Files
Genarrative/apps/ai-game-creator-shell/scripts/check-package-layout.mjs
T
suzmii acf021de2a
Project CI / AI game creator shell Rust crates (pull_request) Successful in 1m19s
Project CI / AI game creator shell Rust smoke (pull_request) Successful in 1m51s
Project CI / Native shell tests (pull_request) Failing after 1m10s
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Project CI / AI game creator shell Rust lane 2/2 (pull_request) Successful in 8m33s
Project CI / AI game creator shell Rust lane 1/2 (pull_request) Successful in 8m34s
按评估结论落地:门禁交叉校验、CLI 缺值校验、编辑器分支覆盖与文档
- 门禁新增交叉校验:plugin 必须指向真实插件目录、features 必须存在于 shell crate 的 [features]、所有声明路径必须是仓库内相对路径(拒绝绝对路径与 ..)
- 准备步骤 CLI:--target/--destination/--features 缺值直接失败(不再静默回退宿主目标),--features 空值也拒绝
- 用例:fixture 补齐 agc-unity-editor/agc-godot-editor/agc-cocos-editor,新增「编辑器分支产物按 prepared 与 library staging 交付」用例;godot_bundle 补 validate 负例单测
- 运维文档:dev 构建下客户端读 target/debug/plugins/**,改资源要重跑准备步骤
- 未做(已按评估结论记录):P2-2 运行时常量锁定需要先把 nativePayloads 也 emit 进 Rust 声明,留作后续
- 验证:准备步骤 14/14、发布入口 39/39、dev 入口 12/12、godot_bundle 19 通过、声明门禁一致、cargo check 通过
2026-09-28 11:36:34 +08:00

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#!/usr/bin/env node
// 随包资源声明门禁:把 build_support/package-layout.json(唯一人工声明)渲染成
// build_support/package-layout.generated.rs(Rust 编译期常量),并校验声明结构与不变量。
//
// 用法:
// node scripts/check-package-layout.mjs 校验生成结果是否与声明一致(不一致 exit 1)
// node scripts/check-package-layout.mjs --write 重新生成
//
// 设计约束:Rust 侧不解析 JSON(避免运行期解析与生命周期妥协),只使用本脚本产出的常量;
// Node 侧准备步骤直接读同一份 JSON。因此本门禁是“单一声明”的机械保障。
import { existsSync, readFileSync, writeFileSync } from 'node:fs';
import path from 'node:path';
import { fileURLToPath } from 'node:url';
const SCRIPT_DIR = path.dirname(fileURLToPath(import.meta.url));
const APP_ROOT = path.resolve(SCRIPT_DIR, '..');
const SRC_TAURI = path.join(APP_ROOT, 'src-tauri');
const DECLARATION_PATH = path.join(
SRC_TAURI,
'build_support/package-layout.json',
);
const GENERATED_PATH = path.join(
SRC_TAURI,
'build_support/package-layout.generated.rs',
);
const EXPECTED_SCHEMA = 'agc-package-layout.v1';
class DeclarationError extends Error {}
function fail(message) {
throw new DeclarationError(message);
}
function expectObject(value, at) {
if (value === null || typeof value !== 'object' || Array.isArray(value)) {
fail(`${at} 必须是对象`);
}
return value;
}
function expectArray(value, at) {
if (!Array.isArray(value)) {
fail(`${at} 必须是数组`);
}
return value;
}
function expectString(value, at) {
if (typeof value !== 'string' || value.length === 0) {
fail(`${at} 必须是非空字符串`);
}
return value;
}
function expectBoolean(value, at) {
if (typeof value !== 'boolean') {
fail(`${at} 必须是布尔值`);
}
return value;
}
function expectStringArray(value, at) {
return expectArray(value, at).map((item, index) =>
expectString(item, `${at}[${index}]`),
);
}
function optionalStringArray(source, key, at) {
if (source[key] === undefined) {
return [];
}
return expectStringArray(source[key], `${at}.${key}`);
}
function expectInteger(value, at) {
if (!Number.isInteger(value) || value < 0) {
fail(`${at} 必须是非负整数`);
}
return value;
}
// 随包子目录来源:`source` 直接来自仓库源码(准备步骤复制),
// `prepared` 需要先由准备步骤运行声明的构建命令产出,再复制进随包目录。
function expectOrigin(value, at) {
if (value !== 'source' && value !== 'prepared') {
fail(`${at} 必须是 source 或 prepared(实际 ${String(value)})`);
}
return value;
}
// JSON 字符串字面量与 Rust 字符串字面量几乎一致,唯一差异是控制字符的 \uXXXX 与 \u{XX}。
function rustString(value) {
return JSON.stringify(value).replace(/\\u([0-9a-fA-F]{4})/g, '\\u{$1}');
}
function rustStrings(values) {
return `&[${values.map(rustString).join(', ')}]`;
}
function indent(level) {
return ' '.repeat(level);
}
function renderStruct(name, fields, level = 0) {
const body = fields
.map(([key, rendered]) => `${indent(level + 1)}${key}: ${rendered},`)
.join('\n');
return `${name} {\n${body}\n${indent(level)}}`;
}
function parsePackageMetadata(value) {
const metadata = expectObject(value, 'codex.packageMetadata');
return {
layoutVersion: expectInteger(
metadata.layoutVersion,
'codex.packageMetadata.layoutVersion',
),
resourcesDir: expectString(
metadata.resourcesDir,
'codex.packageMetadata.resourcesDir',
),
pathDir: expectString(metadata.pathDir, 'codex.packageMetadata.pathDir'),
};
}
function parseDeclaration(raw) {
const root = expectObject(JSON.parse(raw), 'root');
if (root.schema !== EXPECTED_SCHEMA) {
fail(
`不支持的声明 schema:${String(root.schema)}(期望 ${EXPECTED_SCHEMA})`,
);
}
const layoutVersion = expectInteger(root.layoutVersion, 'layoutVersion');
const codex = expectObject(root.codex, 'codex');
const targets = expectArray(codex.targets, 'codex.targets').map(
(entry, index) => {
const at = `codex.targets[${index}]`;
const parsed = expectObject(entry, at);
const files = expectStringArray(parsed.files, `${at}.files`);
if (files.length === 0) {
fail(`${at}.files 不能为空`);
}
const executable = expectString(parsed.executable, `${at}.executable`);
if (!files.includes(executable)) {
fail(`${at}.executable 必须属于组件白名单:${executable}`);
}
return {
target: expectString(parsed.target, `${at}.target`),
platform: expectString(parsed.platform, `${at}.platform`),
directory: expectString(parsed.directory, `${at}.directory`),
executable,
files,
};
},
);
const seenTargets = new Set();
for (const entry of targets) {
if (seenTargets.has(entry.target)) {
fail(`codex.targets 重复声明目标 ${entry.target}`);
}
seenTargets.add(entry.target);
}
const noticeSources = expectArray(
codex.noticeSources,
'codex.noticeSources',
).map((entry, index) => {
const at = `codex.noticeSources[${index}]`;
const parsed = expectObject(entry, at);
return {
targets: expectStringArray(parsed.targets, `${at}.targets`),
source: expectString(parsed.source, `${at}.source`),
preserve: expectBoolean(parsed.preserve, `${at}.preserve`),
};
});
for (const entry of targets) {
const covered = noticeSources.filter((notice) =>
notice.targets.includes(entry.target),
);
if (covered.length !== 1) {
fail(
`目标 ${entry.target} 必须且只能有一条第三方声明来源(实际 ${covered.length} 条)`,
);
}
}
const universalGroups = expectArray(
codex.universalGroups,
'codex.universalGroups',
).map((entry, index) => {
const at = `codex.universalGroups[${index}]`;
const parsed = expectObject(entry, at);
const groupTargets = expectStringArray(parsed.targets, `${at}.targets`);
for (const target of groupTargets) {
if (!seenTargets.has(target)) {
fail(`${at}.targets 含未声明目标 ${target}`);
}
}
return {
name: expectString(parsed.name, `${at}.name`),
directory: expectString(parsed.directory, `${at}.directory`),
targets: groupTargets,
};
});
const plugins = expectObject(root.plugins, 'plugins');
const subdirectories = expectArray(
plugins.subdirectories,
'plugins.subdirectories',
).map((entry, index) => {
const at = `plugins.subdirectories[${index}]`;
const parsed = expectObject(entry, at);
return {
path: expectString(parsed.path, `${at}.path`),
origin: expectOrigin(parsed.origin, `${at}.origin`),
plugin:
parsed.plugin === undefined
? ''
: expectString(parsed.plugin, `${at}.plugin`),
targetContains: optionalStringArray(parsed, 'targetContains', at),
targets: optionalStringArray(parsed, 'targets', at),
features: optionalStringArray(parsed, 'features', at),
};
});
const libraryStaging = expectArray(
plugins.libraryStaging,
'plugins.libraryStaging',
).map((entry, index) => {
const at = `plugins.libraryStaging[${index}]`;
const parsed = expectObject(entry, at);
const files = expectStringArray(parsed.files, `${at}.files`);
if (files.length === 0) {
fail(`${at}.files 不能为空`);
}
return {
plugin: expectString(parsed.plugin, `${at}.plugin`),
sourceSubdirectory: expectString(
parsed.sourceSubdirectory,
`${at}.sourceSubdirectory`,
),
prepare: expectString(parsed.prepare, `${at}.prepare`),
targets: expectStringArray(parsed.targets, `${at}.targets`),
features: expectStringArray(parsed.features, `${at}.features`),
layout: expectString(parsed.layout, `${at}.layout`),
files,
};
});
return {
layoutVersion,
codex: {
version: expectString(codex.version, 'codex.version'),
cliVersionPrefix: expectString(
codex.cliVersionPrefix,
'codex.cliVersionPrefix',
),
manifestSchema: expectString(
codex.manifestSchema,
'codex.manifestSchema',
),
packageMetadata: parsePackageMetadata(codex.packageMetadata),
resourceDirectory: expectString(
codex.resourceDirectory,
'codex.resourceDirectory',
),
manifestFileName: expectString(
codex.manifestFileName,
'codex.manifestFileName',
),
packageMetadataFileName: expectString(
codex.packageMetadataFileName,
'codex.packageMetadataFileName',
),
noticeFileName: expectString(
codex.noticeFileName,
'codex.noticeFileName',
),
sourceRoots: expectStringArray(codex.sourceRoots, 'codex.sourceRoots'),
sourceRelativePaths: expectStringArray(
codex.sourceRelativePaths,
'codex.sourceRelativePaths',
),
noticeSources,
universalGroups,
targets,
},
plugins: {
sourceDirectory: expectString(
plugins.sourceDirectory,
'plugins.sourceDirectory',
),
destinationDirectory: expectString(
plugins.destinationDirectory,
'plugins.destinationDirectory',
),
manifestFileName: expectString(
plugins.manifestFileName,
'plugins.manifestFileName',
),
targetContainsAny: expectStringArray(
plugins.targetContainsAny,
'plugins.targetContainsAny',
),
subdirectories,
libraryStaging,
skipDirectoryNames: expectStringArray(
plugins.skipDirectoryNames,
'plugins.skipDirectoryNames',
),
skipDirectoryNamePrefixes: expectStringArray(
plugins.skipDirectoryNamePrefixes,
'plugins.skipDirectoryNamePrefixes',
),
skipFileNamePrefixes: expectStringArray(
plugins.skipFileNamePrefixes,
'plugins.skipFileNamePrefixes',
),
skipFileNameFragments: expectStringArray(
plugins.skipFileNameFragments,
'plugins.skipFileNameFragments',
),
},
};
}
function renderCodexTarget(entry) {
return renderStruct(
'CodexTarget',
[
['target', rustString(entry.target)],
['platform', rustString(entry.platform)],
['directory', rustString(entry.directory)],
['executable', rustString(entry.executable)],
['files', rustStrings(entry.files)],
],
1,
);
}
function renderNoticeSource(entry) {
return renderStruct(
'NoticeSource',
[
['targets', rustStrings(entry.targets)],
['source', rustString(entry.source)],
['preserve', entry.preserve ? 'true' : 'false'],
],
1,
);
}
function renderUniversalGroup(entry) {
return renderStruct(
'UniversalGroup',
[
['name', rustString(entry.name)],
['directory', rustString(entry.directory)],
['targets', rustStrings(entry.targets)],
],
1,
);
}
function renderSubdirectory(entry) {
return renderStruct(
'Subdirectory',
[
['path', rustString(entry.path)],
['plugin', rustString(entry.plugin ?? '')],
['origin', rustString(entry.origin)],
['target_contains', rustStrings(entry.targetContains)],
['targets', rustStrings(entry.targets)],
['features', rustStrings(entry.features)],
],
1,
);
}
function renderLibraryStaging(entry) {
return renderStruct(
'LibraryStaging',
[
['plugin', rustString(entry.plugin)],
['source_subdirectory', rustString(entry.sourceSubdirectory)],
['targets', rustStrings(entry.targets)],
['features', rustStrings(entry.features)],
['layout', rustString(entry.layout)],
],
1,
);
}
function renderGenerated(declaration) {
const codex = declaration.codex;
const godotStaging = declaration.plugins.libraryStaging.find(
(entry) => entry.layout === 'godot-bundle',
);
if (!godotStaging || godotStaging.files.length === 0) {
fail('声明缺少 godot-bundle 随包文件清单,拒绝生成空清单');
}
const godotFiles = godotStaging.files;
const plugins = declaration.plugins;
const codexStruct = renderStruct('Codex', [
[
'package_metadata',
renderStruct('PackageMetadata', [
['layout_version', String(codex.packageMetadata.layoutVersion)],
['resources_dir', rustString(codex.packageMetadata.resourcesDir)],
['path_dir', rustString(codex.packageMetadata.pathDir)],
]),
],
['resource_directory', rustString(codex.resourceDirectory)],
['manifest_file_name', rustString(codex.manifestFileName)],
['package_metadata_file_name', rustString(codex.packageMetadataFileName)],
['notice_file_name', rustString(codex.noticeFileName)],
['source_roots', rustStrings(codex.sourceRoots)],
['source_relative_paths', rustStrings(codex.sourceRelativePaths)],
[
'notice_sources',
`&[\n${codex.noticeSources.map(renderNoticeSource).join(',\n')}\n]`,
],
[
'universal_groups',
`&[\n${codex.universalGroups.map(renderUniversalGroup).join(',\n')}\n]`,
],
['targets', `&[\n${codex.targets.map(renderCodexTarget).join(',\n')}\n]`],
]);
const pluginsStruct = renderStruct('Plugins', [
['source_directory', rustString(plugins.sourceDirectory)],
['destination_directory', rustString(plugins.destinationDirectory)],
['manifest_file_name', rustString(plugins.manifestFileName)],
['target_contains_any', rustStrings(plugins.targetContainsAny)],
[
'subdirectories',
`&[\n${plugins.subdirectories.map(renderSubdirectory).join(',\n')}\n]`,
],
[
'library_staging',
`&[\n${plugins.libraryStaging.map(renderLibraryStaging).join(',\n')}\n]`,
],
['skip_directory_names', rustStrings(plugins.skipDirectoryNames)],
[
'skip_directory_name_prefixes',
rustStrings(plugins.skipDirectoryNamePrefixes),
],
['skip_file_name_prefixes', rustStrings(plugins.skipFileNamePrefixes)],
['skip_file_name_fragments', rustStrings(plugins.skipFileNameFragments)],
]);
return `// @generated by apps/ai-game-creator-shell/scripts/check-package-layout.mjs
// 来源:build_support/package-layout.json。不要手工编辑本文件。
// 修改随包资源布局请编辑声明文件,然后运行
// npm run agc:bundled-resources:sync(在仓库根目录)
// 门禁会校验两者一致(npm run agc:typecheck 链内含 check-package-layout.mjs)。
pub const DECLARATION_SCHEMA: &str = ${rustString(EXPECTED_SCHEMA)};
pub const LAYOUT_VERSION: u64 = ${declaration.layoutVersion};
pub const CODEX_VERSION: &str = ${rustString(declaration.codex.version)};
pub const CODEX_CLI_VERSION: &str = ${rustString(declaration.codex.cliVersionPrefix + declaration.codex.version)};
pub const CODEX_MANIFEST_SCHEMA: &str = ${rustString(declaration.codex.manifestSchema)};
pub const GODOT_BUNDLE_FILES: &[&str] = ${rustStrings(godotFiles)};
pub const CODEX: Codex = ${codexStruct};
pub const PLUGINS: Plugins = ${pluginsStruct};
`;
}
function appLockedCodexVersion() {
const appPackage = expectObject(
JSON.parse(readFileSync(path.join(APP_ROOT, 'package.json'), 'utf8')),
'apps/ai-game-creator-shell/package.json',
);
const declared =
appPackage.dependencies?.['@openai/codex'] ??
appPackage.devDependencies?.['@openai/codex'];
if (typeof declared !== 'string' || declared.length === 0) {
fail(
'应用 package.json 未声明 @openai/codex,无法校验声明的 codex.version',
);
}
return declared.replace(/^[\^~]/, '');
}
const REPO_ROOT = path.resolve(APP_ROOT, '..', '..');
const PLUGINS_ROOT = path.join(REPO_ROOT, 'plugins');
const SHELL_MANIFEST_PATH = path.join(SRC_TAURI, 'Cargo.toml');
/// 声明里的路径必须是仓库内相对路径:绝对路径或含 `..` 会写到工作区之外。
function assertRelativePath(value, at) {
if (
path.isAbsolute(value) ||
value.startsWith('/') ||
value.split('/').includes('..')
) {
fail(`${at} 必须是仓库内相对路径(不允许绝对路径或 ..):${value}`);
}
return value;
}
/// 声明引用的插件必须是真实存在的插件目录(拼错插件的后果是静默不交付)。
function assertKnownPlugin(name, at) {
const directory = path.join(PLUGINS_ROOT, name);
if (!existsSync(path.join(directory, 'plugin.json'))) {
fail(`${at} 指向的插件不存在或缺少 plugin.json:${name}`);
}
return name;
}
/// shell crate 的 feature 表(拼错 feature 的后果同样是静默不交付)。
function shellCrateFeatures() {
const manifest = readFileSync(SHELL_MANIFEST_PATH, 'utf8');
const section = /\[features\]([\s\S]*?)(?:\n\[|$)/u.exec(manifest);
if (!section) {
fail('无法从 src-tauri/Cargo.toml 读取 [features] 段');
}
return new Set(
section[1]
.split('\n')
.map((line) => /^([A-Za-z0-9_-]+)\s*=/u.exec(line.trim())?.[1])
.filter(Boolean),
);
}
/// 新 section(prepareSteps / nativePayloads / prepared 来源)不参与 Rust 生成物,
/// 必须在门禁里单独把关,避免「声明了却没人用」或引用到不存在的准备步骤。
function validateExtendedDeclarations() {
const root = expectObject(
JSON.parse(readFileSync(DECLARATION_PATH, 'utf8')),
'root',
);
const plugins = expectObject(root.plugins, 'plugins');
const steps = expectArray(plugins.prepareSteps ?? [], 'plugins.prepareSteps');
const names = new Set();
for (const [index, raw] of steps.entries()) {
const at = `plugins.prepareSteps[${index}]`;
const step = expectObject(raw, at);
const name = expectString(step.name, `${at}.name`);
if (names.has(name)) {
fail(`${at}.name 重复:${name}`);
}
names.add(name);
const kind = expectString(step.kind, `${at}.kind`);
if (kind !== 'powershell' && kind !== 'cargo') {
fail(`${at}.kind 只能是 powershell 或 cargo`);
}
if (kind === 'powershell') {
expectString(step.workingDirectory, `${at}.workingDirectory`);
expectString(step.scriptFileName, `${at}.scriptFileName`);
} else {
expectString(step.packageDirectory, `${at}.packageDirectory`);
}
expectStringArray(step.requiredOutputs ?? [], `${at}.requiredOutputs`);
}
const payloads = expectArray(
plugins.nativePayloads ?? [],
'plugins.nativePayloads',
);
for (const [index, raw] of payloads.entries()) {
const at = `plugins.nativePayloads[${index}]`;
const payload = expectObject(raw, at);
expectString(payload.plugin, `${at}.plugin`);
expectString(payload.prepare, `${at}.prepare`);
expectString(payload.sourceFileName, `${at}.sourceFileName`);
expectString(payload.destinationFileName, `${at}.destinationFileName`);
expectString(
payload.destinationSubdirectory,
`${at}.destinationSubdirectory`,
);
if (!names.has(payload.prepare)) {
fail(`${at}.prepare 引用了未声明的准备步骤:${payload.prepare}`);
}
}
const preparedByPlugin = new Map();
for (const entry of expectArray(
plugins.subdirectories ?? [],
'plugins.subdirectories',
)) {
const subdirectory = expectObject(entry, 'subdirectory');
if (subdirectory.origin !== 'prepared') {
continue;
}
const owner = expectString(
subdirectory.plugin ?? '',
'subdirectory.plugin',
);
if (!owner) {
fail(`origin=prepared 的子目录必须声明 plugin:${subdirectory.path}`);
}
preparedByPlugin.set(owner, [
...(preparedByPlugin.get(owner) ?? []),
subdirectory.path,
]);
}
for (const payload of payloads) {
const candidates = preparedByPlugin.get(payload.plugin) ?? [];
if (!candidates.includes(payload.destinationSubdirectory)) {
fail(
`nativePayloads 的 destinationSubdirectory(${payload.destinationSubdirectory})必须是该插件 origin=prepared 的子目录之一(现有:${candidates.join('、') || '无'})`,
);
}
}
const knownFeatures = shellCrateFeatures();
const checkFeatures = (values, at) => {
for (const name of expectStringArray(values ?? [], at)) {
if (!knownFeatures.has(name)) {
fail(`${at} 引用了 Cargo.toml 里不存在的 feature:${name}`);
}
}
};
for (const [index, raw] of expectArray(
plugins.subdirectories ?? [],
'plugins.subdirectories',
).entries()) {
const at = `plugins.subdirectories[${index}]`;
const subdirectory = expectObject(raw, at);
assertRelativePath(
expectString(subdirectory.path, `${at}.path`),
`${at}.path`,
);
if (subdirectory.plugin) {
assertKnownPlugin(subdirectory.plugin, `${at}.plugin`);
}
checkFeatures(subdirectory.features, `${at}.features`);
}
for (const [index, raw] of expectArray(
plugins.libraryStaging ?? [],
'plugins.libraryStaging',
).entries()) {
const at = `plugins.libraryStaging[${index}]`;
const staging = expectObject(raw, at);
assertKnownPlugin(
expectString(staging.plugin, `${at}.plugin`),
`${at}.plugin`,
);
assertRelativePath(
expectString(staging.sourceSubdirectory, `${at}.sourceSubdirectory`),
`${at}.sourceSubdirectory`,
);
for (const relative of expectStringArray(
staging.files ?? [],
`${at}.files`,
)) {
assertRelativePath(relative, `${at}.files`);
}
checkFeatures(staging.features, `${at}.features`);
}
for (const payload of payloads) {
assertRelativePath(
payload.destinationSubdirectory,
`nativePayloads.${payload.plugin}.destinationSubdirectory`,
);
checkFeatures(
payload.features,
`nativePayloads.${payload.plugin}.features`,
);
}
for (const [index, raw] of steps.entries()) {
const at = `plugins.prepareSteps[${index}]`;
const step = expectObject(raw, at);
for (const key of ['workingDirectory', 'packageDirectory']) {
if (step[key]) {
assertRelativePath(
expectString(step[key], `${at}.${key}`),
`${at}.${key}`,
);
}
}
for (const relative of expectStringArray(
step.requiredOutputs ?? [],
`${at}.requiredOutputs`,
)) {
assertRelativePath(relative, `${at}.requiredOutputs`);
}
}
const referenced = [
...expectArray(plugins.subdirectories ?? [], 'plugins.subdirectories')
.filter(
(entry) => expectObject(entry, 'subdirectory').origin === 'prepared',
)
.map((entry) => [entry.path, entry.prepare]),
...expectArray(plugins.libraryStaging ?? [], 'plugins.libraryStaging').map(
(entry) => [entry.sourceSubdirectory, entry.prepare],
),
...payloads.map((entry) => [
`${entry.plugin}/${entry.destinationSubdirectory}`,
entry.prepare,
]),
];
for (const [label, prepare] of referenced) {
if (!prepare) {
fail(`prepared 来源的条目缺少 prepare 声明:${label}`);
}
if (!names.has(prepare)) {
fail(`${label} 引用了未声明的准备步骤:${prepare}`);
}
}
}
function main() {
const declaration = parseDeclaration(readFileSync(DECLARATION_PATH, 'utf8'));
validateExtendedDeclarations();
const lockedVersion = appLockedCodexVersion();
if (lockedVersion !== declaration.codex.version) {
fail(
`声明 codex.version(${declaration.codex.version})与应用锁定的 @openai/codex(${lockedVersion})不一致;请同步更新 build_support/package-layout.json`,
);
}
const rendered = renderGenerated(declaration);
const write = process.argv.includes('--write');
if (write) {
writeFileSync(GENERATED_PATH, rendered);
console.log(
`随包资源声明已生成:${path.relative(process.cwd(), GENERATED_PATH)}(layoutVersion ${declaration.layoutVersion})`,
);
return;
}
const current = readFileSync(GENERATED_PATH, 'utf8');
if (current !== rendered) {
console.error(
[
`随包资源声明与 Rust 常量不一致:`,
` 声明:${path.relative(process.cwd(), DECLARATION_PATH)}`,
` 生成:${path.relative(process.cwd(), GENERATED_PATH)}`,
'请运行:npm run agc:bundled-resources:sync',
].join('\n'),
);
process.exit(1);
}
console.log(
`随包资源声明一致(layoutVersion ${declaration.layoutVersion},codex ${declaration.codex.version},目标 ${declaration.codex.targets.length},插件子目录 ${declaration.plugins.subdirectories.length})`,
);
}
try {
main();
} catch (error) {
if (error instanceof DeclarationError) {
console.error(`随包资源声明无效:${error.message}`);
process.exit(1);
}
throw error;
}