global lastmessage

if (message==lastmessage):

return True

else:

global flag

global cursor

global cnxn

message=message.lower()

modules=["wiki","bot","google","math","trans","weather","cricket","youtube","nearby"] #Add module name here so that the for loop below works

for module in modules:

if (message.find(module)==0):

message=message[len(module)+1:]

if module=="wiki":

reply=wiki(message,peer,search,cursor,cnxn)

print reply

try:

if ("Cannot acces link!" in reply):

reply="No wikipedia article on that, googling instead\n"+google(message)

return reply

except:

print"except"

return None

if module=="google":

return google(message)

if module=="bot":

message=message.lstrip()

reply=wolfram(message)

if (reply=="noidea"):

reply="tough. I'll google that\n"+google(message)

return reply

if module=="math":

a=eval(compile(message, '<string>', 'eval', __future__.division.compiler_flag))

#print a

return str(a)

if module=="trans":

result=translate(message)

return result

if module=="nearby":

print "nearby"

m=message.split(",")

m1=m[0]

print m1

try:

m2=m[1]

except:

m2=10000

print m2

places(m1,peer,search,cursor,cnxn,m2)

return None

if module=="weather":

result=setUrl(message)

return result

if module=="youtube":

#print "done"

try:

a=querry(message,peer,search,cursor,cnxn)

return None

except:

print"else main"

return None

# return module

# else:

#return result

if module=="cricket":

cric = CricbuzzParser()

match = cric.getXml()

details = cric.handleMatches(match) #Returns Match details as a Dictionary. Parse it according to requirements.

b=''

for i in details :

b=b+str(i)

#print b

return b

global chattybot

if chattybot:

global botsessions

global bot1

if peer not in botsessions:

botsessions[peer]=bot1.create_session()

reply = botsessions[peer].think(message)

VALID_TAGS = ['br']

soup = BeautifulSoup(reply)

for tag in soup.findAll(True):

if tag.name not in VALID_TAGS:

tag.hidden = True

reply=soup.renderContents()

reply=reply.replace('<br />','\n')

global flag

flag = 0

#uncomment for debug

#if lastmessage is not None:

# print 'message is '+message+' and lastmessage is '+lastmessage+'\n'

if mymessage(message):

return

replyrequired=False

reply=None

#if group is None:

replyrequired=True

if (message[:3].lower()=="bot"):

replyrequired=True

reply=callmodule(message,peer,search)

if((message[:4]=="http") and (message.find(' ')==-1)):

t = lxml.html.parse(message)

reply = t.find(".//title").text

#if ((replyrequired==True) and (reply is None)):

#reply="underconstruction"

if reply is not None :

search1=search

global cursor

global cnxn

dsn = '' #fill credential

user = ''

password = ''

database = ''

con_string = 'DSN=%s;UID=%s;PWD=%s;DATABASE=%s;' % (dsn, user, password, database)

cnxn = pyodbc.connect(con_string)

if (message == lastmessage):

return True

else:

global proc

global cursor

global cnxn

#if (group is not None):

# message=peer.split(' ')[0] + ": " + message

# peer=group

if (not spam(message)):

if(('\n' in message)or('\r' in message) or ('\r\n' in message)):

tempfile='temp'

temp=open(tempfile,'w')

temp.write(message)

temp.close()

print message

cursor.execute("insert into dbo.search_result(search_id, user_id, result) values ( ?, ?, ?)", search, peer, message)

cnxn.commit()

#proc.stdin.write('send_text '+peer.replace(' ','_')+' '+tempfile+'\n')

else:

print message.replace(' ','_')

cursor.execute("insert into dbo.search_result(search_id, user_id, result) values ( ?, ?, ?)", search, peer, message)

cnxn.commit()

cursor.execute(""" UPDATE dbo.bot_search_querry SET flag = 1 where search_id = ?""", [search])

cnxn.commit()

#proc.stdin.write('msg '+peer.replace(' ','_')+' '+message+'\n')

global lastmessage

db_connect()

global pathtotg

global proc

global cursor

lastmessage=None

multiline=False

peer=None

message=None

try:

while 1 :

cursor.execute("select search_id, keyword, user_id, flag from dbo.bot_search_querry where flag = 0")

rows = cursor.fetchall()

for row in rows:

search = row.search_id

peer = row.user_id

message = row.keyword

try:

AI(peer,message,search)

except:

msg(peer,"Can you please repeat",search)

except IndexError:

botthread = Thread(target = bot)

botthread.start()