def callRemoteLogging(self, level, stackDepth, name, *args, **kwargs):
"""
Call the given method with the given arguments remotely on the
server-side avatar.
Gets serialized to server-side perspective_ methods.
@param level: the level we should log at (log.DEBUG, log.INFO, etc)
@type level: int
@param stackDepth: the number of stack frames to go back to get
file and line information, negative or zero.
@type stackDepth: non-positive int
@param name: name of the remote method
@type name: str
"""
if level is not None:
debugClass = str(self.__class__).split(".")[-1].upper()
startArgs = [self.remoteLogName, debugClass, name]
formatString, debugArgs = log.getFormatArgs(
'%s --> %s: callRemote(%s, ', startArgs,
')', (), args, kwargs)
logKwArgs = self.doLog(level, stackDepth - 1,
formatString, *debugArgs)
if not self.remote:
self.warning('Tried to callRemote(%s), but we are disconnected'
% name)
return defer.fail(errors.NotConnectedError())
def callback(result):
formatString, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %s', (log.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result
def errback(failure):
formatString, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %r', (failure, ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return failure
d = self.remote.callRemote(name, *args, **kwargs)
if level is not None:
d.addCallbacks(callback, errback)
return d
def callRemoteLogging(self, level, stackDepth, name, *args, **kwargs):
"""
Call the given method with the given arguments remotely on the
server-side avatar.
Gets serialized to server-side perspective_ methods.
@param level: the level we should log at (log.DEBUG, log.INFO, etc)
@type level: int
@param stackDepth: the number of stack frames to go back to get
file and line information, negative or zero.
@type stackDepth: non-positive int
@param name: name of the remote method
@type name: str
"""
if level is not None:
debugClass = str(self.__class__).split(".")[-1].upper()
startArgs = [self.remoteLogName, debugClass, name]
format, debugArgs = log.getFormatArgs(
'%s --> %s: callRemote(%s, ', startArgs,
')', (), args, kwargs)
logKwArgs = self.doLog(level, stackDepth - 1,
format, *debugArgs)
if not self.remote:
self.warning('Tried to callRemote(%s), but we are disconnected'
% name)
return defer.fail(errors.NotConnectedError())
def callback(result):
format, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %s', (log.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return result
def errback(failure):
format, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %r', (failure, ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return failure
d = self.remote.callRemote(name, *args, **kwargs)
if level is not None:
d.addCallbacks(callback, errback)
return d
def remoteMessageReceived(self, broker, message, args, kwargs):
args = broker.unserialize(args)
kwargs = broker.unserialize(kwargs)
method = getattr(self, "remote_%s" % message, None)
if method is None:
raise pb.NoSuchMethod("No such method: remote_%s" % (message, ))
level = flog.DEBUG
if message == 'ping':
level = flog.LOG
debugClass = self.logCategory.upper()
# all this malarkey is to avoid actually interpolating variables
# if it is not needed
startArgs = [self.remoteLogName, debugClass, message]
format, debugArgs = flog.getFormatArgs(
'%s --> %s: remote_%s(', startArgs,
')', (), args, kwargs)
# log going into the method
logKwArgs = self.doLog(level, method, format, *debugArgs)
# invoke the remote_ method
d = defer.maybeDeferred(method, *args, **kwargs)
# log coming out of the method
def callback(result):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: remote_%s(', startArgs,
'): %r', (flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return result
def errback(failure):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: remote_%s(', startArgs,
'): failure %r', (failure, ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return failure
d.addCallbacks(callback, errback)
return broker.serialize(d, self.perspective)
def remoteMessageReceived(self, broker, message, args, kwargs):
args = broker.unserialize(args)
kwargs = broker.unserialize(kwargs)
method = getattr(self, "remote_%s" % message, None)
if method is None:
raise pb.NoSuchMethod("No such method: remote_%s" % (message, ))
level = flog.DEBUG
if message == 'ping':
level = flog.LOG
debugClass = self.logCategory.upper()
# all this malarkey is to avoid actually interpolating variables
# if it is not needed
startArgs = [self.remoteLogName, debugClass, message]
formatString, debugArgs = flog.getFormatArgs('%s --> %s: remote_%s(',
startArgs, ')', (), args,
kwargs)
# log going into the method
logKwArgs = self.doLog(level, method, formatString, *debugArgs)
# invoke the remote_ method
d = defer.maybeDeferred(method, *args, **kwargs)
# log coming out of the method
def callback(result):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: remote_%s(', startArgs, '): %r',
(flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result
def errback(failure):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: remote_%s(', startArgs, '): failure %r',
(failure, ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return failure
d.addCallbacks(callback, errback)
return broker.serialize(d, self.perspective)
def perspectiveMessageReceivedUnserialised(self, broker, message,
args, kwargs):
method = getattr(self, "perspective_%s" % message, None)
if method is None:
raise pb.NoSuchMethod("No such method: perspective_%s" % (
message, ))
level = flog.DEBUG
if message == 'ping':
level = flog.LOG
debugClass = self.logCategory.upper()
startArgs = [self.remoteLogName, debugClass, message]
format, debugArgs = flog.getFormatArgs(
'%s --> %s: perspective_%s(', startArgs,
')', (), args, kwargs)
# log going into the method
logKwArgs = self.doLog(level, method, format, *debugArgs)
# invoke the perspective_ method
d = defer.maybeDeferred(method, *args, **kwargs)
# log coming out of the method
def callback(result):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs,
'): %r', (flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return result
def errback(failure):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs,
'): failure %r', (failure, ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return failure
d.addCallbacks(callback, errback)
return broker.serialize(d, self, method, args, kwargs)
def perspectiveMessageReceivedUnserialised(self, broker, message, args,
kwargs):
method = getattr(self, "perspective_%s" % message, None)
if method is None:
raise pb.NoSuchMethod("No such method: perspective_%s" %
(message, ))
level = flog.DEBUG
if message == 'ping':
level = flog.LOG
debugClass = self.logCategory.upper()
startArgs = [self.remoteLogName, debugClass, message]
formatString, debugArgs = flog.getFormatArgs(
'%s --> %s: perspective_%s(', startArgs, ')', (), args, kwargs)
# log going into the method
logKwArgs = self.doLog(level, method, formatString, *debugArgs)
# invoke the perspective_ method
d = defer.maybeDeferred(method, *args, **kwargs)
# log coming out of the method
def callback(result):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs, '): %r',
(flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result
def errback(failure):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs, '): failure %r',
(failure, ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return failure
d.addCallbacks(callback, errback)
return broker.serialize(d, self, method, args, kwargs)
def errback(failure):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %r', (failure, ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return failure
def callback(result):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs,
'): %r', (flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return result
def errback(failure):
format, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs,
'): failure %r', (failure, ), args, kwargs)
self.doLog(level, -1, format, *debugArgs, **logKwArgs)
return failure
def errback(failure):
formatString, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs, '): %r', (failure, ),
args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return failure
def callback(result):
formatString, debugArgs = log.getFormatArgs(
'%s <-- %s: callRemote(%s, ', startArgs, '): %s',
(log.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result
def callback(result):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs,
'): %r', (flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result
def errback(failure):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs, '): failure %r',
(failure, ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return failure
def callback(result):
formatString, debugArgs = flog.getFormatArgs(
'%s <-- %s: perspective_%s(', startArgs, '): %r',
(flog.ellipsize(result), ), args, kwargs)
self.doLog(level, -1, formatString, *debugArgs, **logKwArgs)
return result