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mm1025.py
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mm1025.py
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#!/usr/bin/python3
import requests
import sys
import smtplib
import argparse
import pathlib
import urllib3,json
import getpass
'''
Script to extract status and operational data from Motrola MM1025 MOCA Adapters
'''
#default username and device IP.
username = 'admin'
devicehost = '169.254.1.1' # update if you chage the IP to be on your regular network (192.168.0.X?)
password = '' # add password if you want
#argument parsing/setup.
parser = argparse.ArgumentParser()
parser.add_argument("--username", "-u", help="username to use")
parser.add_argument("--password", "-p", help="password to use")
parser.add_argument("--ip", "-d", help="ip address of MM1025")
args = parser.parse_args()
#if arguments specified use them.
if args.username:
username=args.username
if args.password:
password=args.password
if args.ip:
devicehost=args.ip
#prompt for device addres:
if len(devicehost) == 0:
devicehost =input("Device IP: ")
#prompt for username if none entered:
if len(username) == 0:
username=input("Username: ")
else:
print ("using username: "+username)
#prompt for password if none entered:
if len(password) == 0:
password = getpass.getpass()
else:
print ('using provided password')
#Request name to path.
reqdict={'AdapterName':'/ms/1/0x212/GET','BeaconPower':'/ms/0/0x100e/GET','ChipID':'/ms/1/0x303/GET','EncdPrivMode':'/ms/0/0x130D/GET',
'EncdPrivPassGet':'/ms/0/0x1400/GET','FrameInfo':'/ms/0/0x14','IPAddr':'/ms/1/0x20b/GET','LocalInfo':'/ms/0/0x15','NetMask':'/ms/1/0x210/GET',
'Gateway':'/ms/1/0x211/GET','NetInfo':'/ms/0/0x16','NwSearch':'/ms/0/0x1001/GET','MiscPhy':'/ms/0/0x24',
'M25phyinfo':'/ms/0/0x7f','TXPower':'/ms/0/0x10a8/GET','PrefNC':'/ms/0/0x1002/GET'}
#Setup some baseline requests vars.
#Some of these change in a couple requests but those are handled in the functions.
contenttype = 'application/x-www-form-urlencoded'
payload = {"data":[]}
headers = {'Content-type': 'application/x-www-form-urlencoded','Accept': 'text/html, */*'}
baseurl = 'http://'+devicehost
#Get some info right away, some of the other calls will refrence this baseline device info.
url = 'http://'+devicehost+reqdict['LocalInfo']
DevReq = requests.post(url,verify=False, data=payload, headers=headers, auth=(username,password))
if DevReq.ok:
#print ('OK!')
devdata = json.loads(DevReq.content)
else:
print ('Got status code : ' + str(DevReq.status_code))
print ('Failed to make request. bad password?')
print (DevReq.reason)
exit(1)
#print (json.dumps(devdata, indent=2))
def AdapterName():
#print('AdapterName')
requrl = baseurl+reqdict['AdapterName']
RoomNames = ["Master","LivingRoom","TVRoom","GameRoom","Office","Den","Room1","Room2","Room3","Room4","Room5","Kids1","Kids2","Bedroom1","Bedroom2","Office1","Office2"]
rawdata = requests.post(requrl, verify=False, auth=(username,password))
namedata = json.loads(rawdata.content)
return(RoomNames[int(namedata['data'][0],0)])
def SocInfo():
Chips= ("MXL370x", "MXL371x", "UNKNOWN");
requrl = baseurl+reqdict['ChipID']
ChipResp = requests.post(requrl, verify=False, auth=(username,password))
ChipInfo = json.loads(ChipResp.content)
ChipID = int(ChipInfo['data'][0],16)-0x15
''' this its done in JS on the device.
var socVersion = '';
var retVal;
var i = 0;
do
{
retVal = byte2ascii(localInfoVal[21+i].slice(2,10));
socVersion += retVal;
i++;
} while (retVal);
'''
#But I'm just gonna go smash the bytes to together and trim the 00s
SoCVerHi=devdata['data'][21][2:]
SoCVerLo=devdata['data'][22][2:]
SoCVer = str(bytes.fromhex(SoCVerHi),'utf-8')+str(bytes.fromhex(SoCVerLo),'utf-8')
SoCVer = SoCVer.rstrip('\x00')
return({'SoCChip':Chips[ChipID],'SoCVer': SoCVer})
def MocaInfo():
''' JS way from device to get the nework moca version.
var nwMocaVer = parseInt(cutS(localInfoVal[11]), 16);
nwMocaVerVal = (nwMocaVer>>4&0xf)+"."+((nwMocaVer>>0)&0xf);
'''
NwMocaVer = devdata['data'][11]
NwMocaVerString = str(NwMocaVer[8::2])+'.'+str(NwMocaVer[9::1])
''' JS way from device interface to get myMocaVer.
var myMocaVer = parseInt(cutS(netInfoVal[4]), 16);
myMocaVerVal = (myMocaVer>>4&0xf)+"."+((myMocaVer>>0)&0xf);
'''
requrl=baseurl+reqdict['NetInfo']
netpayload = "{\"data\":[0]}"
NetRaw = requests.post(requrl, headers=headers, data=netpayload, verify=False, auth=(username,password))
NetInfo = json.loads(NetRaw.content)
MyMocaVer = NetInfo['data'][4]
MyMocaVerString = str(MyMocaVer[8::2])+'.'+str(MyMocaVer[9::1])
#Get Beacon Channel
requrl=baseurl+reqdict['MiscPhy']
Phyresp = requests.post(requrl, headers=headers, data=payload, verify=False, auth=(username,password))
PhyJSON = json.loads(Phyresp.content)
BeaconHex=PhyJSON['data'][1][2:]
BeaconCh=int(BeaconHex,16)
#Channels
requrl=baseurl+reqdict['M25phyinfo']
Chanresp = requests.post(requrl, headers=headers, data=payload, verify=False, auth=(username,password))
ChanJSON = json.loads(Chanresp.content)
PriChanOffSet=int(devdata['data'][18][2:],16)
SecChanOffSet=int(devdata['data'][19][2:],16)
CustomBands=int(devdata['data'][28][2:],16)
if PriChanOffSet == 0:
PriChan = BeaconCh
elif PriChanOffSet == 1:
PriChan = BeaconCh + 25
elif PriChanOffset == 2:
PriChan = BeaconCh -25
if SecChanOffSet == 1:
if CustomBands == 1:
SecChan = PriChan - 125
else:
SecChan = PriChan - 100
elif SecChanOffSet == 2:
if CustomBands == 1:
SecChan = PriChan + 125
else:
SecChan = PriChan + 100
if SocInfo()['SoCChip'] == 'MXL370x':
FirstChan = 'N/A'
NumChan = 'N/A'
else:
FirstChan = int(ChanJSON['data'][2][2:],16)
NumChan = int(ChanJSON['data'][3][2:],16)
return({'NetworkMocaVer':NwMocaVerString,'MyMocaVer':MyMocaVerString,'BeaconChan':BeaconCh,'PrimaryChan':PriChan,'SecChan':SecChan,'FirstChan':FirstChan,'NumChans':NumChan})
def FeatStatus(FeatItem):
requrl=baseurl+reqdict[FeatItem]
rawdata=requests.post(requrl, verify=False, auth=(username,password))
data=json.loads(rawdata.content)
if int(data['data'][0],16) == 1:
return(True)
if int(data['data'][0],16) == 0:
return(False)
def LinkStatus():
req = '/ms/0/0x15'
requrl ='http://'+ devicehost + req
rawdata = requests.post(requrl, verify=False, data=payload, auth=(username,password))
linkdata = json.loads(rawdata.content)
if (int(linkdata['data'][5],0)) == 1:
return('Up')
else:
return('Down')
def PowerLvls():
requrl=baseurl+reqdict['TXPower']
TxPwrraw=requests.post(requrl, verify=False, auth=(username,password))
TxPwrJ = json.loads(TxPwrraw.content)
TxPwr = int(TxPwrJ['data'][0],16)
requrl=baseurl+reqdict['BeaconPower']
BcnPwrraw=requests.post(requrl, verify=False, auth=(username,password))
BcnPwrJ=json.loads(BcnPwrraw.content)
BcnPwr=int(BcnPwrJ['data'][0],16)
return({'TXPower':TxPwr,'BeaconPower':BcnPwr})
def SecInfo():
requrl = baseurl+reqdict['EncdPrivMode']
resp = requests.post(requrl, verify=False, auth=(username,password))
PrivMode=json.loads(resp.content)
if PrivMode['data'][0]=='0x00000007':
PrivModeTxt = 'Enhanced Privacy Enabled'
else:
PrivModeTxt = 'Enhanced Privacy Disabled'
requrl = baseurl+reqdict['EncdPrivPassGet']
data = requests.post(requrl, verify=False, auth=(username,password))
passdata = json.loads(data.content)
secpass=''
for x in passdata['data']:
#print(x[2:])
hexstring=x[2:]
bytestring=bytes.fromhex(hexstring)
textout=bytestring.decode('utf-8')
#print(textout)
secpass=secpass+textout
secpass=secpass.rstrip('\x00')
bands = {"D-Ext","D-Low","D-High","E","F-SAT","F-CBL","H","Custom"}
return({'PrivacyMode':PrivMode['data'][0],'EnhancedPrivacyPassword':secpass,'PrivacyModeDesc':PrivModeTxt})
def NodeInfo():
NodeID =int(devdata['data'][0][2:],16)
return({'NodeID':NodeID})
def PhyRates():
print('maybe never')
'''
<form name="fmrInfo" method="post" action="/ms/0/0x1D">
<input type="hidden" name="data" value="" disabled="true" />
<input type="hidden" name="data2" value="" disabled="true" />)
***sooo this thing looks to be extra tricky.
The MM1025 JS somehow polls other nodes for their data.
Also not shown here lots more math based on Moca Version
Also a lot of data extraction from lots of fields which are less than clear to me.
From the JS on device:
/* Send MOCA shell command to the node */
document.fmrInfo.data.value = currNodeMask;
document.fmrInfo.data2.value = (finalVer);
doFormGetMultipleDataJSON(document.fmrInfo, "phyRates.html",function(data, nu) {fmrInfo[node_id] = data.data; formLoad(node_id + 1);}, function(data) {}, node_id);
}
'''
statuspath = '/ms/0/0x1D'
contenttype = 'application/x-www-form-urlencoded'
payload = "{\"data\":[1,2]}"
headers = {'Content-type': 'application/x-www-form-urlencoded','Accept': 'text/html, */*'}
url = 'http://'+devicehost+statuspath
#print ('Requesting : ' + url)
#print (payload)
page = requests.post(url,verify=False, data=payload, headers=headers, auth=(username,password))
#print(page)
#print(page.content)
fmrInfo=json.loads(page.content)
print(json.dumps(fmrInfo,indent=2))
for Node in range(16):
print(Node)
#getMocaVerfor nodes
#print (fmrInfo)
#print (fmrInfo.content)
def Gpio():
#NO idea what this indicates but it shows up in the UI so here it is.
reqpath = '/ms/1/0xb17'
requrl = baseurl+reqpath
gpioresp = requests.post(requrl, verify=False, data=payload, auth=(username,password))
gpiojson = json.loads(gpioresp.content)
return(gpiojson['data'][0])
def Netinfo():
req = '/ms/1/0x20b/GET'
requrl = 'http://'+devicehost + req
iprawdata = requests.post(requrl, verify=False, auth=(username,password))
ipdata = json.loads(iprawdata.content)
ipinhex = ipdata['data'][0][2:]
ipaddr = "%i.%i.%i.%i" % (int(ipinhex[0:2],16),int(ipinhex[2:4],16),int(ipinhex[4:6],16),int(ipinhex[6:8],16))
reqmac = '/ms/1/0x103/GET'
requrl = 'http://'+devicehost + reqmac
macraw = requests.post(requrl, verify=False, auth=(username,password))
macdata = json.loads(macraw.content)
machi = macdata['data'][0][2:]
maclo = macdata['data'][1][2:6]
mac = machi+maclo
macfmt = ':'.join(map('{}{}'.format, *(mac[::2], mac[1::2])))
requrl = baseurl+reqdict['NetMask']
NetMaskresp = requests.post(requrl, verify=False, auth=(username,password))
NetMaskdata=json.loads(NetMaskresp.content)
NetMaskHex = NetMaskdata['data'][0][2:]
NetMask = "%i.%i.%i.%i" % (int(NetMaskHex[0:2],16),int(NetMaskHex[2:4],16),int(NetMaskHex[4:6],16),int(NetMaskHex[6:8],16))
requrl = baseurl+reqdict['Gateway']
Gwresp = requests.post(requrl, verify=False, auth=(username,password))
GwData = json.loads(Gwresp.content)
GwHex = GwData['data'][0][2:]
GwIP = "%i.%i.%i.%i" % (int(GwHex[0:2],16),int(GwHex[2:4],16),int(GwHex[4:6],16),int(GwHex[6:8],16))
return({'IP':ipaddr,'NetMask':NetMask,'Gateway':GwIP,'MAC':macfmt})
'''
How is done in JS
function hex2mac(hi, lo)
{
var mac = n2s(hi>>24&0xff,16)+":"+n2s((hi>>16)&0xff,16)+":"+n2s((hi>>8)&0xff,16)+":"+n2s(hi&0xff,16)+":"+n2s(lo>>24&0xff,16)+":"+n2s((lo>>16)&0xff,16);
return mac;
}
LOOKs like it just reads off 2 bytes and different off sets. from hi at 24,16,8,0 then the low at 24 and 16.
'''
def MocaNC():
return(str(int(devdata['data'][1][2:],16)))
def EthStats():
#Ethernet statistics.
'''
// From frameInfo
txgood = ((parseInt(cutS(frameInfoVal[12]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[13]), 16);
txbad = ((parseInt(cutS(frameInfoVal[30]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[31]), 16);
txdropped = ((parseInt(cutS(frameInfoVal[48]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[49]), 16);
ethTxVal = "Tx Good: "+txgood+"<br />Tx Bad: "+txbad+"<br />Tx Dropped: "+txdropped;
rxgood = ((parseInt(cutS(frameInfoVal[66]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[67]), 16);
rxbad = ((parseInt(cutS(frameInfoVal[84]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[85]), 16);
rxdropped = ((parseInt(cutS(frameInfoVal[102]), 16)&0xffffffff)*4294967296)+parseInt(cutS(frameInfoVal[103]), 16);
ethRxVal = "Rx Good: "+rxgood+"<br />Rx Bad: "+rxbad+"<br />Rx Dropped: "+rxdropped;
'''
reqpayload = "{\"data\":[0]}"
requrl = baseurl + reqdict['FrameInfo']
FrameResp = requests.post(requrl, verify=False, data=reqpayload, auth=(username,password))
FrameData = json.loads(FrameResp.content)
TxGood = int(FrameData['data'][12][2:],16) *4294967296 + int(FrameData['data'][13][2:],16)
TxBad = int(FrameData['data'][30][2:],16) *4294967296 + int(FrameData['data'][31][2:],16)
TxDrop = int(FrameData['data'][48][2:],16) *4294967296 + int(FrameData['data'][39][2:],16)
RxGood = int(FrameData['data'][66][2:],16) *4294967296 + int(FrameData['data'][67][2:],16)
RxBad = int(FrameData['data'][84][2:],16) *4294967296 + int(FrameData['data'][85][2:],16)
RxDrop = int(FrameData['data'][102][2:],16) *4294967296 + int(FrameData['data'][103][2:],16)
return({'TxGood':TxGood,'TxBad':TxBad,'TxDropped':TxDrop,'RxGood':RxGood,'RxBad':RxBad,'RxDropped':RxDrop})
IPMAC=(Netinfo())
print ('IP Address : ' + IPMAC['IP'])
print ('Net Maek : ' + IPMAC['NetMask'])
print ('Gateway : ' + IPMAC['Gateway'])
print ('MAC Address : ' + IPMAC['MAC'])
print ('-----------------------------')
print ('AdapterName : ' + AdapterName())
print ('Node ID : ' + str(NodeInfo()['NodeID']))
print ('Link Status : ' + LinkStatus())
print ('Network Search : ' + str(FeatStatus('NwSearch')))
print ('Prefered Network Coordinator : ' + str(FeatStatus('PrefNC')))
print ('Network Coordinator Node : ' + MocaNC())
if str(MocaNC()) == str(NodeInfo()['NodeID']):
print ('Is Network Coordinator : True')
else:
print ('Is Network Coordinator : False')
Moca = MocaInfo()
print ('MoCa Net Ver: ' + Moca['NetworkMocaVer'])
print ('MyMoCa Ver : ' + Moca['MyMocaVer'])
print ('Beacon Ch : ' + str(Moca['BeaconChan']))
print ('Primary Ch : ' + str(Moca['PrimaryChan']))
print ('Secondary Ch: ' + str(Moca['SecChan']))
print ('Frist Ch : ' + str(Moca['FirstChan']))
print ('Number of Ch: ' + str(Moca['NumChans']))
Lvl= PowerLvls()
print ('Beacon Power: ' + str(Lvl['BeaconPower']) + ' (1-10)')
print ('Tx Power : ' + str(Lvl['TXPower']) + ' (1-10)')
print ('GPIO : ' + Gpio())
#LinkStatus()
print ('-----------------------------')
SoC=(SocInfo())
print ('SoC Model : ' + SoC['SoCChip'])
print ('Soc Verion : ' + SoC['SoCVer'])
print ('-----------------------------')
EthFrames = EthStats()
print ('EtherNet Stats')
print ('Tx Good : ' + str(EthFrames['TxGood']))
print ('Tx Bad : ' + str(EthFrames['TxBad']))
print ('Tx Dropped: ' + str(EthFrames['TxDropped']))
print ('Rx Good : ' + str(EthFrames['RxGood']))
print ('Rx Bad : ' + str(EthFrames['RxBad']))
print ('Rs Dropped: ' + str(EthFrames['RxDropped']))
print ('------------------------------')
SecuirtyInfo = SecInfo()
print ('Privacy Mode : ' + SecuirtyInfo['PrivacyMode'])
print ('Enhanced Privacy : ' + SecuirtyInfo['PrivacyModeDesc'])
print ('Enhacned Privacy Password : ' + SecuirtyInfo['EnhancedPrivacyPassword'])