def T_02_getMacByBarCode_A(product):
u'''根据单板条码查询MACID-根据单板条码查询MACID'''
sb = ServerBusiness()
sb.__enter__()
try:
mac = sb.getProductIdByBarCode(
productName="GS11 OBU",
suiteName="单板测试",
barCode=product.getTestingSuiteBarCode())
except ServerBusiness.NormalException, e:
raise AbortTestException(message=u"没有此单板的测试结果")
def procFun():
try:
sb = ServerBusiness()
sb.__enter__()
status = sb.getProductTestStatus(productName=u"GS15 超高频标签",
idCode=tid)
except:
status = None
if status is not None:
LOCAL_DUPLICATE_TID_SET.add(tid)
raise AbortTestException(message=u"被测卡片TID:%s与已测试记录重复，测试失败" %
tid)
else:
uiLog(u"被测卡片TID:%s检测不重复" % tid)
def T_13_setMac_A(product):
u"设置MAC地址-设置初始MAC地址"
global CURRENT_TESTING_READER, TC
ret = CURRENT_TESTING_READER.readMacAddr()
nowMac = binascii.hexlify(ret)
with ServerBusiness(testflow=True) as sb:
shouldMac = sb.getBindingCode(productName=u"KC-RD40-M",
idCode=product.getTestingProductIdCode(),
bindingCodeName=u"MAC")
if shouldMac != "":
if shouldMac == nowMac:
uiLog(u"已分配过MAC地址")
return {u"MAC地址": nowMac}
else:
uiLog(u"重写MAC地址:" + shouldMac)
mac_addr = binascii.unhexlify(shouldMac)
CURRENT_TESTING_READER.setMacAddr(mac_addr)
ret = CURRENT_TESTING_READER.readMacAddr()
TC.assertEqual(ret, mac_addr)
product.addBindingCode(u"MAC", shouldMac)
return {u"MAC地址": shouldMac}
else:
mac = serialCode("rd40.mac")
uiLog(u"分配新的MAC地址:" + mac)
mac_addr = binascii.unhexlify(mac)
CURRENT_TESTING_READER.setMacAddr(mac_addr)
ret = CURRENT_TESTING_READER.readMacAddr()
TC.assertEqual(ret, mac_addr)
product.addBindingCode(u"MAC", mac)
return {u"MAC地址": mac}
def T_02_MACTest_A(product):
u'写入MAC-RD52整机MAC写入测试'
if SESSION["AllBarcode"] == "":
raise TestItemFailException(failWeight=10,
message=u"未进行条码扫描，无法进行mac写入")
for i in range(8):
pingResult = pingIPOpen(PARAM["defaultNetOneIp"])
if pingResult == "ok":
break
time.sleep(5)
else:
raise TestItemFailException(failWeight=10, message=u"连接失败有可能是网口通信问题")
time.sleep(3)
with ServerBusiness(testflow=True) as sb:
getMac = sb.getBindingCode(productName=u"RD52_RSU",
idCode=SESSION["AllBarcode"],
bindingCodeName=u"MAC")
if getMac is not None and getMac != "":
# macstrRead = myReadMac()
# if macstrRead.upper() != getMac:
myWriteMac(getMac)
macstrRead2 = myReadMac()
if macstrRead2.upper() == getMac:
return {u"mac地址": u"mac地址写入成功，%s" % getMac}
raise TestItemFailException(failWeight=10,
message=u"写入与分配mac不一致，写入mac失败")
# else:
# return {u"mac地址":u"mac已存在"}
else:
raise TestItemFailException(failWeight=10,
message=u"整机条码未绑定mac,请退回上一工位")
def on_loginButton_clicked(self):
'''登录按钮'''
if self.serverIp.text().__str__() == 'single':
#单机登录，不带服务器的
SESSION["testorRole"] = "SUPER_TESTOR" if self.testor.text(
).__str__() == 'super' else 'TESTOR'
SESSION["testor"] = u"单机"
SESSION["isMend"] = True
self.__initSession()
PARAM.dumpParameterToLocalFile()
GLOBAL["logUi"].log(u"单机登录，即将测试[%s]产品的[%s]" %
(SESSION["product"], SESSION["testsuite"]))
self.hide()
self.parent().setUiInfoFromSession()
else:
if not self.__verifyInput():
return
with ServerBusiness(self.serverIp.text().__str__()) as sb:
user = sb.login(
workbay=self.workbay.text().__str__(),
username=self.testor.text().__str__(),
password=encryPassword(self.password.text().__str__()),
product=self.product.currentText().__str__(),
testSuite=self.testsuite.currentText().__str__())
SESSION["testorRole"] = user["role"]
SESSION["testor"] = user["username"]
self.__initSession()
PARAM.dumpParameterToLocalFile()
GLOBAL["logUi"].log(u"检测员[%s]登录成功，即将测试[%s]产品的[%s]" %
(SESSION["testor"], SESSION["product"],
SESSION["testsuite"]))
self.hide()
self.parent().setUiInfoFromSession()
def __checkBoxTestStatus(boxBar):
uiLog(u'检查小盒条码%s的包装情况...' % boxBar)
with ServerBusiness(testflow=True) as sb: #这里不会混淆，因为小箱条码为18位，大箱为20位
status = sb.getProductTestStatus(productName="GS10包装 ", idCode=boxBar)
if status is None:
raise AbortTestException(message=u"条码为[%s]的小盒尚未包装，请勿进行大盒包装！" %
boxBar)
def T_02_allotCpcId_A(product):
u"分配CPCID-分配新的CPCID"
# 检查MAC是否已经对应过CPCID
with ServerBusiness() as sb:
currentCpcIdOnServer = sb.getBindingCode(productName=u"CPC卡片",idCode=product.param["mac"],bindingCodeName=u"CPCID")
if currentCpcIdOnServer is not None and currentCpcIdOnServer!="":
if currentCpcIdOnServer == product.param["currentCpcId"]: # CPCID完全相同，属于复测，直接判为成功即可
product.param["targetCpcId"] = str(currentCpcIdOnServer)
product.param["retest"] = True
else:
uiLog(u"当前卡片的CPCID:%s，与数据库中记录不符，重新刷写成:%s"%(product.param["currentCpcId"],currentCpcIdOnServer))
product.param["retest"] = False
product.param["targetCpcId"] = str(currentCpcIdOnServer)
else:
uiLog(u"卡片没有刷写过CPCID，分配新的CPCID")
# 判断是补卡流程，还是新生产流程。看cpcIdSerialName参数，如果是文件名，说明是补卡；否则是正常ID
if "\\" not in PARAM["cpcIdSerialName"]: #从服务端分配，正常生产
targetCpcId = serialCode(PARAM["cpcIdSerialName"])
if targetCpcId > PARAM["endCpcId"]: # 产量已超
retrieveSerialCode(PARAM["cpcIdSerialName"],targetCpcId )
raise AbortTestException(u"CPCID已超过范围，产量已完成")
else: #从补卡文件中获取，补卡
targetCpcId = COMP_SERIAL.fetchCpcSerialFromFile()
if targetCpcId == "FF"*8: #补卡完成
raise AbortTestException(u"补卡全部完成，本片忽略")
uiLog(u"分配新的CPCID:%s"%targetCpcId)
product.param["retest"] = False
product.param["targetCpcId"] = str(targetCpcId)
def T_01_scanAllCode_A(product):
u'扫码条码并写入MAC-扫码单板、整机条码分配MAC并写入'
barCode1 = askForSomething(u'扫描条码', u'请扫描RSDB0单板条码', autoCommit=False)
__checkManualFinished(barCode1)
barCode3 = askForSomething(u'扫描条码', u'请扫描整机条码', autoCommit=False)
while not __checkBarCodeAll(barCode3):
barCode3 = askForSomething(u"扫描条码",
u"整机条码扫描错误，请重新扫描",
autoCommit=False)
product.setTestingProductIdCode(barCode3)
product.setTestingSuiteBarCode(barCode1)
with ServerBusiness(testflow=True) as sb:
getMac = sb.getBindingCode(productName=u"RD50C_RSU",
idCode=barCode3,
bindingCodeName=u"MAC")
if getMac is not None and getMac != "":
mac = getMac
else:
mac = serialCode(PARAM["macName"])
if int(mac, 16) > int(PARAM["macMax"], 16):
raise AbortTestException(message=u"MAC地址超出范围，没有可分配mac")
product.addBindingCode(u"MAC", mac)
getMac2 = sb.getBindingCode(productName=u"RD50C_RSU",
idCode=barCode3,
bindingCodeName=u"MAC2")
if getMac2 is not None and getMac2 != "":
mac2 = getMac2
else:
mac2 = serialCode(PARAM["macName"])
if int(mac2, 16) > int(PARAM["macMax"], 16):
raise AbortTestException(message=u"MAC地址超出范围，没有可分配mac")
product.addBindingCode(u"MAC2", mac2)
for i in range(10):
pingResult = pingIPOpen(PARAM["defaultNetOneIp"])
if pingResult == "ok":
break
time.sleep(5)
else:
raise TestItemFailException(failWeight=10, message=u"连接失败有可能是网口通信问题")
macoffset = 0x46
myWriteMac(macoffset, mac)
macstrRead = myReadMac(macoffset)
macoffset2 = 0x40
myWriteMac(macoffset2, mac2)
macstrRead2 = myReadMac(macoffset2)
if macstrRead.upper() == mac and macstrRead2.upper() == mac2:
return {
u"单板条码": barCode1,
u"整机条码": barCode3,
u"MAC1地址": mac,
u"MAC2地址": mac2
}
else:
TestItemFailException(failWeight=10, message=u"写入与分配mac不一致，写入mac失败")
def __call__(self):
global abortReport
if idCode in abortReport:
abortReport.remove(idCode)
uiLog(u"产品:%s测试结果丢弃，测试失败" % idCode)
else:
with ServerBusiness() as sb:
sb.uploadTestReport(report)
uiLog(u'产品%s测试结果已保存' % idCode)
def T_04_BatteryVoltage_A(product):
u'''电池电路电压测试-返回电池电路电压值，后台根据配置判定'''
with ServerBusiness(testflow=True) as sb:
pass
product.addBindingCode(u"印刷卡号", "88888")
sl, sh = SP('gs11.deepStaticCurrent.low',
2), SP('gs11.deepStaticCurrent.high', 18)
return {"sl": sl, "sh": sh}
time.sleep(1)
def __checkAndPersistEsamId(idCode, esamId):
'''检查并立即持久ESAMID的绑定关系'''
with ServerBusiness() as sb:
if not sb.checkAndPersistUniqueBindingCode(productName="MOCK PRODUCT",
idCode=idCode,
bindingCodeName=u"ESAMID",
code=esamId):
raise TestItemFailException(failWeight=10,
message=u'ESAMID重复',
output={"ESAMID": esamId})
def __checkManualFinished(idCode):
'''检查数字单板人工手动工位已完成'''
with ServerBusiness(testflow = True) as sb:
status = sb.getProductTestStatus(productName="RD52_RSU" ,idCode = idCode)
if status is None:
raise AbortTestException(message=u"该产品尚未进行RSDB5单板EPLD下载工位的测试，单板测试终止")
else:
sn1 = downloadEPLD.suiteName
if sn1 not in status["suiteStatus"] or status["suiteStatus"][sn1] != 'PASS':
raise AbortTestException(message=u"该产品的RSDB5单板EPLD下载工位测试项未进行或未通过，单板测试终止")
def __checkManualFinished(idCode):
'''检查数字单板人工手动工位已完成'''
with ServerBusiness(testflow = True) as sb:
status = sb.getProductTestStatus(productName="RD50C_RSU" ,idCode = idCode)
if status is None:
raise AbortTestException(message=u"该产品尚未进行人工手动测试1，自动化测试终止")
else:
sn1 = try_test1.suiteName
if sn1 not in status["suiteStatus"] or status["suiteStatus"][sn1] != 'PASS':
raise AbortTestException(message=u"该产品的单板测试项未进行或未通过，整机测试终止")
def __checkAutoFinished(idCode):
'''检查RSDB5单板功能测试工位已完成'''
with ServerBusiness(testflow = True) as sb:
status = sb.getProductTestStatus(productName="RD52_RSU" ,idCode = idCode)
if status is None:
raise AbortTestException(message=u"RSDB5尚未进行单板功能测试，整机测试终止")
else:
sn = RSDB5AutoTest.suiteName
if sn not in status["suiteStatus"] or status["suiteStatus"][sn] != 'PASS':
raise AbortTestException(message=u"RSDB5单板功能测试项未进行或未通过，整机测试终止")
def __uploadTestReport(self, toUploadReport):
# 执行上报
with ServerBusiness() as sb:
sb.actionAndCheckSuccess(
"%s?%s" %
(toUploadReport["funName"], toUploadReport["requestUUID"]),
str(toUploadReport["payload"]),
encodeToUrl=False)
uiLog(u'测试报告%s上传成功' %
(toUploadReport["requestUUID"].split("-")[1]))
def __checkBoardFinished(idCode):
'''检查单板(数字、射频）工位已完成'''
with ServerBusiness(testflow=True) as sb:
status = sb.getProductTestStatus(productName="GS11 OBU", idCode=idCode)
if status is None:
raise AbortTestException(message=u"该产品尚未进行单板测试，整机测试终止")
else:
sn1 = board.suiteName
if sn1 not in status[
"suiteStatus"] or status["suiteStatus"][sn1] != 'PASS':
raise AbortTestException(message=u"该产品的单板测试项未进行或未通过，整机测试终止")
def __checkRSRB4Finished(idCode):
'''检查射频单板功能测试已完成'''
with ServerBusiness(testflow=True) as sb:
status = sb.getProductTestStatus(productName="RD52_RSU", idCode=idCode)
if status is None:
raise AbortTestException(message=u"RSRB4射频板尚未进行单板测试，整机测试终止")
else:
sn = RSRB4SendRecvTest.suiteName
if sn not in status[
"suiteStatus"] or status["suiteStatus"][sn] != 'PASS':
raise AbortTestException(
message=u"RSRB4的单板电源&单板功能测试测试项未进行或未通过，整机测试终止")
def __checkManualFinished(idCode):
'''检查数字单板人工手动工位已完成'''
with ServerBusiness(testflow=True) as sb:
status1 = sb.getProductTestStatus(productName="RD50C_RSU",
idCode=idCode)
if status1 is None:
raise AbortTestException(message=u"尚未进行整机测试，老化测试终止")
else:
sn = lightBoard_test.suiteName
if sn not in status1[
"suiteStatus"] or status1["suiteStatus"][sn] != 'PASS':
raise AbortTestException(message=u"整机测试未通过，老化测试终止")
def T_03_unbindAllCode_A(product):
u'''解除单板绑定属性-解除单板的绑定属性'''
with ServerBusiness() as sb:
#ESAMID与GS10共用，因为需要两类产品共同比对
sb.unbindCode(productName="GS10 OBU",
idCode=product.getTestingProductIdCode(),
bindingCodeName="ESAMID")
sb.unbindCode(productName="GS11 OBU",
idCode=product.getTestingProductIdCode(),
bindingCodeName=u"合同序列号")
sb.unbindCode(productName="GS11 OBU",
idCode=product.getTestingProductIdCode(),
bindingCodeName=u"镭雕条码")
def __checkTestFinished(idCode):
'''检查产品测试已完成'''
with ServerBusiness(testflow=True) as sb:
status = sb.getProductTestStatus(productName="GS11 OBU", idCode=idCode)
if status is None:
raise AbortTestException(message=u"该产品尚未进行单板测试，整机测试终止")
else:
sn = overall.suiteName
if sn not in status["suiteStatus"] or status["suiteStatus"][
sn] == 'UNTESTED':
raise AbortTestException(message="该产品测试[%s]项尚未完成，绑定终止" % sn)
if status["suiteStatus"][sn] != 'PASS':
raise AbortTestException(message="该产品测试项[%s]不通过，绑定终止" % sn)
def __checkAndPersistEsamId(idCode, esamId):
'''检查并立即持久ESAMID的绑定关系'''
if idCode is None:
return
with ServerBusiness(testflow=True) as sb:
if not sb.checkAndPersistUniqueBindingCode(productName="GS10 OBU",
idCode=idCode,
bindingCodeName=u"ESAMID",
code=esamId):
raise TestItemFailException(failWeight=10,
message=u'ESAMID重复',
output={"ESAMID": esamId})
uiLog(u"ESAMID重复检查通过")
def __checkManualFinished(idCode):
'''检查RSDB0单板电源&BOOT下载工位已完成'''
with ServerBusiness(testflow=True) as sb:
status = sb.getProductTestStatus(productName="RD50C_RSU",
idCode=idCode)
if status is None:
raise AbortTestException(message=u"RSDB0尚未进行单板测试，RSDB0单板功能测试终止")
else:
sn1 = manual_test.suiteName
if sn1 not in status[
"suiteStatus"] or status["suiteStatus"][sn1] != 'PASS':
raise AbortTestException(
message=u"RSDB0单板电源&BOOT下载测试项未进行或未通过，RSDB0单板功能测试终止")
def performTestThread():
global totalProductCount
with ServerBusiness() as sb:
while True:
startTime = time.time()
idCode = serialCode("mac")
sb.uploadTestReport(generateMockReport(idCode, 1))
time.sleep(3.5)
sb.uploadTestReport(generateMockReport(idCode, 2))
time.sleep(3.5)
sb.uploadTestReport(generateMockReport(idCode, 3))
totalProductCount = totalProductCount + 1
time.sleep(3.5)
endTime = time.time()
print u'完成一个，平均交互耗时:%f秒' % ((endTime - startTime - 10.5) / 3)
def T_01_readMacAndCheckBoard_M(product):
u"MAC检查-读取OBU的MAC并检查单板数字是否测试通过"
r = __askForPlateDeviceCom(product.productSlot).sendAndGet(
"D-ReadFlashPara 0x02 0x00 0x10").strip()
if not r.startswith("D-ReadFlashOK"):
raise AbortTestException(message=u"读取OBU的MAC地址失败")
obuFlash = util.cmdFormatToHexStr(r[14:])
obuid = obuFlash[8:16]
uiLog(u"读取到OBUID:" + obuid)
return {"obumac": obuid}
if obuid == "ffffffff":
raise AbortTestException(message=u"单板未写入MAC，请退回单板数字测试工位")
with ServerBusiness(testflow=True) as sb:
status = sb.getProductTestStatus(productName="GS11 OBU")
if status is None:
raise AbortTestException(message=u"单板未进行数字测试，请退回单板数字测试工位")
def T_02_verifyHistoryPackaging_A(product):
u'''判断小盒历史包装情况-自动检查该小盒的历史包装情况，如果已包装过，则本次进行补充包装'''
idCode = product.getTestingProductIdCode()
with ServerBusiness() as sb:
unpackagedStr = sb.getBindingCode(productName=u"GS15卡片包装",idCode=idCode,bindingCodeName=u"未包装个体")
if unpackagedStr == "":
uiLog(u"%s盒为新包装"%idCode)
else:
if manulCheck(u"GS15包装", u"此盒[%s]已包装但有缺失，是否进行补充包装？"%idCode,check="confirm"):
uiLog(u"%s盒已包装过，进行补充包装"%idCode)
unpackaged = unpackagedStr.split(",")
for item in product.param["itemBarCodeList_should"]:
if item not in unpackaged:
product.param["itemBarCodeList_actual"].append(item)
else:
uiLog(u"%s盒重新进行包装"%idCode)
def __checkTestFinished(idCode):
# 检查产品测试已完成
with ServerBusiness(testflow = True) as sb:
status = sb.getProductTestStatus(productName=u"CPC卡片" ,idCode = idCode)
if status is None:
raise AbortTestException(message=u"该产品尚未进行交易测试")
else:
sn1 = u"CPC集成出入口及路径标识测试"
sn2 = u"整机MAC更新"
if sn1 not in status["suiteStatus"] and sn2 not in status["suiteStatus"]:
raise AbortTestException(message=u"该产品测试未进行交易测试，请退回前续工序")
if sn2 in status["suiteStatus"]:
if status["suiteStatus"][sn2] != 'PASS': raise AbortTestException(message=u"该产品交易测试未通过，请退回前续工序")
elif sn1 in status["suiteStatus"] and status["suiteStatus"][sn1] != 'PASS':
raise AbortTestException(message=u"该产品交易测试未通过，请退回前续工序")
def __checkObuTestStatus(laserCode):
uiLog(u'正在检查镭雕码为【%s】的产品测试情况...' % laserCode)
with ServerBusiness(testflow=True) as sb:
idCode = sb.getProductIdByBindingCode(productName="GS11 OBU",
codeName=u"镭雕条码",
code=laserCode)
status = sb.getProductTestStatus(productName="GS11 OBU", idCode=idCode)
if status is None:
raise AbortTestException(message=u"镭雕条码为【%s】的产品尚未测试，请勿包装！" %
laserCode)
for sn in (u"单板测试", u"整机测试", u"交易绑定工位测试项"):
if sn not in status["suiteStatus"] or status["suiteStatus"][
sn] == 'UNTESTED':
raise AbortTestException(
message="镭雕条码为【%s】的产品的[%s]测试项尚未进行，请勿包装！" % (laserCode, sn))
if status["suiteStatus"][sn] != 'PASS':
raise AbortTestException(
message="镭雕条码为【%s】的产品的[%s]测试项未通过，请勿包装！" % (laserCode, sn))
def on_submitButton_clicked(self):
if isEmptyString(self.oldPassword.text()) or \
isEmptyString(self.newPassword.text()) or \
isEmptyString(self.reNewPassword.text()):
QMessageBox.warning(None, u"修改密码", u"请正确填写参数！", QMessageBox.Ok)
return
if self.newPassword.text().__str__() != self.reNewPassword.text(
).__str__():
QMessageBox.warning(None, u"修改密码", u"两次输入的新密码不相同！", QMessageBox.Ok)
return
with ServerBusiness() as sb:
sb.modifyPassword(
username=SESSION["testor"],
oldpassword=encryPassword(self.oldPassword.text().__str__()),
newpassword=encryPassword(self.newPassword.text().__str__()))
QMessageBox.information(None, u"修改密码", u"密码修改完成！")
self.hide()
pass
def __checkTestResult(barCode):
'''检查该条码的卡片是否经过了测试'''
sb = ServerBusiness()
sb.__enter__()
try:
idCode = sb.getProductIdByBindingCode(productName=u"GS15 超高频标签", codeName=u"条码", code=barCode)
if idCode == None:
return False
status = sb.getProductTestStatus(productName=u"GS15 超高频标签" , idCode=idCode)
if status is None:
return False
if OVERALL_SUITE_NAME not in status["suiteStatus"] or status["suiteStatus"][OVERALL_SUITE_NAME] != 'PASS':
return False
return True
except:
return False
def T_01_scanCode_A(product):
u'扫码条码-扫描条码'
barCode1 = askForSomething(u'扫描条码', u'请扫描RSDB5数字单板条码', autoCommit=False)
__checkRSDB5Finished(barCode1)
barCode2 = askForSomething(u'扫描条码', u'请扫描RSRB4射频单板条码', autoCommit=False)
__checkRSRB4Finished(barCode2)
barCode3 = askForSomething(u'扫描条码', u'请扫描整机条码', autoCommit=False)
while not __checkBarCode(barCode3):
barCode3 = askForSomething(u"扫描条码",
u"整机条码扫描错误，请重新扫描",
autoCommit=False)
product.setTestingProductIdCode(barCode3)
product.setTestingSuiteBarCode(barCode1)
with ServerBusiness(testflow=True) as sb:
getMac = sb.getBindingCode(productName=u"RD52_RSU",
idCode=barCode3,
bindingCodeName=u"MAC")
if getMac is not None and getMac != "":
mac = getMac
else:
mac = serialCode(PARAM["macName"])
if int(mac, 16) > int(PARAM["macMax"], 16):
raise AbortTestException(message=u"MAC地址超出范围，没有可分配mac")
product.addBindingCode(u"MAC", mac)
# mac = serialCode(PARAM["macName"])
# if int(mac, 16) > int(PARAM["macMax"], 16):
# raise AbortTestException(message=u"MAC地址超出范围，没有可分配mac")
# product.addBindingCode(u"MAC", mac)
return {
u"RSDB5数字单板条码": barCode1,
u"RSRB4射频单板条码": barCode2,
u'整机条码': barCode3,
u"MAC地址": mac
}