def TestSocketUxdNB():
"""Class SocketUxdNb self test """
console.reinit(verbosity=console.Wordage.verbose)
try:
print("Testing SocketUxdNb")
serverA = aiding.SocketUxdNb(ha='/tmp/local/uxdA', umask=0x077)
serverA.reopen()
serverB = aiding.SocketUxdNb(ha='/tmp/local/uxdB', umask=0x077)
serverB.reopen()
serverC = aiding.SocketUxdNb(ha='/tmp/local/uxdC', umask=0x077)
serverC.reopen()
serverA.send("A sends to B", serverB.ha)
print(serverB.receive())
serverA.send("A sends to C", serverC.ha)
print(serverC.receive())
serverA.send("A sends to A", serverA.ha)
print(serverA.receive())
serverB.send("B sends to A", serverA.ha)
print(serverA.receive())
serverC.send("C sends to A", serverA.ha)
print(serverA.receive())
serverB.send("B sends to B", serverB.ha)
print(serverB.receive())
serverC.send("C sends to C", serverC.ha)
print(serverC.receive())
serverA.send("A sends to B again", serverB.ha)
print(serverB.receive())
serverA.send("A sends to C again", serverC.ha)
print(serverC.receive())
serverA.send("A sends to A again", serverA.ha)
print(serverA.receive())
serverB.send("B sends to A again", serverA.ha)
print(serverA.receive())
serverC.send("C sends to A again", serverA.ha)
print(serverA.receive())
serverB.send("B sends to B again", serverB.ha)
print(serverB.receive())
serverC.send("C sends to C again", serverC.ha)
print(serverC.receive())
print(serverA.receive())
print(serverB.receive())
print(serverC.receive())
finally:
serverA.close()
serverB.close()
serverC.close()
def serverFromLocal(self):
'''
Create local listening server for stack
'''
server = aiding.SocketUxdNb(ha=self.ha,
bufsize=raeting.UXD_MAX_PACKET_SIZE *
self.bufcnt)
return server
def serverFromLocal(self):
'''
Create server from local data
'''
if not self.local:
return None
server = aiding.SocketUxdNb(ha=self.local.ha,
bufsize=raeting.UXD_MAX_PACKET_SIZE *
self.bufcnt)
return server
def serverFromLocal(self):
'''
Create local listening server for stack
'''
if not sys.platform == 'win32':
server = aiding.SocketUxdNb(ha=self.ha,
bufsize=raeting.UXD_MAX_PACKET_SIZE *
self.bufcnt)
else:
server = aiding.WinMailslotNb(ha=self.ha,
bufsize=raeting.UXD_MAX_PACKET_SIZE *
self.bufcnt)
return server
def __init__(
self,
name='',
version=raeting.VERSION,
store=None,
lanename='lane',
yard=None,
yid=None,
yardname='',
ha='',
rxMsgs=None,
txMsgs=None,
uxdRxes=None,
uxdTxes=None,
lane=None,
accept=None,
dirpath=None,
):
'''
Setup StackUxd instance
'''
if not name:
name = "stackUxd{0}".format(StackUxd.Count)
StackUxd.Count += 1
self.name = name
self.version = version
self.store = store or storing.Store(stamp=0.0)
self.yards = odict() # remote uxd yards attached to this stack by name
self.names = odict() # remote uxd yard names by ha
self.yard = yard or yarding.Yard(stack=self,
name=yardname,
yid=yid,
ha=ha,
prefix=lanename,
dirpath=dirpath)
self.rxMsgs = rxMsgs if rxMsgs is not None else deque(
) # messages received
self.txMsgs = txMsgs if txMsgs is not None else deque(
) # messages to transmit
self.uxdRxes = uxdRxes if uxdRxes is not None else deque(
) # uxd packets received
self.uxdTxes = uxdTxes if uxdTxes is not None else deque(
) # uxd packets to transmit
self.lane = lane # or keeping.LaneKeep()
self.accept = self.Accept if accept is None else accept #accept uxd msg if not in lane
self.serverUxd = aiding.SocketUxdNb(ha=self.yard.ha,
bufsize=raeting.MAX_MESSAGE_SIZE)
self.serverUxd.reopen() # open socket
self.yard.ha = self.serverUxd.ha # update estate host address after open
def __init__(self,
name='',
main=False,
keep=None,
dirpath='',
local=None,
lanename='lane',
yid=None,
yardname='',
sockdirpath='',
ha='',
bufcnt=10,
accept=None,
**kwa):
'''
Setup StackUxd instance
'''
if not name:
name = "lanestack{0}".format(LaneStack.Count)
LaneStack.Count += 1
if not keep:
keep = keeping.LaneKeep(dirpath=dirpath, stackname=name)
if not local:
self.remotes = odict()
local = yarding.LocalYard(stack=self,
yid=yid,
name=yardname,
main=main,
ha=ha,
dirpath=sockdirpath,
lanename=lanename)
server = aiding.SocketUxdNb(ha=local.ha,
bufsize=raeting.UXD_MAX_PACKET_SIZE *
bufcnt)
super(LaneStack, self).__init__(name=name,
keep=keep,
dirpath=dirpath,
local=local,
server=server,
**kwa)
self.books = odict()
self.accept = self.Accept if accept is None else accept #accept uxd msg if not in lane