The ABRP credentials are long to type on the car. "Enter on phone" (Live data tab, and Settings next to the charging price) shows a QR code; it opens a form on the server where the phone sends the ABRP API key and user token, charging price and usable capacity, confirmed with the approval password. The car polls with its own token and collects the values once, then saves them through the same checks as the fields on screen. Same device-flow shape as pairing. The server keeps the values in memory only, at most ten minutes, hands them out once with no-store, and never logs them or puts them back into the page; a paired token only reaches its own installation's request. Pairing's QR dialog is now shared (PhoneQrDialog), and the phone pages share one stylesheet. The config file also takes charging_price and usable_kwh. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01QLJfZQZeAKAwSqViTmLzki
148 lines
6.0 KiB
Groovy
148 lines
6.0 KiB
Groovy
plugins {
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alias(libs.plugins.android.application)
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}
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android {
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namespace 'com.evsuite.abrp'
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compileSdk {
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version = release(36) {
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minorApiLevel = 1
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}
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}
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// Signature de l'APK — rien à voir avec la clé d'API ABRP de l'utilisateur.
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// Ces valeurs servent UNIQUEMENT au build : elles prouvent que l'APK vient bien de
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// nous et n'entrent jamais dans l'application. La clé d'API et le token ABRP, eux,
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// sont saisis dans l'app et stockés chiffrés sur l'appareil (voir SecurePrefs).
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//
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// Un keystore contient plusieurs clés : SIGNING_STORE_PASSWORD ouvre le conteneur,
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// SIGNING_KEY_ALIAS choisit la clé, SIGNING_KEY_PASSWORD ouvre cette clé-là.
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// Lues depuis l'environnement (CI) ou gradle.properties local — JAMAIS commitées.
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def keystorePath = System.getenv("SIGNING_KEYSTORE") ?: project.findProperty("signing.keystore")
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signingConfigs {
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if (keystorePath != null && file(keystorePath).exists()) {
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platform {
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storeFile file(keystorePath)
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storePassword System.getenv("SIGNING_STORE_PASSWORD") ?: project.findProperty("signing.store.password")
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keyAlias System.getenv("SIGNING_KEY_ALIAS") ?: project.findProperty("signing.key.alias") ?: "platform"
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keyPassword System.getenv("SIGNING_KEY_PASSWORD") ?: project.findProperty("signing.key.password")
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}
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}
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}
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defaultConfig {
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applicationId "com.stinnesbeck.nilsmg4"
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minSdk 27
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targetSdk 36
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versionCode 75
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versionName "2.12.0"
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// Nothing about the server ships in the APK: its URL and ingest token are entered in
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// the app's Server tab (ServerConfig), and the database is only reachable by the server.
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testInstrumentationRunner "androidx.test.runner.AndroidJUnitRunner"
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}
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// null quand aucun keystore n'est configuré : le build reste possible sur une
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// machine sans secrets (APK non signé), au lieu d'échouer.
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def platformSigning = signingConfigs.findByName("platform")
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// Deux canaux de distribution :
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// - stable : diffusé en release taguée, AUCUN auto-update. L'utilisateur installe
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// lui-même ; rien dans l'app ne va chercher un APK.
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// - unstable : pré-releases publiées à chaque push sur master, avec OTA pour que les testeurs
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// soient à jour sans manipulation. Installable à côté du stable.
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flavorDimensions += "channel"
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productFlavors {
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stable {
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dimension "channel"
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buildConfigField "boolean", "OTA_ENABLED", "false"
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}
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unstable {
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dimension "channel"
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applicationIdSuffix ".unstable"
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// Three-part versions, the same as defaultConfig ("2.8.1-unstable"). Upstream added
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// a fourth part for its CI build number; there is no CI here and the OTA updater is
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// off. The version code keeps upstream's x100000 so it never drops below codes
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// already installed on the car (2.8.0.0 was 6600000): a lower code is a downgrade,
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// which the installer refuses.
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versionCode defaultConfig.versionCode * 100000
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versionName defaultConfig.versionName
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versionNameSuffix "-unstable"
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buildConfigField "boolean", "OTA_ENABLED", "true"
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}
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}
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buildTypes {
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debug {
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if (platformSigning != null) signingConfig platformSigning
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}
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release {
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// [T-918] R8 enabled. CarPropertyAdapter reaches the car purely by
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// reflection, so proguard-rules.pro must keep those targets; a release build
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// needs an on-vehicle check of the car reads before it ships.
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minifyEnabled true
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if (platformSigning != null) signingConfig platformSigning
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proguardFiles getDefaultProguardFile('proguard-android-optimize.txt'), 'proguard-rules.pro'
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}
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}
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// BuildConfig.DEBUG gates the debug-only logging (T-912).
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buildFeatures {
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buildConfig true
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}
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lint {
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abortOnError true
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checkReleaseBuilds true
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warningsAsErrors false
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}
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compileOptions {
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sourceCompatibility JavaVersion.VERSION_11
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targetCompatibility JavaVersion.VERSION_11
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}
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}
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// The version build-car puts in the APK's file name ("NilsMG4-unstable-2.8.1.apk"), which
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// is also the name the OTA updater reads a release's version from.
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tasks.register('printUnstableVersion') {
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doLast {
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println android.defaultConfig.versionName
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}
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}
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// Nomme les APK par canal pour que les artefacts de release soient lisibles.
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androidComponents {
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onVariants(selector().all()) { variant ->
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variant.outputs.each { output ->
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if (variant.buildType == "release") {
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// Le canal unstable garde un nom de fichier stable : l'updater identifie
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// la version par le tag de la pré-release, jamais par le nom d'APK.
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output.outputFileName.set(variant.flavorName == "unstable"
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? "NilsMG4-unstable.apk"
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: "NilsMG4-${variant.flavorName}-${output.versionName.get()}.apk")
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} else {
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// Debug builds: NilsMG4-stable-debug.apk, NilsMG4-unstable-debug.apk.
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output.outputFileName.set("NilsMG4-${variant.flavorName}-${variant.buildType}.apk")
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}
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}
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}
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}
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dependencies {
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implementation project(':evhardware')
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implementation libs.appcompat
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implementation libs.material
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implementation libs.activity
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implementation libs.constraintlayout
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implementation libs.viewpager2
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implementation libs.security.crypto
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implementation 'com.google.zxing:core:3.5.3'
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// android.jar's org.json is a stub in unit tests; the real implementation lets the
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// telemetry payload tests parse what the app actually builds.
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testImplementation libs.junit
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testImplementation libs.json
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androidTestImplementation libs.ext.junit
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androidTestImplementation libs.espresso.core
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}
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