def join(self):
# TODO: convert the "control plane" to use deferreds using Twisted style callbacks
cb, eb = utils.newID(2)
self.app.control[cb] = self.onJoin
self.mantleDomain.Join(cb, eb)
self.app.mainGreenlet = greenlet(self.app.handle)
self.app.mainGreenlet.switch(self.mantleDomain)
def __init__(self):
self.cb, self.eb = utils.newID(2)
self.green = None
# Boy does it hurt me to put this here. canReturn needs to have access to the domain
# for call returns
self.mantleDomain = None
# True if this deferred should inform the core of its types once set
# Only true for calls
self.canReturn = False
def __init__(self):
self.cb, self.eb = utils.newID(2)
self.green = None
# Boy does it hurt me to put this here. canReturn needs to have access to the domain
# for call returns
self.mantleDomain = None
# True if this deferred should inform the core of its types once set
# Only true for calls
self.canReturn = False
def join(self, token=None):
# Pass credentials down to the core before attempting to join the
# fabric.
if token is not None:
self.mantleDomain.SetToken(token)
# TODO: convert the "control plane" to use deferreds using Twisted style callbacks
cb, eb = utils.newID(2)
self.app.control[cb] = self.onJoin
self.mantleDomain.Join(cb, eb)
self.app.mainGreenlet = greenlet(self.app.handle)
self.app.mainGreenlet.switch(self.mantleDomain)
def join(self, token=None):
# Pass credentials down to the core before attempting to join the
# fabric.
if token is not None:
self.mantleDomain.SetToken(token)
# TODO: convert the "control plane" to use deferreds using Twisted style callbacks
cb, eb = utils.newID(2)
self.app.control[cb] = self.onJoin
self.mantleDomain.Join(cb, eb)
self.app.mainGreenlet = greenlet(self.app.handle)
self.app.mainGreenlet.switch(self.mantleDomain)
def _setHandler(self, endpoint, handler, coreFunction, doesReturn):
'''
Register or Subscribe. Invokes targetFunction for the given endpoint and handler.
:param coreFunction: the intended core function, either Subscribe or Register
:param doesReturn: True if this handler can return a value (is a registration)
'''
d, handlerId = Deferred(), utils.newID()
self.app.deferreds[d.cb], self.app.deferreds[d.eb] = d, d
self.app.handlers[handlerId] = handler, doesReturn
coreFunction(endpoint, d.cb, d.eb, handlerId, cumin.reflect(handler))
return d
def _setHandler(self, endpoint, handler, coreFunction, doesReturn):
'''
Register or Subscribe. Invokes targetFunction for the given endpoint and handler.
:param coreFunction: the intended core function, either Subscribe or Register
:param doesReturn: True if this handler can return a value (is a registration)
'''
d, handlerId = Deferred(), utils.newID()
self.app.deferreds[d.cb], self.app.deferreds[d.eb] = d, d
self.app.handlers[handlerId] = handler, doesReturn
coreFunction(endpoint, d.cb, d.eb, handlerId, cumin.reflect(handler))
return d