def rename(self, r_strategy, iBuilder, scopeAnalyst, debug=False):
if r_strategy == self.RS.NONE:
return iBuilder.get_text()
# return iBuilder.get_text_wo_literals()
elif r_strategy == self.RS.NORMALIZED:
text = iBuilder.get_text()
# text = iBuilder.get_text_wo_literals()
norm = Normalizer()
(ok, out, _err) = norm.web_run(text, rename=True)
if not ok:
return text
# The normalization affects global variables too
# Fall back on input in those cases
clear = Beautifier()
(ok, b_out, _err) = clear.web_run(out)
# print b_out, _err
if not ok:
return text
iB = IndexBuilder(WebLexer(b_out).tokenList)
iB_copy = deepcopy(iB)
sA = WebScopeAnalyst(b_out)
isGlobal = sA.isGlobal
# print 'isGlobal------'
# for key,val in isGlobal.iteritems():
# print key,val
for line_num, line in enumerate(iB.tokens):
for line_idx, (token_type, token) in enumerate(line):
if is_token_subtype(token_type, Token.Name):
(l, c) = iB.tokMap[(line_num, line_idx)]
p = iB.flatMap[(l, c)]
# print token, isGlobal.get((token, p), True)
if isGlobal.get((token, p), True):
iB_copy.tokens[line_num][line_idx] = \
iBuilder.tokens[line_num][line_idx]
return iB_copy.get_text()
elif r_strategy == self.RS.SCOPE_ID:
return ''.join(self.renameUsingScopeId(scopeAnalyst, iBuilder))
elif r_strategy == self.RS.HASH_ONE:
return self.collapse(
self.renameUsingHashDefLine(scopeAnalyst,
iBuilder,
twoLines=False,
debug=debug))
elif r_strategy == self.RS.HASH_TWO:
return self.collapse(
self.renameUsingHashDefLine(scopeAnalyst,
iBuilder,
twoLines=True,
debug=debug))
else:
return iBuilder.get_text()
