def error_check(self, options):
StatMergerArgs.error_check(self, options)
if options["high"] != -1:
options["high"] += 1
high_rank = options["high"] # use this for all tasks we can't find the rank of
new_loglevel = init_logging(options["loglevel"], options["logfile"]) # Initialize the logging module
options["loglevel"] = new_loglevel
def error_check(self, options):
StatMergerArgs.error_check(self, options)
if options["high"] != -1:
options["high"] += 1
high_rank = options["high"] # use this for all tasks we can't find the rank of
new_loglevel = init_logging(options["loglevel"], options["logfile"]) #Initialize the logging module
options["loglevel"] = new_loglevel
def error_check(self, options):
if options["exe"] == "NULL":
sys.stderr.write('\nYou must specify an executable with the -x or --exe= options\n')
self.print_usage()
if not os.path.exists(options["exe"]):
sys.stderr.write('\nFailed to find executable "%s".\n' % options["exe"])
self.print_usage()
StatMergerArgs.error_check(self, options)
def error_check(self, options):
if options["exe"] == "NULL":
sys.stderr.write('\nYou must specify an executable with the -x or --exe= options\n')
self.print_usage()
if not os.path.exists(options["exe"]):
sys.stderr.write('\nFailed to find executable "%s".\n' % options["exe"])
self.print_usage()
StatMergerArgs.error_check(self, options)
def __init__(self):
StatMergerArgs.__init__(self)
self.arg_map["output"] = StatMergerArgs.StatMergerArgElement(
"o", True, str, "coredump.dot", "the output filename"
)
self.arg_map["pattern"] = StatMergerArgs.StatMergerArgElement(
"p", True, str, "^core.[0-9]+$", "the core file regex pattern"
)
self.arg_map["directory"] = StatMergerArgs.StatMergerArgElement(
"d", True, str, os.getcwd(), "the output directory"
)
self.arg_map["coredir"] = StatMergerArgs.StatMergerArgElement(
"D", True, str, os.getcwd(), "the core file directory"
)
self.arg_map["exedir"] = StatMergerArgs.StatMergerArgElement(
"e", True, str, os.getcwd(), "the exe file directory"
)
self.arg_map["sourcepath"] = StatMergerArgs.StatMergerArgElement(
"s", True, str, os.getcwd(), "the source file directory"
)
self.arg_map["objectpath"] = StatMergerArgs.StatMergerArgElement(
"O", True, str, os.getcwd(), "the object file directory"
)
self.arg_map["loglevel"] = StatMergerArgs.StatMergerArgElement(
"L", True, str, "error", "the verbosity level (critical|error|warning|info|verbose|debug|insane)"
)
self.arg_map["logfile"] = StatMergerArgs.StatMergerArgElement(
"F", True, str, "stdout", "the log file name (defaults to stdout)"
)
self.arg_map["withline"] = StatMergerArgs.StatMergerArgElement(
"i", False, int, 0, "whether to gather source line number"
)
self.arg_map["force"] = StatMergerArgs.StatMergerArgElement(
"r", False, int, 0, "whether to force parsing on warnings and errors"
)
self.arg_map["threads"] = StatMergerArgs.StatMergerArgElement("T", False, int, 1, "max number of threads")
self.arg_map["jobid"] = self.StatMergerArgElement(
"j", False, None, None, "[LW] delineate traces based on Job ID in the core file"
)
self.arg_map["exe"] = StatMergerArgs.StatMergerArgElement("x", True, str, "NULL", "[LW] the executable path")
self.arg_map["addr2line"] = StatMergerArgs.StatMergerArgElement(
"a", True, str, "NULL", "[LW] the path to addr2line"
)
self.usage_msg_synopsis = '\nThis tool will merge the stack traces from the user-specified core files and output 2 .dot files, one with just function names, the other with function names + line number information\n\nNOTE: for lightweight core files, the -x option is required and the -x option is ignored for full core files. Options marked with "[LW]" are for lightweight core files\n'
self.usage_msg_command = (
"\nUSAGE:\n\t(LW only) python %s [options] -x <exe_path> -c <corefile>*\n\t(LW only) python %s [options] -x <exe_path> -c <core_files_dir>\n\tpython %s [options] -c <corefile>*\n"
% (sys.argv[0], sys.argv[0], sys.argv[0])
)
self.usage_msg_examples = (
"\nEXAMPLES:\n\t(LW only) python %s -x a.out -c core.0 core.1\n\t(LW only) python %s -x a.out -c core.*\n\t(LW only) python %s -x a.out -c ./\n\t(LW only) python %s -x a.out -c core_dir\n\tpython %s -c *.core\n"
% (sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0])
)
def __init__(self):
StatMergerArgs.__init__(self)
# add the -j --jobid option to prefix traces with job ID
self.arg_map["jobid"] = self.StatMergerArgElement("j", False, None, None, "delineate traces based on Job ID in the core file")
# add an agrument type to take the application executable path
self.arg_map["exe"] = StatMergerArgs.StatMergerArgElement("x", True, str, "NULL", "the executable path")
# add an agrument type to take the application executable path
self.arg_map["addr2line"] = StatMergerArgs.StatMergerArgElement("a", True, str, "NULL", "the path to addr2line")
# override the usage messages:
self.usage_msg_synopsis = '\nThis tool will merge the stack traces from the user specified lightweight core files and output 2 .dot files, one with just function names, the other with function names + line number information\n'
self.usage_msg_command = '\nUSAGE:\n\tpython %s [options] -x <exe_path> -c <corefile>*\n\tpython tracer_merge.py [options] -x <exe_path> -c <core_files_dir>\n' % (sys.argv[0])
self.usage_msg_examples = '\nEXAMPLES:\n\tpython %s -x a.out -c core.0 core.1\n\tpython %s -x a.out -c core.*\n\tpython %s -x a.out -c ./\n\tpython %s -x a.out -c core_dir\n' % (sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0])
def __init__(self):
StatMergerArgs.__init__(self)
# add the -j --jobid option to prefix traces with job ID
self.arg_map["jobid"] = self.StatMergerArgElement("j", False, None, None, "delineate traces based on Job ID in the core file")
# add an agrument type to take the application executable path
self.arg_map["exe"] = StatMergerArgs.StatMergerArgElement("x", True, str, "NULL", "the executable path")
# add an agrument type to take the application executable path
self.arg_map["addr2line"] = StatMergerArgs.StatMergerArgElement("a", True, str, "NULL", "the path to addr2line")
# override the usage messages:
self.usage_msg_synopsis = '\nThis tool will merge the stack traces from the user-specified lightweight core files and output 2 .dot files, one with just function names, the other with function names + line number information\n'
self.usage_msg_command = '\nUSAGE:\n\tpython %s [options] -x <exe_path> -c <corefile>*\n\tpython tracer_merge.py [options] -x <exe_path> -c <core_files_dir>\n' % (sys.argv[0])
self.usage_msg_examples = '\nEXAMPLES:\n\tpython %s -x a.out -c core.0 core.1\n\tpython %s -x a.out -c core.*\n\tpython %s -x a.out -c ./\n\tpython %s -x a.out -c core_dir\n' % (sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0])
def __init__(self):
StatMergerArgs.__init__(self)
self.arg_map["output"] = StatMergerArgs.StatMergerArgElement(
"o", True, str, "coredump.dot", "the output filename")
self.arg_map["pattern"] = StatMergerArgs.StatMergerArgElement(
"p", True, str, "^core.[0-9]+$", "the core file regex pattern")
self.arg_map["directory"] = StatMergerArgs.StatMergerArgElement(
"d", True, str, os.getcwd(), "the output directory")
self.arg_map["coredir"] = StatMergerArgs.StatMergerArgElement(
"D", True, str, os.getcwd(), "the core file directory")
self.arg_map["exedir"] = StatMergerArgs.StatMergerArgElement(
"e", True, str, os.getcwd(), "the exe file directory")
self.arg_map["sourcepath"] = StatMergerArgs.StatMergerArgElement(
"s", True, str, os.getcwd(), "the source file directory")
self.arg_map["objectpath"] = StatMergerArgs.StatMergerArgElement(
"O", True, str, os.getcwd(), "the object file directory")
self.arg_map["loglevel"] = StatMergerArgs.StatMergerArgElement(
"L", True, str, "error",
"the verbosity level (critical|error|warning|info|verbose|debug|insane)"
)
self.arg_map["logfile"] = StatMergerArgs.StatMergerArgElement(
"F", True, str, "stdout", "the log file name (defaults to stdout)")
self.arg_map["withline"] = StatMergerArgs.StatMergerArgElement(
"i", False, int, 0, "whether to gather source line number")
self.arg_map["force"] = StatMergerArgs.StatMergerArgElement(
"r", False, int, 0,
"whether to force parsing on warnings and errors")
self.arg_map["threads"] = StatMergerArgs.StatMergerArgElement(
"T", False, int, 1, "max number of threads")
self.arg_map["jobid"] = self.StatMergerArgElement(
"j", False, None, None,
"[LW] delineate traces based on Job ID in the core file")
self.arg_map["exe"] = StatMergerArgs.StatMergerArgElement(
"x", True, str, "NULL", "[LW] the executable path")
self.arg_map["addr2line"] = StatMergerArgs.StatMergerArgElement(
"a", True, str, "NULL", "[LW] the path to addr2line")
self.usage_msg_synopsis = '\nThis tool will merge the stack traces from the user-specified core files and output 2 .dot files, one with just function names, the other with function names + line number information\n\nNOTE: for lightweight core files, the -x option is required and the -x option is ignored for full core files. Options marked with "[LW]" are for lightweight core files\n'
self.usage_msg_command = '\nUSAGE:\n\t(LW only) python %s [options] -x <exe_path> -c <corefile>*\n\t(LW only) python %s [options] -x <exe_path> -c <core_files_dir>\n\tpython %s [options] -c <corefile>*\n' % (
sys.argv[0], sys.argv[0], sys.argv[0])
self.usage_msg_examples = '\nEXAMPLES:\n\t(LW only) python %s -x a.out -c core.0 core.1\n\t(LW only) python %s -x a.out -c core.*\n\t(LW only) python %s -x a.out -c ./\n\t(LW only) python %s -x a.out -c core_dir\n\tpython %s -c *.core\n' % (
sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0], sys.argv[0])