generate-all: Follow generate rules in config
This commit is contained in:
Danny Lin
parent
fbf3fc532e
commit
7f62b4cd24
2 changed files with 331 additions and 175 deletions
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@ -40,7 +40,7 @@ export interface BoardMakefile {
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abOtaPartitions?: Array<string>
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boardInfo?: string
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secontextResolutions?: SelinuxPartResolutions
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sepolicyResolutions?: SelinuxPartResolutions
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}
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export interface DeviceMakefile {
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@ -164,8 +164,8 @@ TARGET_COPY_OUT_ODM_DLKM := odm_dlkm`)
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blocks.push(`TARGET_BOARD_INFO_FILE := ${mk.boardInfo}`)
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}
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if (mk.secontextResolutions != undefined) {
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for (let [partition, {sepolicyDirs, missingContexts}] of mk.secontextResolutions.entries()) {
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if (mk.sepolicyResolutions != undefined) {
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for (let [partition, {sepolicyDirs, missingContexts}] of mk.sepolicyResolutions.entries()) {
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let partVar = SEPOLICY_PARTITION_VARS[partition]
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if (sepolicyDirs.length > 0) {
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addContBlock(blocks, partVar, sepolicyDirs)
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@ -1,27 +1,308 @@
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import { Command, flags } from '@oclif/command'
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import { promises as fs } from 'fs'
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import ora from 'ora'
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import path from 'path'
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import { flattenAllApexs } from '../blobs/apex'
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import { createVendorDirs, generateBuild, writeBuildFiles } from '../blobs/build'
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import { createVendorDirs, generateBuild, VendorDirectories, writeBuildFiles } from '../blobs/build'
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import { copyBlobs } from '../blobs/copy'
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import { BlobEntry } from '../blobs/entry'
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import { combinedPartPathToEntry, diffLists, listPart, serializeBlobList } from '../blobs/file_list'
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import { diffPartOverlays, parsePartOverlayApks, serializePartOverlays } from '../blobs/overlays'
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import { parsePresignedRecursive, updatePresignedBlobs } from '../blobs/presigned'
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import { diffPartitionProps, filterPartPropKeys, loadPartitionProps } from '../blobs/props'
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import { diffPartitionProps, loadPartitionProps, PartitionProps } from '../blobs/props'
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import { diffPartVintfManifests, loadPartVintfInfo, writePartVintfManifests } from '../blobs/vintf'
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import { findOverrideModules } from '../build/overrides'
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import { parseModuleInfo, removeSelfModules } from '../build/soong-info'
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import { loadDeviceConfig } from '../config/device'
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import { DeviceConfig, loadDeviceConfig } from '../config/device'
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import { filterKeys } from '../config/filters'
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import { parseSystemState, SystemState } from '../config/system-state'
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import { ANDROID_INFO, extractFactoryFirmware, generateAndroidInfo, writeFirmwareImages } from '../images/firmware'
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import { diffPartContexts, parseContextsRecursive, parsePartContexts, resolvePartContextDiffs, SelinuxContexts } from '../selinux/contexts'
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import { diffPartContexts, parseContextsRecursive, parsePartContexts, resolvePartContextDiffs, SelinuxContexts, SelinuxPartResolutions } from '../selinux/contexts'
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import { generateFileContexts } from '../selinux/labels'
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import { startActionSpinner, stopActionSpinner } from '../util/cli'
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import { readFile, withTempDir } from '../util/fs'
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import { withSpinner } from '../util/cli'
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import { readFile, TempState, withTempDir } from '../util/fs'
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import { ALL_SYS_PARTITIONS } from '../util/partitions'
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interface PropResults {
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stockProps: PartitionProps
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missingProps: PartitionProps
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fingerprint: string
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missingOtaParts: Array<string>
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}
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async function enumerateFiles(
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spinner: ora.Ora,
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namedEntries: Map<string, BlobEntry>,
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customState: SystemState | null,
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stockRoot: string,
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customRoot: string,
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) {
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for (let partition of ALL_SYS_PARTITIONS) {
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let filesRef = await listPart(partition, stockRoot)
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if (filesRef == null) continue
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let filesNew = customState != null ? customState.partitionFiles[partition] :
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await listPart(partition, customRoot)
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if (filesNew == null) continue
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let missingFiles = diffLists(filesNew, filesRef)
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for (let combinedPartPath of missingFiles) {
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let entry = combinedPartPathToEntry(partition, combinedPartPath)
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namedEntries.set(combinedPartPath, entry)
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}
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spinner.text = partition
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}
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}
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async function resolveOverrides(
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config: DeviceConfig,
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dirs: VendorDirectories,
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namedEntries: Map<string, BlobEntry>,
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) {
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let targetPrefix = `out/target/product/${config.device.name}/`
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let targetPaths = Array.from(namedEntries.keys())
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.map(cPartPath => `${targetPrefix}${cPartPath}`)
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let moduleInfoPath = `${targetPrefix}module-info.json`
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let modulesMap = parseModuleInfo(await readFile(moduleInfoPath))
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removeSelfModules(modulesMap, dirs.proprietary)
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let {modules: builtModules, builtPaths} = findOverrideModules(targetPaths, modulesMap)
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// Remove new modules from entries
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for (let path of builtPaths) {
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namedEntries.delete(path.replace(targetPrefix, ''))
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}
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return builtModules
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}
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async function updatePresigned(
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spinner: ora.Ora,
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config: DeviceConfig,
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entries: BlobEntry[],
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aapt2Path: string,
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stockRoot: string,
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) {
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let presignedPkgs = await parsePresignedRecursive(config.platform.sepolicy_dirs)
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await updatePresignedBlobs(aapt2Path, stockRoot, presignedPkgs, entries, entry => {
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spinner.text = entry.srcPath
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})
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}
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async function flattenApexs(
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spinner: ora.Ora,
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entries: BlobEntry[],
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dirs: VendorDirectories,
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tmp: TempState,
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stockRoot: string,
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) {
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let apex = await flattenAllApexs(entries, stockRoot, tmp, (progress) => {
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spinner.text = progress
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})
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// Write context labels
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let fileContexts = `${dirs.sepolicy}/file_contexts`
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await fs.writeFile(fileContexts, generateFileContexts(apex.labels))
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return apex.entries
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}
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async function extractProps(
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config: DeviceConfig,
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customState: SystemState | null,
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stockRoot: string,
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customRoot: string,
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) {
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let stockProps = await loadPartitionProps(stockRoot)
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let customProps = customState?.partitionProps ?? await loadPartitionProps(customRoot)
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// Filters
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for (let props of stockProps.values()) {
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filterKeys(config.filters.props, props)
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}
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for (let props of customProps.values()) {
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filterKeys(config.filters.props, props)
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}
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// Diff
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let propChanges = diffPartitionProps(stockProps, customProps)
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let missingProps = new Map(Array.from(propChanges.entries())
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.map(([part, props]) => [part, props.removed]))
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// Fingerprint for SafetyNet
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let fingerprint = stockProps.get('system')!.get('ro.system.build.fingerprint')!
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// A/B OTA partitions
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let stockOtaParts = stockProps.get('product')!.get('ro.product.ab_ota_partitions')!.split(',')
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let customOtaParts = new Set(customProps.get('product')!.get('ro.product.ab_ota_partitions')!.split(','))
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// TODO: add proper filters
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let missingOtaParts = stockOtaParts.filter(p => !customOtaParts.has(p) && p != 'vbmeta_vendor')
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return {
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stockProps,
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missingProps,
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fingerprint,
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missingOtaParts,
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} as PropResults
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}
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async function resolveSepolicyDirs(
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config: DeviceConfig,
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customState: SystemState | null,
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dirs: VendorDirectories,
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stockRoot: string,
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customRoot: string,
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) {
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// Built contexts
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let stockContexts = await parsePartContexts(stockRoot)
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let customContexts = customState?.partitionSecontexts ?? await parsePartContexts(customRoot)
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// Contexts from AOSP
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let sourceContexts: SelinuxContexts = new Map<string, string>()
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for (let dir of config.platform.sepolicy_dirs) {
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// TODO: support alternate ROM root
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let contexts = await parseContextsRecursive(dir, '.')
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for (let [ctx, source] of contexts.entries()) {
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sourceContexts.set(ctx, source)
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}
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}
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// Diff; reversed custom->stock order to get *missing* contexts
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let ctxDiffs = diffPartContexts(customContexts, stockContexts)
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let ctxResolutions = resolvePartContextDiffs(ctxDiffs, sourceContexts)
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// Add APEX labels
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if (ctxResolutions.has('vendor')) {
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ctxResolutions.get('vendor')!.sepolicyDirs.push(dirs.sepolicy)
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}
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return ctxResolutions
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}
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async function extractOverlays(
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spinner: ora.Ora,
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customState: SystemState | null,
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dirs: VendorDirectories,
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aapt2Path: string,
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stockRoot: string,
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customRoot: string,
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) {
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let stockOverlays = await parsePartOverlayApks(aapt2Path, stockRoot, path => {
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spinner.text = path
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})
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let customOverlays = customState?.partitionOverlays ??
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await parsePartOverlayApks(aapt2Path, customRoot, path => {
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spinner.text = path
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})
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let missingOverlays = diffPartOverlays(stockOverlays, customOverlays)
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return await serializePartOverlays(missingOverlays, dirs.overlays)
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}
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async function extractVintfManifests(
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customState: SystemState | null,
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dirs: VendorDirectories,
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stockRoot: string,
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customRoot: string,
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) {
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let customVintf = customState?.partitionVintfInfo ?? await loadPartVintfInfo(customRoot)
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let stockVintf = await loadPartVintfInfo(stockRoot)
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let missingHals = diffPartVintfManifests(customVintf, stockVintf)
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return await writePartVintfManifests(missingHals, dirs.vintf)
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}
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async function extractFirmware(
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config: DeviceConfig,
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dirs: VendorDirectories,
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stockProps: PartitionProps,
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factoryZip: string,
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) {
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let fwImages = await extractFactoryFirmware(factoryZip)
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let fwPaths = await writeFirmwareImages(fwImages, dirs.firmware)
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// Generate android-info.txt from device and versions
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let androidInfo = generateAndroidInfo(
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config.device.name,
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stockProps.get('vendor')!.get('ro.build.expect.bootloader')!,
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stockProps.get('vendor')!.get('ro.build.expect.baseband')!,
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)
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await fs.writeFile(`${dirs.firmware}/${ANDROID_INFO}`, androidInfo)
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return fwPaths
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}
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async function generateBuildFiles(
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config: DeviceConfig,
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dirs: VendorDirectories,
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entries: BlobEntry[],
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buildPkgs: string[],
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propResults: PropResults | null,
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fwPaths: string[] | null,
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vintfManifestPaths: Map<string, string> | null,
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sepolicyResolutions: SelinuxPartResolutions | null,
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stockRoot: string,
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) {
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let build = await generateBuild(entries, config.device.name, config.device.vendor, stockRoot, dirs)
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// Add rules to build overridden modules and overlays, then re-sort
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build.deviceMakefile!.packages!.push(...buildPkgs)
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build.deviceMakefile!.packages!.sort((a, b) => a.localeCompare(b))
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// Add device parts
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build.deviceMakefile = {
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props: propResults?.missingProps,
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fingerprint: propResults?.fingerprint,
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...(vintfManifestPaths != null && { vintfManifestPaths: vintfManifestPaths }),
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...build.deviceMakefile,
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}
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// Add board parts
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build.boardMakefile = {
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...(sepolicyResolutions != null && { sepolicyResolutions: sepolicyResolutions }),
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...(propResults != null && propResults.missingOtaParts.length > 0 &&
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{ abOtaPartitions: propResults.missingOtaParts }),
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...(fwPaths != null && { boardInfo: `${dirs.firmware}/${ANDROID_INFO}` }),
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}
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// Add firmware
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if (fwPaths != null) {
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build.modulesMakefile!.radioFiles = fwPaths.map(p => path.relative(dirs.out, p))
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}
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// Create device
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if (config.generate.products) {
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if (propResults == null) {
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throw new Error('Product generation depends on properties')
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}
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let productProps = propResults.stockProps.get('product')!
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let productName = productProps.get('ro.product.product.name')!
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build.productMakefile = {
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baseProductPath: config.platform.product_makefile,
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name: productName,
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model: productProps.get('ro.product.product.model')!,
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brand: productProps.get('ro.product.product.brand')!,
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manufacturer: productProps.get('ro.product.product.manufacturer')!,
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}
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build.productsMakefile = {
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products: [productName],
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}
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}
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// Dump list
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let fileList = serializeBlobList(entries)
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await fs.writeFile(`${dirs.out}/proprietary-files.txt`, fileList)
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await writeBuildFiles(build, dirs)
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}
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export default class GenerateFull extends Command {
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static description = 'generate all vendor parts automatically'
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@ -56,207 +337,82 @@ export default class GenerateFull extends Command {
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let dirs = await createVendorDirs(config.device.vendor, config.device.name)
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// 1. Diff files
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let spinner = startActionSpinner('Enumerating files')
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for (let partition of ALL_SYS_PARTITIONS) {
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let filesRef = await listPart(partition, stockRoot)
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if (filesRef == null) continue
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let filesNew = customState != null ? customState.partitionFiles[partition] :
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await listPart(partition, customRoot)
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if (filesNew == null) continue
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let missingFiles = diffLists(filesNew, filesRef)
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for (let combinedPartPath of missingFiles) {
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let entry = combinedPartPathToEntry(partition, combinedPartPath)
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namedEntries.set(combinedPartPath, entry)
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}
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spinner.text = partition
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}
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stopActionSpinner(spinner)
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await withSpinner('Enumerating files', (spinner) =>
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enumerateFiles(spinner, namedEntries, customState, stockRoot, customRoot))
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// 2. Overrides
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spinner = startActionSpinner('Replacing blobs with buildable modules')
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let targetPrefix = `out/target/product/${config.device.name}/`
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let targetPaths = Array.from(namedEntries.keys())
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.map(cPartPath => `${targetPrefix}${cPartPath}`)
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let moduleInfoPath = `${targetPrefix}module-info.json`
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let modulesMap = parseModuleInfo(await readFile(moduleInfoPath))
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removeSelfModules(modulesMap, dirs.proprietary)
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let {modules: builtModules, builtPaths} = findOverrideModules(targetPaths, modulesMap)
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// Remove new modules from entries
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for (let path of builtPaths) {
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namedEntries.delete(path.replace(targetPrefix, ''))
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let buildPkgs: string[] = []
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if (config.generate.overrides) {
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let builtModules = await withSpinner('Replacing blobs with buildable modules', () =>
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resolveOverrides(config, dirs, namedEntries))
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buildPkgs.push(...builtModules)
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}
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// After this point, we only need entry objects
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let entries = Array.from(namedEntries.values())
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stopActionSpinner(spinner)
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// 3. Presigned
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spinner = startActionSpinner('Finding presigned apps')
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let presignedPkgs = await parsePresignedRecursive(config.platform.sepolicy_dirs)
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await updatePresignedBlobs(aapt2Path, stockRoot, presignedPkgs, entries, entry => {
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spinner.text = entry.srcPath
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})
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stopActionSpinner(spinner)
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if (config.generate.presigned) {
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await withSpinner('Marking apps as presigned', (spinner) =>
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updatePresigned(spinner, config, entries, aapt2Path, stockRoot))
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}
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// Create tmp dir in case we extract APEXs
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await withTempDir(async (tmp) => {
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// 4. Flatten APEX modules
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if (config.generate.flat_apex) {
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spinner = startActionSpinner('Flattening APEX modules')
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let apex = await flattenAllApexs(entries, stockRoot, tmp, (progress) => {
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spinner.text = progress
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})
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entries = apex.entries
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// Write context labels
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let fileContexts = `${dirs.sepolicy}/file_contexts`
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await fs.writeFile(fileContexts, generateFileContexts(apex.labels))
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stopActionSpinner(spinner)
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entries = await withSpinner('Flattening APEX modules', (spinner) =>
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flattenApexs(spinner, entries, dirs, tmp, stockRoot))
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}
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// 5. Extract
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// Copy blobs (this has its own spinner)
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if (!skipCopy) {
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if (config.generate.files && !skipCopy) {
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await copyBlobs(entries, stockRoot, dirs.proprietary)
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}
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// 6. Props
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spinner = startActionSpinner('Extracting properties')
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let stockProps = await loadPartitionProps(stockRoot)
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let customProps = customState?.partitionProps ?? await loadPartitionProps(customRoot)
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// Filter props
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if (config.filters.props != null) {
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filterPartPropKeys(stockProps, config.filters.props)
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filterPartPropKeys(customProps, config.filters.props)
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let propResults: PropResults | null = null
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if (config.generate.props) {
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propResults = await withSpinner('Extracting properties', () =>
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extractProps(config, customState, stockRoot, customRoot))
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}
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// Diff
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let propChanges = diffPartitionProps(stockProps, customProps)
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let missingProps = new Map(Array.from(propChanges.entries())
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.map(([part, props]) => [part, props.removed]))
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// Fingerprint for SafetyNet
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let fingerprint = stockProps.get('system')!.get('ro.system.build.fingerprint')!
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// A/B OTA partitions
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let stockOtaParts = stockProps.get('product')!.get('ro.product.ab_ota_partitions')!.split(',')
|
||||
let customOtaParts = new Set(customProps.get('product')!.get('ro.product.ab_ota_partitions')!.split(','))
|
||||
// TODO: add proper filters
|
||||
let missingOtaParts = stockOtaParts.filter(p => !customOtaParts.has(p) && p != 'vbmeta_vendor')
|
||||
stopActionSpinner(spinner)
|
||||
|
||||
// 7. SELinux policies
|
||||
spinner = startActionSpinner('Adding missing SELinux policies')
|
||||
// Built contexts
|
||||
let stockContexts = await parsePartContexts(stockRoot)
|
||||
let customContexts = customState?.partitionSecontexts ?? await parsePartContexts(customRoot)
|
||||
// Contexts from AOSP
|
||||
let sourceContexts: SelinuxContexts = new Map<string, string>()
|
||||
for (let dir of config.sepolicy_dirs) {
|
||||
// TODO: support alternate ROM root
|
||||
let contexts = await parseContextsRecursive(dir, '.')
|
||||
for (let [ctx, source] of contexts.entries()) {
|
||||
sourceContexts.set(ctx, source)
|
||||
}
|
||||
let sepolicyResolutions: SelinuxPartResolutions | null = null
|
||||
if (config.generate.sepolicy_dirs) {
|
||||
sepolicyResolutions = await withSpinner('Adding missing SELinux policies', () =>
|
||||
resolveSepolicyDirs(config, customState, dirs, stockRoot, customRoot))
|
||||
}
|
||||
// Diff; reversed custom->stock order to get *missing* contexts
|
||||
let ctxDiffs = diffPartContexts(customContexts, stockContexts)
|
||||
let ctxResolutions = resolvePartContextDiffs(ctxDiffs, sourceContexts)
|
||||
// Add APEX labels
|
||||
if (ctxResolutions.has('vendor')) {
|
||||
ctxResolutions.get('vendor')!.sepolicyDirs.push(dirs.sepolicy)
|
||||
}
|
||||
stopActionSpinner(spinner)
|
||||
|
||||
// 8. Overlays
|
||||
spinner = startActionSpinner('Extracting overlays')
|
||||
let stockOverlays = await parsePartOverlayApks(aapt2Path, stockRoot, path => {
|
||||
spinner.text = path
|
||||
})
|
||||
let customOverlays = customState?.partitionOverlays ??
|
||||
await parsePartOverlayApks(aapt2Path, customRoot, path => {
|
||||
spinner.text = path
|
||||
})
|
||||
let missingOverlays = diffPartOverlays(stockOverlays, customOverlays)
|
||||
let overlayPkgs = await serializePartOverlays(missingOverlays, dirs.overlays)
|
||||
stopActionSpinner(spinner)
|
||||
if (config.generate.overlays) {
|
||||
let overlayPkgs = await withSpinner('Extracting overlays', (spinner) =>
|
||||
extractOverlays(spinner, customState, dirs, aapt2Path, stockRoot, customRoot))
|
||||
buildPkgs.push(...overlayPkgs)
|
||||
}
|
||||
|
||||
// 9. vintf manifests
|
||||
spinner = startActionSpinner('Extracting vintf manifests')
|
||||
let customVintf = customState?.partitionVintfInfo ?? await loadPartVintfInfo(customRoot)
|
||||
let stockVintf = await loadPartVintfInfo(stockRoot)
|
||||
let missingHals = diffPartVintfManifests(customVintf, stockVintf)
|
||||
let vintfManifestPaths = await writePartVintfManifests(missingHals, dirs.vintf)
|
||||
stopActionSpinner(spinner)
|
||||
let vintfManifestPaths: Map<string, string> | null = null
|
||||
if (config.generate.vintf) {
|
||||
vintfManifestPaths = await withSpinner('Extracting vintf manifests', () =>
|
||||
extractVintfManifests(customState, dirs, stockRoot, customRoot))
|
||||
}
|
||||
|
||||
// 10. Firmware
|
||||
let fwPaths: Array<string> | null = null
|
||||
if (factoryZip != undefined) {
|
||||
spinner = startActionSpinner('Extracting firmware')
|
||||
let fwImages = await extractFactoryFirmware(factoryZip)
|
||||
fwPaths = await writeFirmwareImages(fwImages, dirs.firmware)
|
||||
if (config.generate.factory_firmware && factoryZip != undefined) {
|
||||
if (propResults == null) {
|
||||
throw new Error('Factory firmware extraction depends on properties')
|
||||
}
|
||||
|
||||
// Generate android-info.txt from device and versions
|
||||
let androidInfo = generateAndroidInfo(
|
||||
config.device.name,
|
||||
stockProps.get('vendor')!.get('ro.build.expect.bootloader')!,
|
||||
stockProps.get('vendor')!.get('ro.build.expect.baseband')!,
|
||||
)
|
||||
await fs.writeFile(`${dirs.firmware}/${ANDROID_INFO}`, androidInfo)
|
||||
|
||||
stopActionSpinner(spinner)
|
||||
fwPaths = await withSpinner('Extracting firmware', () =>
|
||||
extractFirmware(config, dirs, propResults!.stockProps, factoryZip!))
|
||||
}
|
||||
|
||||
// 11. Build files
|
||||
spinner = startActionSpinner('Generating build files')
|
||||
let build = await generateBuild(entries, config.device.name, config.device.vendor, stockRoot, dirs)
|
||||
|
||||
// Add rules to build overridden modules and overlays, then re-sort
|
||||
build.deviceMakefile!.packages!.push(...builtModules, ...overlayPkgs)
|
||||
build.deviceMakefile!.packages!.sort((a, b) => a.localeCompare(b))
|
||||
|
||||
// Add device parts
|
||||
build.deviceMakefile = {
|
||||
props: missingProps,
|
||||
fingerprint: fingerprint,
|
||||
vintfManifestPaths: vintfManifestPaths,
|
||||
...build.deviceMakefile,
|
||||
}
|
||||
|
||||
// Add board parts
|
||||
build.boardMakefile = {
|
||||
secontextResolutions: ctxResolutions,
|
||||
...(missingOtaParts.length > 0 && { abOtaPartitions: missingOtaParts }),
|
||||
...(fwPaths != null && { boardInfo: `${dirs.firmware}/${ANDROID_INFO}` }),
|
||||
}
|
||||
|
||||
// Add firmware
|
||||
if (fwPaths != null) {
|
||||
build.modulesMakefile!.radioFiles = fwPaths.map(p => path.relative(dirs.out, p))
|
||||
}
|
||||
|
||||
// Create device
|
||||
let productProps = stockProps.get('product')!
|
||||
let productName = productProps.get('ro.product.product.name')!
|
||||
build.productMakefile = {
|
||||
baseProductPath: config.platform.product_makefile,
|
||||
name: productName,
|
||||
model: productProps.get('ro.product.product.model')!,
|
||||
brand: productProps.get('ro.product.product.brand')!,
|
||||
manufacturer: productProps.get('ro.product.product.manufacturer')!,
|
||||
}
|
||||
build.productsMakefile = {
|
||||
products: [productName],
|
||||
}
|
||||
|
||||
// Dump list
|
||||
let fileList = serializeBlobList(entries)
|
||||
await fs.writeFile(`${dirs.out}/proprietary-files.txt`, fileList)
|
||||
|
||||
await writeBuildFiles(build, dirs)
|
||||
stopActionSpinner(spinner)
|
||||
await withSpinner('Generating build files', () =>
|
||||
generateBuildFiles(config, dirs, entries, buildPkgs, propResults, fwPaths,
|
||||
vintfManifestPaths, sepolicyResolutions, stockRoot))
|
||||
})
|
||||
}
|
||||
}
|
||||
|
|
|
|||
Loading…
Reference in a new issue