#TODO: tons
-import os, sys, select, MySQLdb, MySQLdb.cursors
+import os, sys, select, MySQLdb, MySQLdb.cursors, time
import bot, config, ctlmod
class Erebus(object):
bots = {}
fds = {}
- mods = {}
+ numhandlers = {}
msghandlers = {}
+ chanhandlers = {}
users = {}
chans = {}
return self.auth is not None
def authed(self, auth):
- if auth == '0': auth = None
- self.auth = auth
+ if auth == '0': self.auth = None
+ else: self.auth = auth.lower()
self.checklevel()
def checklevel(self):
self.glevel = -1
else:
c = main.db.cursor()
- c.execute("SELECT level FROM users WHERE auth = %s", (self.auth,))
- row = c.fetchone()
- if row is not None:
- self.glevel = row['level']
+ if c.execute("SELECT level FROM users WHERE auth = %s", (self.auth,)):
+ row = c.fetchone()
+ if row is not None:
+ self.glevel = row['level']
+ else:
+ self.glevel = 0
else:
self.glevel = 0
return self.glevel
self.chans.append(chan)
def part(self, chan):
self.chans.remove(chan)
+ def quit(self):
+ for chan in self.chans:
+ self.chans.remove(chan)
def __str__(self): return self.nick
def __repr__(self): return "<User %r (%d)>" % (self.nick,self.glevel)
class Channel(object):
- def __init__(self, name, bot, levels={}):
+ def __init__(self, name, bot):
self.name = name
self.bot = bot
- self.levels = levels
+ self.levels = {}
self.users = []
self.voices = []
self.ops = []
+ c = main.db.cursor()
+ if c.execute("SELECT user, level FROM chusers WHERE chan = %s", (self.name,)):
+ row = c.fetchone()
+ while row is not None:
+ self.levels[row['user']] = row['level']
+ row = c.fetchone()
+
+
+ def levelof(self, auth):
+ auth = auth.lower()
+ if auth in self.levels:
+ return self.levels[auth]
+ else:
+ return 0
+
+ def setlevel(self, auth, level, savetodb=True):
+ auth = auth.lower()
+ if savetodb:
+ c = main.db.cursor()
+ if c.execute("REPLACE INTO chusers (chan, user, level) VALUES (%s, %s, %s)", (self.name, auth, level)):
+ self.levels[auth] = level
+ return True
+ else:
+ return False
+
def userjoin(self, user, level=None):
if user not in self.users: self.users.append(user)
if level == 'op' and user not in self.ops: self.ops.append(user)
def randbot(self): #get Bot() randomly
for b in self.bots.itervalues(): return b #TODO
- def user(self, nick, justjoined=False):
- nick = nick.lower()
+ def user(self, _nick, justjoined=False):
+ nick = _nick.lower()
if nick in self.users:
return self.users[nick]
else:
- user = self.User(nick)
+ user = self.User(_nick)
self.users[nick] = user
if justjoined:
- self.randbot().conn.send("WHO %s %%ant,2" % (nick))
+ self.randbot().conn.send("WHO %s n%%ant,2" % (nick))
return user
def channel(self, name): #get Channel() by name
else:
return None
- def newchannel(self, bot, name, levels={}):
- chan = self.Channel(name.lower(), bot, levels)
+ def newchannel(self, bot, name):
+ chan = self.Channel(name.lower(), bot)
self.chans[name.lower()] = chan
return chan
if bot.conn.state == 0:
bot.connect()
+ def module(self, name):
+ return ctlmod.modules[name]
+
#bind functions
def hook(self, word, handler):
- self.msghandlers[word] = handler
- def unhook(self, word):
- del self.msghandlers[word]
+ try:
+ self.msghandlers[word].append(handler)
+ except:
+ self.msghandlers[word] = [handler]
+ def unhook(self, word, handler):
+ if word in self.msghandlers and handler in self.msghandlers[word]:
+ self.msghandlers[word].remove(handler)
def hashook(self, word):
- return word in self.msghandlers
+ return word in self.msghandlers and len(self.msghandlers[word]) != 0
def gethook(self, word):
return self.msghandlers[word]
+ def hooknum(self, word, handler):
+ try:
+ self.numhandlers[word].append(handler)
+ except:
+ self.numhandlers[word] = [handler]
+ def unhooknum(self, word, handler):
+ if word in self.numhandlers and handler in self.numhandlers[word]:
+ self.numhandlers[word].remove(handler)
+ def hasnumhook(self, word):
+ return word in self.numhandlers and len(self.numhandlers[word]) != 0
+ def getnumhook(self, word):
+ return self.numhandlers[word]
+
+ def hookchan(self, chan, handler):
+ try:
+ self.chanhandlers[chan].append(handler)
+ except:
+ self.chanhandlers[chan] = [handler]
+ def unhookchan(self, chan, handler):
+ if chan in self.chanhandlers and handler in self.chanhandlers[chan]:
+ self.chanhandlers[chan].remove(handler)
+ def haschanhook(self, chan):
+ return chan in self.chanhandlers and len(self.chanhandlers[chan]) != 0
+ def getchanhook(self, chan):
+ return self.chanhandlers[chan]
+
+
+class MyCursor(MySQLdb.cursors.DictCursor):
+ def execute(self, *args, **kwargs):
+ print "[SQL] [#] MyCursor.execute(self, %s, %s)" % (', '.join([repr(i) for i in args]), ', '.join([str(key)+"="+repr(kwargs[key]) for key in kwargs]))
+ try:
+ super(self.__class__, self).execute(*args, **kwargs)
+ except MySQLdb.MySQLError as e:
+ print "[SQL] [!] MySQL error! %r" % (e)
+ dbsetup()
+ return False
+ return True
+
+
+def dbsetup():
+ main.db = None
+ main.db = MySQLdb.connect(host=cfg.dbhost, user=cfg.dbuser, passwd=cfg.dbpass, db=cfg.dbname, cursorclass=MyCursor)
+
def setup():
global cfg, main
autoloads = [mod for mod, yes in cfg.items('autoloads') if int(yes) == 1]
for mod in autoloads:
+ print "Loading %s" % (mod)
ctlmod.load(main, mod)
- main.db = MySQLdb.connect(host=cfg.dbhost, user=cfg.dbuser, passwd=cfg.dbpass, db=cfg.dbname, cursorclass=MySQLdb.cursors.DictCursor)
+ dbsetup()
c = main.db.cursor()
- c.execute("SELECT nick, user, bind FROM bots WHERE active = 1")
- rows = c.fetchall()
- c.close()
- for row in rows:
- main.newbot(row['nick'], row['user'], row['bind'], cfg.host, cfg.port, cfg.realname)
+ if c.execute("SELECT nick, user, bind FROM bots WHERE active = 1"):
+ rows = c.fetchall()
+ c.close()
+ for row in rows:
+ main.newbot(row['nick'], row['user'], row['bind'], cfg.host, cfg.port, cfg.realname)
main.connectall()
def loop():