def process_expansion(self, expansion):
parts = KEY_SPLIT_RE.split(expansion.string)
for macro in self.macros:
macro.process(parts)
expansion.string = ''.join(parts)
def process_expansion(self, expansion):
parts = KEY_SPLIT_RE.split(expansion.string)
for macro in self.macros:
macro.process(parts)
expansion.string = ''.join(parts)
def parsePositionTokens(self, expansion):
# Check the string for cursor positioning token and apply lefts and ups as appropriate
if CURSOR_POSITION_TOKEN in expansion.string:
firstpart, secondpart = expansion.string.split(CURSOR_POSITION_TOKEN)
foundNavigationKey = False
for key in NAVIGATION_KEYS:
if key in expansion.string:
expansion.lefts = 0
foundNavigationKey = True
break
if not foundNavigationKey:
k = Key()
for section in KEY_SPLIT_RE.split(secondpart):
if not k.is_key(section) or section in [' ', '\n']:
expansion.lefts += len(section)
expansion.string = firstpart + secondpart
def parsePositionTokens(self, expansion):
# Check the string for cursor positioning token and apply lefts and ups as appropriate
if CURSOR_POSITION_TOKEN in expansion.string:
firstpart, secondpart = expansion.string.split(
CURSOR_POSITION_TOKEN)
foundNavigationKey = False
for key in NAVIGATION_KEYS:
if key in expansion.string:
expansion.lefts = 0
foundNavigationKey = True
break
if not foundNavigationKey:
k = Key()
for section in KEY_SPLIT_RE.split(secondpart):
if not k.is_key(section) or section in [' ', '\n']:
expansion.lefts += len(section)
expansion.string = firstpart + secondpart
def _can_process(self, token):
if KEY_SPLIT_RE.match(token):
return token[1:-1].split(' ', 1)[0] == self.ID
else:
return False
def _can_process(self, token):
if KEY_SPLIT_RE.match(token):
return token[1:-1].split(' ', 1)[0] == self.ID
else:
return False
