def http_request(self, interface_url, headerdata, interface_parm, request_type):
"""
:param interface_url: 接口地址
:param headerdata: 请求头文件
:param interface_parm: 接口请求参数
:param request_type: 请求类型
:return: 字典形式结果
"""
try:
if request_type == 'get' or request_type == 'GET':
result = self.__http_get(interface_url,
headerdata,
interface_parm)
MyLog.debug('用例发送消息URL:%s\n'
'用例发送消息头：%s\n'
'用例发送消息体：%s\n'
% (interface_parm, headerdata, interface_parm))
elif request_type == 'post' or request_type == 'POST':
result = self.__http_post(interface_url,
headerdata,
interface_parm)
MyLog.debug('用例发送消息URL:%s\n'
'用例发送消息头：%s\n'
'用例发送消息体：%s\n'
% (interface_parm, headerdata, interface_parm))
else:
result = {'code': '1000', 'message': '请求类型错误', 'data': []}
except Exception as e:
# traceback.print_exc()
MyLog.error(e)
return result
def setvar(self, result_interface):
"""
:param result_interface: 接口返回参数
:return:
"""
if self.extra_key_list_str and \
self.extra_key_list_str.startswith("[") and \
self.extra_key_list_str.endswith("]"):
try:
extra_key_list = eval(self.extra_key_list_str)
except Exception as e:
MyLog.error(e)
if result_interface and result_interface.startswith(
'{') and isinstance(result_interface, str):
temp_result_interface = json.loads(
result_interface) # 将字符串类型转换为字典类型
for extra_key in extra_key_list:
value_list = get_target_value(extra_key,
temp_result_interface,
tmp_list=[])
if len(value_list) == 1:
for value in value_list:
if isinstance(value, str): # 判断value是否是字符串
self.cache.set(extra_key, '\'' + value + '\'')
elif isinstance(value, int): # 判断value是不是int类型
self.cache.set(extra_key, value)
elif isinstance(value, dict): # 判断value是不是字典类型
self.cache.set(extra_key, value)
else:
MyLog.error('未处理的数据类型', value)
MyLog.debug('接口返回值入参成功%s %s' % (extra_key, value))
elif len(value_list) == 0:
MyLog.error('缓存数据设置错误，未找到对应返回值%s' % extra_key)
elif len(value_list) > 1:
# MyLog.error('value_list',value_list)
MyLog.error('缓存数据设置错误，存在多个值')
else:
MyLog.error('接口返回值类型错误，无法将参数存入缓存')
else:
MyLog.debug('接口无缓存参数')
def getvar(self):
"""
获取参数
:return:{key1:value1,key2:value2,...}
"""
sign = self.match_var()
cache_value = {}
if sign:
for key in sign:
value = self.cache.get(key)
if value is not None:
MyLog.debug('获取其他接口入参参数成功,参数名称为%s，参数值为%s' % (sign, value))
cache_value[key] = value
# return self.cache.get(sign)
else:
MyLog.error('获取参数异常，缓存中没有%s的值' % sign)
return cache_value
else:
MyLog.debug('该接口无${}标识')
return None
def replace(self):
"""
:return: 返回新赋值的字典
"""
replace_dict = {}
functions_tuple_list = self.match_function()
if self.match_var() is None and functions_tuple_list is None:
MyLog.debug('没有要替换的变量或函数返回值')
return self.params_interface
if self.match_var(): # 进行变量赋值替换
params_interface_json = json.dumps(self.params_interface,
ensure_ascii=False)
_temp_json = params_interface_json
_new_params_dict = self.getvar()
for _k, _v in _new_params_dict.items():
_temp_json = _temp_json.replace('$' + _k, _v)
self.params_interface = json.loads(_temp_json)
MyLog.debug('已进行变量赋值替换:%s' % self.params_interface)
functions_tuple_list = self.match_function()
print('functions_tuple_list', functions_tuple_list)
if functions_tuple_list:
function_results_dict = self.get_function_return(
functions_tuple_list)
params_interface_json = json.dumps(self.params_interface,
ensure_ascii=False)
print(function_results_dict)
_temp_json = params_interface_json
for need_to_replace_str in function_results_dict:
_temp_json = _temp_json.replace(
'${' + need_to_replace_str['function_name'] + '(' +
need_to_replace_str['args'] + ')' + '}',
str(need_to_replace_str['result']))
self.params_interface = json.loads(_temp_json)
MyLog.debug('已进行函数值赋值替换:%s' % self.params_interface)
return self.params_interface
def execute_test_case(self, *arg):
"""
执行测试用例
:param arg:
:return:
"""
test_interface = RequestInterface()
sql = "SELECT * FROM `case_interface` WHERE case_status = 1"
result = self.db.select_all(sql)
if result.get('code') == '0000' and result.get('data'):
MyLog.debug('获取执行接口成功')
datas = result.get('data')
for temp_case_interface in datas:
obj = extraDB(temp_case_interface, self.cache)
params_interface = obj.replace() # 执行测试前重构测试数据
url_interface = params_interface.get('url_interface')
id_case = temp_case_interface.get('id')
name_interface = temp_case_interface.get('name_interface')
name_case = temp_case_interface.get('name_case')
headdata = ast.literal_eval(params_interface.get('header_interface'))
type_interface = params_interface.get('exe_mode')
if url_interface != '' and headdata != '' and type_interface != '':
temp_level_check = temp_case_interface.get('check_level') # 检查级别
result_http_respones = test_interface.http_request(url_interface, headdata,
params_interface.get('params_interface'),
type_interface)
print(result_http_respones)
MyLog.debug("用例返回消息:{result}".format(result=result_http_respones.get('data')))
obj.setvar(result_http_respones.get('data'))
self.db.op_sql("UPDATE case_interface SET result_interface = '%s' where id = %s " %
(result_http_respones.get('data'), id_case)) # 将返回包数据写入用例表
if result_http_respones['code'] == '0000' and len(result_http_respones['data']) != 0:
base_compare = CompareParam(temp_case_interface)
if '0' in list(temp_level_check): # 执行关键值参数检查
result_compare_code = base_compare.compare_code(result_http_respones.get('data'))
MyLog.debug('用例编号：%s|检查级别：关键字参数值|接口名称：%s|用例名称：%s|提示信息:%s \n'
% (id_case, name_interface, name_case, result_compare_code['message']))
if '1' in list(temp_level_check): # 执行参数完整性检查
result_compare_params_complete = base_compare.compare_params_complete(
result_http_respones.get('data'))
MyLog.debug('用例编号：%s|检查级别：参数完整性|接口名称：%s|用例名称：%s|提示信息:%s \n'
% (id_case, name_interface, name_case, result_compare_params_complete['message']))
elif len(result_http_respones['data']) == 0:
MyLog.debug('接口名称： %s|信息错误：获取用例数据为空，请检查用例\n' % name_interface)
else:
MyLog.debug('接口名称： %s|信息错误：获取用例数据失败' % name_interface)
class WindowsConnect(Connect):
def __init__(
self,
windows_name: str,
hwnd: int = 0,
):
self.windows_name = windows_name
if hwnd == 0:
self.hwnd = win32gui.FindWindow(0, self.windows_name)
else:
self.hwnd = hwnd
self.logger = MyLog('windows').get_logger()
def connect(self):
if self.hwnd == 0:
self.logger.error('连接失败！请检查~ name:{}'.format(self.windows_name))
return None
else:
self.logger.info('连接成功！hwnd:{} name:{}'.format(
self.hwnd, self.windows_name))
return self.hwnd
@log
def activate_window(self):
user32 = ctypes.WinDLL('user32.dll')
user32.SwitchToThisWindow(self.hwnd, True)
def execute_command(self, com):
ex = subprocess.Popen(com, stdout=subprocess.PIPE, shell=True)
self.logger.debug('执行命令: {}'.format(com))
out, err = ex.communicate()
status = ex.wait()
self.logger.debug('命令结果: {}'.format(out.decode().strip()))
self.logger.debug('状态: {}'.format(status))
return out.decode(), err, status
def click_bg(self, pos, pos_end=None):
"""
后台模拟点击
:param pos: 要点击的坐标
:param pos_end: 若不为空，则点击的是pos~pos_end之间的随机位置
:return: 无
"""
pos_rand = proc_rand_pos(pos, pos_end)
win32gui.SendMessage(self.hwnd, win32con.WM_MOUSEMOVE, 0,
win32api.MAKELONG(*pos_rand))
win32gui.SendMessage(self.hwnd, win32con.WM_LBUTTONDOWN, 0,
win32api.MAKELONG(*pos_rand))
time.sleep(random.randint(20, 80) / 1000)
win32gui.SendMessage(self.hwnd, win32con.WM_LBUTTONUP, 0,
win32api.MAKELONG(*pos_rand))
@log
def drag_bg(self, pos1, pos2, cost_time=None):
"""
后台拖拽
:param pos1: (x,y) 起点坐标
:param pos2: (x,y) 终点坐标
:param cost_time: 消耗时间
"""
move_x = np.linspace(pos1[0], pos2[0], num=20, endpoint=True)
move_y = np.linspace(pos1[1], pos2[1], num=20, endpoint=True)
win32gui.SendMessage(self.hwnd, win32con.WM_LBUTTONDOWN, 0,
win32api.MAKELONG(*pos1))
for i in range(20):
x = int(round(move_x[i]))
y = int(round(move_y[i]))
win32gui.SendMessage(self.hwnd, win32con.WM_MOUSEMOVE, 0,
win32api.MAKELONG(x, y))
t = 0.01 * random.random()
time.sleep(t)
cost_time -= t * 1000
if cost_time > 0:
time.sleep(cost_time / 1000)
win32gui.SendMessage(self.hwnd, win32con.WM_LBUTTONUP, 0,
win32api.MAKELONG(*pos2))
