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Текущая директория: /usr/lib/node_modules/bitgo/node_modules/@expo/config/build
Просмотр файла: Config.js
"use strict";
Object.defineProperty(exports, "__esModule", {
value: true
});
var _exportNames = {
getConfig: true,
getPackageJson: true,
readConfigJson: true,
getConfigFilePaths: true,
findConfigFile: true,
configFilename: true,
readExpRcAsync: true,
resetCustomConfigPaths: true,
setCustomConfigPath: true,
modifyConfigAsync: true,
writeConfigJsonAsync: true,
getWebOutputPath: true,
getNameFromConfig: true,
getDefaultTarget: true,
getProjectConfigDescription: true,
getProjectConfigDescriptionWithPaths: true,
isLegacyImportsEnabled: true
};
exports.getConfig = getConfig;
exports.getPackageJson = getPackageJson;
exports.readConfigJson = readConfigJson;
exports.getConfigFilePaths = getConfigFilePaths;
exports.findConfigFile = findConfigFile;
exports.configFilename = configFilename;
exports.readExpRcAsync = readExpRcAsync;
exports.resetCustomConfigPaths = resetCustomConfigPaths;
exports.setCustomConfigPath = setCustomConfigPath;
exports.modifyConfigAsync = modifyConfigAsync;
exports.writeConfigJsonAsync = writeConfigJsonAsync;
exports.getWebOutputPath = getWebOutputPath;
exports.getNameFromConfig = getNameFromConfig;
exports.getDefaultTarget = getDefaultTarget;
exports.getProjectConfigDescription = getProjectConfigDescription;
exports.getProjectConfigDescriptionWithPaths = getProjectConfigDescriptionWithPaths;
Object.defineProperty(exports, "isLegacyImportsEnabled", {
enumerable: true,
get: function () {
return _isLegacyImportsEnabled().isLegacyImportsEnabled;
}
});
function _jsonFile() {
const data = _interopRequireDefault(require("@expo/json-file"));
_jsonFile = function () {
return data;
};
return data;
}
function _fs() {
const data = _interopRequireDefault(require("fs"));
_fs = function () {
return data;
};
return data;
}
function _glob() {
const data = require("glob");
_glob = function () {
return data;
};
return data;
}
function _path() {
const data = _interopRequireDefault(require("path"));
_path = function () {
return data;
};
return data;
}
function _resolveFrom() {
const data = _interopRequireDefault(require("resolve-from"));
_resolveFrom = function () {
return data;
};
return data;
}
function _semver() {
const data = _interopRequireDefault(require("semver"));
_semver = function () {
return data;
};
return data;
}
function _slugify() {
const data = _interopRequireDefault(require("slugify"));
_slugify = function () {
return data;
};
return data;
}
function _Errors() {
const data = require("./Errors");
_Errors = function () {
return data;
};
return data;
}
function _Project() {
const data = require("./Project");
_Project = function () {
return data;
};
return data;
}
function _getConfig() {
const data = require("./getConfig");
_getConfig = function () {
return data;
};
return data;
}
function _getFullName() {
const data = require("./getFullName");
_getFullName = function () {
return data;
};
return data;
}
function _withConfigPlugins() {
const data = require("./plugins/withConfigPlugins");
_withConfigPlugins = function () {
return data;
};
return data;
}
function _withInternal() {
const data = require("./plugins/withInternal");
_withInternal = function () {
return data;
};
return data;
}
function _resolvePackageJson() {
const data = require("./resolvePackageJson");
_resolvePackageJson = function () {
return data;
};
return data;
}
var _Config = require("./Config.types");
Object.keys(_Config).forEach(function (key) {
if (key === "default" || key === "__esModule") return;
if (Object.prototype.hasOwnProperty.call(_exportNames, key)) return;
if (key in exports && exports[key] === _Config[key]) return;
Object.defineProperty(exports, key, {
enumerable: true,
get: function () {
return _Config[key];
}
});
});
function _isLegacyImportsEnabled() {
const data = require("./isLegacyImportsEnabled");
_isLegacyImportsEnabled = function () {
return data;
};
return data;
}
function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }
/**
* If a config has an `expo` object then that will be used as the config.
* This method reduces out other top level values if an `expo` object exists.
*
* @param config Input config object to reduce
*/
function reduceExpoObject(config) {
var _config$expo;
if (!config) return config === undefined ? null : config;
const {
mods,
...expo
} = (_config$expo = config.expo) !== null && _config$expo !== void 0 ? _config$expo : config;
return {
expo,
mods
};
}
/**
* Get all platforms that a project is currently capable of running.
*
* @param projectRoot
* @param exp
*/
function getSupportedPlatforms(projectRoot) {
const platforms = [];
if (_resolveFrom().default.silent(projectRoot, 'react-native')) {
platforms.push('ios', 'android');
}
if (_resolveFrom().default.silent(projectRoot, 'react-native-web')) {
platforms.push('web');
}
return platforms;
}
/**
* Evaluate the config for an Expo project.
* If a function is exported from the `app.config.js` then a partial config will be passed as an argument.
* The partial config is composed from any existing app.json, and certain fields from the `package.json` like name and description.
*
* If options.isPublicConfig is true, the Expo config will include only public-facing options (omitting private keys).
* The resulting config should be suitable for hosting or embedding in a publicly readable location.
*
* **Example**
* ```js
* module.exports = function({ config }) {
* // mutate the config before returning it.
* config.slug = 'new slug'
* return { expo: config };
* }
* ```
*
* **Supports**
* - `app.config.ts`
* - `app.config.js`
* - `app.config.json`
* - `app.json`
*
* @param projectRoot the root folder containing all of your application code
* @param options enforce criteria for a project config
*/
function getConfig(projectRoot, options = {}) {
const paths = getConfigFilePaths(projectRoot);
const rawStaticConfig = paths.staticConfigPath ? (0, _getConfig().getStaticConfig)(paths.staticConfigPath) : null; // For legacy reasons, always return an object.
const rootConfig = rawStaticConfig || {};
const staticConfig = reduceExpoObject(rawStaticConfig) || {}; // Can only change the package.json location if an app.json or app.config.json exists
const [packageJson, packageJsonPath] = getPackageJsonAndPath(projectRoot);
function fillAndReturnConfig(config, dynamicConfigObjectType) {
const configWithDefaultValues = { ...ensureConfigHasDefaultValues({
projectRoot,
exp: config.expo,
pkg: packageJson,
skipSDKVersionRequirement: options.skipSDKVersionRequirement,
paths,
packageJsonPath
}),
mods: config.mods,
dynamicConfigObjectType,
rootConfig,
dynamicConfigPath: paths.dynamicConfigPath,
staticConfigPath: paths.staticConfigPath
};
if (options.isModdedConfig) {
var _config$mods;
// @ts-ignore: Add the mods back to the object.
configWithDefaultValues.exp.mods = (_config$mods = config.mods) !== null && _config$mods !== void 0 ? _config$mods : null;
} // Apply static json plugins, should be done after _internal
configWithDefaultValues.exp = (0, _withConfigPlugins().withConfigPlugins)(configWithDefaultValues.exp, !!options.skipPlugins);
if (!options.isModdedConfig) {
// @ts-ignore: Delete mods added by static plugins when they won't have a chance to be evaluated
delete configWithDefaultValues.exp.mods;
}
if (options.isPublicConfig) {
var _configWithDefaultVal, _configWithDefaultVal2;
// Remove internal values with references to user's file paths from the public config.
delete configWithDefaultValues.exp._internal;
if (configWithDefaultValues.exp.hooks) {
delete configWithDefaultValues.exp.hooks;
}
if ((_configWithDefaultVal = configWithDefaultValues.exp.ios) !== null && _configWithDefaultVal !== void 0 && _configWithDefaultVal.config) {
delete configWithDefaultValues.exp.ios.config;
}
if ((_configWithDefaultVal2 = configWithDefaultValues.exp.android) !== null && _configWithDefaultVal2 !== void 0 && _configWithDefaultVal2.config) {
delete configWithDefaultValues.exp.android.config;
} // These value will be overwritten when the manifest is being served from the host (i.e. not completely accurate).
// @ts-ignore: currentFullName not on type yet.
configWithDefaultValues.exp.currentFullName = (0, _getFullName().getFullName)(configWithDefaultValues.exp); // @ts-ignore: originalFullName not on type yet.
configWithDefaultValues.exp.originalFullName = (0, _getFullName().getFullName)(configWithDefaultValues.exp);
}
return configWithDefaultValues;
} // Fill in the static config
function getContextConfig(config) {
return ensureConfigHasDefaultValues({
projectRoot,
exp: config.expo,
pkg: packageJson,
skipSDKVersionRequirement: true,
paths,
packageJsonPath
}).exp;
}
if (paths.dynamicConfigPath) {
// No app.config.json or app.json but app.config.js
const {
exportedObjectType,
config: rawDynamicConfig
} = (0, _getConfig().getDynamicConfig)(paths.dynamicConfigPath, {
projectRoot,
staticConfigPath: paths.staticConfigPath,
packageJsonPath,
config: getContextConfig(staticConfig)
}); // Allow for the app.config.js to `export default null;`
// Use `dynamicConfigPath` to detect if a dynamic config exists.
const dynamicConfig = reduceExpoObject(rawDynamicConfig) || {};
return fillAndReturnConfig(dynamicConfig, exportedObjectType);
} // No app.config.js but json or no config
return fillAndReturnConfig(staticConfig || {}, null);
}
function getPackageJson(projectRoot) {
const [pkg] = getPackageJsonAndPath(projectRoot);
return pkg;
}
function getPackageJsonAndPath(projectRoot) {
const packageJsonPath = (0, _resolvePackageJson().getRootPackageJsonPath)(projectRoot);
return [_jsonFile().default.read(packageJsonPath), packageJsonPath];
}
function readConfigJson(projectRoot, skipValidation = false, skipSDKVersionRequirement = false) {
const paths = getConfigFilePaths(projectRoot);
const rawStaticConfig = paths.staticConfigPath ? (0, _getConfig().getStaticConfig)(paths.staticConfigPath) : null;
const getConfigName = () => {
if (paths.staticConfigPath) return ` \`${_path().default.basename(paths.staticConfigPath)}\``;
return '';
};
let outputRootConfig = rawStaticConfig;
if (outputRootConfig === null || typeof outputRootConfig !== 'object') {
if (skipValidation) {
outputRootConfig = {
expo: {}
};
} else {
throw new (_Errors().ConfigError)(`Project at path ${_path().default.resolve(projectRoot)} does not contain a valid Expo config${getConfigName()}`, 'NOT_OBJECT');
}
}
let exp = outputRootConfig.expo;
if (exp === null || typeof exp !== 'object') {
throw new (_Errors().ConfigError)(`Property 'expo' in${getConfigName()} for project at path ${_path().default.resolve(projectRoot)} is not an object. Please make sure${getConfigName()} includes a managed Expo app config like this: ${APP_JSON_EXAMPLE}`, 'NO_EXPO');
}
exp = { ...exp
};
const [pkg, packageJsonPath] = getPackageJsonAndPath(projectRoot);
return { ...ensureConfigHasDefaultValues({
projectRoot,
exp,
pkg,
skipSDKVersionRequirement,
paths,
packageJsonPath
}),
mods: null,
dynamicConfigPath: null,
dynamicConfigObjectType: null,
rootConfig: { ...outputRootConfig
},
...paths
};
}
/**
* Get the static and dynamic config paths for a project. Also accounts for custom paths.
*
* @param projectRoot
*/
function getConfigFilePaths(projectRoot) {
const customPaths = getCustomConfigFilePaths(projectRoot);
if (customPaths) {
return customPaths;
}
return {
dynamicConfigPath: getDynamicConfigFilePath(projectRoot),
staticConfigPath: getStaticConfigFilePath(projectRoot)
};
}
function getCustomConfigFilePaths(projectRoot) {
if (!customConfigPaths[projectRoot]) {
return null;
} // If the user picks a custom config path, we will only use that and skip searching for a secondary config.
if (isDynamicFilePath(customConfigPaths[projectRoot])) {
return {
dynamicConfigPath: customConfigPaths[projectRoot],
staticConfigPath: null
};
} // Anything that's not js or ts will be treated as json.
return {
staticConfigPath: customConfigPaths[projectRoot],
dynamicConfigPath: null
};
}
function getDynamicConfigFilePath(projectRoot) {
for (const fileName of ['app.config.ts', 'app.config.js']) {
const configPath = _path().default.join(projectRoot, fileName);
if (_fs().default.existsSync(configPath)) {
return configPath;
}
}
return null;
}
function getStaticConfigFilePath(projectRoot) {
for (const fileName of ['app.config.json', 'app.json']) {
const configPath = _path().default.join(projectRoot, fileName);
if (_fs().default.existsSync(configPath)) {
return configPath;
}
}
return null;
} // TODO: This should account for dynamic configs
function findConfigFile(projectRoot) {
let configPath; // Check for a custom config path first.
if (customConfigPaths[projectRoot]) {
configPath = customConfigPaths[projectRoot]; // We shouldn't verify if the file exists because
// the user manually specified that this path should be used.
return {
configPath,
configName: _path().default.basename(configPath),
configNamespace: 'expo'
};
} else {
// app.config.json takes higher priority over app.json
configPath = _path().default.join(projectRoot, 'app.config.json');
if (!_fs().default.existsSync(configPath)) {
configPath = _path().default.join(projectRoot, 'app.json');
}
}
return {
configPath,
configName: _path().default.basename(configPath),
configNamespace: 'expo'
};
} // TODO: deprecate
function configFilename(projectRoot) {
return findConfigFile(projectRoot).configName;
}
async function readExpRcAsync(projectRoot) {
const expRcPath = _path().default.join(projectRoot, '.exprc');
return await _jsonFile().default.readAsync(expRcPath, {
json5: true,
cantReadFileDefault: {}
});
}
const customConfigPaths = {};
function resetCustomConfigPaths() {
for (const key of Object.keys(customConfigPaths)) {
delete customConfigPaths[key];
}
}
function setCustomConfigPath(projectRoot, configPath) {
customConfigPaths[projectRoot] = configPath;
}
/**
* Attempt to modify an Expo project config.
* This will only fully work if the project is using static configs only.
* Otherwise 'warn' | 'fail' will return with a message about why the config couldn't be updated.
* The potentially modified config object will be returned for testing purposes.
*
* @param projectRoot
* @param modifications modifications to make to an existing config
* @param readOptions options for reading the current config file
* @param writeOptions If true, the static config file will not be rewritten
*/
async function modifyConfigAsync(projectRoot, modifications, readOptions = {}, writeOptions = {}) {
const config = getConfig(projectRoot, readOptions);
if (config.dynamicConfigPath) {
// We cannot automatically write to a dynamic config.
/* Currently we should just use the safest approach possible, informing the user that they'll need to manually modify their dynamic config.
if (config.staticConfigPath) {
// Both a dynamic and a static config exist.
if (config.dynamicConfigObjectType === 'function') {
// The dynamic config exports a function, this means it possibly extends the static config.
} else {
// Dynamic config ignores the static config, there isn't a reason to automatically write to it.
// Instead we should warn the user to add values to their dynamic config.
}
}
*/
return {
type: 'warn',
message: `Cannot automatically write to dynamic config at: ${_path().default.relative(projectRoot, config.dynamicConfigPath)}`,
config: null
};
} else if (config.staticConfigPath) {
// Static with no dynamic config, this means we can append to the config automatically.
let outputConfig; // If the config has an expo object (app.json) then append the options to that object.
if (config.rootConfig.expo) {
outputConfig = { ...config.rootConfig,
expo: { ...config.rootConfig.expo,
...modifications
}
};
} else {
// Otherwise (app.config.json) just add the config modification to the top most level.
outputConfig = { ...config.rootConfig,
...modifications
};
}
if (!writeOptions.dryRun) {
await _jsonFile().default.writeAsync(config.staticConfigPath, outputConfig, {
json5: false
});
}
return {
type: 'success',
config: outputConfig
};
}
return {
type: 'fail',
message: 'No config exists',
config: null
};
}
const APP_JSON_EXAMPLE = JSON.stringify({
expo: {
name: 'My app',
slug: 'my-app',
sdkVersion: '...'
}
});
function ensureConfigHasDefaultValues({
projectRoot,
exp,
pkg,
paths,
packageJsonPath,
skipSDKVersionRequirement = false
}) {
var _exp$name, _exp$slug, _exp$version;
if (!exp) {
exp = {};
}
exp = (0, _withInternal().withInternal)(exp, {
projectRoot,
...(paths !== null && paths !== void 0 ? paths : {}),
packageJsonPath
}); // Defaults for package.json fields
const pkgName = typeof pkg.name === 'string' ? pkg.name : _path().default.basename(projectRoot);
const pkgVersion = typeof pkg.version === 'string' ? pkg.version : '1.0.0';
const pkgWithDefaults = { ...pkg,
name: pkgName,
version: pkgVersion
}; // Defaults for app.json/app.config.js fields
const name = (_exp$name = exp.name) !== null && _exp$name !== void 0 ? _exp$name : pkgName;
const slug = (_exp$slug = exp.slug) !== null && _exp$slug !== void 0 ? _exp$slug : (0, _slugify().default)(name.toLowerCase());
const version = (_exp$version = exp.version) !== null && _exp$version !== void 0 ? _exp$version : pkgVersion;
let description = exp.description;
if (!description && typeof pkg.description === 'string') {
description = pkg.description;
}
const expWithDefaults = { ...exp,
name,
slug,
version,
description
};
let sdkVersion;
try {
sdkVersion = (0, _Project().getExpoSDKVersion)(projectRoot, expWithDefaults);
} catch (error) {
if (!skipSDKVersionRequirement) throw error;
}
let platforms = exp.platforms;
if (!platforms) {
platforms = getSupportedPlatforms(projectRoot);
}
return {
exp: { ...expWithDefaults,
sdkVersion,
platforms
},
pkg: pkgWithDefaults
};
}
async function writeConfigJsonAsync(projectRoot, options) {
const paths = getConfigFilePaths(projectRoot);
let {
exp,
pkg,
rootConfig,
dynamicConfigObjectType,
staticConfigPath
} = readConfigJson(projectRoot);
exp = { ...rootConfig.expo,
...options
};
rootConfig = { ...rootConfig,
expo: exp
};
if (paths.staticConfigPath) {
await _jsonFile().default.writeAsync(paths.staticConfigPath, rootConfig, {
json5: false
});
} else {
console.log('Failed to write to config: ', options);
}
return {
exp,
pkg,
rootConfig,
staticConfigPath,
dynamicConfigObjectType,
...paths
};
}
const DEFAULT_BUILD_PATH = `web-build`;
function getWebOutputPath(config = {}) {
var _expo$web, _expo$web$build;
if (process.env.WEBPACK_BUILD_OUTPUT_PATH) {
return process.env.WEBPACK_BUILD_OUTPUT_PATH;
}
const expo = config.expo || config || {};
return (expo === null || expo === void 0 ? void 0 : (_expo$web = expo.web) === null || _expo$web === void 0 ? void 0 : (_expo$web$build = _expo$web.build) === null || _expo$web$build === void 0 ? void 0 : _expo$web$build.output) || DEFAULT_BUILD_PATH;
}
function getNameFromConfig(exp = {}) {
// For RN CLI support
const appManifest = exp.expo || exp;
const {
web = {}
} = appManifest; // rn-cli apps use a displayName value as well.
const appName = exp.displayName || appManifest.displayName || appManifest.name;
const webName = web.name || appName;
return {
appName,
webName
};
}
function getDefaultTarget(projectRoot, exp) {
var _exp;
(_exp = exp) !== null && _exp !== void 0 ? _exp : exp = getConfig(projectRoot, {
skipSDKVersionRequirement: true
}).exp; // before SDK 37, always default to managed to preserve previous behavior
if (exp.sdkVersion && exp.sdkVersion !== 'UNVERSIONED' && _semver().default.lt(exp.sdkVersion, '37.0.0')) {
return 'managed';
}
return isBareWorkflowProject(projectRoot) ? 'bare' : 'managed';
}
function isBareWorkflowProject(projectRoot) {
const [pkg] = getPackageJsonAndPath(projectRoot);
if (pkg.dependencies && pkg.dependencies.expokit) {
return false;
}
const xcodeprojFiles = (0, _glob().sync)('ios/**/*.xcodeproj', {
absolute: true,
cwd: projectRoot
});
if (xcodeprojFiles.length) {
return true;
}
const gradleFiles = (0, _glob().sync)('android/**/*.gradle', {
absolute: true,
cwd: projectRoot
});
if (gradleFiles.length) {
return true;
}
return false;
}
/**
* true if the file is .js or .ts
*
* @param filePath
*/
function isDynamicFilePath(filePath) {
return !!filePath.match(/\.[j|t]s$/);
}
/**
* Return a useful name describing the project config.
* - dynamic: app.config.js
* - static: app.json
* - custom path app config relative to root folder
* - both: app.config.js or app.json
*/
function getProjectConfigDescription(projectRoot) {
const paths = getConfigFilePaths(projectRoot);
return getProjectConfigDescriptionWithPaths(projectRoot, paths);
}
/**
* Returns a string describing the configurations used for the given project root.
* Will return null if no config is found.
*
* @param projectRoot
* @param projectConfig
*/
function getProjectConfigDescriptionWithPaths(projectRoot, projectConfig) {
if (projectConfig.dynamicConfigPath) {
const relativeDynamicConfigPath = _path().default.relative(projectRoot, projectConfig.dynamicConfigPath);
if (projectConfig.staticConfigPath) {
return `${relativeDynamicConfigPath} or ${_path().default.relative(projectRoot, projectConfig.staticConfigPath)}`;
}
return relativeDynamicConfigPath;
} else if (projectConfig.staticConfigPath) {
return _path().default.relative(projectRoot, projectConfig.staticConfigPath);
} // If a config doesn't exist, our tooling will generate a static app.json
return 'app.json';
}
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