def measure_link_vsize(output_file, args):
"""
Execute |args|, and measure the maximum virtual memory usage of the process,
printing it to stdout when finished.
"""
# This needs to be a list in order for the callback to set the
# variable properly with python-2's scoping rules.
t = [None]
def callback(proc):
t[0] = threading.Thread(target=measure_vsize_threadfunc,
args=(proc, output_file))
t[0].start()
exitcode = expandlibs_exec.main(args, proc_callback=callback)
# Wait for the background thread to finish.
t[0].join()
return exitcode
def wrap_linker(args):
"""
Execute |args| and pass resulting |proc| object to a second thread that
will track the status of the started |proc|.
"""
# This needs to be a list in order for the callback to set the
# variable properly with python-2's scoping rules.
t = [None]
def callback(proc):
t[0] = threading.Thread(target=periodically_print_status,
args=(proc,))
t[0].start()
exitcode = expandlibs_exec.main(args, proc_callback=callback)
# Wait for the background thread to finish.
t[0].join()
return exitcode
def wrap_linker(args):
"""
Execute |args| and pass resulting |proc| object to a second thread that
will track the status of the started |proc|.
"""
# This needs to be a list in order for the callback to set the
# variable properly with python-2's scoping rules.
t = [None]
def callback(proc):
t[0] = threading.Thread(target=periodically_print_status,
args=(proc, ))
t[0].start()
exitcode = expandlibs_exec.main(args, proc_callback=callback)
# Wait for the background thread to finish.
t[0].join()
return exitcode
def measure_link_vsize(output_file, args):
"""
Execute |args|, and measure the maximum virtual memory usage of the process,
printing it to stdout when finished.
"""
# This needs to be a list in order for the callback to set the
# variable properly with python-2's scoping rules.
t = [None]
def callback(proc):
t[0] = threading.Thread(target=measure_vsize_threadfunc,
args=(proc, output_file))
t[0].start()
exitcode = expandlibs_exec.main(args, proc_callback=callback)
# Wait for the background thread to finish.
t[0].join()
return exitcode