def StartClientExam(self):
def _wait_func(channel, seconds):
tasklet_sleep(seconds)
channel.send(None)
channel1 = stackless.channel()
def _terminaltype_cb(terminalTypeName):
channel1.send(terminalTypeName)
self.user.connection.telneg_terminaltype_cb = _terminaltype_cb
telneg = self.user.connection.telneg
telneg.will_sga()
telneg.will_echo()
telneg.do_naws()
telneg.do_new_environ()
telneg.do_ttype()
# Wait for the soonest of a terminal type, give up after a short delay.
stackless.tasklet(_wait_func)(channel1, 1.0)
terminalTypeName = channel1.receive()
if terminalTypeName:
self.user.connection.SetClientName(terminalTypeName)
if self.EndClientExam():
self._WritePrompt()
return
# Ask the client terminal what their name is.
self.oldOptionLineMode = self.user.connection.SetLineMode(False)
self.user.connection.SetPasswordMode(True)
self.user.Write(CTRL_E)
tasklet_sleep(1.0)
if self.EndClientExam():
self._WritePrompt()
def ReconnectToRouter(self):
delay = float(sorrows.data.config.intermud3.reconnectiondelay)
self.LogInfo("Retrying router connection in %d seconds", delay)
tasklet_sleep(delay)
self.LogInfo("Reconnecting")
self.ConnectToRouter()
def RunSimulation(self, seconds):
startTime = self.simulationStartTime = time.time()
print "Simulation: Start", startTime, "period (s)", seconds
sorrows.entityVoid.StartSimulation(startTime)
endTime = startTime + seconds
tasklet_sleep(seconds)
self.simulationStartTime = None
print "Simulation: End", endTime, "period (s)", seconds
def ReconnectToRouter(self):
delay = float(sorrows.data.config.intermud3.reconnectiondelay)
self.LogInfo("Retrying router connection in %d seconds", delay)
tasklet_sleep(delay)
self.LogInfo("Reconnecting")
self.ConnectToRouter()
def Run(self):
# Place an entity.
# Ask the world service to allocate one of the free house squares.
# Ask the world service to find a field square.
# At sunrise, have the entity head out to the field.
# At mid-afternoon, have the entity head back home.
# That requires some sort of time service.
while self.service.IsRunning():
tasklet_sleep(10)
def Run(self):
# Place an entity.
# Ask the world service to allocate one of the free house squares.
# Ask the world service to find a field square.
# At sunrise, have the entity head out to the field.
# At mid-afternoon, have the entity head back home.
# That requires some sort of time service.
while self.service.IsRunning():
tasklet_sleep(10)
def Wander(self):
lastPosition = self.position
while hasattr(sorrows, "world") and sorrows.world.IsRunning():
currentPosition = self.position
matches = sorrows.world.FindMovementDirections(self.position)
if len(matches) > 1 and lastPosition in matches:
matches.remove(lastPosition)
if len(matches):
lastPosition = currentPosition
sorrows.world._MoveObject(self, random.choice(matches))
tasklet_sleep(2.5 + -random.random())
def Wander(self):
lastPosition = self.position
while hasattr(sorrows, "world") and sorrows.world.IsRunning():
currentPosition = self.position
matches = sorrows.world.FindMovementDirections(self.position)
if len(matches) > 1 and lastPosition in matches:
matches.remove(lastPosition)
if len(matches):
lastPosition = currentPosition
sorrows.world._MoveObject(self, random.choice(matches))
tasklet_sleep(2.5 + -random.random())
def ManageFire(self):
fireObject = FireObject()
fireObject.generation = 0
sorrows.world._MoveObject(fireObject, self.position, force=True)
self.components.append(fireObject)
self.componentsByPosition[self.position] = fireObject
self.idx = -1
tasklet_sleep(1.0)
while hasattr(sorrows, "world") and sorrows.world.IsRunning() and len(self.components):
if self.position is None:
self.DieOut()
else:
self.Spread()
tasklet_sleep(1.0 + -random.random() * 0.5)
def ManageFire(self):
fireObject = FireObject()
fireObject.generation = 0
sorrows.world._MoveObject(fireObject, self.position, force=True)
self.components.append(fireObject)
self.componentsByPosition[self.position] = fireObject
self.idx = -1
tasklet_sleep(1.0)
while hasattr(sorrows, "world") and sorrows.world.IsRunning() and len(
self.components):
if self.position is None:
self.DieOut()
else:
self.Spread()
tasklet_sleep(1.0 + -random.random() * 0.5)
def ManageFloraAndFauna(self):
stackless.tasklet(self.RunNPC)(CUBE_TILE, COLOUR_YELLOW)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
def ManageFloraAndFauna(self):
stackless.tasklet(self.RunNPC)(CUBE_TILE, COLOUR_YELLOW)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
tasklet_sleep(10.0)
stackless.tasklet(self.RunNPC)(DRAGON_TILE, COLOUR_GREEN)
def StartClientExam(self):
def _wait_func(channel, seconds):
tasklet_sleep(seconds)
channel.send(None)
channel1 = stackless.channel()
def _terminaltype_cb(terminalTypeName):
channel1.send(terminalTypeName)
self.user.connection.telneg_terminaltype_cb = _terminaltype_cb
telneg = self.user.connection.telneg
telneg.will_sga()
telneg.will_echo()
telneg.do_naws()
telneg.do_new_environ()
telneg.do_ttype()
# Wait for the soonest of a terminal type, give up after a short delay.
stackless.tasklet(_wait_func)(channel1, 1.0)
terminalTypeName = channel1.receive()
if terminalTypeName:
self.user.connection.SetClientName(terminalTypeName)
if self.EndClientExam():
self._WritePrompt()
return
# Ask the client terminal what their name is.
self.oldOptionLineMode = self.user.connection.SetLineMode(False)
self.user.connection.SetPasswordMode(True)
self.user.Write(CTRL_E)
tasklet_sleep(1.0)
if self.EndClientExam():
self._WritePrompt()
def OnStop(self):
cnt = 20
skips = 0
while len(self.runningServices) and cnt:
for svcName, svc in self.runningServices.items():
# Do not stop the current service if it has running dependencies.
matches = [
svcName2
for svcName2 in self.dependenciesByService.get(svcName, [])
if self.runningServices.has_key(svcName2)
]
if not len(matches):
self.StopService(svc)
else:
skips += 1
# Give tasklets that are no longer valid due to the stopping of their
# service a chance to exit before further services in the dependency
# order are stopped next.
tasklet_sleep(0)
cnt -= 1
if not cnt:
self.LogError("Unable to stop services: %s", self.runningServices.keys())
events.ShutdownComplete()
def _ManageConnectionPreLogin(self):
dataQueue = []
def CollectIncomingData():
data = ""
while not self.released and data is not None:
data = self.read(65536)
dataQueue.append(data)
workerTasklet = stackless.tasklet(CollectIncomingData)()
self.send("\x1b[0c")
self.send("MUD\r\n")
slept = 0
while not self.released:
for data in dataQueue:
if data is None:
return
# print "RECEIVED AFTER", slept, "DATA", data
del dataQueue[:]
tasklet_sleep(0.01)
slept += 0.01
def _ManageConnectionPreLogin(self):
dataQueue = []
def CollectIncomingData():
data = ""
while not self.released and data is not None:
data = self.read(65536)
dataQueue.append(data)
workerTasklet = stackless.tasklet(CollectIncomingData)()
self.send("\x1b[0c")
self.send("MUD\r\n")
slept = 0
while not self.released:
for data in dataQueue:
if data is None:
return
# print "RECEIVED AFTER", slept, "DATA", data
del dataQueue[:]
tasklet_sleep(0.01)
slept += 0.01
def ReceiveInput_EscapeTimeout(self):
tasklet_sleep(0.1)
self.ReceiveInput("", flush=True)
def Run(self, startTime):
while sorrows.worldVoid.IsSimulationRunning(startTime):
sleepDelay = 5.0
if self.profession == 'farmer':
if self.goals.has_key("sell-grain"):
if self.inventory["grain"] == 1:
millers = self.FindEntitiesByProfession("miller")
if len(millers):
miller = millers[0]
if not self.ApproachPosition(miller.homePosition):
# Reached the miller's home. Is it present?
if miller in sorrows.worldVoid.objectsByPosition[
self.position]:
if miller.inventory["bread"] > 0:
self.Debug(
"sell-grain - miller found / sale")
miller.inventory["bread"] -= 1
miller.inventory["grain"] += 1
self.inventory["bread"] += 1
self.inventory["grain"] -= 1
self.GoalCompleted("sell-grain")
self.InitialiseGoal("harvest-grain")
else:
self.Debug(
"sell-grain - miller found / wait bread"
)
else:
self.Debug(
"sell-grain - miller not present")
else:
self.Debug("sell-grain - no miller exists")
break
else:
self.Debug("sell-grain - no grain")
break
elif self.goals.has_key("harvest-grain"):
# If distant from field, approach field.
if not self.ApproachPosition(self.homePosition):
# Start harvesting process. Or end it.
if self.inventory["grain"] == 0:
self.inventory["grain"] += 1
self.inventory["bread"] -= 1
self.Debug("harvest-grain - harvested")
else:
self.GoalCompleted("harvest-grain")
self.InitialiseGoal("sell-grain")
elif len(self.goals):
self.Debug("bad goals", self.goals)
break
elif self.profession == 'miller':
if self.goals.has_key("sell-flour"):
if self.inventory["flour"] == 1:
buyers = self.FindEntitiesByProfession("baker")
if len(buyers):
buyer = buyers[0]
if not self.ApproachPosition(buyer.homePosition):
# Reached the buyer's home. Is it present?
if buyer in sorrows.worldVoid.objectsByPosition[
self.position]:
if buyer.inventory["bread"] > 0:
self.Debug(
"sell-flour - baker found / sale")
buyer.inventory["bread"] -= 1
buyer.inventory["flour"] += 1
self.inventory["flour"] -= 1
self.inventory["bread"] += 1
self.GoalCompleted("sell-flour")
self.InitialiseGoal("work")
else:
self.Debug(
"sell-grain - baker found / wait bread"
)
else:
self.Debug(
"sell-grain - miller not present")
else:
self.Debug("sell-flour - no flour")
break
elif self.goals.has_key("work"):
# If distant from field, approach field.
if not self.ApproachPosition(self.homePosition):
grainCount = self.inventory["grain"]
if grainCount > 0:
self.inventory["grain"] -= grainCount
self.inventory["flour"] += grainCount
self.GoalCompleted("work")
self.InitialiseGoal("sell-flour")
else:
self.Debug("work - no grain to grind")
elif len(self.goals):
self.Debug("bad goals", self.goals)
break
elif self.profession == 'baker':
flourCount = self.inventory["flour"]
if flourCount > 0:
self.inventory["flour"] -= flourCount
self.inventory["bread"] += flourCount
self.Debug("bake", flourCount, "bread")
else:
self.Debug("wait for customer")
tasklet_sleep(sleepDelay)
self.Debug("done")
def ReceiveInput_EscapeTimeout(self):
tasklet_sleep(0.1)
self.ReceiveInput("", flush=True)
def Run(self, startTime):
while sorrows.worldVoid.IsSimulationRunning(startTime):
sleepDelay = 5.0
if self.profession == 'farmer':
if self.goals.has_key("sell-grain"):
if self.inventory["grain"] == 1:
millers = self.FindEntitiesByProfession("miller")
if len(millers):
miller = millers[0]
if not self.ApproachPosition(miller.homePosition):
# Reached the miller's home. Is it present?
if miller in sorrows.worldVoid.objectsByPosition[self.position]:
if miller.inventory["bread"] > 0:
self.Debug("sell-grain - miller found / sale")
miller.inventory["bread"] -= 1
miller.inventory["grain"] += 1
self.inventory["bread"] += 1
self.inventory["grain"] -= 1
self.GoalCompleted("sell-grain")
self.InitialiseGoal("harvest-grain")
else:
self.Debug("sell-grain - miller found / wait bread")
else:
self.Debug("sell-grain - miller not present")
else:
self.Debug("sell-grain - no miller exists")
break
else:
self.Debug("sell-grain - no grain")
break
elif self.goals.has_key("harvest-grain"):
# If distant from field, approach field.
if not self.ApproachPosition(self.homePosition):
# Start harvesting process. Or end it.
if self.inventory["grain"] == 0:
self.inventory["grain"] += 1
self.inventory["bread"] -= 1
self.Debug("harvest-grain - harvested")
else:
self.GoalCompleted("harvest-grain")
self.InitialiseGoal("sell-grain")
elif len(self.goals):
self.Debug("bad goals", self.goals)
break
elif self.profession == 'miller':
if self.goals.has_key("sell-flour"):
if self.inventory["flour"] == 1:
buyers = self.FindEntitiesByProfession("baker")
if len(buyers):
buyer = buyers[0]
if not self.ApproachPosition(buyer.homePosition):
# Reached the buyer's home. Is it present?
if buyer in sorrows.worldVoid.objectsByPosition[self.position]:
if buyer.inventory["bread"] > 0:
self.Debug("sell-flour - baker found / sale")
buyer.inventory["bread"] -= 1
buyer.inventory["flour"] += 1
self.inventory["flour"] -= 1
self.inventory["bread"] += 1
self.GoalCompleted("sell-flour")
self.InitialiseGoal("work")
else:
self.Debug("sell-grain - baker found / wait bread")
else:
self.Debug("sell-grain - miller not present")
else:
self.Debug("sell-flour - no flour")
break
elif self.goals.has_key("work"):
# If distant from field, approach field.
if not self.ApproachPosition(self.homePosition):
grainCount = self.inventory["grain"]
if grainCount > 0:
self.inventory["grain"] -= grainCount
self.inventory["flour"] += grainCount
self.GoalCompleted("work")
self.InitialiseGoal("sell-flour")
else:
self.Debug("work - no grain to grind")
elif len(self.goals):
self.Debug("bad goals", self.goals)
break
elif self.profession == 'baker':
flourCount = self.inventory["flour"]
if flourCount > 0:
self.inventory["flour"] -= flourCount
self.inventory["bread"] += flourCount
self.Debug("bake", flourCount, "bread")
else:
self.Debug("wait for customer")
tasklet_sleep(sleepDelay)
self.Debug("done")
def _wait_func(channel, seconds):
tasklet_sleep(seconds)
channel.send(None)
def _wait_func(channel, seconds):
tasklet_sleep(seconds)
channel.send(None)