def mapper(self, name, checkset):
repl = convert(self.counter)
self.counter += 1
while repl in checkset or repl in reservedWords: # checkset is not updated, since we never generate the same repl twice
repl = convert(self.counter)
self.counter += 1
return repl
def mapper(self, name, checkset):
repl = convert(self.counter)
self.counter += 1
while repl in checkset or repl in reservedWords: # checkset is not updated, since we never generate the same repl twice
repl = convert(self.counter)
self.counter += 1
return repl
def mapper(self, name, check_set=None):
checkset = check_set or self.check_set
repl = convert(self.counter)
self.counter += 1
while repl in checkset: # checkset is not updated, since we never generate the same repl twice
repl = convert(self.counter)
self.counter += 1
return repl
def mapper(self, name, check_set=None):
checkset = check_set or self.check_set
repl = convert(self.counter)
self.counter += 1
while repl in checkset: # checkset is not updated, since we never generate the same repl twice
repl = convert(self.counter)
self.counter += 1
return repl
def mapper(name, checkset):
global counter
repl = convert(counter)
counter += 1
while (
repl in checkset or repl in reservedWords
): # checkset is not updated, since we never generate the same repl twice
repl = convert(counter)
counter += 1
return repl
def crypt(name):
if name in names:
return names[name]
repl = "_%s" % convert(len(names))
names[name] = repl
return repl
def crypt(name):
if names.has_key(name):
return names[name]
repl = "_%s" % convert(len(names))
names[name] = repl
return repl
def crypt(id, name, privmap):
combined = "%s:%s" % (id, name)
if combined in privmap:
return privmap[combined]
repl = "__%s" % convert(len(privmap))
privmap[combined] = repl
return repl
def crypt(id, name, privmap):
combined = "%s:%s" % (id, name)
if combined in privmap:
return privmap[combined]
repl = "__%s" % convert(len(privmap))
privmap[combined] = repl
return repl
def crypt(id, name):
combined = "%s:%s" % (id, name)
if names.has_key(combined):
return names[combined]
repl = "__%s" % convert(len(names))
names[combined] = repl
return repl
def crypt(id, name):
combined = "%s:%s" % (id, name)
if names.has_key(combined):
return names[combined]
repl = "__%s" % convert(len(names))
names[combined] = repl
return repl
