def do_rotate_logs(basefile, type):
global observers
if os.path.exists(basefile):
if os.path.getsize(basefile) > 1000:
for c in range(19, 0, -1):
filename_cur = "%s.1" % basefile
if c == 1 and os.path.exists(filename_cur):
with open(filename_cur) as src, gzip.open(
'%s.gz' % filename_cur, 'wb') as dst:
dst.writelines(src)
os.remove(filename_cur)
filename_cur = "%s.%s.gz" % (basefile, c)
filename_next = "%s.%s.gz" % (basefile, c + 1)
if os.path.exists(filename_cur):
os.rename(filename_cur, filename_next)
os.rename(basefile, "%s.1" % basefile)
if type == 'json':
globalLogPublisher.removeObserver(observers['json'])
observers['json'] = jsonFileLogObserver(
io.open("usr/log/yombo.json", "a"))
globalLogPublisher.addObserver(observers['json'])
globalLogPublisher.addObserver(
jsonFileLogObserver(io.open(basefile, "a")))
elif type == 'text':
observers['text'] = textFileLogObserver(
io.open("usr/log/yombo.text", "a"))
globalLogPublisher.addObserver(observers['text'])
globalLogPublisher.removeObserver(textFileLogObserver())
globalLogPublisher.addObserver(
textFileLogObserver(io.open(basefile, "a")))
def do_rotate_logs(basefile, type):
global observers
if os.path.exists(basefile):
if os.path.getsize(basefile) > 1000:
for c in range(19, 0, -1):
filename_cur = f"{basefile}.1"
if c == 1 and os.path.exists(filename_cur):
with open(filename_cur) as src, gzip.open(
f"{filename_cur}.gz", "wb") as dst:
dst.writelines(src)
os.remove(filename_cur)
filename_cur = f"{basefile}.{c}.gz"
filename_next = f"{basefile}.{c+1}.gz"
if os.path.exists(filename_cur):
os.rename(filename_cur, filename_next)
os.rename(basefile, f"{basefile}.1")
if type == "json":
globalLogPublisher.removeObserver(observers["json"])
observers["json"] = jsonFileLogObserver(
io.open("usr/log/yombo.json", "a"))
globalLogPublisher.addObserver(observers["json"])
globalLogPublisher.addObserver(
jsonFileLogObserver(io.open(basefile, "a")))
elif type == "text":
observers["text"] = textFileLogObserver(
io.open("usr/log/yombo.text", "a"))
globalLogPublisher.addObserver(observers["text"])
globalLogPublisher.removeObserver(textFileLogObserver())
globalLogPublisher.addObserver(
textFileLogObserver(io.open(basefile, "a")))
def get_json_file_observer(
name="nucypher.log.json",
path=USER_LOG_DIR): # TODO: More configurable naming here?
_ensure_dir_exists(path)
logfile = DailyLogFile(name, path)
observer = jsonFileLogObserver(outFile=logfile)
return observer
def get_json_log_observer():
f = logfile.LogFile("carbon_forwarder.log", log_dir, rotateLength=log_rotate_length, maxRotatedFiles=max_rotated_log_files)
observer = jsonFileLogObserver(f)
filterer = FilteringLogObserver(observer,
[LogLevelFilterPredicate(
LogLevel.levelWithName(log_level))])
return filterer
def _create_query_logger(response_log):
"""Create a logger that will persist incoming query results."""
# Ensures different log files for different
# processes in multi worker mode
if response_log:
# We need to generate a unique file name,
# even in multiprocess environments
timestamp = datetime.datetime.now().strftime('%Y%m%d-%H%M%S')
log_file_name = "rasa_nlu_log-{}-{}.log".format(
timestamp, os.getpid())
response_logfile = os.path.join(response_log, log_file_name)
# Instantiate a standard python logger,
# which we are going to use to log requests
utils.create_dir_for_file(response_logfile)
query_logger = Logger(observer=jsonFileLogObserver(
io.open(response_logfile, 'a', encoding='utf8')),
namespace='query-logger')
# Prevents queries getting logged with parent logger
# --> might log them to stdout
logger.info("Logging requests to '{}'.".format(response_logfile))
return query_logger
else:
# If the user didn't provide a logging directory, we wont log!
logger.info("Logging of requests is disabled. "
"(No 'request_log' directory configured)")
return None
def main(reactor, *argv):
import argparse
a = argparse.ArgumentParser()
a.add_argument('number', type=int)
a.add_argument('subprocess', nargs='+')
args = a.parse_args(argv)
globalLogBeginner.beginLoggingTo([jsonFileLogObserver(sys.stdout)])
executablePath = distutils.spawn.find_executable(args.subprocess[0])
args.subprocess[0] = executablePath
collection = ProcessCollection()
reactor.addSystemEventTrigger("before", "shutdown", collection.stop)
processes = [RespawningProcess(reactor,
executablePath, args.subprocess,
usePTY=True)
for _ in xrange(args.number)]
collection.addProcesses(processes)
collection.start()
terminationDeferred = defer.Deferred()
stdio.StandardIO(FireOnInput(terminationDeferred))
return terminationDeferred
def _create_query_logger(response_log):
"""Create a logger that will persist incoming query results."""
# Ensures different log files for different
# processes in multi worker mode
if response_log:
# We need to generate a unique file name,
# even in multiprocess environments
timestamp = datetime.datetime.now().strftime('%Y%m%d-%H%M%S')
log_file_name = "rasa_nlu_log-{}-{}.log".format(timestamp,
os.getpid())
response_logfile = os.path.join(response_log, log_file_name)
# Instantiate a standard python logger,
# which we are going to use to log requests
utils.create_dir_for_file(response_logfile)
out_file = io.open(response_logfile, 'a', encoding='utf8')
query_logger = Logger(
observer=jsonFileLogObserver(out_file, recordSeparator=''),
namespace='query-logger')
# Prevents queries getting logged with parent logger
# --> might log them to stdout
logger.info("Logging requests to '{}'.".format(response_logfile))
return query_logger
else:
# If the user didn't provide a logging directory, we wont log!
logger.info("Logging of requests is disabled. "
"(No 'request_log' directory configured)")
return None
def bootstrap(self):
path = os.path.join(paths.log_dir, 'pps.log.json')
obs = jsonFileLogObserver(io.open(path, 'w'))
logger = Logger(observer=obs)
if self._has_endpoints:
self.start()
def getJsonFileObserver(
name="nucypher.log.json",
path=USER_LOG_DIR): # TODO: More configurable naming here?
_get_or_create_user_log_dir()
logfile = DailyLogFile(name, path)
observer = jsonFileLogObserver(outFile=logfile)
return observer
def get_json_file_observer(name=DEFAULT_JSON_LOG_FILENAME, path=USER_LOG_DIR):
_ensure_dir_exists(path)
logfile = LogFile(name=name,
directory=path,
rotateLength=MAXIMUM_LOG_SIZE,
maxRotatedFiles=MAX_LOG_FILES)
observer = jsonFileLogObserver(outFile=logfile)
return observer
def start_collection(self) -> None:
print("Starting Data Collection...")
json_filepath = os.path.join(self.OUTPUT_DIR, AnalyzeGas.LOG_FILENAME)
json_io = io.open(json_filepath, "w")
json_observer = jsonFileLogObserver(json_io)
globalLogPublisher.addObserver(json_observer)
globalLogPublisher.addObserver(self)
def hendrixObserver(path=DEFAULT_LOG_FILE, log_level=LogLevel.warn):
json_observer = jsonFileLogObserver(
io.open(path, 'a')
)
return FilteringLogObserver(
json_observer,
[LogLevelFilterPredicate(log_level), ]
)
def main(reactor, *argv):
argument_parser = argparse.ArgumentParser()
argument_parser.add_argument('solr_url')
argument_parser.add_argument('json_docs')
args = argument_parser.parse_args(argv)
globalLogBeginner.beginLoggingTo([jsonFileLogObserver(sys.stdout)])
return replay(args.json_docs, args.solr_url)
def main():
if Config.get('logging')['verbose'] is True:
globalLogPublisher.addObserver(
FileLogObserver(sys.stdout, lambda e: eventAsText(e) + "\n"))
if Config.get('logging')['log_to_file'] is True:
logfile = os.path.join(os.path.abspath(os.path.dirname(__file__)),
"logs/log.json")
globalLogPublisher.addObserver(
jsonFileLogObserver(io.open(logfile, 'w+'), ''))
server = Server(Config.get('server')['port'])
server.run()
def wrapp_observer(output):
json = jsonFileLogObserver(output, recordSeparator='')
@provider(ILogObserver)
def wrapped(event):
try:
# If there is a failure, use the type and message to create the main msg.
if 'failure' in event:
f = event['failure']
parts = [f.type.__name__, f.getErrorMessage()]
msg = ' '.join(filter(None, parts))
# Otherwise use normal event formatting to create the main msg.
else:
msg = formatEvent(event)
new = OrderedDict([
('level', level_name[event.pop('log_level')]),
('msg', msg),
])
if 'log_namespace' in event:
new['namespace'] = event.pop('log_namespace')
if 'log_system' in event:
new['system'] = event.pop('log_system')
# Keep all keys except the noise.
for k, v in sorted(event.items()):
if k not in noisey_keys:
new[k] = v
except Exception as e:
# Fallback to normal event processing
new = event
new['log_failure'] = str(e)
output.write(new['level'].upper() + ' ')
json(new)
return wrapped
def wrapp_observer(output, service=None):
json = jsonFileLogObserver(output, recordSeparator='')
service = service or os.environ.get('SERVICE_NAME')
@provider(ILogObserver)
def wrapped(event):
try:
# If there is a failure, use the type and message to create the main msg.
if 'failure' in event:
f = event['failure']
parts = [f.type.__name__, f.getErrorMessage()]
msg = ' '.join(filter(None, parts))
# Otherwise use normal event formatting to create the main msg.
else:
msg = formatEvent(event)
new = OrderedDict([('level', level_name[event.pop('log_level')]),
('msg', msg), ('service', service),
('timestamp', _timestamp())])
if 'log_namespace' in event:
new['namespace'] = event.pop('log_namespace')
if 'log_system' in event:
new['system'] = event.pop('log_system')
# Keep all keys except the noise.
for k, v in sorted(event.items()):
if k not in noisey_keys:
new[k] = v
except Exception as e:
# Fallback to normal event processing
new = event
new['log_failure'] = str(e)
json(new)
return wrapped
Example of a InfluxDB query using TwistedInfluxDB Driver.
"""
import io
from twisted.internet import reactor
from twisted.internet.defer import Deferred
from twisted.logger import jsonFileLogObserver, Logger
from twistedInfluxDB.Client import InfluxClient
from twistedInfluxDB.QueryObject import InfluxQueryObject
# Logger to bind to the API.
log = Logger(observer=jsonFileLogObserver(io.open("log.json", "a")))
# Database client setup configurations.
db = InfluxClient('http://localhost', 8086, 'example', log)
# Query Parameter (Influx Query Object)
query = InfluxQueryObject('cpu_load_short', fields=None, condition="region='us-west'")
# Success Callback
def inserted(response):
print (response)
return response
# Failed Callback
def failed(data):
print "Failed"
class FusionsCO2Factory(LaserFactory):
_name = 'FusionsCO2'
class FusionsDiodeFactory(LaserFactory):
_name = 'FusionsDiode'
class FusionsUVFactory(LaserFactory):
_name = 'FusionsUV'
from pychron.paths import paths
path = os.path.join(paths.log_dir, 'pps.log.json')
logger = Logger(observer=jsonFileLogObserver(io.open(path, 'w')))
from pychron.paths import paths
path = os.path.join(paths.log_dir, 'pps.log.json')
logger = Logger(observer=jsonFileLogObserver(io.open(path, 'w')))
class BaseFactory(Factory):
protocol_klass = None
def __init__(self, application=None):
self._app = application
import io
from twisted.logger import jsonFileLogObserver, globalLogPublisher
from ad_hoc import AdHoc
globalLogPublisher.addObserver(jsonFileLogObserver(io.open("log.json", "a")))
AdHoc(3, 4).logMessage()
failure.trap(ServiceNameError)
return failure
def response_err(failure):
failure.trap(ResponseError)
return failure
def nargs_err(failure):
failure.trap(ValueError)
return InvalidArgumentsErrorCode("Foo", str(failure.value))
path = os.path.join(paths.log_dir, "pps.log.json")
obs = jsonFileLogObserver(io.open(path, "w"))
logger = Logger(observer=obs)
# logger = Logger()
regex = re.compile(r"^(?P<command>\w+) {0,1}(?P<args>.*)")
class ServiceProtocol(Protocol):
def __init__(self, *args, **kw):
# super(ServiceProtocol, self).__init__(*args, **kw)
self._services = {}
self._cmd_delim = " "
self._arg_delim = ","
self.debug = logger.debug
self.warning = logger.warn
self.info = logger.info
# -*- coding: utf-8 -*- # @Time : 2019/6/3 下午10:14 # @Author : xuhaihu # @Email : [email protected] # @File : http_server_multithreading.py # @Software: PyCharm from twisted.logger import jsonFileLogObserver, Logger from twisted.web import server, resource from twisted.internet import reactor, endpoints, protocol from aes import MyAES import json, os from read_ini import ReadINI log = Logger(observer=jsonFileLogObserver(open("myLog/log.json", "a")), namespace="http_server_multithreading") class MyPP(protocol.ProcessProtocol): def __init__(self): self.data = "" def connectionMade(self): print("connectionMade!") # print("xuhaihu\n".encode()) # self.transport.write("xuhaihu\n".encode()) # self.transport.closeStdin() def outReceived(self, data): print("outReceived! with %d bytes!" % len(data))
)
from twisted.logger import (
Logger,
jsonFileLogObserver,
)
from core.predef import (pycard_protocol as pp,
table_type as tt
)
from player.player_class import LobbyPerson
from sample_games.retard_game import retard_game
from core.game import GameOver
__author__ = 'Anton Korobkov'
log = Logger(
observer=jsonFileLogObserver(io.open("server.json", "a")),
namespace="server"
)
class MultiEcho(protocol.Protocol):
def __init__(self, *args):
self.factory = args[0]
self.playernum = args[1]
self.anncounter = args[2]
# Twisted методы
def connectionMade(self):
log.info('Incoming connection on {host}', host=self)
class FusionsCO2Factory(LaserFactory):
_name = 'FusionsCO2'
class FusionsDiodeFactory(LaserFactory):
_name = 'FusionsDiode'
class FusionsUVFactory(LaserFactory):
_name = 'FusionsUV'
from pychron.paths import paths
path = os.path.join(paths.log_dir, 'pps.log.json')
logger = Logger(observer=jsonFileLogObserver(io.open(path, 'w')))
from pychron.paths import paths
path = os.path.join(paths.log_dir, 'pps.log.json')
logger = Logger(observer=jsonFileLogObserver(io.open(path, 'w')))
class BaseFactory(Factory):
protocol_klass = None
def __init__(self, application=None):
self._app = application
def buildProtocol(self, addr):
def setup_structured_logging(
hs,
config,
log_config: dict,
logBeginner: LogBeginner,
redirect_stdlib_logging: bool = True,
) -> LogPublisher:
"""
Set up Twisted's structured logging system.
Args:
hs: The homeserver to use.
config (HomeserverConfig): The configuration of the Synapse homeserver.
log_config (dict): The log configuration to use.
"""
if config.no_redirect_stdio:
raise ConfigError(
"no_redirect_stdio cannot be defined using structured logging.")
logger = Logger()
if "drains" not in log_config:
raise ConfigError(
"The logging configuration requires a list of drains.")
observers = [] # type: List[ILogObserver]
for observer in parse_drain_configs(log_config["drains"]):
# Pipe drains
if observer.type == DrainType.CONSOLE:
logger.debug("Starting up the {name} console logger drain",
name=observer.name)
observers.append(SynapseFileLogObserver(observer.location))
elif observer.type == DrainType.CONSOLE_JSON:
logger.debug("Starting up the {name} JSON console logger drain",
name=observer.name)
observers.append(jsonFileLogObserver(observer.location))
elif observer.type == DrainType.CONSOLE_JSON_TERSE:
logger.debug(
"Starting up the {name} terse JSON console logger drain",
name=observer.name,
)
observers.append(
TerseJSONToConsoleLogObserver(observer.location, metadata={}))
# File drains
elif observer.type == DrainType.FILE:
logger.debug("Starting up the {name} file logger drain",
name=observer.name)
log_file = open(observer.location,
"at",
buffering=1,
encoding="utf8")
observers.append(SynapseFileLogObserver(log_file))
elif observer.type == DrainType.FILE_JSON:
logger.debug("Starting up the {name} JSON file logger drain",
name=observer.name)
log_file = open(observer.location,
"at",
buffering=1,
encoding="utf8")
observers.append(jsonFileLogObserver(log_file))
elif observer.type == DrainType.NETWORK_JSON_TERSE:
metadata = {"server_name": hs.config.server_name}
log_observer = TerseJSONToTCPLogObserver(
hs=hs,
host=observer.location[0],
port=observer.location[1],
metadata=metadata,
maximum_buffer=observer.options.maximum_buffer,
)
log_observer.start()
observers.append(log_observer)
else:
# We should never get here, but, just in case, throw an error.
raise ConfigError("%s drain type cannot be configured" %
(observer.type, ))
publisher = StoppableLogPublisher(*observers)
log_filter = LogLevelFilterPredicate()
for namespace, namespace_config in log_config.get("loggers",
DEFAULT_LOGGERS).items():
# Set the log level for twisted.logger.Logger namespaces
log_filter.setLogLevelForNamespace(
namespace,
stdlib_log_level_to_twisted(namespace_config.get("level", "INFO")),
)
# Also set the log levels for the stdlib logger namespaces, to prevent
# them getting to PythonStdlibToTwistedLogger and having to be formatted
if "level" in namespace_config:
logging.getLogger(namespace).setLevel(
namespace_config.get("level"))
f = FilteringLogObserver(publisher, [log_filter])
lco = LogContextObserver(f)
if redirect_stdlib_logging:
stuff_into_twisted = PythonStdlibToTwistedLogger(lco)
stdliblogger = logging.getLogger()
stdliblogger.addHandler(stuff_into_twisted)
# Always redirect standard I/O, otherwise other logging outputs might miss
# it.
logBeginner.beginLoggingTo([lco], redirectStandardIO=True)
return publisher
import io
from twisted.logger import Logger, jsonFileLogObserver
log = Logger(observer=jsonFileLogObserver(open("log.json", "a")), namespace="saver")
def loggit(values):
log.info("Some values: {values!r}", values=values)
loggit([1234, 5678])
loggit([9876, 5432])
class AppSession(ApplicationSession):
fdb = FlyCircuitDB()
log = Logger()
txaio.start_logging(level='debug')
feedback_log = Logger(observer=jsonFileLogObserver(
io.open(
os.path.join(os.path.dirname(__file__), 'logs',
'feedback_log.json'), 'a+b')),
namespace='feedback')
#log = Logger(observer=jsonFileLogObserver(io.open("processor_log.json", "a")), namespace="saver")
@inlineCallbacks
def onJoin(self, details):
# Processor Data
directory = {
'processor': {
'autobahn': autobahn.__version__,
'version': __version__
},
'nlp': {},
'na': {},
'nk': {}
}
# Email notification
# email_dict = {
# "sender": "*****@*****.**",
# "recipients": {"John Doe": "*****@*****.**",
# "Jane Who": "*****@*****.**"
# }
# }
email_dict = None
try:
with open('email_dict.json') as data_file:
email_dict = json.load(data_file)
self.log.info("Loading Email Dictionary with keys, {keys}",
keys=list(email_dict.keys()))
except:
self.log.warn(
"Loading Email Dictionary failed, no email notification on session leave."
)
# Memory Management
@inlineCallbacks
def trigger_memory_management():
yield self.publish(six.u('ffbo.processor.memory_manager'))
self.log.info(
'Memory Management ping: ffbo.processor.memory_manager')
lc = task.LoopingCall(trigger_memory_management)
interval = 60 * self.config.extra['clean_interval'] # in mins
lc.start(interval)
def get_process_info():
# hacky way to determine whether process is inside docker
try:
cgroup = {}
with open('/proc/1/cgroup') as f:
for line in f:
field = line.split(':')
if len(field) == 3:
cgroup[field[1]] = field[2]
docker_cid = 'not inside docker'
if cgroup.has_key('cpu'):
field = cgroup['cpu'].strip().split('/')
if len(field) > 2 and field[1] == 'docker':
docker_cid = field[2]
except:
docker_cid = 'cat not determine whether inside docker or not'
# get process pid
try:
pid = os.getpid()
except:
pid = None
# get host IP, messy code for cross platform support
try:
hostip = [
ip
for ip in socket.gethostbyname_ex(socket.gethostname())[2]
if not ip.startswith("127.")
][:1]
hostip = hostip or [[
(s.connect(('8.8.8.8', 53)), s.getsockname()[0], s.close())
for s in
[socket.socket(socket.AF_INET, socket.SOCK_DGRAM)]
][0][1]]
hostip = hostip[0]
except:
hostip = None
process_info = "\n\n" \
"processor_component pid: {pid}\n" \
"docker container id: {cid}\n" \
"host ip address: {hip}\n".format(pid=str(pid),cid=str(docker_cid),hip=str(hostip))
return process_info
def send_email(text, subject=None, verbose=True):
try:
sender = email_dict['sender']
recipients = [
'%s <%s>' % (k, v)
for k, v in email_dict['recipients'].items()
]
except:
return "Incorrect email dictionary format"
if verbose:
text += get_process_info()
msg = MIMEText(text)
msg['Subject'] = '[FFBO Server] ' + subject
msg['From'] = sender
msg['To'] = ','.join(recipients)
gmail_user = ""
gmail_pwd = ""
try:
s = smtplib.SMTP_SSL("smtp.gmail.com", 465)
s.login(gmail_user, gmail_pwd)
except Exception as e:
print(e)
return "Failed to connect to SMTP server on gmail"
try:
s.sendmail(sender, recipients, msg.as_string())
except:
return "Failed to send out email"
s.quit()
return "successfully sent out email"
def feedback_error(request, message, exception=None):
info = {
'error': {
'request': str(request),
'message': str(message),
'exception': str(exception)
}
}
return info
def feedback_success(request, result):
info = {
'success': {
'request': str(request),
'result': result,
}
}
return info
@inlineCallbacks # Progressive calls
def process_nlp_query(request, details=None):
"""
Process a nlp request, this request should have
user: session_id
servers: { nlp: session_id,
na : session_id,
vis: session_id
}
nlp_query: string
"""
request['user'] = details.caller
#user_details = yield self.call('ffbo.auth_server.get_user',details.caller)
user_details = yield self.call(six.u('ffbo.auth_server.get_user'),
details.caller)
if user_details: request['username'] = user_details['username']
feedback = []
self.log.info(
"process_nlp_query() accessed with request: {request}",
request=request)
# Validate 3 each server is defined
try:
#build up server calls
rpc_calls = {}
for stype in ['nlp', 'na']:
rpc_calls[stype] = six.u("ffbo.%(s_type)s.query.%(s_id)s" % \
{'s_id': request['servers'][stype],
's_type': stype})
rpc_calls['user_msg'] = six.u("ffbo.ui.receive_msg.%(s_id)s" % \
{'s_id': request['user']})
except Exception as e:
self.log.warn(
"process_nlp_query() failed due to incomplete server list in {servers}",
servers=str(request['servers']))
feedback = feedback_error(request,
"Server list not fully defined", e)
returnValue(feedback)
# Natural Language Processing
try:
self.log.info(
"process_nlp_query() accessed on NLP server {server_id} with query: {query}",
server_id=rpc_calls['nlp'],
query=request['nlp_query'])
language = "en"
if "language" in request:
language = request["language"]
nlp_res = yield self.call(rpc_calls['nlp'],
request['nlp_query'], language)
self.log.info(
"process_nlp_query() accessed on NLP server {server_id} with result: {result}",
server_id=rpc_calls['nlp'],
result=nlp_res)
except ApplicationError as e:
self.log.warn(
"Processor failed to access NLP server {server_id}, with error {e}",
server_id=rpc_calls['nlp'],
e=e)
feedback = feedback_error(request, "Unable to contact server",
e)
returnValue(feedback)
try:
if nlp_res == {}:
yield self.call(rpc_calls['user_msg'], {
'info': {
'error': 'NLP module could not parse your input'
}
})
self.log.warn(
"{server_id} failed to parse query: {query}}",
server_id=rpc_calls['nlp'],
query=request['nlp_query'])
returnValue(None)
yield self.call(
rpc_calls['user_msg'], {
'info': {
'success':
'NLP module successfully parsed your input'
}
})
nlp_res['user_msg'] = rpc_calls['user_msg']
for key in request:
if key not in nlp_res: nlp_res[key] = request[key]
nlp_res['user'] = request['user']
# HARD CODE morphology if not specified
nlp_res['format'] = 'morphology' if not 'format' in request \
else request['format']
if 'verb' not in nlp_res or nlp_res['verb'] == 'show':
yield self.call(rpc_calls['user_msg'],
{'commands': {
'reset': ''
}})
na_res = yield self.call(rpc_calls['na'], nlp_res)
if not na_res:
yield self.call(rpc_calls['user_msg'], {
'info': {
'error': 'Failed to execute query on Neuroarch'
}
})
returnValue(None)
else:
if not 'format' in request:
request['format'] = 'morphology'
msg = {
'info': {
'success':
'Finished fetching all results from NeuroArch'
}
}
self.call(rpc_calls['user_msg'], msg)
returnValue(na_res)
except ApplicationError as e:
self.log.warn(
"Processor failed to access NA server {server_id}, with error {e}",
server_id=rpc_calls['na'],
e=e)
traceback.print_exc()
yield self.call(
rpc_calls['user_msg'],
{'info': {
'error': 'Unable to contact NeuroArch server'
}})
returnValue(None)
yield self.register(process_nlp_query,
six.u('ffbo.processor.nlp_to_visualise'),
RegisterOptions(details_arg='details'))
self.log.debug("procedure process_nlp_query registered")
@inlineCallbacks # Progressive calls
def process_nk_request(request, details=None):
"""
"""
request['user'] = details.caller
user_details = yield self.call(six.u('ffbo.auth_server.get_user'),
details.caller)
if user_details: request['username'] = user_details['username']
feedback = []
self.log.debug(
"process_nk_request() accessed with request: {request}",
request=request)
# Validate 3 each server is defined
try:
#build up server calls
rpc_calls = {}
rpc_calls['na'] = u'ffbo.na.query.{}'.format(
request['servers']['na'])
rpc_calls['nk'] = u'ffbo.nk.launch.{}'.format(
request['servers']['nk'])
except Exception as e:
self.log.warn(
"process_nk_request() failed due to incomplete server list in {servers}",
servers=str(request['servers']))
feedback = feedback_error(request,
"Server list not fully defined", e)
returnValue(feedback)
# Natural Language Processing
na_res = request
try:
na_task = {
'user': request['user'],
'command': {
"retrieve": {
"state": 0
}
},
'format': "nk"
}
self.log.info(
"process_nk_request() accessed on NA server {server_id} with query: {query}",
server_id=rpc_calls['na'],
query=na_task)
#na_res = yield self.call(rpc_calls['na'], na_task)
na_res_update = yield self.call(rpc_calls['na'], na_task)
na_res.update(na_res_update)
self.log.info(
"process_nk_request() accessed on NA server {server_id} with result: {result}",
server_id=rpc_calls['na'],
result=na_res)
except ApplicationError as e:
self.log.warn(
"Processor failed to access NLP server {server_id}, with error {e}",
server_id=rpc_calls['nlp'],
e=e)
feedback = feedback_error(request, "Unable to contact server",
e)
returnValue(feedback)
details.progress("Circuit data retrieved from NeuroArch")
try:
na_res['user'] = request['user']
if 'neuron_list' in request:
na_res['neuron_list'] = request['neuron_list']
progressive_result = {}
def on_progress(p):
progressive_result.update(p)
details.progress("Receive partial result from execution.")
details.progress("Start execution in Neurokernel")
# Fprward result to the Front End
na_res["forward"] = six.u("ffbo.gfx.receive_partial." +
str(na_res['user']))
nk_res = yield self.call(rpc_calls['nk'],
na_res,
options=CallOptions(
on_progress=on_progress,
timeout=30000000000))
# Did we use a progressive result
if nk_res is None:
nk_res = progressive_result
if nk_res == {}:
feedback = feedback_error(
request, "Neurokernel returned zero results")
returnValue(feedback)
#details.progress("Circuit execution completed")
except ValueError as e:
self.log.warn(
"{server_id} failed to start simulation: {query}}",
server_id=rpc_calls['nk'],
query=na_res)
feedback = feedback_error(request, "Execution Failure", e)
returnValue(feedback)
except ApplicationError as e:
self.log.warn(
"Processor failed to access NK server {server_id}, with error {e}",
server_id=rpc_calls['nk'],
e=e)
feedback = feedback_error(request, "Execution Failure", e)
returnValue(feedback)
returnValue(nk_res)
#details.progress("Neurokernel Started Execution")
try:
vis_res = {
'success': {
'result': {
'user': request['user'],
'type': 'json'
},
'user': request['user'],
'reset': False
}
}
if 'error' in vis_res:
raise RuntimeError(
'Visualisation component was unable to complete the request '
)
except Exception as e:
self.log.warn(
"Processor failed to access complete visualisation")
feedback = feedback_error(request,
"Unable to create on visualiser", e)
returnValue(feedback)
#details.progress("Visualisation: Parsed result")
self.log.debug(
"Process_NK_Request complete with request: {request} and result: {result}",
request=request,
result=vis_res)
returnValue(vis_res)
yield self.register(process_nk_request,
six.u('ffbo.processor.nk_execute'),
RegisterOptions(details_arg='details'))
self.log.debug("procedure process_nk_request registered")
# Recieve Feedback from the User
@inlineCallbacks
def log_feedback(user, feedback_message, details):
try:
user_details = yield self.call(
six.u('ffbo.auth_server.get_user'), details.caller)
template = "-" * 70 + "Feedback recieved\n username: {user} \n feedback_message: {feedback}\n"
yield self.feedback_log.info(
template.format(user=user_details['username'],
feedback=feedback_message))
except Exception as e:
print(e)
self.log.warn("Failed to log user feedback: {user} {feedback}",
user=user,
feedback=feedback_message)
returnValue(False)
returnValue(True)
yield self.register(log_feedback, six.u('ffbo.server.log_feedback'),
RegisterOptions(details_arg='details'))
self.log.debug("registered ffbo.server.log_feedback")
# SUBSCRIBE to session leaving events to check if a server needs removing
@inlineCallbacks
def on_session_leave(session_id):
self.log.info("event for 'on_session_leave' received for session: " \
"{session}", session=session_id)
for stype in directory:
if str(session_id) in directory[stype]:
self.log.info("Server disconnected. removing session" \
"{session} of type {stype}", session=session_id, stype=stype)
if email_dict is not None:
email_res = None
title = "Server down"
text = "disconnected session {session} of type {stype}".format(
session=session_id, stype=stype)
self.log.info("Sending email about disconnected session" \
"{session} of type {stype}",
session=session_id,
stype=stype)
try:
email_res = send_email(text, title)
except Exception as e:
self.log.info(
"Sending email failed with error {error}",
error=str(e))
if email_res is not None:
self.log.info("Tried to send out email... {msg}",
msg=email_res)
del directory[stype][str(session_id)]
yield self.publish(six.u('ffbo.server.update'), directory)
yield self.subscribe(on_session_leave, six.u('wamp.session.on_leave'))
self.log.debug("subscribed to topic 'wamp.session.on_leave'")
# REGISTER a procedure for registering a new server
@inlineCallbacks
def register_new_server(server_id, server_type, server_config):
if (not server_type in directory):
print('not in directory')
print(server_type)
print(directory)
returnValue({})
if server_type != 'nlp':
if not server_config.get('autobahn', '0.0.0').split(
'.')[0] == autobahn.__version__.split('.')[0]:
self.log.info(
'autobahn version mismatch {server_type}, component autobahn version is {c_version}, and processor autobahn version is {p_version}'
.format(server_type=server_type,
c_version=server_config.get(
'autobahn', '0.0.0'),
p_version=autobahn.__version__))
returnValue(
json.dumps(
'Autobahn version mismatch. Processor has version {}, and you have version {}'
.format(autobahn.__version__,
server_config.get('autobahn', 'unknown'))))
self.log.info("{server_type} server registered with name " \
"{server_name} and id {server_id} {dataset}",
server_name=server_config.get('name'),
server_id=server_id, \
server_type=server_type,
dataset = 'for dataset {}'.format(server_config.get('dataset')) \
if 'dataset' in server_config else '')
directory[server_type][str(server_id)] = server_config
# PUBLISH updated server list after a new server registration
yield self.publish(six.u('ffbo.server.update'), directory)
returnValue(json.dumps({'server': directory}))
yield self.register(register_new_server, six.u('ffbo.server.register'))
self.log.debug("procedure register_new_server registered")
@inlineCallbacks
def nlp_query(server_id, query, user=None):
"""
Call the nlp module for a nlp translation
Input
rpc_call: the WAMP registered RPC call
query : the natural language to translate
user : used to record state, can be None for stateless
Return:
A success or error dictionary
"""
try:
self.log.info(
"nlp_query() accessed on NLP server {server_id} with query: {query}",
server_id=server_id,
query=query)
nlp_res = yield self.call("ffbo.nlp.query." + str(server_id),
query)
self.log.info(
"nlp_query() accessed on NLP server {server_id} with result: {result}",
server_id=server_id,
result=nlp_res)
# First Exit Point: NLP parsing has failed
if nlp_res == {}:
raise ValueError('NLP parsing could not parse string')
returnValue(feedback_success(query, nlp_res))
except ApplicationError as e:
# ignore errors due to the frontend not yet having
# registered the procedure we would like to call
raise e
self.log.warn(
"nlp_query() failed to access NLP server {server_id}, with error {e}",
e=e)
feedback = feedback_error(rpc_call, "Unable to contact server",
e)
returnValue(feedback)
except ValueError as e:
self.log.warn(
"nlp_query() accessed on {server_id} failed to parse query: {query}}",
query=query)
feedback = feedback_error(
query, "NLP parsing could not parse string", e)
returnValue(feedback)
yield self.register(nlp_query, six.u('ffbo.processor.nlp_query'))
self.log.debug("procedure ffbo.processor.nlp_query registered")
@inlineCallbacks
def neuroarch_query(request, details=None):
"""
Call the neuroarch_query module with a neuroarch-json object
The request should have
user: session_id for client
server: session_id for na server
query: neuroarch json query object
"""
try:
request['user'] = details.caller
user_details = yield self.call(
six.u('ffbo.auth_server.get_user'), details.caller)
if user_details: request['username'] = user_details['username']
self.log.info(
"neuroarch_query() accessed with request: {request}",
request=request)
progressive_result = {}
def on_progress(p):
progressive_result.update(p)
#print request
result = yield self.call(
six.u('ffbo.na.query.' + str(request['server'])),
request,
options=CallOptions(on_progress=on_progress))
self.log.info("na_query returned with result")
if progressive_result:
result = progressive_result
# Catch no results and return
if result == "{}":
raise ValueError('Neuroarch returned zero results')
returnValue(feedback_success(request, (result)))
except ValueError as e:
feedback = feedback_error(request,
"Neuroarch returned zero results", e)
returnValue(feedback)
except ApplicationError as e:
raise e
feedback = feedback_error(server_id,
"Unable to contact server", e)
returnValue(feedback)
yield self.register(neuroarch_query,
six.u('ffbo.processor.neuroarch_query'),
RegisterOptions(details_arg='details'))
self.log.info("procedure ffbo.processor.neuroarch_query registered")
@inlineCallbacks
def flycircuit_neuron_query(neuron, details=None):
self.log.info("Fetch the flycircuit database for neuron: {neuron}",
neuron=neuron)
try:
res = self.fdb.parse_neuron(neuron)
except Exception as e:
print(e)
res = feedback_error(neuron,
"Unable to fetch flycircuit database", e)
yield res
returnValue(res)
yield self.register(
flycircuit_neuron_query, six.u("ffbo.processor.fetch_flycircuit"),
RegisterOptions(details_arg='details', concurrency=4))
self.log.info("procedure ffbo.processor.fetch_flycircuit registered")
@inlineCallbacks
def neurokernel_query(request):
"""
Call the neuroarch_query module with a neuroarch-json object
The request should have
user: session_id for client
server: session_id for na server
query: neuroarch json query object
"""
try:
progressive_result = {}
def on_progress(p):
progressive_result.update(p)
result = yield self.call(
six.u('ffbo.nk.launch.' + str(request['server'])), request)
self.log.info("nk_query returned with result")
if result is None:
result = progressive_result
# Catch no results and return
if result == "{}":
raise ValueError('Neurokernel returned zero results')
returnValue(feedback_success(request, (result)))
except ValueError as e:
feedback = feedback_error(request,
"Neurokernel returned zero results",
e)
returnValue(feedback)
except ApplicationError as e:
raise e
feedback = feedback_error(server_id,
"Unable to contact server", e)
returnValue(feedback)
# REGISTER a procedure for relaying current servers to single ui
def relay_server_information():
self.log.debug("relay_server_information rpc called")
return directory
yield self.register(relay_server_information,
six.u('ffbo.processor.server_information'))
self.log.debug("ffbo.processor.server_information registered")
failure.trap(ServiceNameError)
return failure
def response_err(failure):
failure.trap(ResponseError)
return failure
def nargs_err(failure):
failure.trap(ValueError)
return InvalidArgumentsErrorCode('Foo', str(failure.value))
path = os.path.join(paths.log_dir, 'pps.log.json')
obs = jsonFileLogObserver(io.open(path, 'w'))
logger = Logger(observer=obs)
# logger = Logger()
regex = re.compile(r'^(?P<command>\w+) {0,1}(?P<args>.*)')
class ServiceProtocol(Protocol):
def __init__(self, *args, **kw):
# super(ServiceProtocol, self).__init__(*args, **kw)
self._services = {}
self._cmd_delim = ' '
self._arg_delim = ','
self.debug = logger.debug
self.warning = logger.warn
self.info = logger.info
def getJsonFileObserver():
_get_or_create_user_log_dir()
logfile = DailyLogFile("ursula.log.json", USER_LOG_DIR)
observer = jsonFileLogObserver(outFile=logfile)
return observer
class ConsultingReplyApi(SQLite3JsonBase):
log = Logger(observer=jsonFileLogObserver(io.open("log.json", "a")),
namespace="ConsultingReply")
table_fields = ' '.join(get_sqlite3_column_name('ConsultingReply'))
table_fields_getter = attrgetter(*table_fields.split())
row_named_record = collections.namedtuple(
'ConsultingReply',
' '.join([SQLite3JsonBase.table_common_fields, table_fields]))
def __init__(self):
self.table = Table('ConsultingReply')
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_reply_get_all(self, request):
resp = yield self.search_service_execute(
ModelRequest(*get_model_request_args(request.args),
item=ConsultingReply(uid=request.args.get(
'uid', [''])[0],
consulting_uid=request.args.get(
'consulting_uid', [''])[0])))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_reply_get(self, request, uid):
resp = yield self.search_service_execute(
ModelRequest(*get_model_request_args(request.args),
item=ConsultingReply(uid=uid)))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_reply_create(self, request):
content = json.load(request.content)
resp = yield self.update_service_execute(
ModelRequest(*get_model_request_args(request.args),
item=ConsultingReply(**content)))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_reply_delete(self, _, uid):
resp = yield self.delete_service_execute(ModelDeleteRequest(uid))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_reply_update(self, request, uid):
content = json.load(request.content)
content['uid'] = uid
resp = yield self.update_service_execute(
ModelRequest(*get_model_request_args(request.args),
item=ConsultingReply(**content)))
return jsonpickle.encode(resp, unpicklable=False)
@staticmethod
def create_response(**kwd):
return ModelResponse(ConsultingReply)
@staticmethod
def set_sortby_statement(q, req):
q = super(ConsultingReplyApi,
ConsultingReplyApi).set_sortby_statement(q, req)
q = q.orderby('reg_date', order=enums.Order.desc)
return q
def set_keyword_statement(self, q, req):
if req.item.consulting_uid:
q = q.where(self.table.consulting_uid == req.item.consulting_uid)
if req.item.author:
q = q.where(self.table.author == req.item.author)
return q
from kivy.app import App
from kivy.lang import Builder
from kivy.uix.screenmanager import ScreenManager, Screen, FadeTransition
from notifications.notifications import NotificationsManager
from client_ui.connection_screen import ConnectionScreen
from client_ui.lobby_screen import LobbyScreen
from client_ui.chat_widget import ChatWidget
import core.predef as predef
from core.predef import pycard_protocol as pp
from sample_games.retard_game import retard_game
log = Logger(
observer=jsonFileLogObserver(io.open("client.json", "a")),
namespace="client"
)
__author__ = 'Anton Korobkov'
class EchoClient(protocol.Protocol):
def connectionMade(self):
self.factory.app.on_connection(self.transport)
def dataReceived(self, data):
messages = data.split(pp.message_delimiter)
for m in messages:
if m:
failure.trap(ServiceNameError)
return failure
def response_err(failure):
failure.trap(ResponseError)
return failure
def nargs_err(failure):
failure.trap(ValueError)
return InvalidArgumentsErrorCode('Foo', str(failure.value))
path = os.path.join(paths.log_dir, 'pps.log.json')
obs = jsonFileLogObserver(io.open(path, 'w'))
logger = Logger(observer=obs)
# logger = Logger()
regex = re.compile(r'^(?P<command>\w+) {0,1}(?P<args>.*)')
class ServiceProtocol(Protocol):
def __init__(self, *args, **kw):
# super(ServiceProtocol, self).__init__(*args, **kw)
self._services = {}
self._cmd_delim = ' '
self._arg_delim = ','
self.debug = logger.debug
self.warning = logger.warn
self.info = logger.info
class ConsultingApi(SQLite3JsonBase):
log = Logger(observer=jsonFileLogObserver(io.open("log.json", "a")), namespace="Consulting")
table_fields = ' '.join(get_sqlite3_column_name('Consulting'))
table_fields_getter = attrgetter(*table_fields.split())
row_named_record = collections.namedtuple('Consulting',
' '.join([SQLite3JsonBase.table_common_fields, table_fields]))
def __init__(self):
self.table = Table('Consulting')
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_get_all(self, request):
resp = yield self.search_service_execute(
ModelRequest(*get_model_request_args(request.args),
item=Consulting(uid=request.args.get('uid', [''])[0],
subject=request.args.get('subject', [''])[0],
body=request.args.get('body', [''])[0],
author=request.args.get('author', [''])[0])))
yield self.set_reply_item(resp.items)
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_get(self, request, uid):
resp = yield self.search_service_execute(
ModelRequest(*get_model_request_args(request.args), item=Consulting(uid=uid)))
yield self.set_reply_item(resp.items)
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_create(self, request):
content = json.load(request.content)
item = Consulting(**content)
item.clicked = 0
resp = yield self.update_service_execute(
ModelRequest(*get_model_request_args(request.args), item=item))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_delete(self, _, uid):
resp = yield self.delete_service_execute(ModelDeleteRequest(uid))
return jsonpickle.encode(resp, unpicklable=False)
@refine_twisted_web_request
@defer.inlineCallbacks
def consulting_update(self, request, uid):
content = json.load(request.content)
content['uid'] = uid
resp = yield self.update_service_execute(
ModelRequest(*get_model_request_args(request.args), item=Consulting(**content)),
module='consulting_update')
return jsonpickle.encode(resp, unpicklable=False)
def set_keyword_statement(self, q, req):
c = self.set_like_keyword_statement(None, req.item.subject, self.table.subject)
c = self.set_like_keyword_statement(c, req.item.body, self.table.body)
c = self.set_like_keyword_statement(c, req.item.author, self.table.author)
if c is not None:
q = q.where(c)
return q
@staticmethod
def set_sortby_statement(q, req):
q = super(ConsultingApi, ConsultingApi).set_sortby_statement(q, req)
q = q.orderby('reg_date', order=enums.Order.desc)
return q
@staticmethod
def create_response(**kwd):
return ModelResponse(Consulting)
@defer.inlineCallbacks
def set_reply_item(self, items):
api = ConsultingReplyApi()
o = TwistedRequestWrapper()
for item in items:
item.reply = []
o.args['consulting_uid'] = [item.uid]
api_ret = yield api.consulting_reply_get_all(o)
api_ret = json.loads(api_ret)
item.reply.extend(api_ret['items'])
def get_observers(main_config, twistd_user, log_group):
log_debug = main_config.get_bool("debug", False)
log_to_file = main_config.get_bool("log_file", False)
log_stdout = main_config.get_bool("log_stdout", False)
log_syslog = main_config.get_bool("log_syslog", False)
log_auth_events = main_config.get_bool("log_auth_events", False)
log_sso_events = main_config.get_bool("log_sso_events", True)
# Log to file if nothing else is turned on
log_to_file = log_to_file or not (log_to_file or log_syslog or log_stdout)
log_dir = main_config.get_str("log_dir", "log")
log_max_size = main_config.get_int("log_max_size", 10 * (1 << 20))
log_max_files = main_config.get_int("log_max_files", 6)
if log_max_files == 0:
# we need to pass None explicitly if we want there to be no limit
# 0 would just mean no logfiles would get kept...
log_max_files = None
observers = []
if log_to_file:
log_txt = create_log_file(
"authproxy.log",
log_dir,
log_max_size,
log_max_files,
twistd_user,
log_group,
)
text_observer = textFileLogObserver(log_txt)
text_filter = FilteringLogObserver(text_observer, [only_default_log_predicate])
observers.append(text_filter)
if log_stdout:
stdout_observer = textFileLogObserver(sys.stdout)
filtered_stdout = FilteringLogObserver(
stdout_observer, [only_default_log_predicate]
)
observers.append(filtered_stdout)
if log_syslog:
if syslog is None:
raise config_error.ConfigError("syslog not supported on Windows")
facility_dict = {
"LOG_KERN": pySyslog.LOG_KERN,
"LOG_USER": pySyslog.LOG_USER,
"LOG_MAIL": pySyslog.LOG_MAIL,
"LOG_DAEMON": pySyslog.LOG_DAEMON,
"LOG_AUTH": pySyslog.LOG_AUTH,
"LOG_LPR": pySyslog.LOG_LPR,
"LOG_NEWS": pySyslog.LOG_NEWS,
"LOG_UUCP": pySyslog.LOG_UUCP,
"LOG_CRON": pySyslog.LOG_CRON,
"LOG_SYSLOG": pySyslog.LOG_SYSLOG,
"LOG_LOCAL0": pySyslog.LOG_LOCAL0,
"LOG_LOCAL1": pySyslog.LOG_LOCAL1,
"LOG_LOCAL2": pySyslog.LOG_LOCAL2,
"LOG_LOCAL3": pySyslog.LOG_LOCAL3,
"LOG_LOCAL4": pySyslog.LOG_LOCAL4,
"LOG_LOCAL5": pySyslog.LOG_LOCAL5,
"LOG_LOCAL6": pySyslog.LOG_LOCAL6,
"LOG_LOCAL7": pySyslog.LOG_LOCAL7,
}
syslog_facilitystr = main_config.get_str("syslog_facility", "LOG_USER")
syslog_facility = facility_dict.get(syslog_facilitystr, None)
if syslog_facility is None:
raise config_error.ConfigError(
"Unknown syslog_facility: {0}".format(syslog_facilitystr)
)
syslog_observer = syslog.SyslogObserver("Authproxy", facility=syslog_facility)
wrapped_syslog_observer = LegacyLogObserverWrapper(syslog_observer.emit)
syslog_filtering_observer = FilteringLogObserver(
wrapped_syslog_observer, [only_default_log_predicate],
)
observers.append(syslog_filtering_observer)
if log_debug:
debug_predicate = LogLevelFilterPredicate(LogLevel.debug)
for i, observer in enumerate(observers):
observers[i] = FilteringLogObserver(observer, [debug_predicate])
if log_auth_events:
auth_log_file = create_log_file(
"authevents.log",
log_dir,
log_max_size,
log_max_files,
twistd_user,
log_group,
)
auth_observer = jsonFileLogObserver(auth_log_file, "")
observers.append(FilteringLogObserver(auth_observer, [auth_type_predicate]))
if log_sso_events:
sso_log_file = create_log_file(
"ssoevents.log",
log_dir,
log_max_size,
log_max_files,
twistd_user,
log_group,
)
sso_observer = jsonFileLogObserver(sso_log_file, "")
observers.append(FilteringLogObserver(sso_observer, [sso_type_predicate]))
return observers
import io
from ad_hoc import AdHoc
from twisted.logger import globalLogPublisher, jsonFileLogObserver
globalLogPublisher.addObserver(jsonFileLogObserver(open("log.json", "a")))
AdHoc(3, 4).logMessage()
from sys import argv
import json
import os
import base64
import io
__version__ = "0.1.2"
@provider(ILogObserver)
def simpleObserver(event):
print(formatEvent(event))
log = Logger(observer=jsonFileLogObserver(io.open("log.json", "a")),
namespace="ChatServer")
globalLogPublisher.addObserver(simpleObserver)
def parse_msg0(msg):
_, _color = msg.split(';')
_joining = _[4:].strip()
_color = _color.split('=')[1]
return _joining, _color
def parse_msg1(msg, server, *args):
if ';' in msg:
cmd_chain = []
for request in msg.split(';'):
def hendrixObserver(path=DEFAULT_LOG_FILE, log_level=LogLevel.warn):
json_observer = jsonFileLogObserver(io.open(path, 'a'))
return FilteringLogObserver(json_observer, [
LogLevelFilterPredicate(log_level),
])