def __run_powershell(self,
replCmd,
workingDir=".",
variables={},
printer=Printer()):
if self.inputfile:
printer.error("inputfile not allowed when shell = ", self.shell)
return false
inputData = str.encode(replCmd)
subProcessRes = subprocess.run(
["powershell", "-NonInteractive", "-NoLogo"],
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
input=inputData,
cwd=workingDir,
shell=False)
if self.outputfile:
outputfileFullPath = str(
pathlib.PurePath(workingDir).joinpath(
replaceVariables(self.outputfile, variables)))
ensure_dir(outputfileFullPath)
with open(outputfileFullPath, "wb") as fh:
fh.write(subProcessRes.stdout)
res = True
if (self.exitcode != None):
res = subProcessRes.returncode == self.exitcode
if not res:
printer.error("different exitcode received:",
subProcessRes.returncode, "!=", self.exitcode,
"for command '" + str(replCmd) + "'")
return res
def main():
SignalHandler.init()
args = parseArguments()
scriptFiles = getScriptFiles(args.start, args.scriptName)
testSuits = createTestSuits(scriptFiles, args.start)
markTestSkipedByPattern(testSuits, args.pattern)
genTestExecuter = [TestExecuter(ts, tc, args.upgradeScriptFile) for ts in testSuits for tc in ts.test_cases if not tc.is_skipped()]
if (args.jobs == None):
runner = Serial(genTestExecuter, failfast=args.failfast)
else:
runner = Parallel(genTestExecuter, failfast=args.failfast, max_workers = args.jobs)
startTime = time.time()
processStartTime = time.process_time()
res = runner.run(".", printer = Printer(args.verbose != None))
processTime = time.process_time() - processStartTime
executionTime = time.time() - startTime
if (args.failfast and res == False) or SignalHandler.failFast():
for ts in testSuits:
for tc in ts.test_cases:
if tc.elapsed_sec == None:
if (SignalHandler.failFast()):
tc.add_skipped_info("skipped due to " + SignalHandler.signalName())
else:
tc.add_skipped_info("skipped due to --failfast argument")
report = getReport(testSuits, processTime, executionTime)
Printer(args.verbose != None).print(report["text"])
if (args.reportfile):
ensure_dir(args.reportfile)
with open(args.reportfile, "w") as fw:
fw.write(TestSuite.to_xml_string(testSuits))
exit(report["error"] > 0)
def run(self, workingDir=".", variables={}, printer=Printer()):
printer.verbose("Run:", self.cmd)
replCmd = replaceVariables(self.cmd, variables)
printer.verbose("cwd:", os.getcwd())
printer.verbose("call:", replCmd)
cmdNArgs = shlex.split(replCmd)
if self.shell == "powershell":
return self.__run_powershell(replCmd, workingDir, variables,
printer)
if self.shell == "cmd":
return self.__run_cmd(replCmd, workingDir, variables, printer)
if self.shell == "sh":
return self.__run_sh(replCmd, workingDir, variables, printer)
elif self.shell != None:
printer.error("unknown shell ", self.shell)
return false
inputfileData = None
if self.inputfile:
with open(
pathlib.PurePath(workingDir).joinpath(
replaceVariables(self.inputfile, variables)),
"rb") as fh:
inputfileData = fh.read()
shell = (sys.platform == "win32")
subProcessRes = subprocess.run(cmdNArgs,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
input=inputfileData,
cwd=workingDir,
shell=shell)
if self.outputfile:
outputfileFullPath = str(
pathlib.PurePath(workingDir).joinpath(
replaceVariables(self.outputfile, variables)))
ensure_dir(outputfileFullPath)
with open(outputfileFullPath, "wb") as fh:
fh.write(subProcessRes.stdout)
res = True
if (self.exitcode != None):
res = subProcessRes.returncode == self.exitcode
if not res:
printer.error("different exitcode received:",
subProcessRes.returncode, "!=", self.exitcode,
"for command '" + str(replCmd) + "'")
return res
def run(self, workingDir="", variables={}, printer=Printer()):
printer.verbose("Makedirs:", self.dir)
_dir = replaceVariables(self.dir, variables, printer)
_dir = str(pathlib.PurePath(workingDir).joinpath(_dir)) + "/"
ensure_dir(_dir)
return True