def run(self):
"""
The thread function.
Intended for internal use by Node.
Not intended to be part of the API.
"""
log.log("\n\nNode thread started")
#TODO: (re-)enable creation of new transactions
self.__stop = False
while True:
self.__network.processNetworkEvents(timeout=0.01)
#API events:
with self._commandFunctionLock:
s = self._commandFunction
if s != None:
try:
self._commandReturnValue = s[0](self, *s[1], **s[2])
except Exception as e:
self._commandReturnValue = e
log.logException()
self._commandProcessed.set()
self._commandFunction = None
#Time-out events:
while len(self.__node.timeoutMessages) > 0 and self.__node.timeoutMessages[0].timestamp < time.time():
msg = self.__node.timeoutMessages.pop(0)
self.handleMessage(msg.message)
#Connections: data transmission and closing
doSaveState = False
for localID, c in self.__node.connections.copy().iteritems():
#New attempt to send the outbox:
if c.transmit(self.__network):
doSaveState = True
#Close interface whenever requested:
if c.canBeClosed():
log.log('Closing persistent connection ' + localID)
del self.__node.connections[localID]
self.__network.closeInterface(localID)
doSaveState = True
if doSaveState:
self.__node.save()
if self.__stop:
#TODO: stop creation of new transactions
#TODO: only break once there are no more open transactions
break
log.log("Node thread terminated\n\n")
def run(self):
"""
The thread function.
Intended for internal use by Node.
Not intended to be part of the API.
"""
log.log("\n\nAmiko thread started")
#Start listening
listener = network.Listener(self.context,
self.settings.listenHost, self.settings.listenPort)
#TODO: (re-)enable creation of new transactions
self.__stop = False
while True:
self.context.dispatchNetworkEvents()
self.context.dispatchTimerEvents()
self.watchdog.check()
with self._commandFunctionLock:
s = self._commandFunction
if s != None:
try:
self._commandReturnValue = s[0](self, *s[1], **s[2])
except Exception as e:
self._commandReturnValue = e
log.logException()
self._commandProcessed.set()
self._commandFunction = None
if self.__doSave:
self.__saveState()
self.__doSave = False
self.__movePayeesToPayLog()
if self.__stop:
#TODO: stop creation of new transactions
#TODO: only break once there are no more open transactions
break
#This closes all network connections etc.
self.context.sendSignal(None, event.signals.quit)
log.log("Node thread terminated\n\n")
def run(self):
"""
The thread function.
Intended for internal use by Node.
Not intended to be part of the API.
"""
log.log("\n\nNode thread started")
self.__network.openListener()
#Establish connections
for ID in self.__node.connections.keys():
try:
self.makeConnection(ID)
except network.ConnectFailed as e:
log.log("Connect failed (ignored)")
#TODO: (re-)enable creation of new transactions
self.__stop = False
while True:
self.__network.processNetworkEvents(timeout=0.01)
#API events:
with self._commandFunctionLock:
s = self._commandFunction
if s != None:
try:
self._commandReturnValue = s[0](self, *s[1], **s[2])
except Exception as e:
self._commandReturnValue = e
log.logException()
self._commandProcessed.set()
self._commandFunction = None
#Time-out events:
while len(self.__node.timeoutMessages) > 0 and self.__node.timeoutMessages[0].timestamp < time.time():
msg = self.__node.timeoutMessages.pop(0)
self.handleMessage(msg.message)
#Connections: data transmission and closing
doSaveState = False
for localID, c in self.__node.connections.copy().iteritems():
#New attempt to send the outbox:
if c.transmit(self.__network):
doSaveState = True
#Close interface whenever requested:
if c.canBeClosed():
log.log('Closing persistent connection ' + localID)
del self.__node.connections[localID]
self.__network.closeInterface(localID)
doSaveState = True
if doSaveState:
self.__node.save()
if self.__stop:
#TODO: stop creation of new transactions
#TODO: only break once there are no more open transactions
break
self.__network.closeAll()
log.log("Node thread terminated\n\n")
