def exists(self, element):
print u"%s 判断元素是否存在 -> %s" % (util.log_time(
datetime.datetime.now()), element[2])
device = find_element(self.device, element[0], element[1])
if device.exists:
print u"%s 元素存在" % util.log_time(datetime.datetime.now())
return True
else:
print u"%s 元素不存在" % util.log_time(datetime.datetime.now())
return False
def check_list_data(my_device, index, el_name, text, current):
stock_name = my_device.get_text_by_index(element.get_element(el_name), index)
print u"%s %s -> %s" % (
util.log_time(current),
text,
stock_name
)
assert stock_name != "None"
def setup_method(self):
self.my_service.screen_on()
self.my_service.click(element.get_element("common_app_name"))
self.my_service.sleep_screen(5)
if self.my_service.exists(element.get_element("common_welcome_indicator")):
self.my_service.swipe("left", 0.7, 0.2, 10)
self.my_service.swipe("left", 0.7, 0.2, 10)
self.my_service.click(element.get_element("common_welcome_experience"))
else:
print u"%s 跳过欢迎页" % util.log_time(datetime.datetime.now())
def swipe(self, direction, start, end, step):
data = self.device.info
mobile_width = data.get("displayWidth")
mobile_height = data.get("displayHeight")
if direction == "up":
print u"%s 向上滑" % util.log_time(datetime.datetime.now())
self.device.swipe(mobile_width * 0.5, mobile_height * start,
mobile_width * 0.5, mobile_height * end, step)
if direction == "down":
print u"%s 向下滑" % util.log_time(datetime.datetime.now())
self.device.swipe(mobile_width * 0.5, mobile_height * start,
mobile_width * 0.5, mobile_height * end, step)
if direction == "left":
print u"%s 向左滑" % util.log_time(datetime.datetime.now())
self.device.swipe(mobile_width * start, mobile_height * 0.5,
mobile_width * end, mobile_height * 0.5, step)
if direction == "right":
print u"%s 向右滑" % util.log_time(datetime.datetime.now())
self.device.swipe(mobile_width * start, mobile_height * 0.5,
mobile_width * end, mobile_height * 0.5, step)
def reinstall_app(env, app_path):
print u"============================= 初始化测试环境 ============================="
# 查看手机中安装所有应用的包名
find_data = os.popen("adb shell pm list packages").readlines()
for data in find_data:
if config.PACKAGE.get(env) in data.strip():
print u"%s 删除已安装APP, Package=%s" % (util.log_time(
datetime.datetime.now()), config.PACKAGE.get(env))
return_data = os.popen("adb uninstall %s" %
config.PACKAGE.get(env)).readlines()
for item in return_data:
print u"%s %s" % (util.log_time(
datetime.datetime.now()), item.strip())
local = "APP.apk"
urllib.urlretrieve(app_path, local)
print u"%s 安装APP, Package=%s" % (util.log_time(
datetime.datetime.now()), config.PACKAGE.get(env))
return_data = os.popen("adb install %s" % local).readlines()
print u"%s %s" % (util.log_time(
datetime.datetime.now()), return_data[-2].strip())
print u"%s %s" % (util.log_time(
datetime.datetime.now()), return_data[-1].strip())
def test_new_stock(self):
try:
# 进入新股日历
self.my_service.click(
element.get_element("stock_market_marketButton"))
self.my_service.click(element.get_element("stock_market_newStock"))
self.my_service.sleep_screen(5)
# 通过上市时间和IPO以来表现的差异进行划分待上市数据和已上市数据
data_three_length = self.my_service.get_length(
element.get_element("stock_market_hk_new_stock_num_three"))
wait_public_num = 0
for i in range(data_three_length):
three_text = self.my_service.get_text_by_index(
element.get_element("stock_market_hk_new_stock_num_three"),
i)
if "%" not in three_text:
wait_public_num += 1
already_public_num = data_three_length - wait_public_num
print "%s 待上市 -> %s 已上市 -> %s" % (util.log_time(
datetime.datetime.now()), str(wait_public_num),
str(already_public_num))
# 检测待上市 -> 1级数据
print u"%s 检测待上市 -> 1级数据" % util.log_time(datetime.datetime.now())
if wait_public_num == 0:
print u"%s -- Check Point -- 待上市列表中没有数据，请手动进行检测" %\
util.log_time(datetime.datetime.now())
else:
for i in range(wait_public_num):
baseTest.check_list_data(self.my_service, i,
"stock_market_hk_new_stock_name",
u"股票名称", datetime.datetime.now())
baseTest.check_list_data(self.my_service, i,
"stock_market_hk_new_stock_code",
u"股票代码", datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_one", u"申购价",
datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_two", u"入场费",
datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_three", u"上市时间",
datetime.datetime.now())
# 检测待上市 -> 2级数据
# 检测已上市 -> 1级数据
print u"%s 检测已上市 -> 1级数据" % util.log_time(datetime.datetime.now())
if already_public_num == 0:
print u"%s -- Check Point -- 已上市列表中没有数据，请手动进行检测" % \
util.log_time(datetime.datetime.now())
else:
for i in range(already_public_num):
baseTest.check_list_data(self.my_service, i,
"stock_market_hk_new_stock_name",
u"股票名称", datetime.datetime.now())
baseTest.check_list_data(self.my_service, i,
"stock_market_hk_new_stock_code",
u"股票代码", datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_one", u"发行价",
datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_two", u"现价",
datetime.datetime.now())
baseTest.check_list_data(
self.my_service, i,
"stock_market_hk_new_stock_num_three", u"IPO以来表现",
datetime.datetime.now())
# 检测已上市 -> 2级数据
except:
util.fail_screen_shot(self.my_service)
assert False
def sleep_screen(self, second):
print u"%s 等待%s秒" % (util.log_time(
datetime.datetime.now()), str(second))
sleep(second)
def click(self, element):
print u"%s 点击 -> %s" % (util.log_time(
datetime.datetime.now()), element[2])
device = find_element(self.device, element[0], element[1])
device.click()
def get_length(self, element):
device = find_element(self.device, element[0], element[1])
element_length = len(device)
print u"%s 长度 -> %s" % (util.log_time(
datetime.datetime.now()), str(element_length))
return element_length
def set_text(self, element, text):
print u"%s 输入 -> %s" % (util.log_time(datetime.datetime.now()), text)
device = find_element(self.device, element[0], element[1])
device.set_text(text)
def screen_shot(self, pic):
print u"%s 失败截图 -> %s" % (util.log_time(datetime.datetime.now()), pic)
self.device.screenshot(pic)
def press_back(self):
print u"%s 点击手机回退键" % util.log_time(datetime.datetime.now())
self.device.press.back()
def press_home(self):
print u"%s 点击手机HOME键" % util.log_time(datetime.datetime.now())
self.device.press.home()
def screen_off(self):
print u"%s 熄灭屏幕" % util.log_time(datetime.datetime.now())
self.device.screen.off()
def screen_on(self):
print u"%s 点亮屏幕" % util.log_time(datetime.datetime.now())
self.device.screen.on()