def T_04_reset_M(product):
u'''复位测试-单板上电后返回数据，系统自动判断是否正确'''
sc = __askForPlateDeviceCom()
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"请按下夹具正面的按钮，以复位被测设备",
lambda: sc.assertSynComm(request='TestReset',
response='PowerOnSuccess'))
time.sleep(0.5)
def T_12_displayDirKey_M(product):
u'''显示方向控制键测试-屏幕显示倒转，检查是否通过'''
sc = __askForPlateDeviceCom()
sc.assertSynComm(request='CloseLcdDisp', response='CloseLcdDispOK')
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"请按动屏幕倒置键",
lambda: sc.assertSynComm(request='TestDirection',
response='TestDirectionOK'))
time.sleep(1)
sc.assertSynComm(request='ReadButtonStatus', response='ButtonisRelease')
def T_02_sensiSwitchLocationVerify_A(product):
u'''灵敏度开关位置判断-进行测试需要确认灵敏度开关在L档'''
sc = __askForPlateDeviceCom()
r = sc.assertAndGetNumberParam(request='TestSensiSwitch',
response='TestSensiSwitch')
if r != 0:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"请将灵敏度开关拨至另一侧",
lambda: sc.assertAndGetNumberParam(
request='TestSensiSwitch', response='TestSensiSwitch') == 0,
TestItemFailException(failWeight=10, message=u'灵敏度开关测试不通过'))
def __carveTest(carvingCode, product):
'''镭雕测试项'''
__getLaserCaving().toCarveCode(carvingCode)
try:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"当前镭雕号:%s,请踩下踏板进行镭雕" % carvingCode,
lambda: __getLaserCaving().carved(),
TestItemFailException(failWeight=10, message=u'镭雕机未响应'))
except TestItemFailException, e:
__getLaserCaving().clearCarveCode()
raise e
def T_05_laserCarve_M(product):
u'''镭雕卡面编号-自动镭雕卡面顺序编号'''
carvingCode = SESSION["nowVariableCarve"]
__getLaserCaving().toCarveCode(carvingCode)
try:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"当前镭雕号:%s,请踩下踏板进行镭雕" % carvingCode,
lambda: __getLaserCaving().carved(),
TestItemFailException(failWeight=10, message=u'镭雕机未响应'))
except TestItemFailException, e:
__getLaserCaving().clearCarveCode()
raise e
def _T_04_carving_A(product):
u"卡面镭雕-将CPC ID镭雕到卡面"
carvingCode = product.getTestingProductIdCode()
__getLaserCaving().toCarveCode(carvingCode)
try:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"当前镭雕号:%s,请踩下踏板进行镭雕" % carvingCode,
lambda: __getLaserCaving().carved(),
TestItemFailException(failWeight=10, message=u'镭雕机未响应'))
except TestItemFailException, e:
__getLaserCaving().clearCarveCode()
raise e
def T_05_laserCarve_M(product):
u'''镭雕卡面编号-TID号镭雕到卡面'''
carvingCode = product.getTestingProductIdCode(
)[PARAM["carvingTidStart"]:PARAM["carvingTidEnd"]]
__getLaserCaving().toCarveCode(carvingCode)
try:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"当前镭雕号:%s,请踩下踏板进行镭雕" % carvingCode,
lambda: __getLaserCaving().carved(),
TestItemFailException(failWeight=10, message=u'镭雕机未响应'))
except TestItemFailException, e:
__getLaserCaving().clearCarveCode()
raise e
def _checkSingltonAndGetEpc():
'''检查天线下正在检测的标签是一个'''
reader = __getReader()
ir = reader.inventory()
if len(ir) == 0:
autoCloseAsynMessage(u"操作提示（提示框会自动关闭）", u"没有发现标签，请放一个标签",
lambda: len(reader.inventory()) == 1)
elif len(ir) > 1:
autoCloseAsynMessage(u"操作提示（提示框会自动关闭）", u"天线下多于1个标签，请拿走多余的标签",
lambda: len(reader.inventory()) == 1)
if len(reader.nowEpc) != 1:
raise AbortTestException(message=u"天线下标签不是1个，测试终止")
epc = reader.nowEpc[0]
return epc
def __downloadFromServer(filename):
'''从FTP上下载文件'''
downloading = True
def download():
try:
ftp = FTP()
ftp.connect(PARAM["defaultServerIp"], PARAM["centerFtpPort"])
ftp.login(PARAM["centerFtpUsername"], PARAM["centerFtpPassword"])
f = open("fromftp.txt", 'w') # 打开要保存文件
filename = 'RETR %s' % filename # 保存FTP文件
ftp.retrbinary(filename, f.write) # 保存FTP上的文件
f.close()
downloading = False
finally:
pass
thread.start_new_thread(download, ())
autoCloseAsynMessage(u"版本下载",
u"从中心服务下载版本:" + filename,
lambda: not downloading,
timeout=10)
def T_13_testSensiSwitch_M(product):
u'''灵敏度条件开关测试-测试灵敏度调节开关拨动并确保其出厂在L位置'''
sc = __askForPlateDeviceCom()
r = sc.assertAndGetNumberParam(request='TestSensiSwitch',
response='TestSensiSwitch')
failException = TestItemFailException(failWeight=10, message=u'灵敏度开关测试不通过')
if r == 0:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"请将灵敏度开关拨至另一侧",
lambda: sc.assertAndGetNumberParam(
request='TestSensiSwitch', response='TestSensiSwitch') == 1,
failException)
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"测试成功，请将灵敏度开关拨回原来的位置",
lambda: sc.assertAndGetNumberParam(
request='TestSensiSwitch', response='TestSensiSwitch') == 0,
failException)
else:
autoCloseAsynMessage(
u"操作提示（提示框会自动关闭）", u"请将灵敏度开关拨至另一侧",
lambda: sc.assertAndGetNumberParam(
request='TestSensiSwitch', response='TestSensiSwitch') == 0,
failException)
