@expo/cli
Version:
80 lines (79 loc) • 4.27 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", {
value: true
});
Object.defineProperty(exports, "AndroidPlatformManager", {
enumerable: true,
get: function() {
return AndroidPlatformManager;
}
});
const _AndroidAppIdResolver = require("./AndroidAppIdResolver");
const _AndroidDeviceManager = require("./AndroidDeviceManager");
const _adbReverse = require("./adbReverse");
const _errors = require("../../../utils/errors");
const _fn = require("../../../utils/fn");
const _link = require("../../../utils/link");
const _detectDevClient = require("../../detectDevClient");
const _PlatformManager = require("../PlatformManager");
const debug = require('debug')('expo:start:platforms:platformManager:android');
class AndroidPlatformManager extends _PlatformManager.PlatformManager {
constructor(projectRoot, port, options){
super(projectRoot, {
platform: 'android',
...options,
resolveDeviceAsync: _AndroidDeviceManager.AndroidDeviceManager.resolveAsync
}), this.projectRoot = projectRoot, this.port = port;
this.hasDevClientInstalled = (0, _fn.memoize)(_detectDevClient.hasDirectDevClientDependency.bind(this, projectRoot));
}
async openAsync(options, resolveSettings) {
await (0, _adbReverse.startAdbReverseAsync)([
this.port
]);
if (options.runtime === 'custom') {
// Store the resolved launch properties for future "openAsync" request.
// This reuses the same launch properties when opening through the CLI interface (pressing `a`).
if (options.props) {
this.lastCustomRuntimeLaunchProps = options.props;
} else if (!options.props && this.lastCustomRuntimeLaunchProps) {
options.props = this.lastCustomRuntimeLaunchProps;
}
// Handle projects that need to launch with a custom app id and launch activity
return this.openProjectInCustomRuntimeWithCustomAppIdAsync(options, resolveSettings);
}
return super.openAsync(options, resolveSettings);
}
/**
* Launch the custom runtime project, using the provided custom app id and launch activity.
* Instead of "open url", this will launch the activity directly.
* If dev client is installed, it will also pass the dev client URL to the activity.
*/ async openProjectInCustomRuntimeWithCustomAppIdAsync(options, resolveSettings) {
var _options_props, _options_props1;
// Fall back to default dev client URL open behavior if no custom app id or launch activity is provided
if (!((_options_props = options.props) == null ? void 0 : _options_props.customAppId) || !((_options_props1 = options.props) == null ? void 0 : _options_props1.launchActivity)) {
return super.openProjectInCustomRuntimeAsync(resolveSettings, options.props);
}
const { customAppId, launchActivity } = options.props;
const url = this.hasDevClientInstalled() ? this.props.getCustomRuntimeUrl({
scheme: options.props.scheme
}) ?? undefined : undefined;
debug(`Opening custom runtime using launch activity: ${launchActivity} --`, options.props);
const deviceManager = await this.props.resolveDeviceAsync(resolveSettings);
if (!await deviceManager.isAppInstalledAndIfSoReturnContainerPathForIOSAsync(customAppId)) {
throw new _errors.CommandError(`No development build (${customAppId}) for this project is installed. ` + `Install a development build on the target device and try again.\n${(0, _link.learnMore)('https://docs.expo.dev/development/build/')}`);
}
deviceManager.logOpeningUrl(url ?? launchActivity);
await deviceManager.activateWindowAsync();
await deviceManager.launchActivityAsync(launchActivity, url);
return {
url: url ?? launchActivity
};
}
_getAppIdResolver() {
return new _AndroidAppIdResolver.AndroidAppIdResolver(this.projectRoot);
}
_resolveAlternativeLaunchUrl(applicationId, props) {
return (props == null ? void 0 : props.launchActivity) ?? `${applicationId}/.MainActivity`;
}
}
//# sourceMappingURL=AndroidPlatformManager.js.map