def run_local_mode(self):
"""
Runs this module in local mode.
At this point arguments from cmd where parsed and converted.
We create command arguments and prepare threads.
If we need to run multiple jobs (for example cpu specification required
to run this command using 1 AND 2 CPU) we call method run_local_mode_one
repeatedly otherwise only once
:rtype: PyPy
"""
total = len(self.proc)
result = ResultHolder()
if total == 1:
pypy = self.run_local_mode_one(self.proc[0])
result.add(pypy)
else:
# optionally we use counter
progress = ProgressCounter('Running {:02d} of {total:02d}')
for p in self.proc:
progress.next(locals())
Printer.all.sep()
with Printer.all.with_level():
pypy = self.run_local_mode_one(p)
result.add(pypy)
Printer.all.sep()
return result.singlify()
def run_local_mode(self):
"""
Runs this module in local mode.
At this point arguments from cmd where parsed and converted.
We create command arguments and prepare threads.
If we need to run multiple jobs (for example cpu specification required
to run this command using 1 AND 2 CPU) we call method run_local_mode_one
repeatedly otherwise only once
:rtype: PyPy
"""
total = len(self.proc)
result = ResultHolder()
if total == 1:
pypy = self.run_local_mode_one(self.proc[0])
result.add(pypy)
else:
# optionally we use counter
progress = ProgressCounter('Running {:02d} of {total:02d}')
for p in self.proc:
progress.next(locals())
Printer.all.sep()
with Printer.all.with_level():
pypy = self.run_local_mode_one(p)
result.add(pypy)
Printer.all.sep()
return result.singlify()
def __init__(self, n=4, name='runner', progress=True, case_format=False):
super(ParallelThreads, self).__init__(name, progress)
self.n = n if type(n) is int else 1
if case_format:
self.counter = ProgressCounter(
'[{:02d} of {self.total:02d}] {self.current_thread.pypy}')
else:
self.counter = ProgressCounter(printer=None)
self.stop_on_error = True
self.i = 0
def run(self):
Printer.all.sep()
Printer.all.out("Collecting artifacts...")
Printer.all.sep()
counter = ProgressCounter('Artifact step {:02d} / {total:02d}: {step}')
total = len(self.steps)
with Printer.all.with_level(1):
for step in self.steps:
counter.next(locals())
with Printer.all.with_level(1):
step.run()
Printer.all.sep()
def run(self):
Printer.all.sep()
Printer.all.out("Collecting artifacts...")
Printer.all.sep()
counter = ProgressCounter("Artifact step {:02d} / {total:02d}: {step}")
total = len(self.steps)
with Printer.all.with_level(1):
for step in self.steps:
counter.next(locals())
with Printer.all.with_level(1):
step.run()
Printer.all.sep()
def _run(self):
if self.progress:
if self.thread_name_property:
self.counter = ProgressCounter(
'{self.name}: {:02d} of {self.total:02d} | {self.current_thread.name}'
)
else:
self.counter = ProgressCounter(
'{self.name}: {:02d} of {self.total:02d}')
with printf:
while True:
if not self.run_next():
break
self.current_thread.join()
if self.stop_on_error and self.current_thread.returncode > 0:
self.stopped = True
break
def run_local_mode(debug=False):
global arg_options, arg_others, arg_rest
proc, time_limit, memory_limit = get_args()
total = len(proc)
if total == 1:
pypy = run_local_mode_one(proc[0], time_limit, memory_limit)
GlobalResult.returncode = pypy.returncode
else:
# optionally we use counter
progress = ProgressCounter('Running {:02d} of {total:02d}')
for p in proc:
Printer.separator()
progress.next(locals())
Printer.separator()
Printer.open()
pypy = run_local_mode_one(p, time_limit, memory_limit)
Printer.close()
GlobalResult.returncode = max(GlobalResult.returncode, pypy.returncode)
return GlobalResult.returncode if not debug else pypy
