def new_main(trans_dir):
Global.LoadThreadNameMap(trans_dir + 'thread_name_map')
for trans_file in glob.glob(trans_dir + 'transactions/*'):
#print trans_file
g = LoadGraph(trans_file)
paths = CriticalPaths(g)
for input_n in paths.keys():
PrintInputPaths(input_n, paths[input_n], trans_file, g, gState)
def PrintCriticalPaths(user_dir):
Global.LoadThreadNameMap(user_dir + 'thread_name_map')
for trans_file in glob.glob(user_dir + 'transactions/UI_INPUT*'):
g = LoadGraph(trans_file)
paths = CriticalPaths(g)
for input_n in paths.keys():
print('---------' + trans_file + '_' + input_n + '-------------')
for update_path in paths[input_n]:
path = update_path['path']
print(
PathToString(path) + '\nTransaction time:' +
str(path[-1].timestamp - path[0].timestamp))
def old_main(filename):
global gState
g = LoadGraph(filename)
paths = CriticalPaths(g)
for input_n in paths.keys():
#PrintInputPaths(input_n, paths[input_n], filename, g, gState)
print('---------'+ input_n + '--------------')
update_paths = paths[input_n]
for path_to_update in update_paths:
path = path_to_update['path']
print(PathToString(path))
for evt in path:
CountHandlerMap[evt.event](evt, gState)
print(PathProfile(path[0], path[-1], gProfile))
ClearProfile(gProfile)
if __name__=='__main__':
if len(sys.argv) < 3:
print('Usage: python ResourceCounting.py < mode: 1: single file; 2: all files in a folder> < path to transaction file or all files in a folder>')
sys.exit(0)
else:
if int(sys.argv[1]) == 1:
# print individual transaction
if len(sys.argv) >= 4:
Global.LoadThreadNameMap(sys.argv[3])
old_main(sys.argv[2])
else:
new_main(sys.argv[2])
def PrintTrans(user_dir):
Global.LoadThreadNameMap(user_dir + 'thread_name_map')
for trans_file in glob.glob(user_dir + 'transactions/UI_INPUT*'):
print('-------' + trans_file + '---------')
g = LoadGraph(trans_file)
print(TransToString(g))