def tt1(self):
log = ResultLog.ResultLog()
try:
br = webdriver.Firefox()
br.find_element_by_id("wwg").click()
raise NameError()
except:
print "except捕获异常"
def init_browser(self):
"""
该函数主要是初始化浏览器对象并返回一个webdriver对象
"""
log = ResultLog.ResultLog()
try:
br = webdriver.Firefox()
except:
log.info("浏览器初始化失败了")
br.get("http://www.xebest.com:8000")
return br
def init_browserByRegister(self):
"""
该函数主要是初始化浏览器对象并返回一个webdriver对象
"""
log = ResultLog.ResultLog()
try:
br = webdriver.Firefox()
except:
log.info("浏览器初始化失败了")
br.get("https://user.xebest.com:8443/reg.action")
return br
def testGetAndOperateData(self):
u"""登录功能测试"""
"""
此方法作用：
1、获得excel中存储的用户名和密码，每一行对应的用户名和密码作为一个小列表，所有的小列表组成一个大列表
2、将用户名和密码作为外层for循环，将需要定位的元素的名称的列表作为内层循环，拿到一个需要定位的元素的名称就去定位并进行sendkey或者click操作
"""
class_list = self.instance_List()
log = ResultLog.ResultLog()
#拿到登录功能中需要定位的对象名称列表
object_name_list = self.getObjList()
#拿到存储在excel中存储的用户名和密码列表对
username_password_list = self.getUsernameAndPasswordList()
index = 1
for username, password in username_password_list:
for m in range(object_name_list.__len__()):
class_list[0].locateObject(class_list[2], username, password,
object_name_list[m])
class_list[1].operate_alert(class_list[2])
log.info("第%d次功能参数化操作完成" % index)
index += 1
def operatePayElement(self,element,located_element,send_data_list):
log=ResultLog.ResultLog()
excel=ReadExcel.ReadExcel()
operate_excel_path="F:\\pytest\\xebest-autotest\\Data\\pay_by_balance.xls"
operate_sheet=excel.getTableBySheetName(operate_excel_path,"operate_method")
#得到操作方式所在列
operate_method=u"操作方式"
operate_method_col_index=get_number_by_data.GetRowAndColNumber().getRowAndColNumber(operate_excel_path,"operate_method",operate_method)[1]
#得到元素所在行
row_index=get_number_by_data.GetRowAndColNumber().getRowAndColNumber(operate_excel_path,"operate_method",element)[0]
operate_method_flag=operate_sheet.cell_value(row_index,operate_method_col_index)
if operate_method_flag=='click':
try:
located_element.click()
time.sleep(3)
except:
print ("element:%s cannot operate" %element)
raise ValueError("no element can operate")
else:
log.info("元素：%s 操作成功" %(element.encode('utf-8')))
elif operate_method_flag=='sendkey' and element==u'CheckCodeInput':
checkcode=SmsCheckCode.SmsCheckCode().getCheckCode()
time.sleep(2)
if checkcode:
log.info("验证码获取成功，获取到的验证码为：%s" %(checkcode.encode('utf-8')))
else:
log.info("验证码获取失败")
located_element.send_keys(checkcode)
elif operate_method_flag=='sendkey' and element==u'PayPasswordInput':
located_element.clear()
located_element.send_keys(send_data_list[0])
def locateObject(self, browser, object_username, object_password,
object_name):
br = browser
username = object_username
password = object_password
locate_element = object_name
login_class2 = Login.Login() #实例化Login类
log = ResultLog.ResultLog()
readexcel_class2 = ReadExcel.ReadExcel()
objectname_locatemethod_locatedata_excelpath = "F:\\pytest\\testcase\\Data\\login_data.xls"
objectname_locatemethod_locatedata_sheet = readexcel_class2.getTable(
objectname_locatemethod_locatedata_excelpath) #得到excel操作实体
objectname_locatemethod_locatedata_sheet_rows = readexcel_class2.getExcelRows(
objectname_locatemethod_locatedata_excelpath) #得到excel总行数
#定义一个字典去映射excel表中的元素定位方式
dic1 = {
'id': By.ID,
'css': By.CSS_SELECTOR,
'xpath': By.XPATH,
'linktext': By.LINK_TEXT
}
#循环excel中的每一行，判断定位方式是id、css、xpath，每一行是一个界面元素
for i in range(objectname_locatemethod_locatedata_sheet_rows):
list3 = objectname_locatemethod_locatedata_sheet.row_values(i)
if list3[0] == locate_element:
#在该行中，如果定位方式是id，就使用id定位方式
if list3[1] == 'id':
try:
element = br.find_element(by=dic1['id'],
value=list3[2])
log.info("元素%s 定位成功" % locate_element.encode('utf-8'))
except:
log.info("需要操作的元素%s 不存在" %
locate_element.encode('utf-8'))
login_class2.operate_element(br, username, password,
locate_element, element)
#在该行中，如果定位方式是css，就使用css定位方式
elif list3[1] == 'css':
try:
element = br.find_element(by=dic1['css'],
value=list3[2])
log.info("元素%s 定位成功" % locate_element.encode('utf-8'))
except:
log.info("需要操作的元素%s 不存在" %
locate_element.encode('utf-8'))
login_class2.operate_element(br, username, password,
locate_element, element)
#在该行中，如果定位方式是xpath，就使用xpath定位方式
elif list3[1] == 'xpath':
try:
element = br.find_element(by=dic1['xpath'],
value=list3[2])
log.info("元素%s 定位成功" % locate_element.encode('utf-8'))
except:
log.info("需要操作的元素%s 不存在" %
locate_element.encode('utf-8'))
login_class2.operate_element(br, username, password,
locate_element, element)
elif list3[1] == 'linktext':
try:
element = br.find_element(by=dic1['linktext'],
value=list3[2])
log.info("元素%s 定位成功" % locate_element.encode('utf-8'))
except:
log.info("需要操作的元素%s 不存在" %
locate_element.encode('utf-8'))
login_class2.operate_element(br, username, password,
locate_element, element)