def __getattr__(self, name):
""" x.__getattr__('name') <==> x.name
@return named attribute from EClientSocket object
"""
try:
value = getattr(self.client, name)
except (AttributeError, ):
raise
if name not in self.clientMethodNames:
return value
return value
typeName = toTypeName(name)
preName, postName = name + 'Pre', name + 'Post'
preType, postType = registry[preName], registry[postName]
for item in registry:
print item
@wraps(value)
def wrapperMethod(*args):
mapping = dict(zip(preType.__slots__, args))
results = self.dispatcher(preName, mapping)
if not all(results):
return # raise exception instead?
result = value(*args)
self.dispatcher(postName, mapping)
return result # or results?
return wrapperMethod
def buildMessageRegistry(seq, suffixes=[''], bases=(Message, )):
""" Construct message types and add to given mapping.
@param seq pairs of method (name, arguments)
@param bases sequence of base classes for message types
@return None
"""
for name, args in sorted(seq):
for suffix in suffixes:
typename = toTypeName(name) + suffix
typens = {'__slots__': args, '__assoc__': name, 'typeName': name}
msgtype = type(typename, bases, typens)
if name in registry:
registry[name] = registry[name] + (msgtype, )
else:
registry[name] = (msgtype, )
def buildMessageRegistry(seq, suffixes=[''], bases=(Message, )):
""" Construct message types and add to given mapping.
@param seq pairs of method (name, arguments)
@param bases sequence of base classes for message types
@return None
"""
for name, args in sorted(seq):
for suffix in suffixes:
typename = toTypeName(name) + suffix
typens = {'__slots__':args, '__assoc__':name, 'typeName':name}
msgtype = type(typename, bases, typens)
if name in registry:
registry[name] = registry[name] + (msgtype, )
else:
registry[name] = (msgtype, )
