def for_split_to_str(test_data, estimated_words):
result = split_to_str(test_data)
assert result.pop(0) == 'code'
texts = []
nums = []
while result:
nums.append(result.pop(0))
texts.append(result.pop(0))
for ew, w in zip(estimated_words, texts):
assert ew == w
def for_split_to_str(test_data, estimated_words):
result = split_to_str(test_data)
assert result.pop(0) == 'code'
texts = []
nums = []
while result:
nums.append(result.pop(0))
texts.append(result.pop(0))
for ew, w in zip(estimated_words, texts):
assert ew == w
def parse_added_lines(added_lines, method_name):
tmp = '\n'.join([line for lineno, line in added_lines])
seq = split_to_str(tmp)
seq = tokenizer.parse(seq)
seq = search_method(method_name).parse(seq)
seq = seq_split_nodes_of_label(seq, "null")[0]
if len(list(seq_outermost_node_iter(seq, 'target_method'))) == 0:
return []
for expression in parsing_expressions:
seq = expression.parse(seq)
seq = seq_split_nodes_of_label(seq, "null")[0]
num_args_list = set()
for pos, invoke_seq in seq_outermost_node_iter(seq, 'method_invoke'):
params = len(list(seq_outermost_node_iter(invoke_seq, 'param')))
num_args_list.add(params)
return num_args_list
def parse_added_lines(added_lines, method_name):
tmp = '\n'.join([line for lineno, line in added_lines])
seq = split_to_str(tmp)
seq = tokenizer.parse(seq)
seq = search_method(method_name).parse(seq)
seq = seq_split_nodes_of_label(seq, "null")[0]
if len(list(seq_outermost_node_iter(seq, 'target_method'))) == 0:
return []
for expression in parsing_expressions:
seq = expression.parse(seq)
seq = seq_split_nodes_of_label(seq, "null")[0]
num_args_list = set()
for pos, invoke_seq in seq_outermost_node_iter(seq, 'method_invoke'):
params = len(list(seq_outermost_node_iter(invoke_seq, 'param')))
num_args_list.add(params)
return num_args_list
