def SFIS_CHECK_ROUTE(self, argv):
if not DATA.STATION_ONLINE == 'YES':
DATA.op(argv['name'] + ',0,OFFLINE-SKIP,N/A,N/A')
return
try:
lock = DATA.locks[argv['lock']]
except:
lock = None
try:
if lock:
lock.acquire()
logV('lock.acquire')
r, s = self.sfis.SFIS_CheckRoute(DATA.isn)
logV(r, repr(s))
if r == '1': ## PASS return
DATA.op(argv['name'] + ',0,PASS,N/A,N/A')
return
if r == '0' and 'REPAIR OF' in s:
#repair
#if time ok
t = GetMiddleStr(s, 'LF#:', ']')
try:
int(t)
except:
t = '0'
# over repair return
if int(DATA.repair) > 0 and int(DATA.repair) <= int(t):
dlg = dialog.dialog(argv)
dlg.info({'msg': 'OVER REPAIR COUNT = %s' % t})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
## AAB return
## repaire PASS return
r, s = self.sfis.SFIS_Repair(DATA.isn)
logV(r, repr(s))
if r == '1':
r, s = self.sfis.SFIS_CheckRoute(DATA.isn)
logV(r, repr(s))
if r == '1':
DATA.op(argv['name'] + ',0,PASS,N/A,N/A')
return
## Fail return
dlg = dialog.dialog(argv)
dlg.info({'msg': s})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
except Exception, e:
logE(Exception, e)
def showinfo(self, argv):
try:
barrier = DATA.barriers[argv['barrier']]
except:
barrier = None
if barrier:
try:
if barrier.acquire():
logs = ['csvforid1', 'csvforid2', 'csvforid3', 'csvforid4']
msg = ''
for idx in range(4):
try:
if self.anyfail(logs[idx]):
msg += str(idx + 1) + ' '
except:
pass
msg = msg + '\n\n' + argv['msg']
dlg = dialog.dialog(argv)
dlg.info({'msg': msg})
logV('I do it')
else:
logV('bypass')
except Exception, e:
logE(Exception, e)
finally:
def test_led(self, argv):
cmds = ['r\r', 'g\r', 'b\r', 'w\r', 'off']
rts = [1, 2, 3, 4, 5]
items = [
'RING_LED_ALL_RED', 'RING_LED_ALL_GREEN', 'RING_LED_ALL_BLUE',
'RING_LED_ALL_WHITE', 'RING_LED_ALL_OFF'
]
for ix in range(len(cmds)):
rt, buf = self.wr(cmds[ix], '# ')
logV(cmds[ix], '-->', rt, buf)
d = dialog.dialog({})
rt = d.ledForM1({})
if rt == rts[ix]:
DATA.op(items[ix] + ',0,PASS,N/A,N/A')
else:
DATA.op(items[ix] + ',1,FAIL,N/A,N/A')
def SFIS_CHECK_ROUTE(self, argv):
if not DATA.STATION_ONLINE == 'YES':
DATA.op(argv['name'] + ',0,OFFLINE-SKIP,N/A,N/A')
return
try:
lock = DATA.locks[argv['lock']]
except:
lock = None
try:
if lock:
lock.acquire()
logV('lock.acquire')
r, s = self.sfis.SFIS_CheckRoute(DATA.isn)
logV(r, repr(s))
if r == '1': ## PASS return
DATA.op(argv['name'] + ',0,PASS,N/A,N/A')
return
if r == '0' and 'REPAIR OF' in s:
#repair
#if time ok
t = GetMiddleStr(s, 'LF#:', ']')
try:
int(t)
except:
t = '0'
# over repair return
if int(DATA.repair) > 0 and int(DATA.repair) <= int(t):
dlg = dialog.dialog(argv)
dlg.info({'msg': 'OVER REPAIR COUNT = %s' % t})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
## AAB return
if DATA.AAB == 'YES':
r, s = self.sfis.SFIS_GetVersion(DATA.isn, 'MO_D',
'DEVICE')
logV(r, repr(s))
if r != '1' or s.find('DATA GET OK') == -1:
dlg = dialog.dialog(argv)
dlg.info({'msg': 'get device fail'})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
items = s.split(chr(127))
try:
predeviceid = items[1]
except:
predeviceid = 'UNKNOW'
if predeviceid == DATA.DEVICE_ID and int(t) % 2 == 1:
dlg = dialog.dialog(argv)
dlg.info({
'msg':
'AAB:should not test on device:%s' % predeviceid
})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
elif predeviceid != DATA.DEVICE_ID and int(t) % 2 == 0:
dlg = dialog.dialog(argv)
dlg.info({
'msg':
'AAB:should test on device:%s' % predeviceid
})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
## repaire PASS return
r, s = self.sfis.SFIS_Repair(DATA.isn)
logV(r, repr(s))
if r == '1':
r, s = self.sfis.SFIS_CheckRoute(DATA.isn)
logV(r, repr(s))
if r == '1':
DATA.op(argv['name'] + ',0,PASS,N/A,N/A')
return
## Fail return
dlg = dialog.dialog(argv)
dlg.info({'msg': s})
DATA.op(argv['name'] + ',1,FAIL,N/A,N/A')
return
except Exception, e:
logE(Exception, e)
def optest(self, argv):
'nlcli pad -c version =1.5'
cmd = 'nlcli pad -c version\r'
r, v = self.io.wr(cmd, '# ')
logV(r, v)
'nlcli pad -c "p w g 12 1"'
cmd = 'nlcli pad -c "p w g 12 1"\r'
r, v = self.io.wr(cmd, '# ')
logV(r, v)
closeLedCmd = [
'nlcli pad -c "led_white 0 0 ff 0"\r',
'nlcli pad -c "led_rgb 0 0 0 0 0 0"\r'
]
for cmd in closeLedCmd:
r, v = self.io.wr(cmd, '# ')
logV(r, v)
redLedCmd = [
'nlcli pad -c "led_rgb 1 0 ff 0 0 1ff"\r',
'nlcli pad -c "led_rgb 1 0 0 0 0 1ff"\r',
'nlcli pad -c "led_rgb 2 0 ff 0 0 1ff"\r',
'nlcli pad -c "led_rgb 2 0 0 0 0 1ff"\r'
]
greenLedCmd = [
'nlcli pad -c "led_rgb 1 0 0 ff 0 1ff"\r',
'nlcli pad -c "led_rgb 1 0 0 0 0 1ff"\r',
'nlcli pad -c "led_rgb 2 0 0 ff 0 1ff"\r',
'nlcli pad -c "led_rgb 2 0 0 0 0 1ff"\r'
]
blueLedCmd = [
'nlcli pad -c "led_rgb 1 0 0 0 ff 1ff"\r',
'nlcli pad -c "led_rgb 1 0 0 0 0 1ff"\r',
'nlcli pad -c "led_rgb 2 0 0 0 ff 1ff"\r',
'nlcli pad -c "led_rgb 2 0 0 0 0 1ff"\r'
]
whiteLedCmd = [
'nlcli pad -c "led_white 1 0 ff 1ff"\r',
'nlcli pad -c "led_white 1 0 ff 0"\r',
'nlcli pad -c "led_white 2 0 ff 1ff"\r',
'nlcli pad -c "led_white 2 0 ff 0"\r'
]
ledCmds = {
'close': closeLedCmd,
'red': redLedCmd,
'green': greenLedCmd,
'blue': blueLedCmd,
'white': whiteLedCmd
}
ledColors = ['red', 'green', 'blue', 'white']
for color in ledColors:
cmds = ledCmds[color]
r, v = self.io.wr(cmds[0], '# ')
logV(r, v)
d = dialog.dialog({})
r = d.yesorno({'msg': 'left %s led?' % color})
if r == 0:
DATA.op('LEFT_%s,0,PASS,N/A,N/A' % color)
else:
DATA.op('LEFT_%s,1,FAIL,N/A,N/A' % color)
r, v = self.io.wr(cmds[1], '# ')
logV(r, v)
r, v = self.io.wr(cmds[2], '# ')
logV(r, v)
d = dialog.dialog({})
r = d.yesorno({'msg': 'right %s led?' % color})
if r == 0:
DATA.op('RIGHT_%s,0,PASS,N/A,N/A' % color)
else:
DATA.op('RIGHT_%s,1,FAIL,N/A,N/A' % color)
r, v = self.io.wr(cmds[3], '# ')
logV(r, v)
senseAll = 'nlcli pad -c senseAll\r'
for i in range(5):
r, v = self.io.wr(senseAll, '# ')
logV(r, v)
itg = 'nlcli pad -c itg\r'
r, v = self.io.wr(itg, '# ')
logV(r, v)
ia = 'nlcli pad -c ia\r'
r, v = self.io.wr(ia, '# ')
logV(r, v)
it0 = 'nlcli pad -c it0\r'
r, v = self.io.wr(it0, '# ')
logV(r, v)
ip = 'nlcli pad -c ip\r'
r, v = self.io.wr(ip, '# ')
logV(r, v)
iif = 'nlcli pad -c if\r'
r, v = self.io.wr(iif, '# ')
logV(r, v)
its = 'nlcli pad -c its 1\r'
r, v = self.io.wr(its, '# ')
logV(r, v)
itall = 'nlcli pad -c itall\r'
r, v = self.io.wr(itall, '# ')
logV(r, v)
ia1 = 'nlcli pad -c ia\r'
r, v = self.io.wr(ia1, '# ')
logV(r, v)
urt = 'nlcli uart /dev/ttysensormcu0 -p\r'
r, v = self.io.wr(urt, '# ')
logV(r, v)
its0 = 'its 0\r'
for i in range(20):
r, v = self.io.wr(its0, '>')
logV(r, v)
msg += str(idx + 1) + ' '
except:
pass
msg = msg + '\n\n' + argv['msg']
dlg = dialog.dialog(argv)
dlg.info({'msg': msg})
logV('I do it')
else:
logV('bypass')
except Exception, e:
logE(Exception, e)
finally:
barrier.release()
else:
dlg = dialog.dialog(argv)
dlg.info(argv)
logV('No barrier')
def killDLTool(self, argv):
try:
barrier = DATA.barriers[argv['barrier']]
except:
barrier = None
if barrier:
if barrier.acquire():
try:
subprocess.Popen("taskkill /F /IM MfgTool2.exe")
logV('I do it')
except Exception, e:
pass