def toLowerCase(self):
# Use current size as a size hint. In the best case, characters
# are one-to-one; in the next-best case, we overestimate and end
# up with a couple bytes of slop.
ub = UnicodeBuilder(len(self._s))
for char in self._s:
ub.append(unichr(unicodedb.tolower(ord(char))))
return ub.build()
def toLowerCase(self):
# Use current size as a size hint. In the best case, characters
# are one-to-one; in the next-best case, we overestimate and end
# up with a couple bytes of slop.
ub = UnicodeBuilder(len(self._s))
for char in self._s:
ub.append(unichr(unicodedb.tolower(ord(char))))
return ub.build()
def char_foldcase(w_char):
char = ord(w_char.value)
folded = unicodedb.casefold_lookup(char)
if folded is None:
lower = unicodedb.tolower(char)
return values.W_Character(unichr(lower))
# XXX: What to do if the case folded character consists of more than one code point?
return values.W_Character(unichr(folded[0]))
def char_foldcase(w_char):
char = ord(w_char.value)
folded = unicodedb.casefold_lookup(char)
if folded is None:
lower = unicodedb.tolower(char)
return values.W_Character(unichr(lower))
# XXX: What to do if the case folded character consists of more than one code point?
return values.W_Character(unichr(folded[0]))
def cmp_case_insensitive(self, w_str, w_other):
# base implementations, subclasses should do better ones
len1 = self.length(w_str)
len2 = w_other.length()
if len1 < len2:
cmplen = len1
else:
cmplen = len2
otherstrategy = w_other.get_strategy()
for i in range(cmplen):
ch1 = unicodedb.tolower(ord(self.getitem(w_str, i)))
ch2 = unicodedb.tolower(ord(otherstrategy.getitem(w_other, i)))
diff = ch1 - ch2
if diff:
return diff
i += 1
return len1 - len2
def cmp_case_insensitive(self, w_str, w_other):
# base implementations, subclasses should do better ones
len1 = self.length(w_str)
len2 = w_other.length()
if len1 < len2:
cmplen = len1
else:
cmplen = len2
otherstrategy = w_other.get_strategy()
for i in range(cmplen):
ch1 = unicodedb.tolower(ord(self.getitem(w_str, i)))
ch2 = unicodedb.tolower(ord(otherstrategy.getitem(w_other, i)))
diff = ch1 - ch2
if diff:
return diff
i += 1
return len1 - len2
def lower(self, w_str):
value = self.unerase(w_str.get_storage())
builder = UnicodeBuilder(len(value))
for i, ch in enumerate(value):
builder.append(unichr(unicodedb.tolower(ord(ch))))
return W_MutableString(self, self.erase(list(builder.build())))
def lower_case(a):
a = rt.name(a)
res = ""
for ch in a:
res += chr(unicodedb.tolower(ord(ch)))
return rt.wrap(res)
def string_lower(string):
b = UnicodeBuilder()
for ch in string:
b.append(unichr(unicodedb.tolower(ord(ch))))
return b.build()
def lower(a, b):
return op(unichr(unicodedb.tolower(ord(a))),
unichr(unicodedb.tolower(ord(b))))
def char_downcase(v):
return values.W_Character(unichr(unicodedb.tolower(ord(v.value))))
def lower(self, w_str):
value = self.unerase(w_str.get_storage())
builder = UnicodeBuilder(len(value))
for i, ch in enumerate(value):
builder.append(unichr(unicodedb.tolower(ord(ch))))
return W_MutableString(self, self.erase(list(builder.build())))
def lower(a, b):
return op(unichr(unicodedb.tolower(ord(a))),
unichr(unicodedb.tolower(ord(b))))
def char_downcase(v):
return values.W_Character(unichr(unicodedb.tolower(ord(v.value))))
def lower_case(a):
a = rt.name(a)
res = ""
for ch in a:
res += chr(unicodedb.tolower(ord(ch)))
return rt.wrap(res)
