Skip to content

Instantly share code, notes, and snippets.

@mountbatt
Last active October 4, 2024 08:16
Show Gist options
  • Save mountbatt/772e4512089802a2aa2622058dd1ded7 to your computer and use it in GitHub Desktop.
Save mountbatt/772e4512089802a2aa2622058dd1ded7 to your computer and use it in GitHub Desktop.
Scriptable iOS widget that displays the status of your Renault ZOE (or Megane, Dacia Spring) on your iPhone and iPad.
// Variables used by Scriptable.
// These must be at the very top of the file. Do not edit.
// icon-color: light-gray; icon-glyph: car;
// version 2024-04-19
// latest changes:
// new kameron api key
// added language strings so you can translate it by yourself!
// add your my-renault account data:
// let myRenaultUser = "user" // email
// let myRenaultPass = "pass" // password
let myRenaultUser = "your_email" // email
let myRenaultPass = "your_password" // password
// set your ZOE Model (Phase 1 or 2) // bitte eingeben!
let ZOE_Phase = "2" // "1" or "2"
// set your battery size in kWh // bitte eingeben!
let ZOE_Battery = "52" // "52" or "41" or "22" or "21"
// should we use apple-maps or google maps?
let mapProvider = "apple" // "apple" or "google"
// optional:
// change that number to eg. 2 if you want to select an another car from your account.
// 1 is the first car, 2 will be the second.
let carNumber = 1;
// optional
// account number
// if you have problems with accessing the data, try to change this number from 0 to 1
let accountNumber = 0;
// enter your VIN / FIN if you have any problems
// leave it empty if everything works // leer lassen, wenn alles läuft
let VIN = "" // starts with VF1... enter like this: "VF1XXXXXXXXX"
// Language Strings
// GERMAN / DEUTSCH
let text_ladestand = "Ladestand"
let text_reichweite = "Reichweite"
let text_restenergie = "Restenergie"
let text_kilometerstand = "Kilometerstand"
let text_position = "Position"
let text_klimatisierung = "Klimatisierung"
let text_karte_oeffnen = "➤ Karte öffnen"
let text_starten = "➤ Starten"
let text_stoppen = "➤ Stoppen"
let text_wird_geladen = "⚡ Wird geladen …"
let text_gekoppelt = "🟢 Gekoppelt"
let text_entkoppelt = "⚫ Entkoppelt"
let text_laden_starten = "➤ Laden starten"
let text_akkutemp = "Akkutemp."
/*
// ENGLISH
let text_ladestand = "Charge level"
let text_reichweite = "Range"
let text_restenergie = "Remaining energy"
let text_kilometerstand = "Mileage"
let text_position = "Position"
let text_klimatisierung = "Climate control"
let text_karte_oeffnen = "➤ Open map"
let text_starten = "➤ Start"
let text_stoppen = "➤ Stop"
let text_wird_geladen = "⚡ Charging..."
let text_gekoppelt = "🟢 Connected"
let text_entkoppelt = "⚫ Disconnected"
let text_laden_starten = "➤ Start charging"
let text_akkutemp = "Battery temp."
*/
/*
// FRENCH:
let text_ladestand = "Niveau de charge"
let text_reichweite = "Autonomie"
let text_restenergie = "Énergie restante"
let text_kilometerstand = "Kilométrage"
let text_position = "Position"
let text_klimatisierung = "Climatisation"
let text_karte_oeffnen = "➤ Ouvrir la carte"
let text_starten = "➤ Démarrer"
let text_stoppen = "➤ Arrêter"
let text_wird_geladen = "⚡ En charge ..."
let text_gekoppelt = "🟢 Connecté"
let text_entkoppelt = "⚫ Déconnecté"
let text_laden_starten = "➤ Démarrer la charge"
let text_akkutemp = "Temp. de la batterie"
*/
// do not edit
let kamareonURL = "https://api-wired-prod-1-euw1.wrd-aws.com"
let kamareonAPI = "YjkKtHmGfaceeuExUDKGxrLZGGvtVS0J"
let gigyaURL = "https://accounts.eu1.gigya.com"
let gigyaAPI = "3_7PLksOyBRkHv126x5WhHb-5pqC1qFR8pQjxSeLB6nhAnPERTUlwnYoznHSxwX668" // austria: "3__B4KghyeUb0GlpU62ZXKrjSfb7CPzwBS368wioftJUL5qXE0Z_sSy0rX69klXuHy"
const timenow = new Date().toJSON().slice(0, 13).replace(/-/g, '').replace(/T/g, '-') //20201028-14 (14 = hour)
// clear everything from keychain if we are on an other day
if (Keychain.contains('lastJWTCall') && Keychain.get('lastJWTCall') != timenow) {
clearKeychain()
//console.log("Keychain cleared")
}
// clear keychain, if script gets called with action parameters (to get new tokens)
if (args.queryParameters.action != "") {
clearKeychain()
//console.log("Keychain cleared cause of action parameters")
}
function clearKeychain() {
if (Keychain.contains('VIN')) { Keychain.remove('VIN') }
if (Keychain.contains('carPicture')) { Keychain.remove('carPicture') } // enable if picture is wrong
if (Keychain.contains('account_id')) { Keychain.remove('account_id') }
if (Keychain.contains('gigyaJWTToken')) { Keychain.remove('gigyaJWTToken') }
if (Keychain.contains('gigyaCookieValue')) { Keychain.remove('gigyaCookieValue') }
if (Keychain.contains('gigyaPersonID')) { Keychain.remove('gigyaPersonID') }
}
if (VIN && VIN != "") {
Keychain.set('VIN', VIN)
}
const widget = new ListWidget()
await createWidget()
// used for debugging if script runs inside the app
if (!config.runsInWidget) {
await widget.presentMedium()
}
Script.setWidget(widget)
Script.complete()
// build the widget
async function createWidget(items) {
// get all data in a single variable
const data = await getData()
console.log(data)
//widget.refreshAfterDate = new Date(Date.now() + 300) // dont know if this works
widget.setPadding(10, 0, 10, 20)
const wrap = widget.addStack()
wrap.layoutHorizontally()
wrap.topAlignContent()
wrap.spacing = 15
const column0 = wrap.addStack()
column0.layoutVertically()
if (data.carPicture) {
const icon = await getImage("my-renault-car-" + VIN + ".png", data.carPicture)
//console.log("getting my-renault-car-"+VIN+".png")
//console.log("current icon: " + data.carPicture)
let CarStack = column0.addStack()
let iconImg = CarStack.addImage(icon)
// simple hack if we have a phase 1 model (no location data & no hvac-status available) – resize car-image
// not the smartest solution - but i try to check if the results show only 1 column.
// if column2 is empty, we have to resizes the car-image for better styling
if (typeof(data.locationStatus) == 'undefined' && typeof(data.hvacStatus) == 'undefined') {
iconImg.imageSize = new Size(130, 73)
}
}
column0.addSpacer(8)
if (typeof(data.batteryStatus) != 'undefined') {
let plugIcon
let plugStateLabel
let plugStateUrl
let scriptName = encodeURIComponent(Script.name())
const PlugWrap = column0.addStack()
PlugWrap.layoutHorizontally()
//PlugWrap.setPadding(0,15,0,15)
if (data.batteryStatus.attributes.plugStatus != 1) {
//plugIcon = await getImage("zoe-plug-off.png", "")
plugStateLabel = text_entkoppelt
} else {
//plugIcon = await getImage("zoe-plug-on.png", "")
plugStateLabel = text_gekoppelt
}
if (data.batteryStatus.attributes.chargingStatus == "1.0") {
plugStateLabel = text_wird_geladen
}
if (data.batteryStatus.attributes.plugStatus == 1 && data.batteryStatus.attributes.chargingStatus == "0") {
plugStateLabel = text_laden_starten
plugStateUrl = `scriptable:///run?scriptName=${scriptName}&action=start_charge`;
}
const PlugText = PlugWrap.addStack()
PlugText.setPadding(0, 10, 0, 0)
PlugText.layoutVertically()
plugStateLabel = PlugText.addText(plugStateLabel)
plugStateLabel.font = Font.regularSystemFont(10)
plugStateLabel.url = plugStateUrl
PlugText.addSpacer(6)
if (data.batteryStatus.attributes.chargingStatus == "1.0") { // must be 1.0, debug = 0
// (Akku minus verf. Energie) geteilt durch Restzeit = Ladegeschwindigkeit (by Marc)
let batteryAvailableEnergy = data.batteryStatus.attributes.batteryAvailableEnergy;
let chargingInstantaneousPower = data.batteryStatus.attributes.chargingInstantaneousPower
chargingInstantaneousPower = Math.round(chargingInstantaneousPower)
// check if the numbers are in Watt or kW
if (chargingInstantaneousPower > 150) {
// if over 200, we believe the value is in watt :-)
chargingInstantaneousPower = chargingInstantaneousPower / 1000
}
//console.log('chargingInstantaneousPower: ' + chargingInstantaneousPower)
chargingInstantaneousPower = Math.round(chargingInstantaneousPower).toLocaleString()
//console.log('chargingInstantaneousPower rounded: ' + chargingInstantaneousPower)
let chargingPower = chargingInstantaneousPower
if (ZOE_Battery) {
chargingPower = (ZOE_Battery - batteryAvailableEnergy) / (data.batteryStatus.attributes.chargingRemainingTime / 60)
//console.log("chargingPower calculated: " + chargingPower);
chargingPower = chargingPower.toFixed(1).toLocaleString()
}
//console.log('chargingPower final result: ' + chargingPower)
let chargingRemainingTime = time_convert(data.batteryStatus.attributes.chargingRemainingTime)
chargingRemainingTimeString = " | " + chargingRemainingTime + " h"
chargeStateLabel = " " + chargingPower + " kW" + chargingRemainingTimeString
chargeStateLabel = PlugText.addText(chargeStateLabel)
chargeStateLabel.font = Font.regularSystemFont(10)
PlugText.addSpacer(2)
}
}
const column1 = wrap.addStack()
column1.layoutVertically()
//column1.addSpacer(3)
// simple quota-limit check:
// (battery status is the first request – if it reports nothing, we can be sure, that there will be no other data available at the moment)
if (!data.batteryStatus || typeof(data.batteryStatus) == "undefined") {
if (config.runsInWidget) { // only in widget
throw new Error('Quota Limit! – Datenabruf zur Zeit nicht möglich. Später nochmals versuchen oder bei Renault beschweren.')
} else {
console.log('Quota Limit! – Datenabruf zur Zeit nicht möglich. Später nochmals versuchen oder bei Renault beschweren.')
}
}
if (typeof(data.batteryStatus) != 'undefined') {
let BatteryStack = column1.addStack()
BatteryStack.layoutVertically()
const batteryStatusLabel = BatteryStack.addText(text_ladestand)
batteryStatusLabel.font = Font.mediumSystemFont(12)
const batteryStatusVal = BatteryStack.addText(data.batteryStatus.attributes.batteryLevel.toString() + " %")
batteryStatusVal.font = Font.boldSystemFont(16)
column1.addSpacer(10)
// push Message if maxSoC reachead
/* under development! */
/*
let maxSoC = 62
// if(batteryStatusVal == maxSoC && data.batteryStatus.attributes.chargingStatus != "-1.0"){
const delaySeconds = 1;
let currentDate = new Date;
let newDate = new Date(currentDate.getTime() + (delaySeconds * 1000));
chargeFull = new Notification()
chargeFull.identifier = "maxSoCReached"
chargeFull.title = "🔋 Geladen"
chargeFull.body = "Die Batterie Deines Fahrzeugs wurde zu " + maxSoC + " % geladen!"
chargeFull.sound = "complete"
chargeFull.setTriggerDate(newDate);
chargeFull.schedule()
// } */
}
if (typeof(data.batteryStatus) != 'undefined') {
let RangeStack = column1.addStack()
RangeStack.layoutVertically()
const RangeStatusLabel = RangeStack.addText(text_reichweite)
RangeStatusLabel.font = Font.mediumSystemFont(12)
const RangeStatusVal = RangeStack.addText(data.batteryStatus.attributes.batteryAutonomy.toString() + " km")
RangeStatusVal.font = Font.boldSystemFont(16)
column1.addSpacer(10)
}
if (ZOE_Phase == 1 && typeof(data.batteryStatus) != 'undefined') {
if (typeof(data.batteryStatus.attributes.batteryTemperature) != 'undefined') {
let TempStack = column1.addStack()
TempStack.layoutVertically()
const TempStatusLabel = TempStack.addText(text_akkutemp)
TempStatusLabel.font = Font.mediumSystemFont(12)
const TempStatusVal = TempStack.addText(data.batteryStatus.attributes.batteryTemperature.toString() + " °C")
TempStatusVal.font = Font.boldSystemFont(16)
}
}
if (ZOE_Phase == 2 && typeof(data.batteryStatus) != 'undefined') {
if (typeof(data.batteryStatus.attributes.batteryAvailableEnergy) != 'undefined') {
let AvEnergyStack = column1.addStack()
AvEnergyStack.layoutVertically()
const AvEnergyStatusLabel = AvEnergyStack.addText(text_restenergie)
AvEnergyStatusLabel.font = Font.mediumSystemFont(12)
const AvEnergyStatusVal = AvEnergyStack.addText(data.batteryStatus.attributes.batteryAvailableEnergy.toString() + " kWh")
AvEnergyStatusVal.font = Font.boldSystemFont(16)
}
}
const column2 = wrap.addStack()
column2.layoutVertically()
//column2.addSpacer(3)
if (typeof(data.cockpitStatus) != 'undefined') {
let MileageStack = column2.addStack()
MileageStack.layoutVertically()
const MileageStatusLabel = MileageStack.addText(text_kilometerstand)
MileageStatusLabel.font = Font.mediumSystemFont(12)
let mileage = Math.round(data.cockpitStatus.attributes.totalMileage).toLocaleString()
const MileageStatusVal = MileageStack.addText(mileage.toString() + " km")
MileageStatusVal.font = Font.boldSystemFont(16)
column2.addSpacer(10)
}
if (typeof(data.locationStatus) != 'undefined') {
let LocationStack = column2.addStack()
LocationStack.spacing = 2
LocationStack.layoutVertically()
const LocationLabel = LocationStack.addText(text_position)
LocationLabel.font = Font.mediumSystemFont(12)
const LocationVal = LocationStack.addText(text_karte_oeffnen)
LocationVal.font = Font.boldSystemFont(12)
if (mapProvider == "google") {
// https://www.google.com/maps/search/?api=1&query=58.698017,-152.522067
LocationVal.url = "https://www.google.com/maps/search/?api=1&query=" + data.locationStatus.attributes.gpsLatitude + "," + data.locationStatus.attributes.gpsLongitude
} else {
// fallback to apple…
// http://maps.apple.com/?ll=50.894967,4.341626
LocationVal.url = "http://maps.apple.com/?q=ZOE&ll=" + data.locationStatus.attributes.gpsLatitude + "," + data.locationStatus.attributes.gpsLongitude
}
//LocationStack.addSpacer(0.5)
column2.addSpacer(12)
}
//if(typeof(data.hvacStatus) != 'undefined'){ // we have to uncomment this later!
let AcStack = column2.addStack()
AcStack.spacing = 2
AcStack.layoutVertically()
const AcLabel = AcStack.addText(text_klimatisierung)
AcLabel.font = Font.mediumSystemFont(12)
// create a self-opening url to run the start_ac function
// could be nicer, but seems to work at the moment.
let scriptName = encodeURIComponent(Script.name())
let AcVal
let ac_url
if (args.queryParameters.action == 'start_ac') {
AcVal = AcStack.addText(text_stoppen)
ac_url = `scriptable:///run?scriptName=${scriptName}&action=stop_ac`;
} else {
AcVal = AcStack.addText(text_starten)
ac_url = `scriptable:///run?scriptName=${scriptName}&action=start_ac`;
}
AcVal.font = Font.boldSystemFont(12)
AcVal.url = ac_url
//} // we have to uncomment this later!
}
// fetch all data
async function getData() {
// we are going now a long way through multiple servers to get access to our data
// 1. fetch session and user data from gigya
let gigyaCookieValue
let gigyaPersonID
if (Keychain.contains('gigyaCookieValue') && Keychain.get('gigyaCookieValue') != "") {
gigyaCookieValue = Keychain.get('gigyaCookieValue')
}
//console.log('gigyaCookieValue (from keychain): ' + gigyaCookieValue)
if (Keychain.contains('gigyaPersonID') && Keychain.get('gigyaPersonID') != "") {
gigyaPersonID = Keychain.get('gigyaPersonID')
}
//console.log('gigyaPersonID (from keychain): ' + gigyaPersonID)
if (gigyaCookieValue == "" || gigyaPersonID == "" ||
typeof(gigyaCookieValue) == "undefined" || typeof(gigyaPersonID) == "undefined") {
let url = gigyaURL + '/accounts.login?loginID=' + encodeURIComponent(myRenaultUser) + '&password=' + encodeURIComponent(myRenaultPass) + '&include=data&apiKey=' + gigyaAPI
let req = new Request(url)
let apiResult = await req.loadString()
apiResult = JSON.parse(apiResult)
//console.log("1.: " + apiResult.statusCode)
if (apiResult.statusCode == "403") {
let loginMessage = "Login nicht möglich. Zugangsdaten prüfen."
throw new Error(loginMessage);
} else {
gigyaCookieValue = apiResult.sessionInfo.cookieValue
gigyaPersonID = apiResult.data.personId
Keychain.set('gigyaCookieValue', gigyaCookieValue)
Keychain.set('gigyaPersonID', gigyaPersonID)
//console.log('gigyaCookieValue (new generated): ' + gigyaCookieValue)
//console.log('gigyaPersonID (new generated): ' + gigyaPersonID)
}
}
// 2. fetch JWT data from gigya
// renew gigyaJWTToken once a day
if (Keychain.contains('lastJWTCall') == false) {
Keychain.set('lastJWTCall', 'never')
}
let gigyaJWTToken
if (Keychain.contains('gigyaJWTToken')) {
gigyaJWTToken = Keychain.get('gigyaJWTToken')
}
//console.log('gigyaJWTToken (from keychain): ' + gigyaJWTToken)
if (gigyaJWTToken == "" || typeof(gigyaJWTToken) == "undefined") {
let expiration = 87000
url = gigyaURL + '/accounts.getJWT?oauth_token=' + gigyaCookieValue + '&login_token=' + gigyaCookieValue + '&expiration=' + expiration + '&fields=data.personId,data.gigyaDataCenter&ApiKey=' + gigyaAPI
req = new Request(url)
apiResult = await req.loadString()
apiResult = JSON.parse(apiResult)
//console.log("3.: " + apiResult.statusCode)
gigyaJWTToken = apiResult.id_token
Keychain.set('gigyaJWTToken', gigyaJWTToken)
//console.log('gigyaJWTToken (new generated): ' + gigyaJWTToken)
const callDate = new Date().toJSON().slice(0, 13).replace(/-/g, '').replace(/T/g, '-')
Keychain.set('lastJWTCall', callDate)
//console.log('lastJWTCall (new generated): ' + callDate)
}
// 3. fetch data from kamereon (person)
// if not in Keychain (we try to avoid quota limits here)
let account_id
if (Keychain.contains('account_id')) {
account_id = Keychain.get('account_id')
}
//console.log('account_id (from keychain): ' + account_id)
if (account_id == "" || typeof(account_id) == "undefined") {
url = kamareonURL + '/commerce/v1/persons/' + gigyaPersonID + '?country=DE'
req = new Request(url)
req.method = "GET"
req.headers = { "x-gigya-id_token": gigyaJWTToken, "apikey": kamareonAPI }
apiResult = await req.loadString()
//console.log("4.: " + apiResult)
apiResult = JSON.parse(apiResult)
if (apiResult.type == "FUNCTIONAL") {
let quotaMessage = apiResult.messages[0].message + " – Login derzeit nicht möglich. Später nochmal versuchen."
throw new Error(quotaMessage);
} else {
account_id = apiResult.accounts[accountNumber].accountId
Keychain.set('account_id', account_id)
//console.log('account_id (new generated): ' + account_id)
}
}
// 4. fetch data from kamereon (all vehicles data)
// we need this only once to get the picture of the car and the VIN!
let carPicture
if (Keychain.contains('carPicture')) {
carPicture = Keychain.get('carPicture')
}
//console.log('carPicture (from keychain): ' + carPicture)
if (Keychain.contains('VIN') && Keychain.get('VIN') != "") {
VIN = Keychain.get('VIN')
}
//console.log('VIN (from keychain): ' + VIN)
if (carPicture == "" || typeof(carPicture) == "undefined" || VIN == "" || typeof(VIN) == "undefined") {
url = kamareonURL + '/commerce/v1/accounts/' + account_id + '/vehicles?country=DE'
req = new Request(url)
req.method = "GET"
req.headers = { "x-gigya-id_token": gigyaJWTToken, "apikey": kamareonAPI }
apiResult = await req.loadString()
apiResult = JSON.parse(apiResult)
if (carNumber == "") { // fallback
carNumber = 0;
}
// set correct carNumber to array (starts with 0)
carNumber = carNumber - 1;
//console.log("carNumber: " + carNumber)
// set carPicture
carPicture = await apiResult.vehicleLinks[carNumber].vehicleDetails.assets[0].renditions[0].url
Keychain.set('carPicture', carPicture)
//console.log('carPicture (new): ' + carPicture)
// set VIN
if (VIN == "" || typeof(VIN) == "undefined") {
VIN = apiResult.vehicleLinks[carNumber].vin
Keychain.set('VIN', VIN)
//console.log('VIN (new generated): ' + VIN)
}
}
// log all vehicle data:
// console.log(apiResult.vehicleLinks)
// NOW WE CAN READ AND SET EVERYTHING INTO AN OBJECT:
const allResults = {};
// real configurator picture of the vehicle
// old call: let carPicture = allVehicleData.vehicleLinks[0].vehicleDetails.assets[0].renditions[0].url // renditions[0] = large // renditions[1] = small image
allResults["carPicture"] = carPicture
// batteryStatus
// version: 2
// batteryLevel = Num (percentage)
// plugStatus = bolean (0/1)
// chargeStatus = bolean (0/1) (?)
let batteryStatus = await getStatus('battery-status', 2, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
allResults["batteryStatus"] = batteryStatus
// cockpitStatus
// version: 2
// totalMileage = Num (in Kilometres!)
let cockpitStatus = await getStatus('cockpit', 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
allResults["cockpitStatus"] = cockpitStatus
// locationStatus
// version: 1
// gpsLatitude
// gpsLongitude
// LastUpdateTime
let locationStatus = await getStatus('location', 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
allResults["locationStatus"] = locationStatus
// chargeSchedule
// note: unused at the moment!
// version: 1
let chargeSchedule = await getStatus('charging-settings', 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
allResults["chargeSchedule"] = chargeSchedule
// hvacStatus
// version: 1
let hvacStatus = await getStatus('hvac-status', 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
allResults["hvacStatus"] = hvacStatus
//console.log('hvacStatus: ' + hvacStatus)
// query parameter / args
// if query action = "start_ac" we start "vorklimatisierung"
// default temperature will be 21°C
let query_action = args.queryParameters.action
if (query_action == "start_ac") {
let attr_data = '{"data":{"type":"HvacStart","attributes":{"action":"start","targetTemperature":"21"}}}'
let action = await postStatus('hvac-start', attr_data.toString(), 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
//console.log("start_ac_action: " + action)
//throw new Error(action)
}
if (query_action == "stop_ac") {
let attr_data = '{"data":{"type":"HvacStart","attributes":{"action":"cancel"}}}'
let action = await postStatus('hvac-start', attr_data.toString(), 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
//console.log("stop_ac_action: " + action)
}
if (query_action == "start_charge") {
let attr_data = '{"data":{"type":"ChargingStart","attributes":{"action":"start"}}}'
let action = await postStatus('charging-start', attr_data.toString(), 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI)
console.log("start_charge_action: " + action)
}
//console.log(allResults)
// return array
return allResults
}
// general function to get status-values from our vehicle
async function getStatus(endpoint, version = 1, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI) {
// fetch data from kamereon (single vehicle)
url = kamareonURL + '/commerce/v1/accounts/' + account_id + '/kamereon/kca/car-adapter/v' + version + '/cars/' + VIN + '/' + endpoint + '?country=DE'
req = new Request(url)
req.method = "GET"
req.headers = { "x-gigya-id_token": gigyaJWTToken, "apikey": kamareonAPI, "Content-type": "application/vnd.api+json" }
apiResult = await req.loadString()
if (req.response.statusCode == 200) {
apiResult = JSON.parse(apiResult)
}
return apiResult.data
console.log(apiResult.data)
}
// general function to POST status-values to our vehicle
async function postStatus(endpoint, jsondata, version, kamareonURL, account_id, VIN, gigyaJWTToken, kamareonAPI) {
url = kamareonURL + '/commerce/v1/accounts/' + account_id + '/kamereon/kca/car-adapter/v' + version + '/cars/' + VIN + '/actions/' + endpoint + '?country=DE'
request = new Request(url)
request.method = "POST"
request.body = jsondata
request.headers = { "x-gigya-id_token": gigyaJWTToken, "apikey": kamareonAPI, "Content-type": "application/vnd.api+json" }
apiResult = await request.loadString()
//console.log(apiResult)
//debug:
// throw new Error(url)
let pushBody
let sound
if (request.response.statusCode == 200) {
pushBody = "Die Übermittlung des Befehls war erfolgreich."
sound = "piano_success"
} else {
pushBody = "Es ist ein Fehler beim Senden des Befehls aufgetreten. Keine Verbindung. Code:" + request.response.statusCode
sound = "piano_error"
}
pushMessage = new Notification()
pushMessage.identifier = "zoePostStatus"
if (endpoint == "hvac-start") {
pushMessage.title = "Kommando an Klimaanlage gesendet"
}
if (endpoint == "charge-start") {
pushMessage.title = "Kommando an Ladeanlage gesendet"
}
//pushMessage.title = "Befehl gesendet"
pushMessage.body = pushBody
pushMessage.sound = sound
//pushMessage.setTriggerDate(newDate);
pushMessage.schedule()
return apiResult
}
function time_convert(num) {
var hours = Math.floor(num / 60);
var minutes = num % 60;
return hours + ":" + minutes;
}
// get images from local filestore or download them once
// this part is inspired by the dm-toilet-paper widget
// credits: https://gist.github.com/marco79cgn
async function getImage(image, imgUrl) {
let fm = FileManager.local()
let dir = fm.documentsDirectory()
let path = fm.joinPath(dir, image)
if (fm.fileExists(path)) {
return fm.readImage(path)
//fm.remove(path)
} else {
// download once
let imageUrl
switch (image) {
case 'my-renault-car-' + VIN + '.png':
imageUrl = imgUrl
break
default:
//console.log(`Sorry, couldn't find ${image}.`);
}
if (imageUrl) {
let iconImage = await loadImage(imageUrl)
fm.writeImage(path, iconImage)
return iconImage
}
}
}
// helper function to download an image from a given url
async function loadImage(imgUrl) {
const req = new Request(imgUrl)
return await req.loadImage()
}
// end of script
@ionutze
Copy link

ionutze commented Apr 18, 2024

It no longer displays km and kw.
Uploading IMG_0934.jpeg…

@epenet
Copy link

epenet commented Apr 18, 2024

For the cockpit information / mileage, see hacf-fr/renault-api#1145

@mountbatt
Copy link
Author

I released a small Update!
@ionutze @epenet
Renault switched the endpoint "cockpit" from version 2 to 1.

https://gist.github.com/mountbatt/772e4512089802a2aa2622058dd1ded7?permalink_comment_id=3504088#gistcomment-3504088

@ionutze
Copy link

ionutze commented Apr 22, 2024

IMG_0998

@mountbatt
Copy link
Author

@ionutze try to set your carNumber in code

@ionutze
Copy link

ionutze commented Apr 27, 2024

Energy in kWh no longer displays it.

@db-EV
Copy link

db-EV commented Apr 28, 2024

Actually not transmitted by Renault API. We will see if batteryAvailableEnergy is getting available again.

@ionutze
Copy link

ionutze commented Jun 9, 2024

De fapt, nu este transmis de Renault API. Vom vedea dacă batteryAvailableEnergy devine din nou disponibilă.

Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment