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@expo/cli

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"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); function _export(target, all) { for(var name in all)Object.defineProperty(target, name, { enumerable: true, get: all[name] }); } _export(exports, { resolveOptionsAsync: ()=>resolveOptionsAsync, resolveSchemeAsync: ()=>resolveSchemeAsync, resolveHostType: ()=>resolveHostType, resolvePortsAsync: ()=>resolvePortsAsync }); function _assert() { const data = /*#__PURE__*/ _interopRequireDefault(require("assert")); _assert = function() { return data; }; return data; } function _chalk() { const data = /*#__PURE__*/ _interopRequireDefault(require("chalk")); _chalk = function() { return data; }; return data; } const _detectDevClient = require("./detectDevClient"); const _log = require("../log"); const _getDevClientProperties = require("../utils/analytics/getDevClientProperties"); const _errors = require("../utils/errors"); const _port = require("../utils/port"); function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; } async function resolveOptionsAsync(projectRoot, args) { if (args["--dev-client"] && args["--go"]) { throw new _errors.CommandError("BAD_ARGS", "Cannot use both --dev-client and --go together."); } const host = resolveHostType({ host: args["--host"], offline: args["--offline"], lan: args["--lan"], localhost: args["--localhost"], tunnel: args["--tunnel"] }); // User can force the default target by passing either `--dev-client` or `--go`. They can also // swap between them during development by pressing `s`. const isUserDefinedDevClient = !!args["--dev-client"] || (args["--go"] == null ? false : !args["--go"]); // If the user didn't specify `--dev-client` or `--go` we check if they have the dev client package // in their package.json. const isAutoDevClient = args["--dev-client"] == null && args["--go"] == null && (0, _getDevClientProperties.hasDirectDevClientDependency)(projectRoot); const isDevClient = isAutoDevClient || isUserDefinedDevClient; const scheme = await resolveSchemeAsync(projectRoot, { scheme: args["--scheme"], devClient: isDevClient }); var ref; return { privateKeyPath: (ref = args["--private-key-path"]) != null ? ref : null, android: !!args["--android"], web: !!args["--web"], ios: !!args["--ios"], offline: !!args["--offline"], clear: !!args["--clear"], dev: !args["--no-dev"], https: !!args["--https"], maxWorkers: args["--max-workers"], port: args["--port"], minify: !!args["--minify"], devClient: isDevClient, scheme, host }; } async function resolveSchemeAsync(projectRoot, options) { if (typeof options.scheme === "string") { var _scheme; // Use the custom scheme return (_scheme = options.scheme) != null ? _scheme : null; } if (options.devClient || (0, _detectDevClient.canResolveDevClient)(projectRoot)) { const { getOptionalDevClientSchemeAsync } = require("../utils/scheme"); // Attempt to find the scheme or warn the user how to setup a custom scheme const resolvedScheme = await getOptionalDevClientSchemeAsync(projectRoot); if (!resolvedScheme.scheme) { if (resolvedScheme.resolution === "shared") { // This can happen if one of the native projects has no URI schemes defined in it. // Normally, this should never happen. _log.Log.warn((0, _chalk().default)`Could not find a shared URI scheme for the dev client between the local {bold /ios} and {bold /android} directories. App launches (QR code, interstitial, terminal keys) may not work as expected. You can configure a custom scheme using the {bold --scheme} option, or by running {bold npx expo prebuild} to regenerate the native directories with URI schemes.`); } else if ([ "ios", "android" ].includes(resolvedScheme.resolution)) { _log.Log.warn((0, _chalk().default)`The {bold /${resolvedScheme.resolution}} project does not contain any URI schemes. Expo CLI will not be able to use links to launch the project. You can configure a custom URI scheme using the {bold --scheme} option.`); } } return resolvedScheme.scheme; } else { // Ensure this is reset when users don't use `--scheme`, `--dev-client` and don't have the `expo-dev-client` package installed. return null; } } function resolveHostType(options) { if ([ options.offline, options.host, options.lan, options.localhost, options.tunnel ].filter((i)=>i).length > 1) { throw new _errors.CommandError("BAD_ARGS", "Specify at most one of: --offline, --host, --tunnel, --lan, --localhost"); } if (options.offline) { // Force `lan` in offline mode. return "lan"; } else if (options.host) { _assert().default.match(options.host, /^(lan|tunnel|localhost)$/); return options.host; } else if (options.tunnel) { return "tunnel"; } else if (options.lan) { return "lan"; } else if (options.localhost) { return "localhost"; } return "lan"; } async function resolvePortsAsync(projectRoot, options, settings) { const multiBundlerSettings = {}; if (settings.webOnly) { const webpackPort = await (0, _port.resolvePortAsync)(projectRoot, { defaultPort: options.port, // Default web port fallbackPort: 19006 }); if (!webpackPort) { throw new _errors.AbortCommandError(); } multiBundlerSettings.webpackPort = webpackPort; } else { const fallbackPort = process.env.RCT_METRO_PORT ? parseInt(process.env.RCT_METRO_PORT, 10) : 8081; const metroPort = await (0, _port.resolvePortAsync)(projectRoot, { defaultPort: options.port, fallbackPort }); if (!metroPort) { throw new _errors.AbortCommandError(); } multiBundlerSettings.metroPort = metroPort; } return multiBundlerSettings; } //# sourceMappingURL=resolveOptions.js.map