def doWSD(request):
postFn= PostFn()
if 'wsdText' in request.POST:
wsdText =request.POST['wsdText'] # modify in index.html to send only the sentence instead of whole text
else:
wsdText = ''
if 'wsdWord' in request.POST:
wsdWord =request.POST['wsdWord']
else:
wsdWord = ''
if 'updateKB' in request.POST:
updateKB = request.POST['updateKB']
wsdText = wsdText.lower()
wsdWord = wsdWord.lower()
wsdText = strip_tags(wsdText)
wsdText = stemWords(wsdText)
wsdWord = stemWords(wsdWord)
if(updateKB == "on"):
setStatus("Making Query String")
queryStr = makeQueryString(wsdText)
setStatus("Searching on Yahoo.com")
page = googleSearch(queryStr)
setStatus("Extracting Links From Result")
urlList = extractLinks(page)
setStatus("Fetching Contents")
contents=fetchSentsFromPages(urlList)
setStatus("Parsing Contents")
depGraphList=parseContents(contents)
setStatus("Updating knowledgebase")
postFn.insertToDB(depGraphList)
setStatus("Fetching Senses")
senseList = postFn.fetchSenses(wsdWord)
setStatus("Creating Sense Parse Trees")
senseTrees = postFn.createSenseTree(senseList)
setStatus("Creating Parse Tree for Input")
wsdTextTree = postFn.createWSDTextTree(wsdText)
setStatus("Calculating Dep Score")
candidateSense1 = postFn.depScore(senseList, wsdText, wsdWord, senseTrees, wsdTextTree)
setStatus("Calculating Gloss Score")
candidateSense2 = postFn.glossScore(senseList, wsdText, wsdWord , senseTrees, wsdTextTree)
if(candidateSense1 == candidateSense2):
sense = candidateSense1
else:
if(candidateSense1 > candidateSense2):
sense = candidateSense2
else:
sense = candidateSense1
html = postFn.createMarkup(senseList[sense],wsdText,wsdWord)
return HttpResponse(html)
def createSenseTree(self, senseList):
'''
create parse tree for all senses in senseList
eg: {'conduct': ['institution', 'to', 'business'],
'ROOT': ['created'], 'institution': ['an'], 'created': ['institution', 'conduct']}
'''
senseDict = []
depParsed = parseSenses(senseList)
for dep in depParsed:
temp = defaultdict( list )
for n ,v in dep:
n = stemWords(n)
v = stemWords(v)
temp[n].append(v)
senseDict.append(temp)
return senseDict
def parseSenses(senseList):
typedDep=""
depGraphList=[]
tempList=[]
str1=[]
str1.append('. '.join(senseList)) # to make the whole list into a single item
# otherwise the parser need to be initialised many times.
str1[0] = stemWords(str1[0], rmStopWords= True)
parser = StanfordParser ("/home/rohith/stanford-parser")
for content in str1:
typedDep += parser.parse(content)
typedDep =re.sub('[0-9-]+',"",typedDep) # to remove numbers and '-'
#need to separate each senses into induvidual lists
typedDepList = typedDep.split("\n\n")
typedDepList.pop()
rx = re.compile("\((.+), (.+)\)")
for dep in typedDepList:
depGraphList.append(rx.findall(dep))
return depGraphList
