def relevance(self, query): #{{{2
# Returns the relevance of an item for a query
query = re.compile(query, re.I)
relevance = float(0.0)
tags_matched = []
for tag in _significant_tags:
for token in self.as_array(tag):
if query.search(flatten(token)):
tags_matched.append(tag)
break
if tags_matched != []:
relevance = sum([_significant_tags[t] for t in tags_matched])
return relevance
def relevance(self, query): #{{{2
# Returns the relevance of an item for a query
query = re.compile(query, re.I)
relevance = float(0.0)
tags_matched = []
for tag in _significant_tags:
for token in self.as_array(tag):
if query.search(flatten(token)):
tags_matched.append(tag)
break
if tags_matched != []:
relevance = sum([_significant_tags[t] for t in tags_matched])
return relevance
def match(self, query): #{{{2
# Matching engine. Returns 1 if match found, 0 otherwise.
# Expects query to be a compiled regexp.
# Very simple, just searches for substrings. Could be updated
# to provide a 'matches' value for ranking? Using numbers here
# so as to permit this future application.
matched = False
for variable in _significant_tags:
for token in self.as_array(variable):
matched = matched or query.search(flatten(token))
if matched:
break
if matched:
return 1
else:
return 0
def match(self, query): #{{{2
# Matching engine. Returns 1 if match found, 0 otherwise.
# Expects query to be a compiled regexp.
# Very simple, just searches for substrings. Could be updated
# to provide a 'matches' value for ranking? Using numbers here
# so as to permit this future application.
matched = False
for variable in _significant_tags:
for token in self.as_array(variable):
matched = matched or query.search(flatten(token))
if matched:
break
if matched:
return 1
else:
return 0
