def _sort_methods(self, methods):
methods = dict((method.__name__, method) for method in methods)
graph = {}
for method in methods.itervalues():
edges = set()
for name in method.after:
if name in methods:
edges.add(methods[name])
graph[method] = edges
return topological_sort(graph)
def _sort_methods(self, candidates):
methods = {}
for method in candidates:
if method.service is None:
methods[method.__name__] = method
graph = {}
for method in methods.itervalues():
edges = set()
for name in method.after:
if name in methods:
edges.add(methods[name])
graph[method] = edges
return topological_sort(graph)
def _enumerate_services(self, session):
graph = {}
query = session.query(Service)
for service in list(query):
graph[service] = set()
if service.dependencies:
for id in service.dependencies:
dependency = query.get(id)
if dependency:
graph[service].add(dependency)
else:
raise InvalidDependencyError(id)
return topological_sort(graph)
def _sort_methods(self, candidates):
methods = {}
for method in candidates:
if method.service is None:
methods[method.__name__] = method
graph = {}
for method in methods.itervalues():
edges = set()
for name in method.after:
if name in methods:
edges.add(methods[name])
graph[method] = edges
return topological_sort(graph)
def _enumerate_services(self, session):
graph = {}
query = session.query(Service)
for service in list(query):
graph[service] = set()
if service.dependencies:
for id in service.dependencies:
dependency = query.get(id)
if dependency:
graph[service].add(dependency)
else:
raise InvalidDependencyError(id)
return topological_sort(graph)
