def load(self, dataHash):
PMXBundleItem.load(self, dataHash)
for key in PMXCommand.KEYS:
value = dataHash.get(key, None)
if value != None and key in ['capturePattern']:
value = compileRegexp(value)
setattr(self, key, value)
def load(self, dataHash):
PMXBundleItem.load(self, dataHash)
for key in PMXCommand.KEYS:
value = dataHash.get(key, None)
if value != None and key in [ 'capturePattern' ]:
value = compileRegexp( value )
setattr(self, key, value)
def transform(self, text, processor):
flags = [OPTION_CAPTURE_GROUP]
if self.option_multiline:
flags.append(OPTION_MULTILINE)
pattern = compileRegexp(unicode(self.pattern), flags)
result = ""
for child in self:
if isinstance(child, TextNode):
repl = self.prepare_replacement(unicode(child))
result += pattern.sub(repl, text)
elif isinstance(child, Condition):
for match in pattern.finditer(text):
repl = child.index <= len(match.groups(
)) != None and child.insertion or child.otherwise
if repl != None:
repl = self.prepare_replacement(repl)
result += pattern.sub(repl, match.group(0))
if not self.option_global:
break
if any(map(lambda r: result.find(r) != -1, ['\u', '\U'])):
result = Regexp.uppercase(result)
if any(map(lambda r: result.find(r) != -1, ['\L'])):
result = Regexp.lowercase(result)
return result.replace('\n', '\n' + processor.indentation).replace(
'\t', processor.tabreplacement)
def update(self, dataHash):
for key in self.KEYS:
value = dataHash.get(key, None)
if value != None:
if key in [ 'decreaseIndentPattern', 'increaseIndentPattern', 'indentNextLinePattern', 'unIndentedLinePattern' ]:
value = compileRegexp( value )
elif key in [ 'shellVariables' ]:
value = dict(map(lambda d: (d['name'], d['value']), value))
elif key in [ 'symbolTransformation' ]:
value = map(lambda value: value.strip(), value.split(";"))
elif key in [ 'showInSymbolList' ]:
value = bool(int(value))
elif key in [ 'spellChecking' ]:
value = bool(int(value))
setattr(self, key, value)
def transform(self, text, processor):
flags = [OPTION_CAPTURE_GROUP]
if self.option_multiline:
flags.append(OPTION_MULTILINE)
pattern = compileRegexp(unicode(self.pattern), flags)
result = ""
for child in self:
if isinstance(child, TextNode):
repl = self.prepare_replacement(unicode(child))
result += pattern.sub(repl, text)
elif isinstance(child, Condition):
for match in pattern.finditer(text):
repl = child.index <= len(match.groups()) != None and child.insertion or child.otherwise
if repl != None:
repl = self.prepare_replacement(repl)
result += pattern.sub(repl, match.group(0))
if not self.option_global:
break
if any(map(lambda r: result.find(r) != -1, ['\u', '\U'])):
result = Regexp.uppercase(result)
if any(map(lambda r: result.find(r) != -1, ['\L'])):
result = Regexp.lowercase(result)
return result.replace('\n', '\n' + processor.indentation).replace('\t', processor.tabreplacement)
class Regexp(NodeList):
_repl_re = compileRegexp(u"\$(?:(\d+)|g<(.+?)>)")
def __init__(self, scope, parent=None):
super(Regexp, self).__init__(scope, parent)
self.pattern = ""
self.options = None
def open(self, scope, text):
node = self
if scope == 'string.regexp.format':
self.pattern += text[:-1]
elif scope == 'meta.structure.condition.regexp':
self.append(text.replace('\\n', '\n').replace('\\t', '\t'))
node = Condition(scope, self)
self.append(node)
elif scope == 'constant.character.escape.regexp':
#Escape in pattern
if isinstance(self.pattern, basestring):
self.pattern += text
else:
self.append(text.replace('\\n', '\n').replace('\\t', '\t'))
else:
return super(Regexp, self).open(scope, text)
return node
def close(self, scope, text):
node = self
if scope == 'string.regexp.format':
self.append(text)
elif scope == 'string.regexp.options':
self.options = text
elif scope == 'constant.character.escape.regexp':
#Escape in pattern
if isinstance(self.pattern, basestring):
self.pattern += text
else:
self.append(text)
else:
return super(Regexp, self).close(scope, text)
return node
@staticmethod
def uppercase(text):
titles = text.split('\u')
if len(titles) > 1:
text = "".join(
[titles[0]] +
map(lambda txt: txt[0].upper() + txt[1:], titles[1:]))
uppers = text.split('\U')
if len(uppers) > 1:
text = "".join([uppers[0]] + map(
lambda txt: txt.find('\E') != -1 and txt[:txt.find('\E')].
upper() + txt[txt.find('\E') + 2:] or txt.upper(), uppers))
return text
@staticmethod
def lowercase(text):
lowers = text.split('\L')
if len(lowers) > 1:
text = "".join([lowers[0]] + map(
lambda txt: txt.find('\E') != -1 and txt[:txt.find('\E')].
lower() + txt[txt.find('\E') + 2:] or txt.lower(), lowers))
return text
@staticmethod
def prepare_replacement(text):
repl = None
def expand(m, template):
def handle(match):
numeric, named = match.groups()
if numeric:
return m.group(int(numeric)) or ""
return m.group(named) or ""
return Regexp._repl_re.sub(handle, template)
if '$' in text:
repl = lambda m, r=text: expand(m, r)
else:
repl = lambda m, r=text: r
return repl
def transform(self, text, processor):
flags = [OPTION_CAPTURE_GROUP]
if self.option_multiline:
flags.append(OPTION_MULTILINE)
pattern = compileRegexp(unicode(self.pattern), flags)
result = ""
for child in self:
if isinstance(child, TextNode):
repl = self.prepare_replacement(unicode(child))
result += pattern.sub(repl, text)
elif isinstance(child, Condition):
for match in pattern.finditer(text):
repl = child.index <= len(match.groups(
)) != None and child.insertion or child.otherwise
if repl != None:
repl = self.prepare_replacement(repl)
result += pattern.sub(repl, match.group(0))
if not self.option_global:
break
if any(map(lambda r: result.find(r) != -1, ['\u', '\U'])):
result = Regexp.uppercase(result)
if any(map(lambda r: result.find(r) != -1, ['\L'])):
result = Regexp.lowercase(result)
return result.replace('\n', '\n' + processor.indentation).replace(
'\t', processor.tabreplacement)
@property
def option_global(self):
return self.options != None and 'g' in self.options or False
@property
def option_multiline(self):
return self.options != None and 'm' in self.options or False
