def lesk(context,word):
splited_context = context.split(" ")
stemmed_context =[]
for item in splited_context:
if item.strip()!='':
temp = stemm.findstem(item)
print "stemmed=",temp
stemmed_context.append(temp)
#stemmed_context=sthree_stemm.malayalam_stemmer(stemmed_context)
flag = False
for item in stemmed_context:
print "item=",item,"ddddd=",word.strip()
if item == word.strip():
flag= True
break
if flag!=True:
return flag
wordnet_obj = wordnet.mysqldbwordnet()
definitions = wordnet_obj.getDefinitions(word)
rank_list = []
ranks = []
for item in definitions:
definition =item[0].split(" ")
stemmed_def =[]
for item1 in definition:
if item1.strip()!='':
temp = stemm.findstem(item1)
print "stemmed _definition:",temp
stemmed_def.append(temp)
#print "###############################"
#stemmed_def=sthree_stemm.malayalam_stemmer(stemmed_def)
rank_count = 0
for item1 in stemmed_context:
if (item1 in stemmed_def) and (item1 != word):
rank_count = rank_count + 1
rank_list.append([item[0],rank_count])
if rank_count not in ranks:
ranks.append(rank_count)
ranks.sort(cmp=None, key=None, reverse=True)
selected_definitions = []
first_rank = ranks[0]
print "first rank =",first_rank
for item in rank_list:
#print "eeee=",item[0],"\t",item[1]
if item[1] == first_rank:
selected_definitions.append(item[0])
return selected_definitions
def stem():
f_in=open('output1.txt','r')
words=f_in.read().split('\n')
f_out=open('output2.txt','w')
for item in words:
stem=mal.findstem(item)
f_out.write(stem+"\n")
f_out.close()
def stem():
f_in=open("1test",'r')
words=f_in.read().split('\n')
'''
for i in range(len(text)):
print text[i].encode('utf-8')
'''
f_out=open("test","w")
for i in words:
stem=mal.findstem(i)
f_out.write(stem+"\n")
f_out.close()
def stem():
f_in=open('output1.txt','r')
words=f_in.read().split('\n')
f_out=open('output2.txt','w')
for item in words:
stem=mal.findstem(item)
f_out.write(stem+"\n")
f_out.close()
f_in2=open("output2.txt","r")
inp=f_in2.read().split("\n\n")
f_out2=open("output3.txt","w")
s1=""
c=0
n=len(inp)
#print "****",len(inp)
for sent in inp:
c+=1
if(sent!=s1 and c<(n-2)):
#print sent
print c
f_out2.write(sent+"\n\n")
elif sent!=s1 and c==n-2:
f_out2.write(sent)
import MalayalamStemmer as mal
f_in=open('output1.txt','r')
words=f_in.read().split('\n')
f_out=open('output2.txt','w')
for item in words:
stem=mal.findstem(item)
f_out.write(stem+"\n")
f_out.close()
import sys
import MalayalamWordnet
import MalayalamStemmer
wordnet_object = MalayalamWordnet.mysqldbwordnet()
f = open('input.txt','r')
out_put_file = open('output.txt','w')
input_text = f.read().split('#');
root = MalayalamStemmer.findstem(input_text[0])
row= wordnet_object.getDefinitions(root)
#row= wordnet_object.getDefinitions(input_text[0])
'''for item in input_text[1].split():
print item.decode('UTF-8')[len(item.decode('UTF-8'))-4:len(item.decode('UTF-8'))]
out_put_file.write(item.decode('UTF-8')+'\t')'''
for item in row:
print item[0]
# sys.path.append('classes/')
# import mysqldaccess as m_acc
#
#
# k = m_acc.DbAccess(password='******',user='******')
# rows = k.selectDB("SELECT * FROM sense_table LIMIT 0,100", "hi")
# for item in rows:
# print item[2]
#
#k.insertDB("CREATE TABLE A (mm char(20))","error on selection")
