def test_run_withNoArgumentsForManyTargets(self):
self._patchArgumentParser(targetProducts=MANY_PRODUCTS,
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
StatMain.run()
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(None)])
expected = \
[item for product in MANY_PRODUCTS for item in [call(ALL_PRODUCT_FILES[product]), call().generate()]]
self.assertCalls(self.statMakefileGenerator, expected)
expected = \
[call(makeFile, MAKE_ARGUMENTS, True, True) for makeFile in MANY_MAKE_FILES] * len(MANY_PRODUCT_FILES)
self.assertCalls(self.runTestPackage, expected)
expected = {
makeFile: {
"Status": "PASSED",
"Info": ""
}
for makeFile in MANY_MAKE_FILES
}
expected = {product: expected for product in MANY_PRODUCTS}
self.assertCalls(self.writeJsonFile,
[call(attributes.REPORT_FILENAME, expected)])
def test_add_file(self):
parentTokens = ['PARENT-TOKEN-A', 'PARENT-TOKEN-B']
self.writer.addFile('file-path', parentTokens)
for writer, parent in zip(self.writer.writers, parentTokens):
self.assertCalls(
writer,
[call(self.contents, ()),
call().addFile('file-path', parent)])
def test_create_root_token(self):
self.writerA.return_value.createRootToken.return_value = 'TOKEN-A'
self.writerB.return_value.createRootToken.return_value = 'TOKEN-B'
tokens = self.writer.createRootToken()
self.assertEqual(['TOKEN-A', 'TOKEN-B'], tokens)
for writer in self.writer.writers:
self.assertCalls(
writer,
[call(self.contents,
()), call().createRootToken()])
def test_create_directory_token(self):
parentTokens = ['PARENT-TOKEN-A', 'PARENT-TOKEN-B']
self.writerA.return_value.createDirectoryToken.return_value = 'DIR-TOKEN-A'
self.writerB.return_value.createDirectoryToken.return_value = 'DIR-TOKEN-B'
tokens = self.writer.createDirectoryToken('directory', parentTokens)
self.assertEqual(['DIR-TOKEN-A', 'DIR-TOKEN-B'], tokens)
for writer, parent in zip(self.writer.writers, parentTokens):
self.assertCalls(writer, [
call(self.contents, ()),
call().createDirectoryToken('directory', parent)
])
def test_runTestPackage_compileOnly(self):
results = runTestPackage(SINGLE_MAKE_FILE,
MAKE_ARGUMENTS,
shallRun=False,
shallBeVerbose=True)
expected = [
call(SINGLE_MAKE_FILE, MAKE_ARGUMENTS, True),
call().compile()
]
self.assertCalls(self.testsRunner, expected)
self.assertEqual((SINGLE_MAKE_FILE, 'PASSED', ''), results)
def test_write(self):
writer = self.writer
writer.write()
self.assertCalls(self.ideXmlWriter_write, [call()])
expected = [
call(self.makefileProject, self.tools,
MsvsLegacyWriter._PROJECT_GUID,
"vs_" + self.makefileProject.name + ".vcxproj"),
call().write()
]
self.assertCalls(self.msvsSolutionWriter, expected)
def test_silent(self):
runner = createRunner(isVerbose=False)
runner.compile()
runner.run()
expectedEnv = dict(TEST_ENVIRONMENT_MOCK,
STAT_NAMESPACE=self.makefile.name)
execPath = os.path.join(attributes.OUTPUT_DIRECTORY, TEST_PACKAGE_NAME,
'bin', self.makefile[StatMakefile.EXEC])
expected = [
call(self.expectedCommand, beSilent=True, env=expectedEnv),
call(execPath, beSilent=True)
]
self.assertCalls(self.execute, expected)
def test_run_withCompileOnlyArguments(self):
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults(shallExecute=False)
StatMain.run(['-b'])
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(['-b'])])
expected = [
call(makeFile, MAKE_ARGUMENTS, False, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
def test_run(self):
runner = createRunner()
runner.run()
execPath = os.path.join(attributes.OUTPUT_DIRECTORY, TEST_PACKAGE_NAME,
'bin', self.makefile[StatMakefile.EXEC])
self.assertCalls(self.execute, [call(execPath, beSilent=False)])
def test_run_withSingleLevelOfCleaning(self):
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults(shallExecute=False, cleaningLevel=1)
StatMain.run(['-b', '-c'])
expectedCommandLine = MAKE_ARGUMENTS + [attributes.REBUILD_TARGET]
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(['-b', '-c'])])
expected = [
call(makeFile, expectedCommandLine, False, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
def test_run_uponGearBoost(self):
if sys.version_info >= (3, 0):
self.skipTest(
"Multiprocessing can't work in an interactive environment under Python 3+."
)
expectedCores = 8
receivedCores = []
def spyPool(cores, *args, **kwargs):
receivedCores.append(cores)
return Pool(cores, *args, **kwargs)
self._patchArgumentParser(targetProducts=MANY_PRODUCTS,
userMakefiles=MANY_MAKE_FILES,
processes=expectedCores)
self._mockParserResults(shallBeVerbose=False)
self.patch(CUT, Pool.__name__, new=spyPool)
StatMain.run(['-g'])
self.assertEqual([expectedCores] * len(MANY_PRODUCTS), receivedCores)
expected = {
makeFile: {
"Status": "PASSED",
"Info": TEST_INFO_FORMAT.format(MAKE_ARGUMENTS, True, False)
}
for makeFile in MANY_MAKE_FILES
}
expected = {product: expected for product in MANY_PRODUCTS}
self.assertCalls(self.writeJsonFile,
[call(attributes.REPORT_FILENAME, expected)])
def test_retrieveMsvsOnWindows(self):
self.patchObject(platform, platform.system.__name__, return_value="Windows")
crawler = BuildToolsCrawler()
self.assertEqual(self.msvsTools.return_value, crawler.retrieveMsvs())
self.msvsTools.assert_has_calls([call(self.configuration)])
def test_compile(self):
runner = createRunner()
runner.compile()
expectedEnv = dict(TEST_ENVIRONMENT_MOCK,
STAT_NAMESPACE=self.makefile.name)
self.assertCalls(
self.execute,
[call(self.expectedCommand, beSilent=False, env=expectedEnv)])
def test_write(self):
self.writer.write()
self.assertCalls(self.mkdir,
[call(attributes.IDE_DIRECTORY, exist_ok=True)])
tokens, files = self.__getTreeItems(self.contents.tree, ROOT_TOKEN)
self.assertSameItems(tokens, self.testWriter.tokens)
self.assertSameItems(files, self.testWriter.files)
self.assertEqual(TEST_IDE_OUTPUT + str(tokens), self.testWriter.output)
def test_composeElement(self):
elementMock = Mock(spec=Element)
self.mdomDocument.return_value.createElement.return_value = elementMock
elementAttributes = {
'first': 1111,
'second': 2222,
'another': 'some text',
'boolean': True
}
element = self.writer.composeElement("nameOfElement",
**elementAttributes)
self.assertEqual(elementMock, element)
self.mdomDocument.assert_has_calls(
[call(), call().createElement("nameOfElement")])
expected = [
call.setAttribute(attribute, value)
for attribute, value in elementAttributes.items()
]
self.assertCalls(elementMock, expected, ordered=False)
def test_runTestPackage_withTestException(self):
exception = "Fake exception to test error-handling"
def fakeRunMethod():
raise TestsRunnerException(exception)
self.testsRunner.return_value.run.side_effect = fakeRunMethod
results = runTestPackage(SINGLE_MAKE_FILE,
MAKE_ARGUMENTS,
shallRun=True,
shallBeVerbose=True)
expected = [
call(SINGLE_MAKE_FILE, MAKE_ARGUMENTS, True),
call().compile(),
call().run(),
call().writeLog(exception)
]
self.assertCalls(self.testsRunner, expected)
self.assertEqual((SINGLE_MAKE_FILE, 'FAILED', exception), results)
def test_run_withNonStaleConfigurationAnotherProduct(self):
self.statConfiguration.return_value.isStale.return_value = False
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
arguments = ['-p', DEFAULT_PRODUCT]
StatMain.run(arguments)
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(arguments)])
self.assertCalls(
self.statMakefileGenerator,
[call(ALL_PRODUCT_FILES[TARGET_PRODUCT]),
call().generate()])
expected = [
call(makeFile, MAKE_ARGUMENTS, True, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
def test_run_withRedundantArguments(self):
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults(shallExecute=False)
self.redundantArguments.return_value = ['-run', '--redundant']
try:
StatMain.run(['-b'])
except StatWarning:
pass
else:
self.fail("The framework shall fire a STAT Warning.")
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(['-b'])])
expected = [
call(makeFile, MAKE_ARGUMENTS, False, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
def test_runTestPackage_withAbnormalTestException(self):
exception = "This is abnormal exception emulation"
def fakeRunMethod():
raise Exception(exception)
self.testsRunner.return_value.run.side_effect = fakeRunMethod
results = runTestPackage(SINGLE_MAKE_FILE,
MAKE_ARGUMENTS,
shallRun=True,
shallBeVerbose=True)
expected = [
call(SINGLE_MAKE_FILE, MAKE_ARGUMENTS, True),
call().compile(),
call().run(),
call().writeLog(exception)
]
self.assertCalls(self.testsRunner, expected)
self.assertEqual((SINGLE_MAKE_FILE, 'CRASHED', exception), results)
def test_write(self):
FILENAME_MOCK = 'example_filename.ext'
self.writer._filename = FILENAME_MOCK
self.osOpen = self.patchOpen()
self.writer.write()
expected = [
call(self.__getTargetPath(FILENAME_MOCK), 'w'),
call().flush(),
call().close()
]
self.assertCalls(self.osOpen, expected)
expected = [
call(),
call(self.osOpen.return_value,
indent="",
addindent="\t",
newl="\n",
encoding="utf-8")
]
self.assertCalls(self.mdomDocument, expected)
def test_composeElement_withContextValue(self):
elementMock = Mock(spec=Element)
self.mdomDocument.return_value.createElement.return_value = elementMock
self.mdomDocument.return_value.createTextNode.side_effect = lambda x: "value is {0}".format(
x)
elementAttributes = {
'first-attribute': 101010,
'second-one': 'some text'
}
element = self.writer.composeElement("nameOfElement",
context=17,
**elementAttributes)
self.assertEqual(elementMock, element)
self.mdomDocument.assert_has_calls(
[call(), call().createElement("nameOfElement")])
expected = [call.appendChild("value is {0}".format(17))]
expected.extend([
call.setAttribute(attribute, elementAttributes[attribute])
for attribute in elementAttributes
])
self.assertCalls(elementMock, expected, ordered=False)
def test_run_withAllTargets(self):
self._patchArgumentParser(targetProducts=MANY_PRODUCTS,
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
self.statConfiguration.return_value.isStale.return_value = False
StatMain.run(['-a'])
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(['-a'])])
expected = [
item for product in MANY_PRODUCTS
for item in [call(ALL_PRODUCT_FILES[product]),
call().generate()]
]
self.assertCalls(self.statMakefileGenerator, expected)
expected = \
[call(makeFile, MAKE_ARGUMENTS, True, True) for makeFile in MANY_MAKE_FILES] * len(MANY_PRODUCT_FILES)
self.assertCalls(self.runTestPackage, expected)
def test_composeElement_withContextOfElements(self):
elements = [Mock(spec=Element) for _dummy in range(4)]
self.mdomDocument.return_value.createElement.side_effect = elements
self.mdomDocument.return_value.createTextNode.side_effect = lambda x: "value is {0}".format(
x)
elementAttributes = {
'the-attribute': 'the attribute value',
'another-one': 'the text of the another one'
}
contextElements = {
'elementA': 'the A text',
'elementB': 57,
'elementC': 'the C text'
}
element = self.writer.composeElement("nameOfElement",
context=contextElements,
**elementAttributes)
self.assertEqual(elements[0], element)
expected = [call(), call().createElement("nameOfElement")]
expected.extend(
[call().createElement(name) for name in contextElements])
self.mdomDocument.assert_has_calls(expected, any_order=True)
expected = [
call.setAttribute(attribute, elementAttributes[attribute])
for attribute in elementAttributes
]
expected.extend([call.appendChild(child) for child in elements[1:]])
self.assertCalls(element, expected, ordered=False)
for element, contents in zip(elements[1:], contextElements):
expected = [
call.appendChild("value is {0}".format(
contextElements[contents]))
]
self.assertCalls(element, expected, ordered=False)
def test_run_withNonStaleConfigurationSameProduct(self):
self.statConfiguration.return_value.isStale.return_value = False
self._patchArgumentParser(targetProducts=[DEFAULT_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
StatMain.run()
self.assertCalls(self.statMakefileGenerator, [])
expected = [
call(makeFile, MAKE_ARGUMENTS, True, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
def test_writeLog(self):
executeResults = [(0, ['compile-1', 'compile-2']),
(0, ['run-1', 'run-2', 'run-3'])]
expectedPrintOut = [
line for results in executeResults for line in results[1]
]
exceptionExtraInfo = "ERROR: Some extra information"
self.execute.side_effect = executeResults
runner = createRunner()
runner.compile()
runner.run()
openMock = self.patchOpen()
runner.writeLog(exceptionExtraInfo)
expected = [
call('/'.join([attributes.LOGS_DIRECTORY, TEST_LOGFILE_NAME]),
'a'),
call().__enter__(),
call().writelines(expectedPrintOut),
call().write(exceptionExtraInfo),
call().__exit__(None, None, None)
]
self.assertCalls(openMock, expected)
def test_run_withNoArgumentsForSingleTarget(self):
self._patchArgumentParser(targetProducts=[DEFAULT_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
StatMain.run()
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(None)])
self.assertCalls(self.remove, [call(attributes.LOGS_DIRECTORY)])
self.assertCalls(
self.mkdir,
[call('logs'), call('output', exist_ok=True)])
self.assertCalls(self.open, [])
expected = [
call(ALL_PRODUCT_FILES[DEFAULT_PRODUCT]),
call().generate()
]
self.assertCalls(self.statMakefileGenerator, expected)
expected = [
call(makeFile, MAKE_ARGUMENTS, True, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
expected = {
makeFile: {
"Status": "PASSED",
"Info": ""
}
for makeFile in MANY_MAKE_FILES
}
self.assertCalls(
self.writeJsonFile,
[call(attributes.REPORT_FILENAME, {DEFAULT_PRODUCT: expected})])
def test_runTestPackage_withExceptionUponInitialization(self):
exception = Exception(
"This is an emulation of exception upon makefile processing")
def initFakeRunner(*args, **kwargs):
raise exception
self.testsRunner.side_effect = initFakeRunner
results = runTestPackage(SINGLE_MAKE_FILE,
MAKE_ARGUMENTS,
shallRun=True,
shallBeVerbose=True)
expected = [call(SINGLE_MAKE_FILE, MAKE_ARGUMENTS, True)]
self.assertCalls(self.testsRunner, expected)
self.assertEqual(
(SINGLE_MAKE_FILE, 'CRASHED',
MAKEFILE_CORRUPTION.format(filename=SINGLE_MAKE_FILE,
exception=str(exception))), results)
def test_run_withException(self):
self.runTestPackage.side_effect = FAKE_FAILED_RUNS
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=MANY_MAKE_FILES)
self._mockParserResults()
printMock = self.patchBuiltinObject('print')
try:
StatMain.run()
except StatException:
pass
else:
self.fail("The framework shall fire a STAT Exception.")
expected = [
call(makeFile, MAKE_ARGUMENTS, True, True)
for makeFile in MANY_MAKE_FILES
]
self.assertCalls(self.runTestPackage, expected)
self.assertCalls(self.remove, [call(attributes.LOGS_DIRECTORY)])
self.assertCalls(self.mkdir, [
call(attributes.LOGS_DIRECTORY),
call(attributes.OUTPUT_DIRECTORY, exist_ok=True)
])
expected = {
makeFile: {
"Status": "FAILED",
"Info": FAKE_EXCEPTION_MESSAGE
}
for makeFile in MANY_MAKE_FILES
}
self.assertCalls(
self.writeJsonFile,
[call(attributes.REPORT_FILENAME, {TARGET_PRODUCT: expected})])
count = len(MANY_MAKE_FILES)
expected = [
call(STAT_OUTPUT_DELIMITER),
call(STAT_SUMMARY.format(total=count, passed=0, failed=count))
]
self.assertCalls(printMock, expected)
def test___init__basics(self):
config = StatConfiguration()
self.assertEqual(attributes.VERSION, config['TOOL_VERSION'])
self.assertCalls(self.statMakefile, [call(attributes.CONFIG_FILENAME)])
self.assertEqual("Hello universe!", config['TEST_VARIABLE'])
self.assertEqual(2008, config.getInt('MSVS_VERSION', 0))
self.assertCalls(self.isFile, [
call(
os.path.join(attributes.PRODUCT_DIRECTORY,
attributes.IGNORE_FILENAME)),
call(attributes.CONFIG_FILENAME),
call(attributes.AUTO_GENERATED_MAKEFILE)
])
self.assertCalls(self.statMakefile, [call(attributes.CONFIG_FILENAME)])
self.assertCalls(self.readTextFileAtOnce,
[call(attributes.AUTO_GENERATED_MAKEFILE)])
def test_run_uponVisualStudioRequest(self):
self._patchArgumentParser(targetProducts=[TARGET_PRODUCT],
userMakefiles=[SINGLE_MAKE_FILE])
self._mockParserResults(MsvsWriter.IDE)
StatMain.run(['-vs'])
self.statArgumentParser.assert_has_calls(
[call(MANY_PRODUCTS, DEFAULT_PRODUCT),
call().parse(['-vs'])])
self.assertCalls(
self.statMakefileGenerator,
[call(ALL_PRODUCT_FILES[TARGET_PRODUCT]),
call().generate()])
self.assertCalls(self.runTestPackage, [])
self.assertCalls(
self.ideWorkspaceWriter,
[call(MsvsWriter.IDE, SINGLE_MAKE_FILE),
call().write()])
