def main(orderid):
curorder = ixchorder(orderid)
if not curorder.isInited():
sys.exit(0)
print "\ndut_IP: ", dut["IP"], type(dut["IP"])
try:
dut_ip_sub = re.search(r"(\d{1,3}.\d{1,3}.\d{1,3})", dut["IP"]).group(1)
except:
print "the DUT IP is not set correctly"
dut_ip_sub = "192.168.1"
# dut_ip_sub='%s.%s'%(re.search(r'(\d{1,3}.\d{1,3}.\d{1,3})',dut['IP']).group(1),77)
print "dut_ip_sub", dut_ip_sub
curorder.order_exec = {
"testorderid": curorder.orderid,
"plan_start": "0000-00-00 00:00:00",
"plan_stop": "0000-00-00 00:00:00",
"starttime": curorder.stime.strftime("%Y-%m-%d %H:%M:%S"),
"finishtime": "------",
"progress": 0,
"status": 1,
"testcasestatus": "0_0_0",
"log": "",
"testerid": 11,
}
curorder.order_exec_id = TMS.addexetable(curorder.order_exec)
if not curorder.order_exec_id:
print "Can not connected with TMS server, created exec_order table"
sys.exit(1)
else:
print " The execute table is built"
# curorder.totalcasecount=totaltrytimes*curorder.xangle*len(curorder.clientlist)*curorder.totalcases/3
# print 'fo.log-----------------------------------------',fo.log
logfilename = "%s%slogfile.txt" % (curorder.backupdir, os.sep)
testlogfile = open(logfilename, "w", 0)
# fo=Getstdout()
sout = stdsplit(testlogfile, curorder.order_exec_id)
sys.stdout = sout
curorder.start()
# atestcasestatus='%s_%s_%s'%(curorder.passedcasecount,curorder.failedcasecount,curorder.totalcasecount)
# TMS.updateprogress(100.0,datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),fo.log,atestcasestatus,curorder.order_exec_id,0)
atestcasestatus = "%s_%s_%s" % (curorder.passedcasecount, curorder.failedcasecount, curorder.totalcasecount)
# print '\n-------------------------time',datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S')
# TMS.updateprogress(100.0,datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),fo.log,atestcasestatus,curorder.order_exec_id,1)
TMS.updateprogress(
100.0,
datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S"),
curorder.errorlog,
atestcasestatus,
curorder.order_exec_id,
0,
)
def start(order):
"""
print 'order.client',order.clientlist,'\norder.client_location',order.client_location,'\norder.clientIP',order.clientIP
for curclient in order.clientlist:
curclientinfo=order.clientIP[curclient]
print 'curclient:',curclient,'radio',curclient,'clientID',curclientinfo['clientid'],'A:',curclientinfo['A'],'E:',curclientinfo['E']
"""
atestcasestatus = "%s_%s_%s" % (order.passedcasecount, order.failedcasecount, order.totalcasecount)
TMS.updateprogress(
(order.passedcasecount + order.failedcasecount) / float(order.totalcasecount) * 100,
"------",
order.errorlog,
atestcasestatus,
order.order_exec_id,
1,
)
# TMS2.updateprogress((order.passedcasecount+order.failedcasecount)/float(order.totalcasecount)*100,datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),order.errorlog,atestcasestatus,order.order_exec_id)
order.run(order.remainingcases)
def run(order, toruncases):
# order.starttime=datetime.datetime.now().strftime('%Y-%m-%d_%H:%M:%S')
print "\n---------------------------------The test order %s begins at %s-----------------------" % (
order.orderid,
order.starttime,
)
print "Thread %s is running\n" % threading.current_thread().name
numangle = len(order.anglelist)
for crcase in toruncases[:]:
# print 'rem:',curorder.remainingcases,'total:',curorder.caselist
active_status = TMS.getrunningstatus(order.orderid)
if not active_status:
print "The test order %s has been stop by the server"
break
match = re.search(r"^(\d{1,4})\s(\d+)", crcase)
if not match:
print "Not matched, the format of testcase is not correct, can not generate the tclfile"
order.failedcases[crcase] = "The test case is not in database"
# order.remainingcases.remove(crcase)
else:
# order.remainingcases.remove(crcase)
order.passedcases.append(crcase)
print match.group(1), match.group(2)
if order.attenuationlist:
cur_case = iccase(match.group(1), match.group(2), order.conf_name, len(order.attenuationlist))
else:
cur_case = iccase(match.group(1), match.group(2), order.conf_name)
# print order.clientIP
if cur_case.isInited():
for curclient in order.clientlist:
print "curclient:", curclient
if ":" in curclient:
if cur_case.radio != "Dual":
print "The current case radio is different, skip this client-------------------\n"
else:
print "the Dual band test"
curclient_1 = curclient.split(":")[0]
curclient_2 = curclient.split(":")[1]
curclient_1info = order.clientIP[curclient_1]
curclient_2info = order.clientIP[curclient_2]
cur_case.clientID = curclient_1info["clientid"]
# cur_case.location=['A','B','C','D','E']
# curclient_1info['radio']=='2.4GHz':
cur_case.endpoint_2G["A"] = curclient_1info["A"]
# if order.testbed == 8:
cur_case.endpoint_2G["B"] = curclient_1info["B"]
cur_case.endpoint_2G["C"] = curclient_1info["C"]
cur_case.endpoint_2G["D"] = curclient_1info["D"]
cur_case.endpoint_2G["E"] = curclient_1info["E"]
cur_case.endpoint_5G["A"] = curclient_2info["A"]
# if order.testbed == 8:
cur_case.endpoint_5G["B"] = curclient_2info["B"]
cur_case.endpoint_5G["C"] = curclient_2info["C"]
cur_case.endpoint_5G["D"] = curclient_2info["D"]
cur_case.endpoint_5G["E"] = curclient_2info["E"]
cur_case.creatclonefile()
if numangle != 0:
for iangle in range(numangle):
# print order.anglelist
cur_case.xangle = order.anglelist[iangle]
print cur_case.xangle
if order.turntableip:
setangle_success = order.iturntable.setangle(cur_case.xangle)
else:
setangle_success = 1
time.sleep(10)
if not setangle_success:
print " Failed to set the turntable angle, the system exit"
break
# print 'order.client:',order.client
asucess = cur_case.go(curclient, order.client_location, order.attenuationlist)
if not asucess:
order.failedcasecount += 1
print "failed once", order.failedcasecount
else:
order.passedcasecount += 1
print "passed", order.passedcasecount
cur_case.uploadresult(order, dut, tms_server)
# print cur_case.result_pdf,'\n',cur_case.result_csv,'\n',cur_case.result_tst
cur_case.dealresult(order.backupdir, cur_case.xangle)
order.errorlog += " end :%s \n" % datetime.datetime.now().strftime(
"%H:%M:%S"
)
atestcasestatus = "%s_%s_%s" % (
order.passedcasecount,
order.failedcasecount,
order.totalcasecount,
)
# atestcasestatus='%s_%s_%s'%(len(order.passedcases),len(order.failedcases),order.totalcases-len(order.failedcases)-len(order.failedcases))
TMS.updateprogress(
(order.passedcasecount + order.failedcasecount)
/ float(order.totalcasecount)
* 100,
"------",
order.errorlog,
atestcasestatus,
order.order_exec_id,
1,
)
# for angleindex in range(order.xangle):
# cur_case.xangle=ixchorder.iturntable.angle[angleindex]
#
# print " Failed to set the turntable angle, the system exit"
# sys.exit(0)
else:
print iangle, [0, 90, 180, 270][iangle]
sys.exit(0)
else:
curclientinfo = order.clientIP[curclient]
if cur_case.radio != curclientinfo["radio"]:
print "The current case radio is different, skip this client-------------------\n"
else:
print "\n-----radio", cur_case.radio, curclientinfo["radio"], "clientID", curclientinfo[
"clientid"
], "\n clientIP", curclientinfo["A"], "------"
cur_case.clientID = curclientinfo["clientid"]
# if order.testbed ==9 or order.testbed==10:
# cur_case.location=['A','B','C','D','E']
# elif order.testbed ==8:
# cur_case.location=['A','B','C','D','E']
# else:
# print "wrong testbed"
# sys.exit(0)
if cur_case.radio == "2.4GHz":
cur_case.endpoint_2G["A"] = curclientinfo["A"]
# if order.testbed == 8:
cur_case.endpoint_2G["B"] = curclientinfo["B"]
cur_case.endpoint_2G["C"] = curclientinfo["C"]
cur_case.endpoint_2G["D"] = curclientinfo["D"]
cur_case.endpoint_2G["E"] = curclientinfo["E"]
elif cur_case.radio == "5GHz":
# cur_case.endpoint_5G['base']='192.168.8.205'
cur_case.endpoint_5G["A"] = curclientinfo["A"]
# if order.testbed == 8:
cur_case.endpoint_5G["B"] = curclientinfo["B"]
cur_case.endpoint_5G["C"] = curclientinfo["C"]
cur_case.endpoint_5G["D"] = curclientinfo["D"]
cur_case.endpoint_5G["E"] = curclientinfo["E"]
else:
print "not supported"
cur_case.creatclonefile()
if numangle != 0:
for iangle in range(numangle):
print "iangle", iangle
cur_case.xangle = order.anglelist[iangle]
if order.turntableip:
setangle_success = order.iturntable.setangle(cur_case.xangle)
else:
setangle_success = 1
time.sleep(10)
if not setangle_success:
print " Failed to set the turntable angle, the system exit"
break
# print 'order.client:',order.client
# cur_case.go(curclient, order.client_location)
print "\n-----debug:", curclient, order.client_location
#'0',['0,1']
asucess = cur_case.go(curclient, order.client_location, order.attenuationlist)
if not asucess:
order.failedcasecount += 1
print "failed once", order.failedcasecount
else:
order.passedcasecount += 1
print "passed", order.passedcasecount
cur_case.uploadresult(order, dut, tms_server)
# print cur_case.result_pdf,'\n',cur_case.result_csv,'\n',cur_case.result_tst
cur_case.dealresult(order.backupdir, cur_case.xangle)
# print fo.log
# order.errorlog+=fo.log
# print order.errorlog
order.errorlog += " end :%s \n" % datetime.datetime.now().strftime(
"%H:%M:%S"
)
atestcasestatus = "%s_%s_%s" % (
order.passedcasecount,
order.failedcasecount,
order.totalcasecount,
)
# atestcasestatus='%s_%s_%s'%(len(order.passedcases),len(order.failedcases),order.totalcases-len(order.failedcases)-len(order.failedcases))
TMS.updateprogress(
(order.passedcasecount + order.failedcasecount)
/ float(order.totalcasecount)
* 100,
"------",
order.errorlog,
atestcasestatus,
order.order_exec_id,
1,
)
# for angleindex in range(order.xangle):
# cur_case.xangle=ixchorder.iturntable.angle[angleindex]
#
# print " Failed to set the turntable angle, the system exit"
# sys.exit(0)
else:
print iangle, [0, 90, 180, 270][iangle]
sys.exit(0)
# print ixchorder.iturntable[0]
# print curclientinfo case.location=['A','B','C','D','E'] case.clientID='2'
# print 'curclient:',curclient,'radio',curclient,'clientID',curclientinfo['clientid'],'A:',curclientinfo['A'],'E:',curclientinfo['E']
# case_i.dealresult(dut,'./tmpresult','./tmpresult')
# case_i.uploadresult(testorder,dut,tms_server)
print "Failinfo", cur_case.Failinfo
if not cur_case.Failinfo:
print "pass"
else:
print "fail"
else:
print "the case failed"
