def __init__(self, port, RequestHandlerClass):
self.clients = {}
self.db, self.cursor = pgDB.connect()
self.combatHandler = ActionHandler("combat", self, combatActions)
self.skillHandler = ActionHandler("skill", self, skillActions)
clearLoggedInUsers(self.cursor)
self.combatHandler.start()
self.skillHandler.start()
self.running = True
ThreadedServer.__init__(self, port, RequestHandlerClass)
def __init__(self, port, RequestHandlerClass):
self.clients = {}
self.db, self.cursor = pgDB.connect()
self.combatHandler = ActionHandler("combat", self, combatActions)
self.skillHandler = ActionHandler("skill", self, skillActions)
clearLoggedInUsers(self.cursor)
self.combatHandler.start()
self.skillHandler.start()
self.running = True
ThreadedServer.__init__(self, port, RequestHandlerClass)
class GameServer(ThreadedServer):
def __init__(self, port, RequestHandlerClass):
self.clients = {}
self.db, self.cursor = pgDB.connect()
self.combatHandler = ActionHandler("combat", self, combatActions)
self.skillHandler = ActionHandler("skill", self, skillActions)
clearLoggedInUsers(self.cursor)
self.combatHandler.start()
self.skillHandler.start()
self.running = True
ThreadedServer.__init__(self, port, RequestHandlerClass)
def serve_forever(self):
"""
This one should be pretty obvious.
"""
while self.running:
try:
self.handle_request()
except KeyboardInterrupt:
print "Dying on request!"
self.running = False
self.combatHandler = None
self.skillHandler = None
self.killThreads()
def performAction(self, userid, action, params):
print "Got an action, %s, from %s." % (action, userid)
if action in self.combatHandler.actions():
self.combatHandler.addAction(userid, action, params)
elif action in self.skillHandler.actions():
self.skillHandler.addAction(userid, action, params)
def stopAction(self, userid, action):
if action in VERBS.keys():
action = VERBS[action]
if action in self.combatHandler.actions():
return self.combatHandler.stopAction(userid)
elif action in self.skillHandler.actions():
return self.skillHandler.stopAction(userid)
return False
def stopAllActions(self, userid):
self.skillHandler.stopAction(userid)
def changeLocation(self, threadid, userid, area, room, DBUpdate=1):
if DBUpdate:
updateUserLocation(self.cursor, userid, room)
if not self.clients.has_key(userid):
# Player has just entered the game.
print "%s has entered the game world in room %s." % (userid, room)
self.display(threadid, room,
"`$%s appears in a puff of logic." % userid)
else:
# Player has entered from another place.
self.display(threadid, self.clients[userid][DC.RoomID],\
"`$%s has left the area." % userid)
print "%s has moved to the room %s." % (userid, room)
self.display(threadid, room, "`$%s has entered the area."\
% userid)
#FIXME: REDUNDANT! Getting from DB. May want to use
# this later though, to push some load into memory and
# CPU rather than postgres
self.clients[userid] = {
DC.UserID: userid,
DC.AreaID: area,
DC.RoomID: room,
}
def getCursor(self):
return self.db.cursor()
def commitToDatabase(self):
self.db.commit()
def sendMessage(self, threadid, text):
text = colorise(text, firstLetterCap=1)
os.write(self.outbox[int(threadid)], text + "\r\n")
def display(self, ownThreadid, roomid, text):
text = colorise(text, firstLetterCap=1)
self.localPrint(ownThreadid, roomid, text + "\r\n")
def localPrint(self, ownThreadid, roomid, text):
threads = getThreadsInRoom(self.cursor, roomid)
for thread in threads:
print "%s, %s" % (type(thread), thread)
if int(thread) != ownThreadid:
os.write(self.outbox[int(thread)], text)
class GameServer(ThreadedServer):
def __init__(self, port, RequestHandlerClass):
self.clients = {}
self.db, self.cursor = pgDB.connect()
self.combatHandler = ActionHandler("combat", self, combatActions)
self.skillHandler = ActionHandler("skill", self, skillActions)
clearLoggedInUsers(self.cursor)
self.combatHandler.start()
self.skillHandler.start()
self.running = True
ThreadedServer.__init__(self, port, RequestHandlerClass)
def serve_forever(self):
"""
This one should be pretty obvious.
"""
while self.running:
try:
self.handle_request()
except KeyboardInterrupt:
print "Dying on request!"
self.running = False
self.combatHandler = None
self.skillHandler = None
self.killThreads()
def performAction(self, userid, action, params):
print "Got an action, %s, from %s." % (action, userid)
if action in self.combatHandler.actions():
self.combatHandler.addAction(userid, action, params)
elif action in self.skillHandler.actions():
self.skillHandler.addAction(userid, action, params)
def stopAction(self, userid, action):
if action in VERBS.keys():
action = VERBS[action]
if action in self.combatHandler.actions():
return self.combatHandler.stopAction(userid)
elif action in self.skillHandler.actions():
return self.skillHandler.stopAction(userid)
return False
def stopAllActions(self, userid):
self.skillHandler.stopAction(userid)
def changeLocation(self, threadid, userid, area, room, DBUpdate = 1):
if DBUpdate:
updateUserLocation(self.cursor, userid, room)
if not self.clients.has_key(userid):
# Player has just entered the game.
print "%s has entered the game world in room %s." % (userid, room)
self.display(threadid, room, "`$%s appears in a puff of logic." % userid)
else:
# Player has entered from another place.
self.display(threadid, self.clients[userid][DC.RoomID],\
"`$%s has left the area." % userid)
print "%s has moved to the room %s." % (userid, room)
self.display(threadid, room, "`$%s has entered the area."\
% userid)
#FIXME: REDUNDANT! Getting from DB. May want to use
# this later though, to push some load into memory and
# CPU rather than postgres
self.clients[userid] = {
DC.UserID: userid,
DC.AreaID: area,
DC.RoomID: room,
}
def getCursor(self):
return self.db.cursor()
def commitToDatabase(self):
self.db.commit()
def sendMessage(self, threadid, text):
text = colorise(text, firstLetterCap = 1)
os.write(self.outbox[int(threadid)], text + "\r\n")
def display(self, ownThreadid, roomid, text):
text = colorise(text, firstLetterCap = 1)
self.localPrint(ownThreadid, roomid, text + "\r\n")
def localPrint(self, ownThreadid, roomid, text):
threads = getThreadsInRoom(self.cursor, roomid)
for thread in threads:
print "%s, %s" % (type(thread), thread)
if int(thread) != ownThreadid:
os.write(self.outbox[int(thread)], text)
