USERS = []
USER_FREQS = {'total': {}, }
for f in FORKS:
if 'user' in f.keys() and not f['user'] in USERS:
USERS.append(f['user'])
if not f['user'] in USER_FREQS['total'].keys():
USER_FREQS['total'][f['user']] = 0
else:
USER_FREQS['total'][f['user']] += 1
print(USERS)
print(USER_FREQS)
#sys.exit()
VALID_FORKS_TXT = t.bold_black_on_bright_white('Valid Forks')
print('\n{} {} from {} extrace lines'.format(len(FORKS), VALID_FORKS_TXT, len(LINES)))
print('{} Invalid Forks'.format(len(INVALID_FORKS)))
REPORTS['UNIQUE_EXECS'] = unique([o['exec'].split(' ')[0] for o in VALID_FORKS])
try:
REPORTS['TOP_FORK_DURATIONS'] = sorted(VALID_FORKS, key=lambda F: F['time_ms'], reverse=True)
except Exception as e:
print('Unable to sort top fork durations')
print(VALID_FORKS)
traceback.print_exc()
