def get_available_types(self, groups=None):
"""Return a list of available types."""
with self._lock:
typset = set(self._classes.keys())
types = []
if groups is None:
ifaces = set([v[0] for v in plugin_groups.values()])
else:
ifaces = set(
[v[0] for k, v in plugin_groups.items() if k in groups])
for typ in typset:
finfo = self._classes[typ]
meta = finfo.classes[typ]
if ifaces.intersection(meta['ifaces']):
meta = {
'bases': meta['bases'],
'ifaces': meta['ifaces'],
'version': meta['version'],
'_context': 'In Project',
}
types.append((typ, meta))
return types
def get_available_types(self, groups=None):
"""Return a list of available types that cause predicate(classname, metadata) to
return True.
"""
with self._lock:
graph = self.analyzer.graph
typset = set(graph.nodes())
types = []
if groups is None:
ifaces = set([v[0] for v in plugin_groups.values()])
else:
ifaces = set(
[v[0] for k, v in plugin_groups.items() if k in groups])
for typ in typset:
if typ.startswith(
'openmdao.'): # don't include any standard lib types
continue
if 'classinfo' in graph.node[typ]:
meta = graph.node[typ]['classinfo'].meta
if ifaces.intersection(self.analyzer.get_interfaces(typ)):
meta = meta.copy()
meta['_context'] = 'In Project'
types.append((typ, meta))
return types
def get_available_types(self, groups=None):
"""Return a list of available types."""
with self._lock:
typset = set(self._classes.keys())
types = []
if groups is None:
ifaces = set([v[0] for v in plugin_groups.values()])
else:
ifaces = set([v[0] for k,v in plugin_groups.items() if k in groups])
for typ in typset:
finfo = self._classes[typ]
meta = finfo.classes[typ]
if ifaces.intersection(meta['ifaces']):
meta = {
'ifaces': meta['ifaces'],
'version': meta['version'],
'_context': 'In Project',
}
types.append((typ, meta))
return types