def setup_pats(self, s):
(r0, r1, r2) = rsplit(s)
self.r0 = [encodew(w) for w in r0]
self.r1 = [encodew(w) for w in r1]
self.r2 = [encodew(w) for w in r2]
self.matchpat = re.compile(
r'\W*'.join(c for (c, t) in splitchars(s) if t), re.I | re.UNICODE)
if not self.ALL_ALPHABET.match(s):
self.checkpat = re.compile(
r'\s*'.join(
re.escape(c) for (c, t) in splitchars(s)
if not c.isspace()), re.UNICODE)
else:
self.checkpat = self.matchpat
return
def setup_pats(self, s):
(r0,r1,r2) = rsplit(s)
self.r0 = [ encodew(w) for w in r0 ]
self.r1 = [ encodew(w) for w in r1 ]
self.r2 = [ encodew(w) for w in r2 ]
self.matchpat = re.compile(
r'\W*'.join( c for (c,t) in splitchars(s) if t ),
re.I | re.UNICODE)
if not self.ALL_ALPHABET.match(s):
self.checkpat = re.compile(
r'\s*'.join( re.escape(c) for (c,t) in splitchars(s)
if not c.isspace() ),
re.UNICODE)
else:
self.checkpat = self.matchpat
return
def setup_pats(self, s):
(r0, r1, r2) = rsplit(s)
self.r0 = [encodew(w) for w in r0]
self.r1 = [encodew(w) for w in r1]
self.r2 = [encodew(w) for w in r2]
self.matchpat = re.compile(
r'\W*'.join(c for (c, t) in splitchars(s) if t), re.I | re.UNICODE)
self.checkpat = self.matchpat
return
def setup_pats(self, s):
(r0,r1,r2) = rsplit(s)
self.r0 = [ encodew(w) for w in r0 ]
self.r1 = [ encodew(w) for w in r1 ]
self.r2 = [ encodew(w) for w in r2 ]
self.matchpat = re.compile(
r'\W*'.join( c for (c,t) in splitchars(s) if t ),
re.I | re.UNICODE)
self.checkpat = self.matchpat
return
