def order(self):
# Walk the objects to find the dependencies (by object ID)
values = [n.value for n in self.unordered]
dep_finder = DependencyFinder(values)
util.walk(values, dep_finder)
self.deps = self._ids_to_nodes(dep_finder.dependencies())
def has_deps(node):
return self.deps[node]
# Now sort baby; iterate through this list multiple times.
self.ordered = []
while True:
next_tranche, self.unordered = partition(has_deps, self.unordered)
if not next_tranche:
# Either done or recursive dependencies
break
self.ordered.extend(next_tranche)
# Get rid of dependencies
for key, list in self.deps.items():
list[:] = [i for i in list if i not in next_tranche]
def order(self):
# Walk the objects to find the dependencies (by object ID)
values = [n.value for n in self.unordered]
dep_finder = DependencyFinder(values)
util.walk(values, dep_finder)
self.deps = self._ids_to_nodes(dep_finder.dependencies())
def has_deps(node):
return self.deps[node]
# Now sort baby; iterate through this list multiple times.
self.ordered = []
while True:
next_tranche, self.unordered = partition(has_deps, self.unordered)
if not next_tranche:
# Either done or recursive dependencies
break
self.ordered.extend(next_tranche)
# Get rid of dependencies
for key, list in self.deps.items():
list[:] = [i for i in list if i not in next_tranche]
def qualified_print(model, **kwargs):
util.walk(model, QualifiedPrintWalker(**kwargs))
def pretty_print_model(model, **kwargs):
table = util.ConsoleTable()
util.walk(model, PrettyPrintWalker(table, **kwargs))
table.printOut(sys.stdout)
def qualified_print(model, **kwargs): util.walk(model, QualifiedPrintWalker(**kwargs))
def pretty_print_model(model, **kwargs): table = util.ConsoleTable() util.walk(model, PrettyPrintWalker(table, **kwargs)) table.printOut(sys.stdout)
def find(self, root):
util.walk(root, self)
