def run(self):
# 读json文件,取测试数据
api_file = Tool.read_json("interface")
test_data_file = Tool.read_json("test_data")
expect_data_file = Tool.read_json("expect_data")
# 获取接口的具体信息,循环读取某一接口
api_list = api_file["api_list"]
for api in api_list:
url = api["url"]
method = api["method"]
need_login = api["need_login"]
test_data = api["test_data"]
expect_data_addr = api["expect_data"]
expect_data = expect_data_file[expect_data_addr]
print("期望结果", expect_data)
params = test_data_file[test_data]
if method == "get":
result = self.net.get(url, params)
result_dict = json.loads(result.content)
print("实际结果", result_dict)
print("开始比较实际结果和期望值")
flag = self.check.comparison_result( expect_data, result_dict)
self.write.write_report(url, params, expect_data, result_dict, flag)
def write_report(self, url, params, expect, actual, flag):
open_file = Tool.read_excel("report")
table = open_file.sheets()[0]
n = table.nrows
wb = copy(open_file)
write_sheet = wb.get_sheet(0)
params = json.dumps(params, ensure_ascii=False) # 默认不将中文编码
# print("写报告测试参数", params)
expect = json.dumps(expect, ensure_ascii=False)
expect = Tool.json_converted_str(expect)
# print("写报告期望结果", expect)
actual = json.dumps(actual, ensure_ascii=False)
actual = Tool.json_converted_str(actual)
# print("写报告实际结果", actual)
style = xlwt.easyxf('align: wrap on') # 数据写入excel自动换行
write_sheet.col(2).width = (30 * 367)
write_sheet.col(3).width = (30 * 367)
write_sheet.write(n, 0, url)
write_sheet.write(n, 1, params)
write_sheet.write(n, 2, expect, style)
write_sheet.write(n, 3, actual, style)
# result_sheet.write(0, 1, txt1.decode('utf-8'))
if flag == 1:
write_sheet.write(n, 4, u"测试通过")
print("测试通过")
else:
write_sheet.write(n, 4, u"测试失败")
print("测试失败")
wb.save(r"../test_report/report.xls")
print("报告书写完成")
def cancel(self, iid, tradeId):
data = {}
data['id'] = Tool.getTradeId(self.modelName)
data['from'] = self.srvChannel
data['iid'] = iid
data['tradeId'] = tradeId
jsonData = JSON.encode(data)
print jsonData
self.sender.publish(self.TUNNEL_CANCEL, jsonData)
def ioc(self, iid, price, volume, isOpen, isBuy, isToday):
tradeId = Tool.getTradeId(self.modelName)
self.tradeCallbackTick[tradeId] = 0
self.tradeInfo[tradeId] = {
'tradeId': tradeId,
'price': price,
'volume': volume,
'type': 'ioc',
'isBuy': isBuy
}
self.tradeIds.append(tradeId)
return tradeId
def fok(self, iid, price, volume, isOpen, isBuy, isToday):
tradeId = Tool.getTradeId(self.modelName)
r = random.randint(1, 10) if self.isRandom else 10
self.tradeCallbackTick[tradeId] = 0
self.tradeInfo[tradeId] = {
'tradeId': tradeId,
'price': price,
'volume': volume,
'type': 'fok',
'r': r
}
self.tradeIds.append(tradeId)
return tradeId
def __trade(self, tunnel, iid, price, volume, isOpen, isBuy, isToday):
data = {}
data['id'] = Tool.getTradeId(self.srvChannel)
data['from'] = self.srvChannel
data['iid'] = iid
data['price'] = price
data['total'] = volume
data['isOpen'] = int(isOpen)
data['isBuy'] = int(isBuy)
data['isToday'] = int(isToday)
jsonData = JSON.encode(data)
print jsonData
self.sender.publish(tunnel, jsonData)
return data['id']