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TTN: SenseCap Tracker data parsed correctly but sensor in HA not useable
The problem
I can see data beeing processed via TTN Integration for my SenseCAP T1000 Tracker device:
Message for device eui-xxxxxxxxxxxx ignored (type <class 'list'>): [{'measurementId': '4200', 'measurementValue': [], 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Event Status'}, {'measurementId': '4197', 'measurementValue': 8.xxxxx, 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Longitude'}, {'measurementId': '4198', 'measurementValue': 51.xxxxx, 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Latitude'}, {'measurementId': '4097', 'measurementValue': 24, 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Air Temperature'}, {'measurementId': '4199', 'measurementValue': 0, 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Light'}, {'measurementId': '3000', 'measurementValue': 100, 'motionId': 0, 'timestamp': 1728317683000, 'type': 'Battery'}]
but the corresponding sensor is displaying:
i see a new release of the underlying python lib here referencing tracker information but i looks like this version 1.2.1 is not merged into HA until now. would this be fixed merging the new version or how can i help to troubleshoot this issue any further?
What version of Home Assistant Core has the issue?
core-2024.9.3
What was the last working version of Home Assistant Core?
No response
What type of installation are you running?
Home Assistant OS
Integration causing the issue
thethingsnetwork
Link to integration documentation on our website
https://www.home-assistant.io/integrations/thethingsnetwork/
Diagnostics information
No response
Example YAML snippet
No response
Anything in the logs that might be useful for us?
No response
Additional information
No response
Hey there @angelnu, mind taking a look at this issue as it has been labeled with an integration (thethingsnetwork) you are listed as a code owner for? Thanks!
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I have changed the decoder to the following one from: https://www.aeq-web.com/seeed-sensecap-t1000-lorawan-gps-tracker-ttn-payload-decoder/
/*
* Javascript Decoder for Seeed SenseCAP T1000 LoRaWAN GPS Tracker Version 1.1 (@aeqweb)
* More Information at: https://www.aeq-web.com/seeed-sensecap-t1000-lorawan-gps-tracker-ttn-payload-decoder/
*/
function decodeUplink(input) {
const bytes = input['bytes']
const fport = parseInt(input['fPort'])
const packetID = bytes[0];
var decoded = {};
if (packetID == 1) {
const batt = bytes[1];
const swv = bytes[2] + "." + bytes[3];
const hwv = bytes[4] + "." + bytes[5];
const wm = getWorkMode(bytes[6]);
const ps = getPosStrategy(bytes[7]);
const hiv = bytes[8] << 8 | bytes[9];
const uiv = bytes[10] << 8 | bytes[11];
const eiv = bytes[12] << 8 | bytes[13];
const so = bytes[14];
const sm = bytes[15];
const me = Boolean(bytes[16]);
const mt = bytes[17] << 8 | bytes[18];
const ms = bytes[19] << 8 | bytes[20];
const ml = Boolean(bytes[21]);
const mo = bytes[22] << 8 | bytes[23];
const se = Boolean(bytes[24]);
const st = bytes[25] << 8 | bytes[26];
const te = Boolean(bytes[27]);
const tu = bytes[28] << 8 | bytes[29];
const ts = bytes[30] << 8 | bytes[31];
const th = (bytes[32] << 8 | bytes[33]) / 10;
const tl = (bytes[34] << 8 | bytes[35]) / 10;
const tr = bytes[36];
const le = Boolean(bytes[37]);
const lu = bytes[38] << 8 | bytes[39];
const ls = bytes[40] << 8 | bytes[41];
const lh = bytes[42] << 8 | bytes[43];
const ll = bytes[44] << 8 | bytes[45];
const lw = bytes[46];
var sens = "unkown"
var sosm = "unkown"
if (so) {
sens = "Temp-Light Sen. on"
} else if (sm === 0) {
sens = "Temp-Light Sen. off"
}
if (sm) {
sosm = "Continuous Mode"
} else if (sm === 0) {
sosm = "Single Mode"
}
decoded = {
packet: "Heartbeat",
battery: batt,
softwareV: swv,
hardwareV: hwv,
workMode: wm,
posStrategy: ps,
heartbeatInterval: hiv,
uplinkInterval: uiv,
EventInterval: uiv,
sensors: sens,
sosMode: sosm,
motionEventMode: me,
motionThreshold: mt,
motionStartInterval: ms,
motionlessEvent: ml,
motionlessTimeout: mo,
shockEvent: se,
shockThreshold: st,
tempEvent: te,
tempInterval: tu,
tempSample: ts,
tempThresholdMax: th,
tempThresholdMin: tl,
tempThresholdRule: tr,
lightEvent: le,
lightInterval: lu,
lightSample: ls,
lightThresholdMax: lh,
lightThresholdMin: ll,
lightWarningType: lw
}
} else if (packetID == 2) {
const batt = bytes[1];
const swv = bytes[2] + "." + bytes[3];
const hwv = bytes[4] + "." + bytes[5];
const wm = getWorkMode(bytes[6]);
const ps = getPosStrategy(bytes[7]);
const hiv = bytes[8] << 8 | bytes[9];
const uiv = bytes[10] << 8 | bytes[11];
const eiv = bytes[12] << 8 | bytes[13];
const so = bytes[14];
const sm = bytes[15];
var sens = "unkown"
var sosm = "unkown"
if (so) {
sens = "Temp-Light Sen. on"
} else if (sm === 0) {
sens = "Temp-Light Sen. off"
}
if (sm) {
sosm = "Continuous Mode"
} else if (sm === 0) {
sosm = "Single Mode"
}
decoded = {
packet: "Heartbeat",
battery: batt,
softwareV: swv,
hardwareV: hwv,
workMode: wm,
posStrategy: ps,
heartbeatInterval: hiv,
uplinkInterval: uiv,
EventInterval: uiv,
sensors: sens,
sosMode: sosm
}
} else if (packetID == 5) {
const batt = bytes[1];
const wm = getWorkMode(bytes[2]);
const ps = getPosStrategy(bytes[3]);
const sm = bytes[4];
var sosm = "unkown"
if (sm) {
sosm = "Continuous Mode"
} else if (sm === 0) {
sosm = "Single Mode"
}
decoded = {
packet: "Heartbeat",
battery: batt,
workMode: wm,
posStrategy: ps,
sosMode: sosm
}
} else if (packetID == 6) {
const sta = (bytes[1] << 16 | bytes[2] << 8 | bytes[3]);
const mcnt = bytes[4];
const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]);
const lon = (bytes[9] << 24 | bytes[10] << 16 | bytes[11] << 8 | bytes[12]) / 1000000;
const lat = (bytes[13] << 24 | bytes[14] << 16 | bytes[15] << 8 | bytes[16]) / 1000000;
const tmp = ((bytes[17] & 0x80 ? 0xFFFF << 16 : 0) | bytes[17] << 8 | bytes[18]) / 10;
const lgt = (bytes[19] << 8 | bytes[20]);
const batt = bytes[21];
decoded = {
packet: "GNSS Location & Sensor Data",
eventStatus: sta,
motionCount: mcnt,
utcTime: utc,
longitude: lon,
latitude: lat,
temperature: tmp,
light: lgt,
battery: batt
}
} else if (packetID == 9) {
const sta = (bytes[1] << 16 | bytes[2] << 8 | bytes[3]);
const mcnt = bytes[4];
const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]);
const lon = (bytes[9] << 24 | bytes[10] << 16 | bytes[11] << 8 | bytes[12]) / 1000000;
const lat = (bytes[13] << 24 | bytes[14] << 16 | bytes[15] << 8 | bytes[16]) / 1000000;
const batt = bytes[17];
decoded = {
packetType: "GNSS Location",
eventStatus: sta,
motionCount: mcnt,
utcTime: utc,
longitude: lon,
latitude: lat,
battery: batt
}
} else if (packetID == 0x11) {
const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]);
const batt = bytes[13];
if (bytes[11] != 0x80 && bytes[9] != 0x80) {
const tmp = ((bytes[9] & 0x80 ? 0xFFFF << 16 : 0) | bytes[9] << 8 | bytes[10]) / 10;
const lgt = (bytes[11] << 8 | bytes[12]);
decoded = {
packet: "Positing status",
utcTime: utc,
temperature: tmp,
light: lgt,
battery: batt
}
} else {
decoded = {
packet: "Positing status",
utcTime: utc,
battery: batt
}
}
} else if (packetID == 0x0D) {
const ec = (bytes[1] << 24 | bytes[2] << 16 | bytes[3] << 8 | bytes[4]);
decoded = {
packet: "Positioning Timeout",
longitude: 0,
latitude: 0,
errorCode: ec
}
} else {
decoded = {
packetType: "unkown",
packetID: packetID
}
}
return {
data: decoded
}
}
function convertToDec(b) {
var return_value = parseInt(b, 16);
return return_value;
}
function unixToDateTime(unixtime) {
var date = new Date(unixtime * 1000);
var months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec'];
var hours = date.getHours();
var minutes = "0" + date.getMinutes();
var seconds = "0" + date.getSeconds();
var year = date.getFullYear();
var month = months[date.getMonth()];
var day = date.getDate();
var DateTime = day + '-' + month + '-' + year + ' ' + hours + ':' + minutes.substr(-2) + ':' + seconds.substr(-2);
return DateTime;
}
function getPosStrategy(ps) {
var psText = "";
switch (ps) {
case 0:
psText = "Only GNSS";
break;
case 1:
psText = "Only WiFi";
break;
case 2:
psText = "WiFi + GNSS";
break;
case 3:
psText = "GNSS + WiFi";
break;
case 4:
psText = "Only Bluetooth";
break;
case 5:
psText = "Bluetooth + WiFi";
break;
case 6:
psText = "Bluetooth + GNSS";
break;
case 7:
psText = "Bluetooth + WiFi + GNSS";
break;
default:
psText = "unkown";
}
return psText;
}
function getWorkMode(wm) {
var wmText = "";
switch (wm) {
case 0:
wmText = "Standby Mode";
break;
case 1:
wmText = "Periodic Mode";
break;
case 2:
wmText = "Event Mode";
break;
default:
wmText = "unkown";
}
return wmText;
}
this will get me a fine decoded payload:
and now i get this:
Logger: ttn_client.parsers.sensecap
Quelle: components/thethingsnetwork/coordinator.py:51
Erstmals aufgetreten: 09:21:03 (3310 Vorkommnisse)
Zuletzt protokolliert: 10:55:50
Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.3, 'utcTime': '8-Oct-2024 8:21:18'}
Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:48:25'}
Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:49:29'}
Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:50:30'}
Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:53:31'}
but also if i want to add a new sensor, i get this now:
Traceback (most recent call last):
File "/usr/src/homeassistant/homeassistant/helpers/update_coordinator.py", line 354, in _async_refresh
self.data = await self._async_update_data()
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/src/homeassistant/homeassistant/components/thethingsnetwork/coordinator.py", line 51, in _async_update_data
measurements = await self._client.fetch_data()
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/ttn_client/client.py", line 57, in fetch_data
return await self.__storage_api_call(f"?last={fetch_last}&order=received_at")
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/ttn_client/client.py", line 104, in __storage_api_call
ttn_values[device_id] = ttn_parse(application_up)
^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/ttn_client/parsers/__init__.py", line 23, in ttn_parse
return parser(uplink_data)
^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/ttn_client/parsers/sensecap.py", line 35, in sensecap_parser
uplink_data, field, decoded_payload[field]
~~~~~~~~~~~~~~~^^^^^^^
KeyError: 'err'
so i guess,my decoder is missing a field with valid=true am i correct?
I have changed the decoder to the following one from: https://www.aeq-web.com/seeed-sensecap-t1000-lorawan-gps-tracker-ttn-payload-decoder/
/* * Javascript Decoder for Seeed SenseCAP T1000 LoRaWAN GPS Tracker Version 1.1 (@aeqweb) * More Information at: https://www.aeq-web.com/seeed-sensecap-t1000-lorawan-gps-tracker-ttn-payload-decoder/ */ function decodeUplink(input) { const bytes = input['bytes'] const fport = parseInt(input['fPort']) const packetID = bytes[0]; var decoded = {}; if (packetID == 1) { const batt = bytes[1]; const swv = bytes[2] + "." + bytes[3]; const hwv = bytes[4] + "." + bytes[5]; const wm = getWorkMode(bytes[6]); const ps = getPosStrategy(bytes[7]); const hiv = bytes[8] << 8 | bytes[9]; const uiv = bytes[10] << 8 | bytes[11]; const eiv = bytes[12] << 8 | bytes[13]; const so = bytes[14]; const sm = bytes[15]; const me = Boolean(bytes[16]); const mt = bytes[17] << 8 | bytes[18]; const ms = bytes[19] << 8 | bytes[20]; const ml = Boolean(bytes[21]); const mo = bytes[22] << 8 | bytes[23]; const se = Boolean(bytes[24]); const st = bytes[25] << 8 | bytes[26]; const te = Boolean(bytes[27]); const tu = bytes[28] << 8 | bytes[29]; const ts = bytes[30] << 8 | bytes[31]; const th = (bytes[32] << 8 | bytes[33]) / 10; const tl = (bytes[34] << 8 | bytes[35]) / 10; const tr = bytes[36]; const le = Boolean(bytes[37]); const lu = bytes[38] << 8 | bytes[39]; const ls = bytes[40] << 8 | bytes[41]; const lh = bytes[42] << 8 | bytes[43]; const ll = bytes[44] << 8 | bytes[45]; const lw = bytes[46]; var sens = "unkown" var sosm = "unkown" if (so) { sens = "Temp-Light Sen. on" } else if (sm === 0) { sens = "Temp-Light Sen. off" } if (sm) { sosm = "Continuous Mode" } else if (sm === 0) { sosm = "Single Mode" } decoded = { packet: "Heartbeat", battery: batt, softwareV: swv, hardwareV: hwv, workMode: wm, posStrategy: ps, heartbeatInterval: hiv, uplinkInterval: uiv, EventInterval: uiv, sensors: sens, sosMode: sosm, motionEventMode: me, motionThreshold: mt, motionStartInterval: ms, motionlessEvent: ml, motionlessTimeout: mo, shockEvent: se, shockThreshold: st, tempEvent: te, tempInterval: tu, tempSample: ts, tempThresholdMax: th, tempThresholdMin: tl, tempThresholdRule: tr, lightEvent: le, lightInterval: lu, lightSample: ls, lightThresholdMax: lh, lightThresholdMin: ll, lightWarningType: lw } } else if (packetID == 2) { const batt = bytes[1]; const swv = bytes[2] + "." + bytes[3]; const hwv = bytes[4] + "." + bytes[5]; const wm = getWorkMode(bytes[6]); const ps = getPosStrategy(bytes[7]); const hiv = bytes[8] << 8 | bytes[9]; const uiv = bytes[10] << 8 | bytes[11]; const eiv = bytes[12] << 8 | bytes[13]; const so = bytes[14]; const sm = bytes[15]; var sens = "unkown" var sosm = "unkown" if (so) { sens = "Temp-Light Sen. on" } else if (sm === 0) { sens = "Temp-Light Sen. off" } if (sm) { sosm = "Continuous Mode" } else if (sm === 0) { sosm = "Single Mode" } decoded = { packet: "Heartbeat", battery: batt, softwareV: swv, hardwareV: hwv, workMode: wm, posStrategy: ps, heartbeatInterval: hiv, uplinkInterval: uiv, EventInterval: uiv, sensors: sens, sosMode: sosm } } else if (packetID == 5) { const batt = bytes[1]; const wm = getWorkMode(bytes[2]); const ps = getPosStrategy(bytes[3]); const sm = bytes[4]; var sosm = "unkown" if (sm) { sosm = "Continuous Mode" } else if (sm === 0) { sosm = "Single Mode" } decoded = { packet: "Heartbeat", battery: batt, workMode: wm, posStrategy: ps, sosMode: sosm } } else if (packetID == 6) { const sta = (bytes[1] << 16 | bytes[2] << 8 | bytes[3]); const mcnt = bytes[4]; const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]); const lon = (bytes[9] << 24 | bytes[10] << 16 | bytes[11] << 8 | bytes[12]) / 1000000; const lat = (bytes[13] << 24 | bytes[14] << 16 | bytes[15] << 8 | bytes[16]) / 1000000; const tmp = ((bytes[17] & 0x80 ? 0xFFFF << 16 : 0) | bytes[17] << 8 | bytes[18]) / 10; const lgt = (bytes[19] << 8 | bytes[20]); const batt = bytes[21]; decoded = { packet: "GNSS Location & Sensor Data", eventStatus: sta, motionCount: mcnt, utcTime: utc, longitude: lon, latitude: lat, temperature: tmp, light: lgt, battery: batt } } else if (packetID == 9) { const sta = (bytes[1] << 16 | bytes[2] << 8 | bytes[3]); const mcnt = bytes[4]; const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]); const lon = (bytes[9] << 24 | bytes[10] << 16 | bytes[11] << 8 | bytes[12]) / 1000000; const lat = (bytes[13] << 24 | bytes[14] << 16 | bytes[15] << 8 | bytes[16]) / 1000000; const batt = bytes[17]; decoded = { packetType: "GNSS Location", eventStatus: sta, motionCount: mcnt, utcTime: utc, longitude: lon, latitude: lat, battery: batt } } else if (packetID == 0x11) { const utc = unixToDateTime(bytes[5] << 24 | bytes[6] << 16 | bytes[7] << 8 | bytes[8]); const batt = bytes[13]; if (bytes[11] != 0x80 && bytes[9] != 0x80) { const tmp = ((bytes[9] & 0x80 ? 0xFFFF << 16 : 0) | bytes[9] << 8 | bytes[10]) / 10; const lgt = (bytes[11] << 8 | bytes[12]); decoded = { packet: "Positing status", utcTime: utc, temperature: tmp, light: lgt, battery: batt } } else { decoded = { packet: "Positing status", utcTime: utc, battery: batt } } } else if (packetID == 0x0D) { const ec = (bytes[1] << 24 | bytes[2] << 16 | bytes[3] << 8 | bytes[4]); decoded = { packet: "Positioning Timeout", longitude: 0, latitude: 0, errorCode: ec } } else { decoded = { packetType: "unkown", packetID: packetID } } return { data: decoded } } function convertToDec(b) { var return_value = parseInt(b, 16); return return_value; } function unixToDateTime(unixtime) { var date = new Date(unixtime * 1000); var months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec']; var hours = date.getHours(); var minutes = "0" + date.getMinutes(); var seconds = "0" + date.getSeconds(); var year = date.getFullYear(); var month = months[date.getMonth()]; var day = date.getDate(); var DateTime = day + '-' + month + '-' + year + ' ' + hours + ':' + minutes.substr(-2) + ':' + seconds.substr(-2); return DateTime; } function getPosStrategy(ps) { var psText = ""; switch (ps) { case 0: psText = "Only GNSS"; break; case 1: psText = "Only WiFi"; break; case 2: psText = "WiFi + GNSS"; break; case 3: psText = "GNSS + WiFi"; break; case 4: psText = "Only Bluetooth"; break; case 5: psText = "Bluetooth + WiFi"; break; case 6: psText = "Bluetooth + GNSS"; break; case 7: psText = "Bluetooth + WiFi + GNSS"; break; default: psText = "unkown"; } return psText; } function getWorkMode(wm) { var wmText = ""; switch (wm) { case 0: wmText = "Standby Mode"; break; case 1: wmText = "Periodic Mode"; break; case 2: wmText = "Event Mode"; break; default: wmText = "unkown"; } return wmText; }this will get me a fine decoded payload:
and now i get this:
Logger: ttn_client.parsers.sensecap Quelle: components/thethingsnetwork/coordinator.py:51 Erstmals aufgetreten: 09:21:03 (3310 Vorkommnisse) Zuletzt protokolliert: 10:55:50 Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.3, 'utcTime': '8-Oct-2024 8:21:18'} Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:48:25'} Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:49:29'} Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx, 'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:50:30'} Ignoring message without valid=true for device eui-2cf7f1c05410039a: {'battery': 90, 'eventStatus': 0, 'latitude': 51.8xxxx, 'light': 100, 'longitude': 8.8xxxxx'motionCount': 0, 'packet': 'GNSS Location & Sensor Data', 'temperature': 23.4, 'utcTime': '8-Oct-2024 8:53:31'}but also if i want to add a new sensor, i get this now:
Traceback (most recent call last): File "/usr/src/homeassistant/homeassistant/helpers/update_coordinator.py", line 354, in _async_refresh self.data = await self._async_update_data() ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ File "/usr/src/homeassistant/homeassistant/components/thethingsnetwork/coordinator.py", line 51, in _async_update_data measurements = await self._client.fetch_data() ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ File "/usr/local/lib/python3.12/site-packages/ttn_client/client.py", line 57, in fetch_data return await self.__storage_api_call(f"?last={fetch_last}&order=received_at") ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ File "/usr/local/lib/python3.12/site-packages/ttn_client/client.py", line 104, in __storage_api_call ttn_values[device_id] = ttn_parse(application_up) ^^^^^^^^^^^^^^^^^^^^^^^^^ File "/usr/local/lib/python3.12/site-packages/ttn_client/parsers/__init__.py", line 23, in ttn_parse return parser(uplink_data) ^^^^^^^^^^^^^^^^^^^ File "/usr/local/lib/python3.12/site-packages/ttn_client/parsers/sensecap.py", line 35, in sensecap_parser uplink_data, field, decoded_payload[field] ~~~~~~~~~~~~~~~^^^^^^^ KeyError: 'err'so i guess,my decoder is missing a field with
valid=trueam i correct?
Hi, I used your decoder and it is decoded correctly but the sensor doesn't appear in TTN integration in HA. if I return default decoder sensor apperes in integration but not decoded. Can you help me ? Thanks
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Hi,
Also having the same situation here, anybody found a solution ?
I'm confused on which payload I need to use (if any) from TTN to get data in HA.
Information are not really clear
I cleaned up the example above a little bit. Also make sure the TTN End Device Type is NOT Sensecap.
function decodeUplink(input) {
const bytes = input[ 'bytes' ]
const fport = parseInt (input[ 'fPort' ])
const bytesString = bytes2HexString(bytes)
const packetID = bytes[ 0 ];
var decoded = {
valid: true,
err: 0,
payload: bytesString,
};
var sens = "unknown";
var sosm = "unknown";
if (packetID == 1 ) {
const batt = bytes[ 1 ];
const swv = bytes[ 2 ] + "." + bytes[ 3 ];
const hwv = bytes[ 4 ] + "." + bytes[ 5 ];
const wm = getWorkMode(bytes[ 6 ]);
const ps = getPosStrategy(bytes[ 7 ]);
const hiv = bytes[ 8 ] << 8 | bytes[ 9 ];
const uiv = bytes[ 10 ] << 8 | bytes[ 11 ];
const eiv = bytes[ 12 ] << 8 | bytes[ 13 ];
const so = bytes[ 14 ];
const sm = bytes[ 15 ];
const me = Boolean (bytes[ 16 ]);
const mt = bytes[ 17 ] << 8 | bytes[ 18 ];
const ms = bytes[ 19 ] << 8 | bytes[ 20 ];
const ml = Boolean (bytes[ 21 ]);
const mo = bytes[ 22 ] << 8 | bytes[ 23 ];
const se = Boolean (bytes[ 24 ]);
const st = bytes[ 25 ] << 8 | bytes[ 26 ];
const te = Boolean (bytes[ 27 ]);
const tu = bytes[ 28 ] << 8 | bytes[ 29 ];
const ts = bytes[ 30 ] << 8 | bytes[ 31 ];
const th = (bytes[ 32 ] << 8 | bytes[ 33 ]) / 10 ;
const tl = (bytes[ 34 ] << 8 | bytes[ 35 ]) / 10 ;
const tr = bytes[ 36 ];
const le = Boolean (bytes[ 37 ]);
const lu = bytes[ 38 ] << 8 | bytes[ 39 ];
const ls = bytes[ 40 ] << 8 | bytes[ 41 ];
const lh = bytes[ 42 ] << 8 | bytes[ 43 ];
const ll = bytes[ 44 ] << 8 | bytes[ 45 ];
const lw = bytes[ 46 ];
if (so) {
sens = "Temp-Light Sen. on";
} else if (sm === 0 ) {
sens = "Temp-Light Sen. off";
}
if (sm) {
sosm = "Continuous Mode";
} else if (sm === 0 ) {
sosm = "Single Mode";
}
Object.assign(decoded, {
packet : "Heartbeat" ,
battery : batt,
softwareV : swv,
hardwareV : hwv,
workMode : wm,
posStrategy : ps,
heartbeatInterval : hiv,
uplinkInterval : uiv,
EventInterval : uiv,
sensors : sens,
sosMode : sosm,
motionEventMode : me,
motionThreshold : mt,
motionStartInterval : ms,
motionlessEvent : ml,
motionlessTimeout : mo,
shockEvent : se,
shockThreshold : st,
tempEvent : te,
tempInterval : tu,
tempSample : ts,
tempThresholdMax : th,
tempThresholdMin : tl,
tempThresholdRule : tr,
lightEvent : le,
lightInterval : lu,
lightSample : ls,
lightThresholdMax : lh,
lightThresholdMin : ll,
lightWarningType : lw
});
} else if (packetID == 2 ) {
const batt = bytes[ 1 ];
const swv = bytes[ 2 ] + "." + bytes[ 3 ];
const hwv = bytes[ 4 ] + "." + bytes[ 5 ];
const wm = getWorkMode(bytes[ 6 ]);
const ps = getPosStrategy(bytes[ 7 ]);
const hiv = bytes[ 8 ] << 8 | bytes[ 9 ];
const uiv = bytes[ 10 ] << 8 | bytes[ 11 ];
const eiv = bytes[ 12 ] << 8 | bytes[ 13 ];
const so = bytes[ 14 ];
const sm = bytes[ 15 ];
if (so) {
sens = "Temp-Light Sen. on";
} else if (sm === 0 ) {
sens = "Temp-Light Sen. off";
}
if (sm) {
sosm = "Continuous Mode";
} else if (sm === 0 ) {
sosm = "Single Mode";
}
Object.assign(decoded, {
packet : "Heartbeat" ,
battery : batt,
softwareV : swv,
hardwareV : hwv,
workMode : wm,
posStrategy : ps,
heartbeatInterval : hiv,
uplinkInterval : uiv,
EventInterval : uiv,
sensors : sens,
sosMode : sosm
});
} else if (packetID == 5 ) {
const batt = bytes[ 1 ];
const wm = getWorkMode(bytes[ 2 ]);
const ps = getPosStrategy(bytes[ 3 ]);
const sm = bytes[ 4 ];
if (sm) {
sosm = "Continuous Mode";
} else if (sm === 0 ) {
sosm = "Single Mode";
}
Object.assign(decoded, {
packet : "Heartbeat" ,
battery : batt,
workMode : wm,
posStrategy : ps,
sosMode : sosm
});
} else if (packetID == 6 ) {
const sta = (bytes[ 1 ] << 16 | bytes[ 2 ] << 8 | bytes[ 3 ]);
const mcnt = bytes[ 4 ];
const utc = unixToDateTime(bytes[ 5 ] << 24 | bytes[ 6 ] << 16 | bytes[ 7 ] << 8 | bytes[ 8 ]);
const lon = (bytes[ 9 ] << 24 | bytes[ 10 ] << 16 | bytes[ 11 ] << 8 | bytes[ 12 ]) / 1000000 ;
const lat = (bytes[ 13 ] << 24 | bytes[ 14 ] << 16 | bytes[ 15 ] << 8 | bytes[ 16 ]) / 1000000 ;
const tmp = ((bytes[ 17 ] & 0x80 ? 0xFFFF << 16 : 0 ) | bytes[ 17 ] << 8 | bytes[ 18 ]) / 10 ;
const lgt = (bytes[ 19 ] << 8 | bytes[ 20 ]);
const batt = bytes[ 21 ];
Object.assign(decoded, {
packet : "GNSS Location & Sensor Data" ,
eventStatus : sta,
motionCount : mcnt,
utcTime : utc,
longitude : lon,
latitude : lat,
temperature : tmp,
light : lgt,
battery : batt
});
} else if (packetID == 9 ) {
const sta = (bytes[ 1 ] << 16 | bytes[ 2 ] << 8 | bytes[ 3 ]);
const mcnt = bytes[ 4 ];
const utc = unixToDateTime(bytes[ 5 ] << 24 | bytes[ 6 ] << 16 | bytes[ 7 ] << 8 | bytes[ 8 ]);
const lon = (bytes[ 9 ] << 24 | bytes[ 10 ] << 16 | bytes[ 11 ] << 8 | bytes[ 12 ]) / 1000000 ;
const lat = (bytes[ 13 ] << 24 | bytes[ 14 ] << 16 | bytes[ 15 ] << 8 | bytes[ 16 ]) / 1000000 ;
const batt = bytes[ 17 ];
Object.assign(decoded, {
packetType : "GNSS Location" ,
eventStatus : sta,
motionCount : mcnt,
utcTime : utc,
longitude : lon,
latitude : lat,
battery : batt
});
} else if (packetID == 0x11 ) {
const utc = unixToDateTime(bytes[ 5 ] << 24 | bytes[ 6 ] << 16 | bytes[ 7 ] << 8 | bytes[ 8 ]);
const batt = bytes[ 13 ];
if (bytes[ 11 ] != 0x80 && bytes[ 9 ] != 0x80 ) {
const tmp = ((bytes[ 9 ] & 0x80 ? 0xFFFF << 16 : 0 ) | bytes[ 9 ] << 8 | bytes[ 10 ]) / 10 ;
const lgt = (bytes[ 11 ] << 8 | bytes[ 12 ]);
Object.assign(decoded, {
packet : "Posing status",
utcTime : utc,
temperature : tmp,
light : lgt,
battery : batt
});
} else {
Object.assign(decoded, {
packet : "Posing status",
utcTime : utc,
battery : batt
});
}
} else if (packetID == 0x0D ) {
const ec = (bytes[ 1 ] << 24 | bytes[ 2 ] << 16 | bytes[ 3 ] << 8 | bytes[ 4 ]);
Object.assign(decoded, {
packet : "Positioning Timeout",
longitude : 0,
latitude : 0,
errorCode : ec
});
} else {
Object.assign(decoded, {
packetType : "unknown",
packetID : packetID
});
}
return {
data : decoded
}
}
function convertToDec(b) {
var return_value = parseInt (b, 16 );
return return_value;
}
function unixToDateTime(unixtime) {
var date = new Date (unixtime * 1000 );
var months = [ 'Jan' , 'Feb' , 'Mar' , 'Apr' , 'May' , 'Jun' , 'Jul' , 'Aug' , 'Sep' , 'Oct' , 'Nov' , 'Dec' ];
var hours = date.getHours();
var minutes = "0" + date.getMinutes();
var seconds = "0" + date.getSeconds();
var year = date.getFullYear();
var month = months[date.getMonth()];
var day = date.getDate();
var DateTime = day + '-' + month + '-' + year + ' ' + hours + ':' + minutes.substr( - 2 ) + ':' + seconds.substr( - 2 );
return DateTime;
}
function getPosStrategy(ps) {
var psText = "" ;
switch (ps) {
case 0 :
psText = "Only GNSS";
break ;
case 1 :
psText = "Only WiFi";
break ;
case 2 :
psText = "WiFi + GNSS";
break ;
case 3 :
psText = "GNSS + WiFi";
break ;
case 4 :
psText = "Only Bluetooth";
break ;
case 5 :
psText = "Bluetooth + WiFi";
break ;
case 6 :
psText = "Bluetooth + GNSS";
break ;
case 7 :
psText = "Bluetooth + WiFi + GNSS";
break ;
default :
psText = "unknown";
}
return psText;
}
function getWorkMode(wm) {
var wmText = "" ;
switch (wm) {
case 0 :
wmText = "Standby Mode";
break ;
case 1 :
wmText = "Periodic Mode";
break ;
case 2 :
wmText = "Event Mode";
break ;
default :
wmText = "unknown";
}
return wmText;
}
function bytes2HexString (arrBytes) {
var str = ''
for (var i = 0; i < arrBytes.length; i++) {
var tmp
var num = arrBytes[i]
if (num < 0) {
tmp = (255 + num + 1).toString(16)
} else {
tmp = num.toString(16)
}
if (tmp.length === 1) {
tmp = '0' + tmp
}
str += tmp
}
return str
}
I cleaned up the example above a little bit. Also make sure the TTN End Device Type is NOT Sensecap.
Thank you. That worked for me. Now I can see the information sent by the tracker.
I use this automation to display the tracker on the map:
alias: Update T1000 Tracker Location
description: ""
triggers:
- entity_id:
- sensor.t1000a_latitude
- sensor.t1000a_longitude
trigger: state
conditions: []
actions:
- data:
dev_id: t1000_tracker
gps:
- "{{ states('sensor.t1000a_latitude') | float }}"
- "{{ states('sensor.t1000a_longitude') | float }}"
gps_accuracy: 10
host_name: T1000 Tracker
action: device_tracker.see
mode: single
There hasn't been any activity on this issue recently. Due to the high number of incoming GitHub notifications, we have to clean some of the old issues, as many of them have already been resolved with the latest updates. Please make sure to update to the latest Home Assistant version and check if that solves the issue. Let us know if that works for you by adding a comment 👍 This issue has now been marked as stale and will be closed if no further activity occurs. Thank you for your contributions.