def checkURI(self):
p = protocolForURI("http://www.python.org/")
assert p is not IProtocol1
p = protocolForURI("http://peak.telecommunity.com/PyProtocols")
assert p is IProtocol1
class IConnectCallable(protocols.Interface):
protocols.advise(equivalentProtocols =
[protocols.protocolForURI("http://www.dotsyntax.com/protocols/connectcallable")])
def __call__(callable):
pass
assert a2 is not a
assert a2.subject is n
assert adapt(n, I) is a2
from protocols import protocolForType, protocolForURI, sequenceOf, advise
from protocols import declareImplementation, Variation
from UserDict import UserDict
IGetSetMapping = protocolForType(dict, ["__getitem__", "__setitem__"])
IGetMapping = protocolForType(dict, ["__getitem__"])
ISimpleReadFile = protocolForType(file, ["read"])
IImplicitRead = protocolForType(file, ["read"], implicit=True)
IProtocol1 = protocolForURI("http://peak.telecommunity.com/PyProtocols")
multimap = sequenceOf(IGetMapping)
declareImplementation(UserDict, [IGetSetMapping])
IMyUnusualMapping = Variation(IGetSetMapping)
class MyUserMapping(object):
pass
declareImplementation(MyUserMapping, [IMyUnusualMapping])
show = property(__get_show, __set_show)
def set_message(self,
message,
status,
format=None,
default_status='normal'):
return super(FaceBookChatXMPP, self).set_message(message = None,
status = '',
format = format,
default_status = \
default_status)
def do_call(callable):
callable()
def get_call_wrapper(*a, **k):
return do_call
#we've got some stuff to do before the actual socket.connect, so we'll be
#responsible for what thread things are on, not jabber
import protocols
protocols.declareAdapterForType(
protocols.protocolForURI(
"http://www.dotsyntax.com/protocols/connectcallable"),
get_call_wrapper, FaceBookChatXMPP)
def checkURI(self):
p = protocolForURI("http://www.python.org/")
assert p is not IProtocol1
p = protocolForURI("http://peak.telecommunity.com/PyProtocols")
assert p is IProtocol1
assert a2 is not a
assert a2.subject is n
assert adapt(n, I) is a2
from protocols import protocolForType, protocolForURI, sequenceOf, advise
from protocols import declareImplementation, Variation
from UserDict import UserDict
IGetSetMapping = protocolForType(dict, ['__getitem__', '__setitem__'])
IGetMapping = protocolForType(dict, ['__getitem__'])
ISimpleReadFile = protocolForType(file, ['read'])
IImplicitRead = protocolForType(file, ['read'], implicit=True)
IProtocol1 = protocolForURI("http://peak.telecommunity.com/PyProtocols")
multimap = sequenceOf(IGetMapping)
declareImplementation(UserDict, [IGetSetMapping])
IMyUnusualMapping = Variation(IGetSetMapping)
class MyUserMapping(object):
pass
declareImplementation(MyUserMapping, [IMyUnusualMapping])
def __set_show(self, state):
pass
def __get_show(self):
if self._idle:
return 'away'
else:
return None
show = property(__get_show, __set_show)
def set_message(self, message, status, format = None, default_status='normal'):
return super(FaceBookChatXMPP, self).set_message(message = None,
status = '',
format = format,
default_status = \
default_status)
def do_call(callable):
callable()
def get_call_wrapper(*a, **k):
return do_call
#we've got some stuff to do before the actual socket.connect, so we'll be
#responsible for what thread things are on, not jabber
import protocols
protocols.declareAdapterForType(protocols.protocolForURI("http://www.dotsyntax.com/protocols/connectcallable"),
get_call_wrapper, FaceBookChatXMPP)
