def getFeatures(self):
def searchAdd(self, list, data):
if data in list:
return
list.append(data)
#some tag nodes
for tag in nodenames:
tags = self.root(tag)
for i in range(len(tags)):
#fix pq bug: mistakenly treat "<img>hello" as a node
#split tag and text data
data = str(tags.eq(i))
_end = data.rfind('>')
#tag
yield trim(data[:_end+1])
#remaining text
_res = trim(data[_end+1:])
if _res:
for w in [trim(word) for word in wordsplit.split(_res)]:
if w: yield w
#remove tags
self.root.remove(tag)
#words as features
text = self.root.text()
for word in [trim(w) for w in wordsplit.split(text)]:
if word: yield word
def getFeatures(self):
def searchAdd(list, data):
if data in list:
return
list.append(data)
children = self.root.children()
containtags = []
for i in range(len(children)):
child = children.eq(i)
_tag = getTagName(child)
#print '_tag: ', _tag
if _tag: searchAdd(containtags, _tag)
if _tag in nodenames:
#add special tag nodes as feature
data = str(child)
#fix pq bug: mistakenly treat "<img>hello" as a node
#split tag and text data
_end = data.rfind('>')
yield trim(data[:_end+1])
_res = trim(data[_end+1:])
if _res: yield _res
#print 'containtags: ', containtags
#remove all tags
#print 'containtags', containtags
for t in containtags: self.root.remove(t)
#words as features
text = self.root.text()
for word in [trim(w) for w in wordsplit.split(text)]:
if word: yield word
