class back(unittest.TestCase):
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelMove()
self.dd = Move(a)
def test_movemachine(self):
'''移机'''
tt = self.dd.channel_no()
self.dd.Resources()
self.dd.new_channel_no()
self.dd.reason()
self.dd.appendix()
self.dd.Submission()
def test_movemachine1(self):
'''移机输入后取消'''
tt = self.dd.channel_no()
self.dd.Resources()
self.dd.new_channel_no()
self.dd.reason()
self.dd.appendix()
self.dd.cancel()
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
class add(unittest.TestCase):
def setUp(self):
a=Login_B()
self.aa=Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc=business_process(a)
self.cc.jump_channelAddmachine()
self.dd=Add(a)
def test_addmachine(self):
'''新增机器'''
tt=self.dd.channel_no()
self.dd.title(tt)
self.dd.Resources()
self.dd.reason()
self.dd.appendix()
self.dd.Submission()
def test_addmachine1(self):
'''新增机器输入完后点取消'''
tt=self.dd.channel_no()
self.dd.title(tt)
self.dd.Resources()
self.dd.reason()
self.dd.appendix()
self.dd.cancel()
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
class change(unittest.TestCase):
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelchange()
self.dd = Change(a)
def test_change(self):
'''渠道变更'''
zz = self.dd.channel_no()
self.dd.switch(1) #基本信息开启编辑
palce = self.dd.place1()
area = self.dd.areainput()
zhanshi = self.dd.zhanshi()
kailimit = self.dd.kailimit()
shiwanlimit = self.dd.shiwanlimit()
Recharge = self.dd.Recharge()
peoplelimit = self.dd.people_limit()
# latitude=self.dd.latitude()
# longitude=self.dd.longitude()
self.dd.switch(2) # 个人信息开启编辑
name = self.dd.name()
sex = self.dd.sex()
phone = self.dd.phone()
cardid = self.dd.cardid()
self.dd.Photo()
self.dd.switch(3) # 开启编辑
cardnum = self.dd.cardnum()
self.dd.cardnaccount()
self.dd.deposit()
self.dd.Submission()
time.sleep(1)
tt = self.dd.querydetail(zz)
tt1 = tt[0]
bb = len(tt1)
a = list(tt1)
for i in range(bb): #数据库查询出来的 各种类型都有 统一转成str对比
a[i] = str(a[i])
self.assertEqual(palce, a[0])
self.assertEqual(area, a[1])
self.assertEqual(zhanshi, a[2])
self.assertEqual(kailimit, a[3])
self.assertEqual(shiwanlimit, a[4])
self.assertEqual(Recharge, a[5])
self.assertEqual(peoplelimit, a[6])
# self.assertEqual(latitude, a[7])
# self.assertEqual(longitude, a[8])
self.assertEqual(name, a[9])
self.assertEqual(sex, a[10])
self.assertEqual(phone, a[11])
self.assertEqual(cardid, a[12])
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
def setUp(self):
# 进入类型管理
b = Login_B()
obj = Home_Page(b)
obj.jumpBusinessmanagement()
self.obb = model_page(b)
self.oba = addmodel_page(b)
self.obc = modifymodel_page(b)
self.obb.skip()
self.status = {"开": 1, "关": 2} # 状态
class relocate(unittest.TestCase):
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelrelocate()
self.dd = Relocate(a)
def test_relocate(self):
'''迁址,根据选取到的渠道编号来 判断第四位是否为0 0则为省渠道，不为0责任市渠道'''
tt = self.dd.channel_no()
kk = tt[3:4]
if kk == 0:
self.dd.channeladdress()
else:
self.dd.channeladdress(2)
# self.dd.title()
# self.dd.channeladdress()
self.dd.reason()
self.dd.appendix() #附件
self.dd.Submission()
def test_relocate1(self):
'''迁址到市'''
self.dd.channel_no()
# self.dd.title()
self.dd.channeladdress(2)
self.dd.reason()
self.dd.appendix() #附件
self.dd.Submission()
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
class provide_machine(unittest.TestCase):
'''资源发放'''
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_ResourceProvide()
self.dd = Provide(a)
def test_provide_machine(self):
'''资源发放,提交终端机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.Submission()
time.sleep(2)
# data=self.dd.data()
# cc=data['warehouseGoodsInfoList'][0]
# print 'cc=%s'%cc
# '''型号只有id 通过sql单独查'''
# sql1='''SELECT device_model FROM T_GOODS_MODEL WHERE goods_id = %d AND id = %d'''%(cc['goodId'],cc['modelId'])
# hh=(self.dd.sql_result(sql1))[0]
# self.assertEqual(title,data['resourceApplyTitle'])
# self.assertEqual(name,data['purchaseUserName'])
# self.assertEqual(time1, data['preReceivDate'])
# self.assertEqual(shebei, cc['goodsName'])
# self.assertEqual(modle, hh)
# self.assertEqual(serial,cc['goodsSerialNumber'])
# self.assertEqual(reason, data['remark'])
# self.assertEqual(remake,cc['remark'])
# self.assertEqual(money, data['totalMoney'])
def test_provide_machine1(self):
'''资源发放,暂存终端机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.zancun()
time.sleep(2)
def test_provide_machine2(self):
'''资源发放,取消提交终端机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.cancel()
time.sleep(2)
def test_provide_machine3(self):
'''资源发放,提交柜员机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.Submission()
time.sleep(2)
def test_provide_machine4(self):
'''资源发放,暂存柜员机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.zancun()
time.sleep(2)
def test_provide_machine5(self):
'''资源发放,取消柜员机'''
title = self.dd.title()
warehouse = self.dd.warehouse()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
remake = self.dd.Remarks()
reason = self.dd.reason()
money = self.dd.Money()
self.dd.appendix()
self.dd.cancel()
time.sleep(2)
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
class ProcessControl(Test, GamePublicPlanPage, CardGenerationPage,
WarehouseManagePage, New):
'''流程控制'''
def channel_add_approval_process(self, title):
'''渠道建站-申请审批'''
approval_list = [u'业务管理', u'我的待办', u'展开']
self.user_login()
self.click_more_button_for_one(approval_list)
self.search_information({u'请输入业务标题': title}, {}, {})
self.click_table_cell_operation_button(1, 7, 3, 3)
self.input_text_message_for_inside_text(u'请输入审批意见', u'同意')
self.click_button_for_one(u'确 定')
print(u'审批完成')
def open_channel_add(self):
'''打开渠道新建'''
open_list = [u'业务管理', u'渠道业务管理', u'业务办理', u'渠道新建']
self.user_login(u'gavin-aa', u'123456')
self.click_button_for_one(open_list[0])
sleep(3)
self.click_more_button_for_one(open_list[1:])
sleep(3)
def login_and_add(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelnewbuilt()
self.dd = New(a)
def channel_new_shi(self):
'''新建市级渠道'''
# 判断是否走流程 1代表走 需要从流程表中取数据对比 0代表不走流程 对比数据从channel info
jj = self.dd.isprocess()
self.dd.choose_group(2)
channel_no = self.dd.channelno()
print channel_no
type = self.dd.channeltype()
level = self.dd.channellevel()
changsuo = self.dd.place1()
mianji = self.dd.areainput()
limit = self.dd.kailimit()
limit1 = self.dd.shiwanlimit()
chongzhi = self.dd.Recharge()
limit2 = self.dd.people_limit()
# latitude=self.dd.latitude()
# longitude=self.dd.longitude()
zhanshinum = self.dd.zhanshi()
address = self.dd.channeladdress()
name = self.dd.name()
sex = self.dd.sex()
phone = self.dd.phone()
cardid = self.dd.cardid()
tt = datetime.datetime.now()
kk = tt.year
age = str(int(kk) - int(cardid[6:10]))
address1 = self.dd.Contact_address()
self.dd.Photo()
cardnum = self.dd.cardnum()
cardnaccount = self.dd.cardnaccount()
self.dd.deposit()
self.dd.gameJurisdiction()
self.dd.gametime()
self.dd.Resources()
self.dd.appendix()
'''通过判断jj的值 看是否存在流程，启用流程需要输入标题'''
if jj == 1:
time.sleep(2)
title = self.dd.title(channel_no)
time.sleep(2)
self.dd.Submission()
else:
time.sleep(2)
self.dd.Submission()
'''调用渠道列表 对比数据 暂时不用'''
def test_game_package_public(self):
'''游戏包发布'''
self.login_and_add()
self.channel_new_shi()
class new(unittest.TestCase):
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelnewbuilt()
self.dd = New(a)
def test_new(self):
'''新建省级渠道'''
jj = self.dd.isprocess()
self.dd.group()
channel_no = self.dd.channelno()
print channel_no
type = self.dd.channeltype()
level = self.dd.channellevel()
changsuo = self.dd.place1()
mianji = self.dd.areainput()
limit = self.dd.kailimit()
limit1 = self.dd.shiwanlimit()
chongzhi = self.dd.Recharge()
limit2 = self.dd.people_limit()
# latitude=self.dd.latitude()
# longitude=self.dd.longitude()
zhanshinum = self.dd.zhanshi()
address = self.dd.channeladdress()
name = self.dd.name()
sex = self.dd.sex()
phone = self.dd.phone()
cardid = self.dd.cardid()
tt = datetime.datetime.now()
kk = tt.year
age = str(int(kk) - int(cardid[6:10]))
address1 = self.dd.Contact_address()
self.dd.Photo()
cardnum = self.dd.cardnum()
cardnaccount = self.dd.cardnaccount()
self.dd.deposit()
self.dd.gameJurisdiction()
self.dd.gametime()
self.dd.Resources()
self.dd.appendix()
'''通过判断jj的值 看是否存在流程，启用流程需要输入标题'''
if jj == 1:
time.sleep(2)
title = self.dd.title(channel_no)
time.sleep(2)
self.dd.Submission()
time.sleep(2)
tt = self.dd.data()
bb = len(tt)
self.assertEqual(channel_no, tt["channelData"]["channelNo"])
self.assertEqual(title, tt["channelData"]["title"])
self.assertEqual(type, tt["channelData"]["channelType"])
self.assertEqual(level, tt["channelData"]["channelLevelId"])
# self.assertEqual(changsuo,tt["channelData"]["channelNo"])
self.assertEqual(mianji, tt["financeData"]["pointArea"])
self.assertEqual(limit, tt["channelData"]["buyCardLimit"])
self.assertEqual(limit1, tt["channelData"]["tryCardLimit"])
self.assertEqual(chongzhi, tt["channelData"]["rechargeCount"])
self.assertEqual(limit2, tt["channelData"]["channelLimit"])
# self.assertEqual(latitude, str(tt["channelData"]["latitude"]))
# self.assertEqual(longitude, str(tt["channelData"]["longitude"]))
self.assertEqual(address, tt["channelData"]["channelAddress"])
self.assertEqual(name, tt["channelFundData"]["accountName"])
self.assertEqual(sex, tt["channelFundData"]["sex"])
self.assertIn(phone, str(tt["channelFundData"]["phone"]))
# self.assertEqual(phone, tt["channelFundData"]["phone"])
self.assertEqual(cardid, tt["channelFundData"]["channelIdentity"])
self.assertEqual(age, str(tt["channelFundData"]["age"]))
self.assertEqual(address1, tt["channelFundData"]["address"])
self.assertEqual(zhanshinum,
str(tt["channelData"]["showMachineCount"]))
self.assertEqual(cardnum, str(tt["cardRuleData"]["costMoreThan"]))
self.assertEqual(cardnaccount, str(tt["cardRuleData"]["charge"]))
print '%%%%%%%%%%%%%%%%%%'
else:
time.sleep(2)
self.dd.Submission()
'''调用渠道列表 对比数据 暂时不用'''
# channnel_list=jump_channel_list_page()
# kk=channnel_list.querydetail()
# tt1 = channnel_list.querydetail() # 二进制
# tt = channnel_list.view_channel() # Unicode
# aa = tt1[0]
# for i in range(13):
# '''数据库拿出来的有float型，页面都是Unicode型，需要转化成str比较'''
# c = aa[i]
# c = str(c)
# self.assertEqual(c, tt[i])
'''插入数据和数据库对比'''
tt = self.dd.querydetail(channel_no)
tt1 = tt[0]
bb = len(tt1)
a = list(tt1)
for i in range(bb):
a[i] = str(a[i])
self.assertEqual(channel_no, a[0])
self.assertEqual(type, a[1])
self.assertEqual(level, a[2])
self.assertEqual(changsuo, a[3])
self.assertEqual(mianji, a[4])
self.assertEqual(limit, a[5])
self.assertEqual(limit1, a[6])
self.assertEqual(chongzhi, a[7])
self.assertEqual(limit2, a[8])
# self.assertEqual(latitude, a[9])
# self.assertEqual(longitude, a[10])
self.assertEqual(address, a[11])
self.assertEqual(name, a[12])
self.assertEqual(sex, a[13])
self.assertEqual(phone, a[14])
self.assertEqual(cardid, a[15])
self.assertEqual(age, a[16])
self.assertEqual(address1, a[17])
self.assertEqual(channel_no, tt1[18])
self.assertEqual(channel_no, tt1[19])
self.assertEqual(channel_no, tt1[20])
self.assertEqual(channel_no, tt1[0])
print '*******************'
def test_new_shi(self):
'''新建市级渠道'''
# 判断是否走流程 1代表走 需要从流程表中取数据对比 0代表不走流程 对比数据从channel info
jj = self.dd.isprocess()
self.dd.group(2)
channel_no = self.dd.channelno()
print channel_no
type = self.dd.channeltype()
level = self.dd.channellevel()
changsuo = self.dd.place1()
mianji = self.dd.areainput()
limit = self.dd.kailimit()
limit1 = self.dd.shiwanlimit()
chongzhi = self.dd.Recharge()
limit2 = self.dd.people_limit()
# latitude=self.dd.latitude()
# longitude=self.dd.longitude()
zhanshinum = self.dd.zhanshi()
address = self.dd.channeladdress()
name = self.dd.name()
sex = self.dd.sex()
phone = self.dd.phone()
cardid = self.dd.cardid()
tt = datetime.datetime.now()
kk = tt.year
age = str(int(kk) - int(cardid[6:10]))
address1 = self.dd.Contact_address()
self.dd.Photo()
cardnum = self.dd.cardnum()
cardnaccount = self.dd.cardnaccount()
self.dd.deposit()
self.dd.gameJurisdiction()
self.dd.gametime()
self.dd.Resources()
self.dd.appendix()
'''通过判断jj的值 看是否存在流程，启用流程需要输入标题'''
if jj == 1:
time.sleep(2)
title = self.dd.title(channel_no)
time.sleep(2)
self.dd.Submission()
time.sleep(2)
tt = self.dd.data()
bb = len(tt)
self.assertEqual(channel_no, tt["channelData"]["channelNo"])
self.assertEqual(title, tt["channelData"]["title"])
self.assertEqual(type, tt["channelData"]["channelType"])
self.assertEqual(level, tt["channelData"]["channelLevelId"])
# self.assertEqual(changsuo,tt["channelData"]["channelNo"])
self.assertEqual(mianji, tt["financeData"]["pointArea"])
self.assertEqual(limit, tt["channelData"]["buyCardLimit"])
self.assertEqual(limit1, tt["channelData"]["tryCardLimit"])
self.assertEqual(chongzhi, tt["channelData"]["rechargeCount"])
self.assertEqual(limit2, tt["channelData"]["channelLimit"])
# self.assertEqual(latitude, str(tt["channelData"]["latitude"]))
# self.assertEqual(longitude, str(tt["channelData"]["longitude"]))
self.assertEqual(address, tt["channelData"]["channelAddress"])
self.assertEqual(name, tt["channelFundData"]["accountName"])
self.assertEqual(sex, tt["channelFundData"]["sex"])
self.assertIn(phone, str(tt["channelFundData"]["phone"]))
# self.assertEqual(phone, tt["channelFundData"]["phone"])
self.assertEqual(cardid, tt["channelFundData"]["channelIdentity"])
self.assertEqual(age, str(tt["channelFundData"]["age"]))
self.assertEqual(address1, tt["channelFundData"]["address"])
self.assertEqual(zhanshinum,
str(tt["channelData"]["showMachineCount"]))
self.assertEqual(cardnum, str(tt["cardRuleData"]["costMoreThan"]))
self.assertEqual(cardnaccount, str(tt["cardRuleData"]["charge"]))
print '%%%%%%%%%%%%%%%%%%'
else:
time.sleep(2)
self.dd.Submission()
'''调用渠道列表 对比数据 暂时不用'''
# channnel_list=jump_channel_list_page()
# kk=channnel_list.querydetail()
# tt1 = channnel_list.querydetail() # 二进制
# tt = channnel_list.view_channel() # Unicode
# aa = tt1[0]
# for i in range(13):
# '''数据库拿出来的有float型，页面都是Unicode型，需要转化成str比较'''
# c = aa[i]
# c = str(c)
# self.assertEqual(c, tt[i])
'''插入数据和数据库对比'''
tt = self.dd.querydetail(channel_no)
tt1 = tt[0]
bb = len(tt1)
a = list(tt1)
for i in range(bb):
a[i] = str(a[i])
self.assertEqual(channel_no, a[0])
self.assertEqual(type, a[1])
self.assertEqual(level, a[2])
self.assertEqual(changsuo, a[3])
self.assertEqual(mianji, a[4])
self.assertEqual(limit, a[5])
self.assertEqual(limit1, a[6])
self.assertEqual(chongzhi, a[7])
self.assertEqual(limit2, a[8])
# self.assertEqual(latitude, a[9])
# self.assertEqual(longitude, a[10])
self.assertEqual(address, a[11])
self.assertEqual(name, a[12])
self.assertEqual(sex, a[13])
self.assertEqual(phone, a[14])
self.assertEqual(cardid, a[15])
self.assertEqual(age, a[16])
self.assertEqual(address1, a[17])
self.assertEqual(channel_no, tt1[18])
self.assertEqual(channel_no, tt1[19])
self.assertEqual(channel_no, tt1[20])
self.assertEqual(channel_no, tt1[0])
print '*******************'
# def test_dd(self):
# kk=self.dd.data1()
# print kk
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()
class channel_list_test(unittest.TestCase):
def setUp(self):
'''初始化登陆'''
a = Login_B() #登陆
self.obh = Home_Page(a) #将登陆用的drvier赋给self.obh
self.obh.jumpBusinessmanagement() #跳转到业务管理
self.cc = jump_channel_list_page(a) #
self.cc.jump()
def test_query1(self):
'''测试渠道列表全部查询，只校验总数是不是一样'''
aa = self.cc.queryresult()
aa1 = str(aa[0])
tt1 = self.cc.page_num()
print aa1
print tt1
self.assertEqual(aa1, tt1)
def test_query2(self):
'''测试渠道列表第一行数据，并且校验,'''
tt = self.cc.pageresult1()
yy = self.cc.sql_page_result()
tt1 = tt[0].split('\n')
print tt1
print yy
for i in range(5):
self.assertEqual(tt1[i], yy[i])
def test_resetting(self):
'''测试重置按钮，输入框中前后对比'''
channer_no = '123'
channel_type = u'自营厅'
channel_level = u'一级'
person = u'张三'
phone = '13570816554'
startdate = '2019-12-17'
enddate = '2019-12-17'
self.cc.resetting(channer_no='123',
channel_type=u'自营厅',
channel_level=u'一级',
person=u'张三',
phone='13570816554',
startdate='2019-12-17',
enddate='2019-12-17')
page_channel_no = self.cc.channel_no_isnull()
page_channel_type = self.cc.channel_type_isnull()
page_channel_level = self.cc.channel_level_isnull()
page_person = self.cc.person_isnull()
page_phone = self.cc.phone_isnull()
page_startdate = self.cc.start_date_isnull()
page_enddate = self.cc.end_date_isnull()
self.assertNotIn(channer_no, page_channel_no)
def test_export_now(self):
'''测试导出当前'''
t = self.cc.export_check()
self.cc.export()
time.sleep(5)
t = self.cc.export_check()
print type(t)
self.assertEqual(t, 'True')
def test_export_all(self):
'''测试导出所有'''
t = self.cc.export_check()
self.cc.export_all()
time.sleep(5)
t = self.cc.export_check()
print type(t)
self.assertEqual(t, 'True')
def test_view(self):
'''查看，并对比数据'''
tt1 = self.cc.querydetail() #二进制
tt = self.cc.view_channel() #Unicode
aa = tt1[0]
for i in range(13):
'''数据库拿出来的有float型，页面都是Unicode型，需要转化成str比较'''
c = aa[i]
c = str(c)
self.assertEqual(c, tt[i])
def tearDown(self):
self.cc.close_browser()
class aa(unittest.TestCase):
def test_aa(self):
list = [{
"user": "******",
"password": "******"
}, {
"user": "******",
"password": "******"
}, {
"user": "******",
"password": "******"
}, {
"user": "******",
"password": "******"
}]
rr1 = len(list)
for i in range(rr1):
try:
a = Login_B(list[i]["user"], list[i]["password"])
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_channelnewbuilt()
self.dd = New(a)
time.sleep(2)
self.dd.group()
channel_no = self.dd.channelno()
print channel_no
# title=self.dd.title(channel_no)
type = self.dd.channeltype()
level = self.dd.channellevel()
changsuo = self.dd.place1()
mianji = self.dd.areainput()
limit = self.dd.kailimit()
limit1 = self.dd.shiwanlimit()
chongzhi = self.dd.Recharge()
limit2 = self.dd.people_limit()
latitude = self.dd.latitude()
longitude = self.dd.longitude()
zhanshinum = self.dd.zhanshi()
address = self.dd.channeladdress()
name = self.dd.name()
sex = self.dd.sex()
phone = self.dd.phone()
cardid = self.dd.cardid()
tt = datetime.datetime.now()
kk = tt.year
age = str(int(kk) - int(cardid[6:10]))
address1 = self.dd.Contact_address()
self.dd.Photo()
cardnum = self.dd.cardnum()
cardnaccount = self.dd.cardnaccount()
self.dd.deposit()
self.dd.gameJurisdiction()
self.dd.gametime()
self.dd.Resources()
self.dd.appendix()
self.dd.Submission()
time.sleep(2)
except Exception as e:
print e
class purcure(unittest.TestCase):
def setUp(self):
a = Login_B()
self.aa = Home_Page(a)
self.aa.jumpBusinessmanagement()
self.cc = business_process(a)
self.cc.jump_ResourceProcurement()
self.dd = Procure(a)
def test_purcure_machine(self):
'''资源采购,采购终端机，需要有终端机类型 没有的话就随机加一个类型'''
title = self.dd.title()
name = self.dd.name()
time1 = self.dd.deliverdate()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
serial = self.dd.Serial()
remake = self.dd.Remarks()
reason = self.dd.reason()
money1 = self.dd.Money()
money = money1 * 100
self.dd.appendix()
self.dd.Submission()
time.sleep(2)
data = self.dd.data()
cc = data['warehouseGoodsInfoList'][0]
print 'cc=%s' % cc
'''型号只有id 通过sql单独查'''
sql1 = '''SELECT device_model FROM T_GOODS_MODEL WHERE goods_id = %d AND id = %d''' % (
cc['goodId'], cc['modelId'])
hh = (self.dd.sql_result(sql1))[0]
self.assertEqual(title, data['resourceApplyTitle'])
self.assertEqual(name, data['purchaseUserName'])
self.assertEqual(time1, data['preReceivDate'])
self.assertEqual(shebei, cc['goodsName'])
self.assertEqual(modle, hh)
self.assertEqual(serial, cc['goodsSerialNumber'])
self.assertEqual(reason, data['remark'])
self.assertEqual(remake, cc['remark'])
print "money=%s" % money
self.assertEqual(money, data['totalMoney'])
def test_purcure_machine1(self):
'''资源采购,采购终端机，需要有终端机类型 没有的话就随机加一个类型'''
title = self.dd.title()
name = self.dd.name()
time1 = self.dd.deliverdate()
shebei = self.dd.goodsname_zhongduanji()
modle = self.dd.modle()
serial = self.dd.Serial()
remake = self.dd.Remarks()
reason = self.dd.reason()
money1 = self.dd.Money()
money = money1 * 100
self.dd.appendix()
self.dd.cancel()
def test_purcure_machine2(self):
'''资源采购,采购柜员机,需要有柜员机类型 没有的话就随机加一个类型'''
tt = self.dd.title()
self.dd.name()
self.dd.deliverdate()
self.dd.goodsname_guiyuanji()
self.dd.modle()
self.dd.reason()
self.dd.appendix()
self.dd.Submission()
time.sleep(3)
def test_purcure_machine3(self):
'''资源采购,取消采购柜员机'''
tt = self.dd.title()
self.dd.name()
self.dd.deliverdate()
self.dd.goodsname_guiyuanji()
self.dd.modle()
self.dd.reason()
self.dd.appendix()
self.dd.cancel()
time.sleep(3)
def runTest(self):
pass
def tearDown(self):
self.cc.close_browser()