def group_by_targets(sl):
groups = []
seen = set()
for order, stmt in enumerate(flat_iteration(sl)):
targets = set(list_targets(stmt))
group = [(order, stmt)]
disjoint = targets.isdisjoint(seen)
seen |= targets
if not disjoint:
groups, old_groups = [], groups
for old_targets, old_group in old_groups:
if targets.isdisjoint(old_targets):
groups.append((old_targets, old_group))
else:
targets |= old_targets
group += old_group
groups.append((targets, group))
return [(targets, _resort_statements(stmts)) for targets, stmts in groups]
def group_by_targets(sl):
groups = []
seen = set()
for order, stmt in enumerate(flat_iteration(sl)):
targets = set(list_targets(stmt))
group = [(order, stmt)]
disjoint = targets.isdisjoint(seen)
seen |= targets
if not disjoint:
groups, old_groups = [], groups
for old_targets, old_group in old_groups:
if targets.isdisjoint(old_targets):
groups.append((old_targets, old_group))
else:
targets |= old_targets
group += old_group
groups.append((targets, group))
return [(targets, _resort_statements(stmts))
for targets, stmts in groups]
def _flat_list(e): if isinstance(e, collections.Iterable): return flat_iteration(e) else: return [e]
def __init__(self, *args): Value.__init__(self) self.l = list(flat_iteration(args))
def _flat_list(e):
if isinstance(e, collections.Iterable):
return flat_iteration(e)
else:
return [e]
def __init__(self, *args):
Value.__init__(self)
self.l = list(flat_iteration(args))
