def __init__(self,ui_case = 0):
if ui_case == 0:
test_file = path.get_multi_platform(path.PATH + r'/conf/release.xmind')
else:
test_file = path.get_multi_platform(path.PATH + r'/conf/test.xmind')
logger.info('test_file:'+test_file)
w = xmind.load(test_file)
s1=w.getPrimarySheet() # get the first sheet
r1=s1.getRootTopic() # get the root topic of this sheet
r1.getSubTopics()
get_LSubTopics(r1)
Tcase.caseCheckPoint = LSubTopics
Tcase.caseCount = LSubTopics.__len__()
def pic_operate(case_name, is_update, size, drive):
name = case_name
pic_drive = drive
pic_size = copy.deepcopy(size)
pic_expect_path = path.get_multi_platform(PATH_PIC + "/pic/expect/%s.png"%name)
pic_fact_path = path.get_multi_platform(PATH_PIC + "/pic/fact/%s.png"%name)
result_path = path.get_multi_platform(PATH_PIC + "/result/%s.png"%name)
pic_size[2] = pic_size[2] + pic_size[0]
pic_size[3] = pic_size[3] + pic_size[1]
logger.info("截图起点坐标: " + str(pic_size[0]) + "," + str(pic_size[1]) + " 截图终点坐标: " + str(pic_size[2]) + "," + str(pic_size[3]))
global similar_rate
if is_update == "Y":
pic_drive.get_screenshot_as_file(pic_expect_path)
Image.open(pic_expect_path).crop(pic_size).save(pic_expect_path)
similar_rate = 100
elif is_update == "N":
pic_drive.get_screenshot_as_file(pic_fact_path)
Image.open(pic_fact_path).crop(pic_size).save(pic_fact_path)
pic0 = Image.open(pic_expect_path)
pic1 = Image.open(pic_fact_path)
pic_joint(pic0, pic1).save(result_path)
if is_reCompare == 0:
#上报图片所属用例
if result.case_pic.has_key(exe_status.exe_case_title):
result.case_pic[exe_status.exe_case_title] += name + ".png" + "|"
else:
result.case_pic[exe_status.exe_case_title] = name + ".png" + "|"
similar_rate = histsimilar.calc_similar_by_path(pic_fact_path,pic_expect_path)*100
return similar_rate
def res_save(res_dic):
"""
输出测试报表
@type res_dic:dict
"""
PATH = path.get_multi_platform(path.PATH + '/result/result.txt')
res = ""
# res = res + "成功用例数:" + str(res_dic["p_count"]) + " 失败用例数:" + str(res_dic["f_count"]) + '\n' + '\n'
# res += "失败用例列表: "
f = open(PATH, 'w')
for key in res_dic:
if failed_path.has_key(key.encode('utf8')) is False:
failed_path[key.encode('utf8')] = "无"
t_path = failed_path[key.encode('utf8')]
else:
t_path = failed_path[key.encode('utf8')].encode('utf8')
t_path = t_path[:-1]
if case_pic.has_key(key.encode('utf8')) is False:
case_pic[key.encode('utf8')] = ""
t_pic = case_pic[key.encode('utf8')]
else:
t_pic = case_pic[key.encode('utf8')].encode('utf8')
t_pic = t_pic[:-1]
if case_purpose.has_key(key.encode('utf8')) is False:
case_purpose[key.encode('utf8')] = "无"
t_purpose = case_purpose[key.encode('utf8')]
else:
t_purpose = case_purpose[key.encode('utf8')].encode('utf8')
res = res + str(key)
res = res + ";" + t_purpose
res = res + ";" + res_dic[key.encode('utf8')].encode('utf8')
res = res + ";" + t_pic
res = res + ";" + t_path + '\n'
res = res[:-1]
f.write(res)
print res
f.close()
# -*- coding: utf-8 -*-
import json
import path
# import logging
# import logging.config
# logging.config.fileConfig("log.conf")
# logger = logging.getLogger("log_NB")
#10.1.88.101
PATH = path.PATH
# file = PATH.replace('/',"\\") + r'\setting.txt'
file = path.get_multi_platform(PATH + r'/conf/setting.txt')
print file
f = open(file)
str = f.read()
file_map = json.loads(str)
if __name__ == '__main__':
# logger.info("click log")
print ""
print ""
def log_init(self):
log_file = path.get_multi_platform(path.PATH + r'/conf/log.conf')
logging.config.fileConfig(log_file)
logger = logging.getLogger("log_NB")
return logger