def __init__(self, keywords, operator='AND'):
# Clean the p_keywords that the user has entered.
words = normalizeText(keywords)
if words == '*': words = ''
for c in self.toRemove: words = words.replace(c, ' ')
self.keywords = words.split()
# Store the operator to apply to the keywords (AND or OR)
self.operator = operator
def __init__(self, keywords, operator='AND', ignore=2):
# Clean the p_keywords that the user has entered
words = sutils.normalizeText(keywords)
if words == '*': words = ''
for c in self.toRemove: words = words.replace(c, ' ')
self.keywords = splitIntoWords(words, ignore=ignore)
# Store the operator to apply to the keywords (AND or OR)
self.operator = operator
def __init__(self, keywords, operator='AND'):
# Clean the p_keywords that the user has entered.
words = normalizeText(keywords)
if words == '*': words = ''
for c in self.toRemove: words = words.replace(c, ' ')
self.keywords = words.split()
# Store the operator to apply to the keywords (AND or OR)
self.operator = operator
def process(self, texts):
res = set()
for text in texts:
cleanText = normalizeText(text)
res = res.union(splitIntoWords(cleanText))
return list(res)
def characters(self, content):
c = normalizeText(content)
if len(c) > 1: self.res.append(c)
def characters(self, content):
c = normalizeText(content)
if len(c) > 1: self.res.append(c)
def process(self, texts):
res = set()
for text in texts:
cleanText = normalizeText(text)
res = res.union(splitIntoWords(cleanText))
return list(res)
