def _get_meta_info(self, typ_list, groups, typ_dict):
distset = set()
for name, lst in typ_dict.items():
dist = lst[0]
modules = lst[2]
distset.add(dist.project_name)
ifaces = set()
for g in lst[1]:
ifaces.update(plugin_groups[g])
meta = {
'version': dist.version,
'ifaces': set(ifaces),
}
for modname in modules:
fpath = find_module(modname)
if fpath is not None:
fanalyzer = self.tree_analyser.analyze_file(fpath, use_cache=True)
meta['bases'] = fanalyzer.classes[name].bases
meta['ifaces'].update(fanalyzer.classes[name].meta['ifaces'])
meta['ifaces'] = list(meta['ifaces'])
if groups.intersection(lst[1]):
typ_list.append((name, meta))
self.tree_analyser.flush_cache()
return distset
def _get_meta_info(self, typ_list, groups, typ_dict):
distset = set()
for name, lst in typ_dict.items():
dist = lst[0]
modules = lst[2]
distset.add(dist.project_name)
ifaces = set()
for g in lst[1]:
ifaces.update(plugin_groups[g])
meta = {
'version': dist.version,
'ifaces': set(ifaces),
}
for modname in modules:
fpath = find_module(modname)
if fpath is not None:
fanalyzer = self.tree_analyser.analyze_file(fpath, use_cache=True)
# 'name' may be missing if that module only imports,
# does not define, the class.
if name in fanalyzer.classes:
meta['bases'] = fanalyzer.classes[name].bases
meta['ifaces'].update(fanalyzer.classes[name].meta['ifaces'])
else:
logging.warning('pkg_res_factory: %r not found', name)
meta['ifaces'] = list(meta['ifaces'])
if groups.intersection(lst[1]):
typ_list.append((name, meta))
self.tree_analyser.flush_cache()
return distset
