def load_module(module, parent):
print "Processing module `%s'" % module['name']
mod = SubModule(module['name'], parent)
for enum in module['enums']:
print " - enum `%s'" % enum['name']
mod.add_enum(enum['name'], enum['entries'])
overrided = []
for func in module['functions']:
name = func['name']['name']
custom_name = name.replace('ta_%s_' % mod.name, '')
func['name']['pyname'] = custom_name
# Adding method to a different list. This list holds methods
# that are not generated by pybindgen.
get_overrided = OVERRIDES.get(name)
if get_overrided == '':
# this empty string means that we have overrided the
# method aiming to do not generate it
continue
elif get_overrided:
# This means that a valid override was found.
func['override'] = get_overrided
overrided.append(func)
continue
try:
mod.add_function(name,
retval(func['rtype'], caller_owns_return=True),
handle_params(func, parent),
custom_name=custom_name)
except Exception, e:
warnings.warn('Skipping func %s, something wrong happened. %s' %
(name, str(e)))
# policy, so the default is to do not have a destructor. We
# use the generic one, ta_object_unref.
destructor = None
overrided = []
# Separating constructor, destructor and other ordinary
# methods.
for method in ktype['methods']:
print " * method `%s'" % method['name']['name']
cname = '%(class)s_%(name)s' % method['name']
method['cname'] = cname
# Adding method to a different list. This list holds
# methods that are not generated by pybindgen.
get_overrided = OVERRIDES.get(cname)
if get_overrided == '':
# this empty string means that we have overrided the
# method aiming to do not generate it
continue
if get_overrided:
# This means that a valid override was found.
method['override'] = get_overrided
overrided.append(method)
continue
# C API specific stuff. We don't have to expose it.
if method['type']['name'] == 'initializer':
continue