def _eliminate_into_table_constructors(tables):
for info, ref in tables:
constructor = info.assignment.expressions.contents[0]
table_element = ref.path[-2]
assignment = ref.path[-4]
assert isinstance(assignment, nodes.Assignment)
assert len(assignment.expressions.contents) == 1
_mark_invalidated(assignment)
key = table_element.key
value = assignment.expressions.contents[0]
insert_table_record(constructor, key, value)
def _eliminate_into_table_constructors(tables):
for info, ref in tables:
constructor = info.assignment.expressions.contents[0]
table_element = ref.path[-2]
assignment = ref.path[-4]
assert isinstance(assignment, nodes.Assignment)
assert len(assignment.expressions.contents) == 1
_mark_invalidated(assignment)
key = table_element.key
value = assignment.expressions.contents[0]
insert_table_record(constructor, key, value)
def _eliminate_into_table_constructors(tables):
for info, ref in tables:
constructor = info.assignment.expressions.contents[0]
table_element = ref.path[-2]
assignment = ref.path[-4]
assert isinstance(assignment, nodes.Assignment)
assert len(assignment.expressions.contents) == 1
key = table_element.key
value = assignment.expressions.contents[0]
success = insert_table_record(constructor, key, value, False)
# If this would involve overwriting another record, handle it normally
if not success:
continue
_mark_invalidated(assignment)