def check(url):
at, url, hostname = url.split('|')
at = int(at)
while True:
current_ts = int(time())
if current_ts < at:
sleep(0.2)
elif current_ts > at:
LOG.debug('Aborted: %s - %s' % (at, url))
return False
else:
break
if hostname:
cmd = 'curl -o /dev/null -w "code:%{http_code}\tsize:%{size_download}\tconnect:%{time_connect}\tttfb:%{time_starttransfer}\ttotal:%{time_total} \n" -H "Host: ' + hostname + '" ' + url
else:
cmd = 'curl -o /dev/null -w "code:%{http_code}\tsize:%{size_download}\tconnect:%{time_connect}\tttfb:%{time_starttransfer}\ttotal:%{time_total} \n" ' + url
LOG.debug(cmd)
output = getoutput(cmd)
data = output.split('\n')[-1].split()
info = dict()
for i in data:
key, value = i.split(':')
if '.' in value:
info[key] = round(float(value), 4)
else:
info[key] = int(value)
info['url'] = url
info['timestamp'] = at
LOG.debug('Saved: %s - %s' % (current_ts, url))
LOG.debug(info)
api.save(info)
return True
def phase_scan(config, n_steps):
for i in range(n_steps):
phase = (pi / n_steps) * i
print("\n\t-----------------------\n" \
+ "\n\t(%s) Analyzing phase %s\n" \
+ "\n\t-----------------------\n") % (i, phase)
d = analysis(config, phase=phase)
save(config, d)
def phase_scan(config, n_steps):
for i in range(n_steps):
phase = (pi / n_steps) * i
print("\n\t-----------------------\n" \
+ "\n\t(%s) Analyzing phase %s\n" \
+ "\n\t-----------------------\n") % (i, phase)
d = analysis(config, phase=phase)
save(config, d)
def test_save_an_article(self, get_database_object, change,
transform_from_json, save_database_object,
transform_to_json, to_json):
# def test_save_an_article(self, change):
#when
save({}, None)
#verify get_database_object_invoked
change.assert_called()
get_database_object.assert_called()
transform_from_json.assert_called()
save_database_object.assert_called()
transform_to_json.assert_called()
to_json.assert_called()
def start(self, event):
'''
事件函数:开始执行按钮
'''
conf = {
'uin': self.Ctrl_account.GetValue(),
'pwd': self.Ctrl_password.GetValue(),
'api': self.Ctrl_api.GetValue(),
'id': self.Ctrl_id.GetValue(),
'time': self.Ctrl_time.GetValue()
}
if self.check() is True:
api.save(conf)
self.conf = conf
self.button_start.SetLabel("正在执行中...")
self.button_start.Enable(False)
Timer(0, self.taskPool, ()).start()
else:
pass
def run_with_optlist(optlist):
if len(optlist) == 0:
return print_help()
opts = {
'config-file': None,
'gui-mode': False,
'logging-level': 'info',
'phase': None,
'load-data': False,
'load-data-from': None,
'save-data': False,
#'save-data-at': None,
'show-plot': False,
}
for opt, arg in optlist:
if (opt == '-h' or opt == '--help'):
return print_help()
elif (opt == '-c' or opt == '--config-file'):
opts['config-file'] = arg
elif (opt == '-g' or opt == '--gui-mode'):
opts['gui-mode'] = eval(arg)
elif (opt == '-l' or opt == '--logging_level'):
opts['logging-level'] = arg
elif (opt == '-p' or opt == '--phase'):
# Generate a single K-wall network at a phase
opts['phase'] = float(arg)
elif opt == '--load-data':
opts['load-data'] = True
elif opt == '--load-data-from':
opts['load-data-from'] = arg
elif opt == '--save-data':
opts['save-data'] = True
#elif opt == '--save-data-at':
# opts['save-data-at'] = arg
elif opt == '--show-plot':
opts['show-plot'] = True
# End of option setting.
set_logging(opts['logging-level'])
if opts['gui-mode'] is True:
return open_gui(config, data)
# Load config & data.
if opts['load-data'] is True:
# Load config & data using a file dialog.
config, data = load()
if data is None:
return None
elif opts['load-data-from'] is not None:
# Load config & data according to the command line args.
data_dir = opts['load-data-from']
config, data = load(data_dir)
else:
# Read in the specified config file.
config = load_config(opts['config-file'])
if config is None:
return None
data = None
if data is None:
data = analysis(
config,
phase=opts['phase'],
)
if (opts['show-plot'] is True
# (opts['show-plot'] or opts['save-data']) is True
#or (opts['save-data-at'] is not None)
):
k_wall_network_plot, ms_wall_plot = make_plots(
config,
data,
show_plot=opts['show-plot'],
)
if opts['save-data'] is True:
#save(config, data, k_wall_network_plot, ms_wall_plot)
save(config, data, open_dialog=False)
def run_with_optlist(optlist):
if len(optlist) == 0:
return print_help()
opts = {
'config-file': None,
'gui-mode': False,
'logging-level': 'info',
'phase': None,
'load-data': False,
'load-data-from': None,
'save-data': False,
#'save-data-at': None,
'show-plot': False,
}
for opt, arg in optlist:
if (opt == '-h' or opt == '--help'):
return print_help()
elif (opt == '-c' or opt == '--config-file'):
opts['config-file'] = arg
elif (opt == '-g' or opt == '--gui-mode'):
opts['gui-mode'] = eval(arg)
elif (opt == '-l' or opt == '--logging_level'):
opts['logging-level'] = arg
elif (opt == '-p' or opt == '--phase'):
# Generate a single K-wall network at a phase
opts['phase'] = float(arg)
elif opt == '--load-data':
opts['load-data'] = True
elif opt == '--load-data-from':
opts['load-data-from'] = arg
elif opt == '--save-data':
opts['save-data'] = True
#elif opt == '--save-data-at':
# opts['save-data-at'] = arg
elif opt == '--show-plot':
opts['show-plot'] = True
# End of option setting.
set_logging(opts['logging-level'])
if opts['gui-mode'] is True:
return open_gui(config, data)
# Load config & data.
if opts['load-data'] is True:
# Load config & data using a file dialog.
config, data = load()
if data is None:
return None
elif opts['load-data-from'] is not None:
# Load config & data according to the command line args.
data_dir = opts['load-data-from']
config, data = load(data_dir)
else:
# Read in the specified config file.
config = load_config(opts['config-file'])
if config is None:
return None
data = None
if data is None:
data = analysis(config, phase=opts['phase'],)
if (
opts['show-plot'] is True
# (opts['show-plot'] or opts['save-data']) is True
#or (opts['save-data-at'] is not None)
):
k_wall_network_plot, ms_wall_plot = make_plots(
config, data, show_plot=opts['show-plot'],
)
if opts['save-data'] is True:
#save(config, data, k_wall_network_plot, ms_wall_plot)
save(config, data, open_dialog=False)