def match(data):
parameters = []
assert data[0] == '('
index = 1
while True:
descriptor, offset = ParameterDescriptor.match(data[index:])
if offset == 0: break
parameters.append(descriptor)
index += offset
assert data[index] == ')', 'data[%s] is actually: %s, full: %s' % (index, data[index], data)
return_descriptor, offset = ReturnDescriptor.match(data[index+1:])
return '%s %%s(%s)' % (
javaify(return_descriptor),
', '.join(javaify(p) for p in parameters) if parameters else 'void'), index+1+offset
def match(data):
parameters = []
assert data[0] == '('
index = 1
while True:
descriptor, offset = ParameterDescriptor.match(data[index:])
if offset == 0: break
parameters.append(descriptor)
index += offset
assert data[index] == ')', 'data[%s] is actually: %s, full: %s' % (
index, data[index], data)
return_descriptor, offset = ReturnDescriptor.match(data[index + 1:])
return '%s %%s(%s)' % (javaify(return_descriptor), ', '.join(
javaify(p)
for p in parameters) if parameters else 'void'), index + 1 + offset
def __str__(self):
base = '%s %s %s' % (self._access_flags,
util.javaify(self._parsed_descriptor), self._name)
if self._attributes:
for attr in self._attributes:
base += '\n %s: %s' % (attr.name(), attr)
base += '\n'
return base
def __str__(self):
base = '%s %s %s' % (
self._access_flags,
util.javaify(self._parsed_descriptor),
self._name)
if self._attributes:
for attr in self._attributes:
base += '\n %s: %s' % (attr.name(), attr)
base += '\n'
return base
def __call__(self, constants): return '%s' % javaify(constants[self._name_index].bytes())