def runModule(self, runScript, fileName, run_internal, run_with_args,
args):
pythonPath = self.pythonPath()
if pythonPath is None:
return
env = QtCore.QProcessEnvironment().systemEnvironment()
self.runProcess.setProcessEnvironment(env)
if run_internal:
self.currentProcess = fileName
if run_with_args:
self.printout(
"\n*** Running: {0} <arguments={1}>\n".format(
self.currentProcess, args), 4)
self.runProcess.start(pythonPath, [runScript, args],
self.openMode)
else:
self.printout(
"\n*** Running: {0}\n".format(self.currentProcess), 4)
self.runProcess.start(pythonPath, [runScript], self.openMode)
self.runProcess.waitForStarted()
else:
if run_with_args:
self.runProcess.startDetached(pythonPath,
["-i", runScript, args])
else:
self.runProcess.startDetached(pythonPath, ["-i", runScript])
def runQProcess(self, context, callback):
process = QtCore.QProcess(self)
if context.workingDirectory is not None:
process.setWorkingDirectory(context.workingDirectory)
self.processTableModel.appendProcess(process,
description=context.description())
environment = QtCore.QProcessEnvironment()
for key, value in context.environment.iteritems():
environment.insert(key, value)
process.setProcessEnvironment(environment)
def onQProcessFinished(process, context, callback):
def runCallback(exitCode):
self.processTableModel.removeProcess(process)
context.errorValue = str(
process.readAllStandardError()).decode("utf-8")
context.outputValue = str(
process.readAllStandardOutput()).decode("utf-8")
context.outputType = exitCode
callback(context)
return runCallback
process.finished[int].connect(
onQProcessFinished(process, context, callback))
if context.inputType is not None:
process.start(context.shellCommand, QtCore.QIODevice.ReadWrite)
if not process.waitForStarted():
raise Exception("No puedo correr")
process.write(unicode(context.inputValue).encode("utf-8"))
process.closeWriteChannel()
else:
process.start(context.shellCommand, QtCore.QIODevice.ReadOnly)
def runProfiler(self, runScript, fileName, run_internal, run_with_args,
args):
pythonPath = self.pythonPath()
if pythonPath is None:
return
env = QtCore.QProcessEnvironment().systemEnvironment()
self.runProcess.setProcessEnvironment(env)
p_args = [
'-m', 'cProfile', '-o',
os.path.abspath(os.path.join("temp", "profile"))
]
if os.name == 'nt':
# On Windows, one has to replace backslashes by slashes to avoid
# confusion with escape characters (otherwise, for example, '\t'
# will be interpreted as a tabulation):
p_args.append(os.path.normpath(runScript).replace(os.sep, '/'))
else:
p_args.append(runScript)
self.profileMode = True
if run_internal:
self.currentProcess = fileName
if run_with_args:
self.printout(
">>> Profiling: {0} <arguments={1}>\n".format(
self.currentProcess, args), 4)
else:
self.printout(
">>> Profiling: {0} <arguments=None>\n".format(
self.currentProcess), 4)
self.runProcess.start(pythonPath, p_args)
self.runProcess.waitForStarted()
else:
p_args.insert(0, "-i")
self.runProcess.startDetached(pythonPath, p_args)
def runTrace(self, runScript, fileName, run_internal, run_with_args, args,
option):
pythonPath = self.pythonPath()
if pythonPath is None:
return
env = QtCore.QProcessEnvironment().systemEnvironment()
self.runProcess.setProcessEnvironment(env)
if run_internal:
self.currentProcess = fileName
if run_with_args:
self.printout(
">>> Trace Execution: {0} <arguments={1}>\n".format(
self.currentProcess, args), 4)
else:
self.printout(
">>> Trace Execution: {0} <arguments=None>\n".format(
self.currentProcess), 4)
if option == 0:
# calling relationships
if run_with_args:
self.runProcess.start(
pythonPath,
['-m', "trace", '--trackcalls', runScript, args],
self.openMode)
else:
self.runProcess.start(
pythonPath, ['-m', "trace", '--trackcalls', runScript],
self.openMode)
elif option == 1:
# functions called
if run_with_args:
self.runProcess.start(
pythonPath,
['-m', "trace", '--listfuncs', runScript, args],
self.openMode)
else:
self.runProcess.start(
pythonPath, ['-m', "trace", '--listfuncs', runScript],
self.openMode)
elif option == 2:
# creates a file with same code but showing how many times
# each line of code args
countfile = os.path.abspath(os.path.join("temp", "count.txt"))
file = open(countfile, 'w')
file.close()
if run_with_args:
self.runProcess.start(pythonPath, [
'-m', "trace", '--count',
'--file={0}'.format(countfile), runScript, args
], self.openMode)
else:
self.runProcess.start(pythonPath, [
'-m', "trace", '--count',
'--file={0}'.format(countfile), runScript
], self.openMode)
elif option == 3:
# show in real time what lines of code are currently being
# executed
if run_with_args:
self.runProcess.start(pythonPath, [
'-m', "trace", '--timing', '--trace', runScript, args
], self.openMode)
else:
self.runProcess.start(
pythonPath,
['-m', "trace", '--timing', '--trace', runScript],
self.openMode)
else:
if option == 0:
# calling relationships
if run_with_args:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--trackcalls', runScript, args],
self.openMode)
else:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--trackcalls', runScript])
elif option == 1:
# functions called
if run_with_args:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--listfuncs', runScript, args])
else:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--listfuncs', runScript])
elif option == 2:
# creates a file with same code but showing how many times each
# line of code runs
if run_with_args:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--count', runScript, args])
else:
self.runProcess.startDetached(
pythonPath,
['-i', '-m', "trace", '--count', runScript])
elif option == 3:
# show in real time what lines of code are currently being
# executed
if run_with_args:
self.runProcess.startDetached(pythonPath, [
'-i', '-m', "trace", '--timing', '--trace', runScript,
args
])
else:
self.runProcess.startDetached(pythonPath, [
'-i', '-m', "trace", '--timing', '--trace', runScript
])