def add_fault(uuid, json):
faultobj = Root.create_object_from_json_extract_classname(json)
if faultobj is None:
print(f"fail creating obj from uuid={uuid} json={json}")
return 0
Configuration.set_fault(uuid, faultobj)
return uuid
def faults(self, fault_id=None):
method = cherrypy.request.method
params = cherrypy.request.params
json = None if method == 'DELETE' else cherrypy.request.json
print(f'fault_id={fault_id}')
print(f'method={method}')
print(f'params={params}')
print(f'json={json}')
if method == 'GET':
if fault_id is None:
ids = {'faults ids': Configuration.get_all_faults_ids()}
return ids
else:
return self.faults[fault_id]
if method == 'POST' or method == 'CREATE' or method == 'PUT':
fault_id = str(uuid.uuid4())
faultobj = Root.create_object_from_json_extract_classname(json)
if faultobj:
Configuration.set_fault(fault_id, faultobj)
else:
fault_id = "0"
return {'fault_id': fault_id}
if method == 'DELETE':
removed_uuid = Configuration.remove_fault(fault_id)
if removed_uuid:
cherrypy.response.status = 200
else:
cherrypy.response.status = 404
return {'fault_id': fault_id}
def main():
strategy = get_strategy()
args_namespace = strategy.create_argument_parser(False).parse_args()
strategy_params_special = strategy.get_strategy_params(args_namespace)
events_log_file = '{}/events.log'.format(args_namespace.output_directory)
strategy_params = dict(stop_loss_pips=args_namespace.stop_loss,
take_profit_pips=args_namespace.take_profit)
strategy_params.update(strategy_params_special)
configuration = Configuration(data_handler_name=OandaDataHandler,
execution_handler_name=OandaExecutionHandler)
configuration.set_option(Configuration.OPTION_ACCOUNT_ID,
os.environ.get('OANDA_API_ACCOUNT_ID'))
configuration.set_option(Configuration.OPTION_ACCESS_TOKEN,
os.environ.get('OANDA_API_ACCESS_TOKEN'))
configuration.set_option(Configuration.OPTION_TIMEFRAME,
args_namespace.time_frame)
configuration.set_option(
Configuration.OPTION_NUMBER_OF_BARS_PRELOAD_FROM_HISTORY,
max(strategy_params['sma_short_period'],
strategy_params['sma_long_period']))
trading = Trading(args_namespace.output_directory,
list(args_namespace.symbols), 0, configuration,
DataHandlerFactory(), ExecutionHandlerFactory(),
Portfolio, strategy, FixedPositionSize(0.01),
TextLogger(events_log_file), [Trading.LOG_TYPE_EVENTS],
strategy_params, 'equity.csv', 'trades.csv')
trading.run()
trading.print_performance()
def main():
strategy = get_strategy()
args_namespace = strategy.create_argument_parser(False).parse_args()
events_log_file = '{}/events.log'.format(args_namespace.output_directory)
strategy_params = strategy.get_strategy_params(args_namespace)
strategy_params['send_notifications'] = True
strategy_params['webhook'] = os.environ.get('WEBHOOK_PINBAR_NOTIFIER')
configuration = Configuration(data_handler_name=OandaDataHandler,
execution_handler_name=OandaExecutionHandler)
configuration.set_option(
Configuration.OPTION_NUMBER_OF_BARS_PRELOAD_FROM_HISTORY, '0')
configuration.set_option(Configuration.OPTION_ACCOUNT_ID,
os.environ.get('OANDA_API_ACCOUNT_ID'))
configuration.set_option(Configuration.OPTION_ACCESS_TOKEN,
os.environ.get('OANDA_API_ACCESS_TOKEN'))
configuration.set_option(Configuration.OPTION_TIMEFRAME,
args_namespace.time_frame)
trading = Trading(args_namespace.output_directory,
list(args_namespace.symbols), 0, configuration,
DataHandlerFactory(), ExecutionHandlerFactory(),
Portfolio, strategy, FixedPositionSize(0.01),
TextLogger(events_log_file), [Trading.LOG_TYPE_EVENTS],
strategy_params, 'equity.csv', 'trades.csv')
trading.run()
trading.print_performance()
def __init__(self, job, eventdriver):
# unique job name
self.job = job
# import data map config, such as MAP_ITORANGE
self.config = Configuration()
self.config.import_internal_config(job)
self.config.print_config()
# refresh config
# config_listener = threading.Thread(target=self.config.update_config)
# config_listener.setDaemon(True)
# config_listener.start()
self._lcurl = Lcurl()
self._logger = Nlog()
# event driver
self._eventdriver = eventdriver
self._eventdriver.add_event_listener(job, self.process)
try:
pull_strategy = self.config.CONFIG['GLOBAL']['JOB'][job]['PULL_STRATEGY']
print('[PULL STRATEGY] %s' % pull_strategy)
if pull_strategy is not None:
pull_method = eval('self.pull_from_' + pull_strategy)
setattr(self, 'pull', pull_method)
except Exception as e:
raise InternalError('[pusher constructor ERROR]', e)
def run_backtest_instance(args_namespace, events_log_file, heartbeat, sl, tp,
short_window, long_window, equity_filename,
trained_model_file):
trades_filename = 'trades.csv'
strategy_params = dict(stop_loss_pips=sl,
take_profit_pips=tp,
trained_model_file=trained_model_file,
sma_short_period=short_window,
sma_long_period=long_window)
configuration = Configuration(
data_handler_name=HistoricCSVDataHandler,
execution_handler_name=SimulatedExecutionHandler)
configuration.set_option(Configuration.OPTION_CSV_DIR,
args_namespace.data_directory)
backtest = Backtest(args_namespace.output_directory,
args_namespace.symbols,
args_namespace.initial_capital_usd, heartbeat,
args_namespace.start_date, configuration,
DataHandlerFactory(), ExecutionHandlerFactory(),
Portfolio, EurUsdDailyForecastStrategy,
FixedPositionSize(0.5), TextLogger(events_log_file),
[Backtest.LOG_TYPE_EVENTS], strategy_params,
equity_filename, trades_filename)
backtest.run()
return backtest.stats
def main():
# Load, prepare and validate configuration
config = Configuration(args)
# Initiate OpenStreetMap helper containing data
data = OsmConnector(config)
# Refresh argument option calls
if args.refresh_routes:
data.get_routes(refresh=True)
elif args.refresh_stops:
data.get_stops(refresh=True)
elif args.refresh_osm:
data.get_routes(refresh=True)
data.get_stops(refresh=True)
elif args.refresh_schedule_source:
config.get_schedule_source(refresh=True)
elif args.refresh_all:
data.get_routes(refresh=True)
data.get_stops(refresh=True)
config.get_schedule_source(refresh=True)
# Define (transitfeed) object for GTFS creation
feed = transitfeed.Schedule()
# Initiate creators for GTFS components through an object factory
factory = CreatorFactory(config)
agency_creator = factory.get_agency_creator()
feed_info_creator = factory.get_feed_info_creator()
routes_creator = factory.get_routes_creator()
stops_creator = factory.get_stops_creator()
schedule_creator = factory.get_schedule_creator()
trips_creator = factory.get_trips_creator()
# Add data to feed
agency_creator.add_agency_to_feed(feed)
feed_info_creator.add_feed_info_to_feed(feed)
stops_creator.add_stops_to_feed(feed, data)
routes_creator.add_routes_to_feed(feed, data)
schedule_creator.add_schedule_to_data(data)
trips_creator.add_trips_to_feed(feed, data)
# Remove unused data from feed
stops_creator.remove_unused_stops_from_feed(feed)
routes_creator.remove_unused_routes_from_feed(feed)
# Validate GTFS
feed.Validate(transitfeed.ProblemReporter())
# Write GTFS
feed.WriteGoogleTransitFeed(config.output)
sys.exit()
def start_charybdisfs(source: str, # noqa: C901 # ignore "is too complex" message
target: str,
debug: bool,
rest_api: bool,
rest_api_port: int,
mount: bool,
static_enospc: bool,
static_enospc_probability: float) -> None:
logging.basicConfig(stream=sys.stdout, level=logging.DEBUG if debug else logging.INFO, format=LOG_FORMAT)
if not rest_api and not mount:
raise click.UsageError(message="can't run --no-rest-api and --no-mount simultaneously")
if debug:
sys.addaudithook(sys_audit_hook)
if static_enospc:
static_enospc_probability = max(0, min(100, round(static_enospc_probability * 100)))
LOGGER.info("Going to add ENOSPC fault for all syscalls with probability %s%%", static_enospc_probability)
enospc_fault = ErrorFault(sys_call=SysCall.ALL, probability=static_enospc_probability, error_no=errno.ENOSPC)
Configuration.add_fault(fault_id=generate_fault_id(), fault=enospc_fault)
LOGGER.debug("Faults added: %s", Configuration.get_all_faults())
if rest_api:
api_server_thread = \
threading.Thread(target=start_charybdisfs_api_server,
kwargs={"port": rest_api_port, },
name="RestServerApi",
daemon=True)
api_server_thread.start()
atexit.register(stop_charybdisfs_api_server)
if mount:
if source is None or target is None:
raise click.BadArgumentUsage("both source and target parameters are required for CharybdisFS mount")
fuse_options = set(pyfuse3.default_options)
fuse_options.add("fsname=charybdisfs")
if debug:
fuse_options.add("debug")
operations = CharybdisOperations(source=source)
pyfuse3.init(operations, target, fuse_options)
atexit.register(pyfuse3.close)
try:
if mount:
trio.run(pyfuse3.main)
else:
api_server_thread.join()
except KeyboardInterrupt:
LOGGER.info("Interrupted by user...")
sys.exit(0)
def faults(self,
fault_id: Optional[FaultID] = None
): # noqa: C901 # ignore "is too complex" message
method = cherrypy.request.method
sys.audit("charybdisfs.api", method, fault_id, cherrypy.request)
if method == "GET":
if fault_id is None:
return {"faults_ids": Configuration.get_all_faults_ids()}
if fault := Configuration.get_fault_by_uuid(fault_id=fault_id):
return {"fault_id": fault_id, "fault": fault.to_dict()}
raise cherrypy.NotFound()
def main():
strategy = get_strategy()
args_namespace = strategy.create_argument_parser().parse_args()
strategy_params_special = strategy.get_strategy_params(args_namespace)
heartbeat = 0
events_log_file = '{}/events.log'.format(args_namespace.output_directory)
strategy_params = dict(stop_loss_pips=args_namespace.stop_loss,
take_profit_pips=args_namespace.take_profit)
strategy_params.update(strategy_params_special)
configuration = Configuration(data_handler_name=OandaDataHandler,
execution_handler_name=OandaExecutionHandler)
configuration.set_option(Configuration.OPTION_ACCOUNT_ID,
os.environ.get('OANDA_API_ACCOUNT_ID'))
configuration.set_option(Configuration.OPTION_ACCESS_TOKEN,
os.environ.get('OANDA_API_ACCESS_TOKEN'))
configuration.set_option(Configuration.OPTION_TIMEFRAME,
TimeFrame.TIME_FRAME_S5)
trading = Trading(args_namespace.output_directory, args_namespace.symbols,
heartbeat, configuration, DataHandlerFactory(),
ExecutionHandlerFactory(), Portfolio, get_strategy(),
FixedPositionSize(0.01), TextLogger(events_log_file),
[Trading.LOG_TYPE_EVENTS], strategy_params, 'equity.csv',
'trades.csv')
trading.run()
trading.print_performance()
def main():
# Load, prepare and validate configuration
config = Configuration(args)
# Initiate OpenStreetMap helper containing data
data = OsmConnector(config)
# Refresh argument option calls
if args.refresh_routes:
data.get_routes(refresh=True)
elif args.refresh_stops:
data.get_stops(refresh=True)
elif args.refresh_schedule_source:
config.get_schedule_source(refresh=True)
elif args.refresh_all:
data.get_routes(refresh=True)
data.get_stops(refresh=True)
# Define (transitfeed) object for GTFS creation
feed = transitfeed.Schedule()
# Initiate creators for GTFS components through an object factory
factory = CreatorFactory(config)
agency_creator = factory.get_agency_creator()
feed_info_creator = factory.get_feed_info_creator()
routes_creator = factory.get_routes_creator()
stops_creator = factory.get_stops_creator()
schedule_creator = factory.get_schedule_creator()
trips_creator = factory.get_trips_creator()
# Add data to feed
agency_creator.add_agency_to_feed(feed)
feed_info_creator.add_feed_info_to_feed(feed)
stops_creator.add_stops_to_feed(feed, data)
routes_creator.add_routes_to_feed(feed, data)
schedule_creator.add_schedule_to_data(data)
trips_creator.add_trips_to_feed(feed, data)
# Validate GTFS
feed.Validate(transitfeed.ProblemReporter())
# Write GTFS
feed.WriteGoogleTransitFeed(config.output)
# Add feed_info.txt to GTFS
add_feed_info(feed, config.output)
sys.exit()
def main() -> None:
# create the argument parser
ap = argparse.ArgumentParser(prog="CryptoHFT.py")
ap.add_argument("-w", "--warranty",
help="shows the details about the warranty.",
action="store_true")
ap.add_argument("-c", "--conditions",
help="shows the details about the redistribution.",
action="store_true")
ap.add_argument("-i", "--init",
help="create a new configuration.",
action="store_true")
# retrieve the arguments
args = ap.parse_args()
# check if the -w flag or the -c flag has been written
shownWarrantyOrConditions = False
if args.conditions:
printConditions()
shownWarrantyOrConditions = True
if args.warranty:
printWarranty()
shownWarrantyOrConditions = True
if shownWarrantyOrConditions:
sys.exit(0)
# shows the license
printLicense()
# check if it's necessary to create a new configuration file
if args.init:
Configuration.createConfiguration(CONFIG_FILE_PATH)
# load the configuration
userConfig = Configuration(CONFIG_FILE_PATH)
# create the bot object
bot = Bot(userConfig)
# setup the bot
bot.setup()
# enter the trade loop
bot.tradeLoop()
def update_config(cls, valid=None):
preferences = Dict['preferences'] or {}
# If no validation provided, use last stored result or assume true
if valid is None:
valid = preferences.get('valid', True)
preferences['valid'] = valid
Configuration.process(preferences)
# Ensure preferences dictionary is stored
Dict['preferences'] = preferences
Dict.Save()
log.info('Preferences updated %s', preferences)
EventManager.fire('preferences.updated', preferences)
def main(env):
# event driver loop
eventdriver = EventDriver(maxtask=20)
eventdriver.start(True)
# import global config
config = Configuration()
config.import_global_config(env)
task_config = config.CONFIG['GLOBAL']['JOB']
for i in task_config:
# add task when key 'DO_MR2P' equals 1
if 0 == int(task_config[i].get(
"DO_MR2P", 0)) or not "MR2P_PROCESSOR" in task_config[i]:
continue
new_task = eval(task_config[i]['MR2P_PROCESSOR'] + "(i, eventdriver)")
new_task.run()
def update_config(cls, valid=None):
preferences = Dict['preferences'] or {}
# If no validation provided, use last stored result or assume true
if valid is None:
valid = preferences.get('valid', True)
preferences['valid'] = valid
Configuration.process(preferences)
# Ensure preferences dictionary is stored
Dict['preferences'] = preferences
Dict.Save()
log.info('Preferences updated %s', preferences)
EventManager.fire('preferences.updated', preferences)
def main(env):
# import global config
config = Configuration()
config.import_global_config(env)
task_config = config.CONFIG['GLOBAL']['JOB']
task_list = []
for job_name in task_config:
# add task when key 'DO_MR2P' equals 1
if 0 == int(task_config[job_name].get(
"DO_MR2P",
0)) or not "MR2P_PROCESSOR" in task_config[job_name]:
continue
new_task = eval(task_config[job_name]['MR2P_PROCESSOR'] + "(job_name)")
task_list.append(new_task)
o = scheduler("mr2p", task_list)
o.run()
def create_from_settings(configuration: Configuration,
data_handler: DataHandler,
events_per_symbol: Dict[str, queue.Queue],
logger: Logger) -> ExecutionHandler:
if configuration.execution_handler_name == SimulatedExecutionHandler:
return ExecutionHandlerFactory.create_historic_csv_execution_handler(
data_handler, events_per_symbol)
if configuration.execution_handler_name == OandaExecutionHandler:
return ExecutionHandlerFactory.create_oanda_execution_handler(
data_handler, events_per_symbol,
configuration.get_option(Configuration.OPTION_ACCOUNT_ID),
configuration.get_option(Configuration.OPTION_ACCESS_TOKEN),
logger)
raise Exception('Unknown ExecutionHandler for {}'.format(
configuration.execution_handler_name))
def create_from_settings(configuration: Configuration, events_per_symbol: Dict[str, queue.Queue],
symbol_list: list, logger: Logger) -> DataHandler:
if configuration.data_handler_name == HistoricCSVDataHandler:
csv_dir = Configuration.OPTION_CSV_DIR
return DataHandlerFactory.create_historic_csv_data_handler(events_per_symbol, symbol_list,
configuration.get_option(csv_dir))
if configuration.data_handler_name == OandaDataHandler:
bars_from_history = Configuration.OPTION_NUMBER_OF_BARS_PRELOAD_FROM_HISTORY
access_token = Configuration.OPTION_ACCESS_TOKEN
timeframe = Configuration.OPTION_TIMEFRAME
return DataHandlerFactory.create_oanda_data_handler(events_per_symbol, symbol_list,
configuration.get_option(access_token),
configuration.get_option(timeframe),
int(configuration.get_option(bars_from_history)),
logger)
raise Exception('Unknown DataHandler for {}'.format(configuration.data_handler_name))
def update_config(cls, valid=None):
preferences = Dict['preferences'] or {}
# If no validation provided, use last stored result or assume true
if valid is None:
valid = preferences.get('valid', True)
preferences['valid'] = valid
Configuration.process(preferences)
# Ensure preferences dictionary is stored
Dict['preferences'] = preferences
Dict.Save()
# Update plex.metadata.py `Matcher` preferences
Matcher.set_caper(preferences['matcher'] == 'plex_extended')
Matcher.set_extend(preferences['matcher'] == 'plex_extended')
log.info('Preferences updated %s', preferences)
def run():
log.info("=== Singularity ===")
args = init_args_parser()
log.info(f'Current environment: {args.env}')
config = Configuration(args.env)
log.info("=== Spark project is running... ===")
log.info("== Configurations ==")
log.info(f'app_name: {config.app_name}')
log.info(f'input_mongodb_uri: {config.input_mongodb_uri}')
log.info(f'output_mongodb_uri: {config.output_mongodb_uri}')
log.info(f'jars_dir: {config.jars_dir}')
def __init__(self, job):
# unique job name
self.job = job
# import data map config, such as MAP_ITORANGE
global_config = Configuration()
self.config = copy.deepcopy(global_config)
self.config.import_internal_config(job)
self.config.print_config()
self._lcurl = Lcurl()
self._loop = None
def main():
strategy = get_strategy()
args_namespace = strategy.create_argument_parser(True).parse_args()
strategy_params_special = strategy.get_strategy_params(args_namespace)
events_log_file = '{}/events.log'.format(args_namespace.output_directory)
strategy_params = dict(stop_loss_pips=args_namespace.stop_loss,
take_profit_pips=args_namespace.take_profit)
strategy_params.update(strategy_params_special)
configuration = Configuration(
data_handler_name=HistoricCSVDataHandler,
execution_handler_name=SimulatedExecutionHandler)
configuration.set_option(Configuration.OPTION_CSV_DIR,
args_namespace.data_directory)
backtest = Backtest(
args_namespace.output_directory,
args_namespace.symbols,
args_namespace.initial_capital_usd,
0,
args_namespace.start_date,
configuration,
DataHandlerFactory(),
ExecutionHandlerFactory(),
Portfolio,
strategy,
FixedPositionSize(0.5),
TextLogger(events_log_file),
[Backtest.LOG_TYPE_EVENTS],
strategy_params,
'equity.csv',
'trades.csv',
)
backtest.run()
backtest.print_performance()
def main():
strategy = get_strategy()
args_namespace = strategy.create_argument_parser(True).parse_args()
events_log_file = '{}/events.log'.format(args_namespace.output_directory)
strategy_params = strategy.get_strategy_params(args_namespace)
strategy_params['send_notifications'] = False
strategy_params['webhook'] = ''
configuration = Configuration(
data_handler_name=HistoricCSVDataHandler,
execution_handler_name=SimulatedExecutionHandler)
configuration.set_option(Configuration.OPTION_CSV_DIR,
args_namespace.data_directory)
simulation = Backtest(
args_namespace.output_directory,
args_namespace.symbols,
args_namespace.initial_capital_usd,
0,
args_namespace.start_date,
configuration,
DataHandlerFactory(),
ExecutionHandlerFactory(),
Portfolio,
strategy,
FixedPositionSize(0.5),
TextLogger(events_log_file),
[Backtest.LOG_TYPE_EVENTS],
strategy_params,
'equity.csv',
'trades.csv',
)
simulation.run()
simulation.print_performance()
def main(env):
config = Configuration()
config.import_global_config(env)
task_config = config.CONFIG['GLOBAL']['JOB']
task_list = []
if not isinstance(task_config, dict):
return
else:
for i in task_config:
# add task when key 'DO_MR2P' equals 1
if not "DO_MR2P" in task_config or not "MR2P_PROCESSOR" in task_config[
i]:
continue
elif '0' == task_config[i]['DO_MR2P']:
continue
new_task = eval(task_config[i]['MR2P_PROCESSOR'] + "(i)")
processor_num = int(task_config[i].get('PROCESSOR_NUM', 1))
for i in range(processor_num):
task_list.append(new_task)
o = scheduler("mr2p", task_list)
o.run()
def __init__(self, name, job_list):
self.config = Configuration()
# refresh config
config_listener = threading.Thread(target=self.config.update_config)
config_listener.setDaemon(True)
config_listener.start()
# job_name => job(subclass of pusher), flag(start or pause), process
self._register = {}
for job in job_list:
self._register[job.job] = {
'class': job,
'process': None
}
def init():
init_dependencies()
log.info("=== Singularity ===")
args = init_args_parser()
log.info(f'Current environment: {args.env}')
config = Configuration(args.env)
log.info("=== Spark project is running... ===")
log.info("== Configurations ==")
log.info(f'app_name: {config.app_name}')
log.info(f'input_mongodb_uri: {config.input_mongodb_uri}')
log.info(f'output_mongodb_uri: {config.output_mongodb_uri}')
log.info(f'jars_dir: {config.jars_dir}')
log.info(f'master: {config.master}')
sp = SparkManager(config)
sp.run()
def __init__(self, labels, input_folder, mode):
super().__init__()
# init UI state
self.title = 'PyQt5 - Annotation tool for assigning image classes'
self.left = 200
self.top = 100
self.width = 1100
self.height = 770
# img panal size should be square-like to prevent some problems with different aspect ratios
self.img_panel_width = 650
self.img_panel_height = 650
# state variables
self.configuration = Configuration(
input_folder,
labels,
mode,
)
self.counter = 0
self.assigned_labels = {}
# initialize list to save all label buttons
self.label_buttons = []
# Initialize Labels
self.image_box = QLabel(self)
self.img_name_label = QLabel(self)
self.progress_bar = QLabel(self)
self.curr_image_headline = QLabel('Current image', self)
self.csv_note = QLabel(
'(csv will be also generated automatically after closing the app)',
self)
self.csv_generated_message = QLabel(self)
self.show_next_checkbox = QCheckBox(
"Automatically show next image when labeled", self)
self.generate_xlsx_checkbox = QCheckBox("Also generate .xlsx file",
self)
# create label folders
if mode == 'copy' or mode == 'move':
self.create_label_folders(labels, self.configuration.input_folder)
# init UI
self.init_ui()
def main():
# Load, prepare and validate configuration
config = Configuration()
# Initiate gateways for communication through an object factory
factory = GatewayFactory(config)
sms_gateway = factory.get_sms_gateway()
you_gateway = factory.get_you_gateway()
# Check if the flag to only run one direction is set.
# If nothing is set, both will run (default behaviour).
if args.you2sms:
_you2sms(sms_gateway, you_gateway)
elif args.sms2you:
_sms2you(sms_gateway, you_gateway)
else:
_sms2you(sms_gateway, you_gateway)
_you2sms(sms_gateway, you_gateway)
sys.exit()
def run(p_port=None, verbose=False, config_path=None):
global config
config = Configuration(config_path=config_path)
path = config.get_log_file_path()
# choose the log file path
if path:
log.add_handler(path)
config.set_verbose(verbose)
# recheck if its locked because the last check is maybe a false lock
pid = os.getpid()
file_lock_path = "/tmp/SeaGoat.lock"
if is_lock(file_lock_path):
sys.exit(-1)
file_lock = open(file_lock_path, "w")
file_lock.write("%s" % pid)
file_lock.close()
if not p_port:
port = config.get_tcp_output_config()
else:
port = p_port
# Create and register the service
server = jsonrpc_server.JsonrpcServer(port)
try:
server.register()
except BaseException as e:
log.printerror_stacktrace(logger, e)
server.close()
sys.exit(1)
# Start the server
logger.info('Serving on port %s - pid %s', port, pid)
logger.info('Waiting command')
try:
server.run()
except (KeyboardInterrupt, SystemExit):
logger.info("Close SeaGoat. See you later!")
except BaseException:
raise
finally:
server.close()
# force closing the file
os.remove(file_lock_path)
def __init__(self): config = Configuration().CONFIG['GLOBAL'] self._ip = config['NLOG']['ip'] self._port = int(config['NLOG']['port'])
import sys
sys.path.append("..")
import getopt
from core.configuration import Configuration
from plugins.company2b import Company2b
if __name__ == '__main__':
optlist, args = getopt.getopt(sys.argv[1:], 'e:', ['env='])
env = ''
for k, v in optlist:
if k == '-e' or k == '--env':
env = v
if env != '':
config = Configuration()
config.import_global_config(env)
script = Company2b('CNLINFO')
script.run()
else:
print('[ERROR] lack env config')
import sys
sys.path.append("..")
import getopt
from core.configuration import Configuration
from plugins.pusher import pusher
if __name__ == '__main__':
optlist, args = getopt.getopt(sys.argv[1:], 'e:j:', ['env=','job=','skip='])
opt_dict = dict(optlist)
try:
config = Configuration()
config.import_global_config(opt_dict['--env'])
script = pusher(opt_dict['--job'])
script.mongo2redis(opt_dict.get('--skip', 0))
except Exception as e:
print(e)
def remove_fault(uuid):
uuid_removed = Configuration.remove_fault(uuid)
return uuid_removed
