on which to call assertions.
@type testCase: L{unittest.TestCase}
@param testFilePath: The path to the module to test.
@type testFilePath: L{str}
"""
pathResultFile = testFilePath.replace(".py", ".result")
moduleName = filenameToModuleName(testFilePath)
outputStream = NativeStringIO()
runner = Runner()
runner.allowOptions = False
runner.setOutput(outputStream)
runner.setReporter(TestReporter())
limits = _parseLimitMessages(testFilePath)
if limits is not None:
action, messages = limits
_setLinterLimits(runner.linter, action, messages)
exitCode = None
try:
runner.run([moduleName])
except SystemExit as error:
exitCode = error.code
# Check the results
with open(pathResultFile) as f:
expectedResult = sorted(f.read().strip().splitlines())
outputResult = sorted(outputStream.getvalue().strip().splitlines())
try:
testCase.assertEqual(expectedResult, outputResult)
except unittest.FailTest:
testCase.fail(_formatResults(moduleName, expectedResult, outputResult))
if not expectedResult:
testCase.assertEqual(0, exitCode)
else:
testCase.assertNotEqual(0, exitCode)
def _runTest(testCase, testFilePath):
"""
Run a functional test.
@param testCase: The test case on which to call assertions.
@type testCase: L{unittest.TestCase}
@param testFilePath: The path to the module to test.
@type testFilePath: L{str}
"""
pathResultFile = testFilePath.replace(".py", ".result")
moduleName = filenameToModuleName(testFilePath)
outputStream = io.BytesIO()
runner = Runner()
runner.allowOptions = False
runner.setOutput(outputStream)
runner.setReporter(TestReporter())
limits = _parseLimitMessages(testFilePath)
if limits is not None:
action, messages = limits
_setLinterLimits(runner.linter, action, messages)
_enablePEP8Checker(runner.linter)
exitCode = None
try:
runner.run([moduleName])
except SystemExit as error:
exitCode = error.code
# Check the results
expectedResult = open(pathResultFile).read().strip()
outputResult = outputStream.getvalue().strip()
try:
testCase.assertEqual(expectedResult, outputResult)
except unittest.FailTest:
testCase.fail(_formatResults(moduleName, expectedResult, outputResult))
if not expectedResult:
testCase.assertEqual(0, exitCode)
else:
testCase.assertNotEqual(0, exitCode)
