diff --git a/localCoverage/keyword_registration/keyword_filter.py b/localCoverage/keyword_registration/keyword_filter.py index d9335af857603714f0ae9bab13e5e80a64023de3..b5189adbe9c375d94e459aaabf1de7cf00889068 100644 --- a/localCoverage/keyword_registration/keyword_filter.py +++ b/localCoverage/keyword_registration/keyword_filter.py @@ -104,7 +104,6 @@ class KeywordRegistration: keyword_list = keyword_dict.get("KEYWORD") return keyword_list except (FileNotFoundError, AttributeError, FileExistsError): - print(f"获取报备过滤关键字报错") return [] @staticmethod @@ -127,20 +126,19 @@ class KeywordRegistration: return tag @staticmethod - def get_source_code(tag): - etree = html.etree - parser = etree.HTMLParser(encoding="utf-8") - parser_obj = etree.HTML(tag, parser=parser) - source_code = parser_obj.xpath("//span[@class='lineNoCov' or " - "@class='lineCov' or " - "@class='linecovupdate' or" - "@class='linenocovupdate']/text()") - if not source_code: - index = tag.find(":") - source_code = tag[index + 1:].split("")[0] - - if source_code: - source_code = "".join(source_code) + def get_source_code(html_tag): + """ + 获取源码 + """ + source_code1 = re.findall(r'Cov.*">(.*?)', html_tag) + source_code2 = re.findall(r'covupdate.*">(.*?)', html_tag) + if source_code1: + source_code = source_code1[0][13:].strip() + elif source_code2: + source_code = source_code2[0][13:].strip() + else: + source_code = HTMLParser(html_tag).text()[39:].strip() + return source_code @staticmethod @@ -267,54 +265,48 @@ class KeywordRegistration: previous_line = int(branch_line) loop_count = 0 get_tag = self.get_tag - try: - while not function_name: - loop_count += 1 - if loop_count > 200: - return "" + while not function_name: + loop_count += 1 + if loop_count > 500: + return function_name - previous_line -= 1 - tag = get_tag(content, previous_line) - tag_text = HTMLParser(tag).text() - if tag_text[39:].strip().startswith("{"): - left_parentheses_count = right_parentheses_count = 0 - child_count = 0 - while previous_line: - child_count += 1 - if child_count > 200: - return "" - - previous_line -= 1 - html_text = get_tag(content, previous_line) - source_code = HTMLParser(html_text).text()[39:].strip() - - left_parentheses_count += source_code.count("(") - right_parentheses_count += source_code.count(")") - if not left_parentheses_count == right_parentheses_count: - continue - if " operator" in source_code: - class_name_list = re.findall(r'\((.*?)\)', source_code) - if class_name_list: - function_name_str = class_name_list[0] - if not function_name_str: - return "" - - function_name = function_name_str.split()[-1] - return function_name - - function_name_list = re.findall(r' (.*?)\(', source_code) - if function_name_list: - function_name_str = function_name_list[0] - if not function_name_str: - return "" - - function_name = function_name_str.split()[-1] + previous_line -= 1 + tag = get_tag(content, previous_line) + tag_text = self.get_source_code(tag) + if "LOG" in tag_text or tag_text.startswith("//"): + continue + if tag_text.strip().startswith("{"): + child_count = left_parentheses_count = right_parentheses_count = 0 + while previous_line: + child_count += 1 + if child_count > 100: + return function_name + + previous_line -= 1 + html_text = get_tag(content, previous_line) + source_code = self.get_source_code(html_text) + if "LOG" in source_code or "}" in source_code or source_code.endswith(";"): + break + if source_code.startswith("//"): + continue + if "{" in source_code: + previous_line += 1 + break + left_parentheses_count += source_code.count("(") + right_parentheses_count += source_code.count(")") + if not left_parentheses_count == right_parentheses_count: + continue + if " operator" in source_code: + class_name_list = re.findall(r'\((.*?)\)', source_code) + if class_name_list: + function_name = class_name_list[0].strip() return function_name - return "" - except (OSError, IndexError, TypeError) as error: - print(f"覆盖率报告{branch_line}行获取函数名报错, error:{error}", - traceback.format_exc()) - return "" + + function_name_list = re.findall(r' (.*?)\(', source_code) + if function_name_list: + function_name = function_name_list[0].strip() + return function_name + return function_name @staticmethod def get_branch_line_list(keyword_line: int, branch_line_list: list): @@ -354,7 +346,6 @@ class KeywordRegistration: judge_key = bracket_code.split()[-1] return judge_key except (IndexError, ValueError): - print("获取关键字替代字符失败") return "" @staticmethod @@ -487,7 +478,7 @@ class KeywordRegistration: total_shield_num = origin_total - branch_total self.update_statistic(file_path, hit_shield_num, total_shield_num) except (IndexError, TypeError, FileNotFoundError): - print("修改分支数据失败") + pass def update_statistic(self, file_path, hit_shield_num, total_shield_num): """ @@ -590,7 +581,7 @@ class KeywordRegistration: fcntl.flock(file.fileno(), fcntl.LOCK_UN) time.sleep(1) except (IndexError, TypeError, FileNotFoundError): - print("修改分支统计数据出错") + pass def _check_if_branch_line(self, judge_key, sub_branch_line_list, key_line, content, function_name): @@ -620,7 +611,7 @@ class KeywordRegistration: else: break except (ValueError, KeyError): - print("获取关键字if分支行报错", traceback.format_exc()) + pass return if_branch_line @@ -930,13 +921,12 @@ class KeywordRegistration: def main(report_path): - print("*" * 50, "报备开始", "*" * 50) manager = KeywordRegistration(report_path) start_time = time.time() manager.multiprocessing_registration() end_time = time.time() times = round(end_time - start_time, 3) - print("*" * 50, "报备结束", "*" * 50, "耗时：", times) + print("*" * 50, "关键字分支屏蔽结束", "*" * 50, "耗时：", times) if __name__ == '__main__':