def manageIOSTATUS(self, arg):
astr=struct.unpack('<'+str(len(arg))+'B', arg)
baseboard_type=struct.unpack('<H', arg[2:4])[0]
msg_fwtype=struct.unpack('<B', arg[0])[0]
# For compatibility with pre-5 firmware
o=oldb.OldBoards()
if host in o.get_boardlist():
log.info("OLDBOARD DETECTED FOR IP "+str(host))
msg_fwtype=0x02
baseboard_type=0x0001
if msg_fwtype==C.FWTYPE_RELAYMASTER:
rawio=list("".join(
["".join(revlist(list(bin(x).replace("0b", "").zfill(8)))) for x in iter(astr[5:9])]))
# For compatibility with pre-5 firmware
if host in o.get_boardlist():
rawio=list("".join(
["".join(revlist(list(bin(x).replace("0b", "").zfill(8)))) for x in iter(astr[0:4])]))
rawrel=rawio[0:12]
rawinp=rawio[16:28]
if baseboard_type==C.BOARD_WORKER_12R12I_v3:
self.core.setAnalogStatus(src, host, port, ptype, 1,
struct.unpack('<h', struct.pack('<2B', *astr[9:11]))[0])
self.core.setAnalogStatus(src, host, port, ptype, 2,
struct.unpack('<h', struct.pack('<2B', *astr[11:13]))[0])
rawamp=astr[13:25]
else:
rawamp=[0]*12
#map(lambda x,y: self.core.setRelayStatus(src, host, x, y, rawamp[x-1]),
# xrange(1,13) , iter(rawrel))
map(lambda x,y: reactor.callLater(0.01,
self.core.setRelayStatus, src, host, port, ptype, x, y, rawamp[x-1]),
xrange(1,13), iter(rawrel))
#map(lambda x,y: self.core.setInputStatus(src, host, x, str(int(y))),
# xrange(1,13), iter(rawinp))
map(lambda x,y: reactor.callLater(0.05,
self.core.setInputStatus, src, host, port, ptype, x, str(int(y))),
xrange(1, 13), iter(rawinp))
larg=len(arg)
self.core.updateBoardLastStatus(host, port, ptype, src)
if msg_fwtype==C.FWTYPE_RELAYMASTERANA:
rawio=list("".join(
["".join(revlist(list(bin(x).replace("0b", "").zfill(8)))) for x in iter(astr[5:9])]))
# For compatibility with pre-5 firmware
if host in o.get_boardlist():
rawio=list("".join(
["".join(revlist(list(bin(x).replace("0b", "").zfill(8)))) for x in iter(astr[0:4])]))
rawrel=rawio[0:6]
rawinp=rawio[16:28]
if baseboard_type==C.BOARD_WORKER_12R12I_v3:
anab=9
for an in xrange(1, 9):
self.core.setAnalogStatus(src, host, port, ptype, an,
struct.unpack('<h', struct.pack('<2B', *astr[anab:anab+2]))[0])
anab+=2
rawamp=dst[13:19]
map(lambda x,y: reactor.callLater(0.01,
self.core.setRelayStatus, src, host, port, ptype, x, y, rawamp[x-1]),
xrange(1,7), iter(rawrel))
map(lambda x,y: reactor.callLater(0.05,
self.core.setInputStatus, src, host, port, ptype, x, str(int(y))),
xrange(1, 13), iter(rawinp))
larg=len(arg)
self.core.updateBoardLastStatus(host, port, ptype, src)
webport=80
if len(arg)>26:
webport=struct.unpack('<H', arg[26:28])[0]
self.core.updateWebPort(src, host, webport, port, ptype)
arg="\n\tIP: "+".".join([str(x) for x in astr[0:4]])
arg+="\n\tNETMASK: "+".".join([str(x) for x in astr[4:8]])
arg+="\n\tGW: "+".".join([str(x) for x in astr[8:12]])
arg+="\n\tDNS1: "+".".join([str(x) for x in astr[12:16]])
arg+="\n\tDNS2: "+".".join([str(x) for x in astr[16:20]])
arg+="\n\tMAC: "+":".join([hex(x)[2:].zfill(2) for x in astr[20:26]])
arg+="\n\tWEBPORT: "+str(webport)
elif dst.startswith("IOSTATUS.DEF"):
astr=struct.unpack('<'+str(len(arg))+'B', arg)
rel=list("".join(["".join(revlist(list(bin(x).replace("b", "").zfill(8)))) for x in astr[0:3]]))
rel=map(lambda x,y: "REL%d:%s" % (x,"ON" if int(y) else "OFF"), xrange(1,13) , rel[0:12])
for r in rel:
arg+="\n\t"+r
elif dst.startswith("IOSTATUS.NOW") and self.checkTimeLimits(self.ikahdr.epoch):
def manageIOSTATUS(self, arg):
astr=struct.unpack('<'+str(len(arg))+'B', arg)
baseboard_type=struct.unpack('<H', arg[2:4])[0]
msg_fwtype=struct.unpack('<B', arg[0])[0]
# For compatibility with pre-5 firmware
o=oldb.OldBoards()
if host in o.get_boardlist():
log.info("OLDBOARD DETECTED FOR IP "+str(host))
msg_fwtype=0x02
