def _untagged_match(self, stream_in):
from lepl.matchers.transform import raise_
function = self.wrapper.function
for results in self._cached_matcher(self, stream_in):
yield function(stream_in, lambda: results) if function else results
while function:
yield function(stream_in, lambda: raise_(StopIteration))
def _untagged_match(self, stream_in):
from lepl.matchers.transform import raise_
function = self.wrapper.function
for results in self._cached_matcher(self, stream_in):
yield function(stream_in, lambda: results) if function else results
while function:
yield function(stream_in, lambda: raise_(StopIteration))
def _untagged_match(self, stream_in):
'''
Actually do the work of matching.
'''
function = self.wrapper.function
matches = self._compile()(stream_in)
for (_terminal, match, stream_out) in matches:
yield function(stream_in, lambda: ([match], stream_out)) \
if function else ([match], stream_out)
while True:
yield function(stream_in, lambda: raise_(StopIteration))
def _match(self, stream_in):
'''
Actually do the work of matching.
'''
function = self.wrapper.function
matches = self._compile()(stream_in)
for (_terminal, match, stream_out) in matches:
yield function(stream_in, lambda: ([match], stream_out)) \
if function else ([match], stream_out)
while True:
yield function(stream_in, lambda: raise_(StopIteration))
def _match(self, stream_in):
'''
Actually do the work of matching.
'''
function = self.wrapper.function
match = self._compile()(stream_in)
if match is not None:
(_terminals, match, stream_out) = match
yield function(stream_in, lambda: ([match], stream_out)) \
if function else ([match], stream_out)
while True:
yield function(stream_in, lambda: raise_(StopIteration))
def _untagged_match(self, stream_in):
'''
Actually do the work of matching.
'''
function = self.wrapper.function
match = self._compile()(stream_in)
if match is not None:
(_terminals, match, stream_out) = match
yield function(stream_in, lambda: ([match], stream_out)) \
if function else ([match], stream_out)
while True:
yield function(stream_in, lambda: raise_(StopIteration))
def _match(self, stream_in):
from lepl.matchers.transform import raise_
function = self.wrapper.function
generator = GeneratorWrapper(self._cached_matcher(self, stream_in),
self, stream_in)
while True:
try:
value = yield generator
yield function(stream_in, lambda: value) \
if function else value
except StopIteration as e:
if function:
yield function(stream_in, lambda: raise_(StopIteration))
else:
raise e
def _match(self, stream_in):
from lepl.matchers.transform import raise_
function = self.wrapper.function
generator = GeneratorWrapper(self._cached_matcher(self, stream_in),
self, stream_in)
while True:
try:
value = yield generator
yield function(stream_in, lambda: value) \
if function else value
except StopIteration as e:
if function:
yield function(stream_in, lambda: raise_(StopIteration))
else:
raise e
