android-emulator-runner/lib/main.js

"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
const core = __importStar(require("@actions/core"));
const sdk_installer_1 = require("./sdk-installer");
const input_validator_1 = require("./input-validator");
const emulator_manager_1 = require("./emulator-manager");
const exec = __importStar(require("@actions/exec"));
const script_parser_1 = require("./script-parser");
const channel_id_mapper_1 = require("./channel-id-mapper");
const fs_1 = require("fs");
async function run() {
    let port = input_validator_1.MIN_PORT;
    try {
        console.log(`::group::Configure emulator`);
        let linuxSupportKVM = false;
        // only support running on macOS or Linux
        if (process.platform !== 'darwin') {
            if (process.platform === 'linux') {
                try {
                    (0, fs_1.accessSync)('/dev/kvm', fs_1.constants.R_OK | fs_1.constants.W_OK);
                    linuxSupportKVM = true;
                }
                catch {
                    console.warn(`You're running a Linux VM where hardware acceleration is not available. Please consider using a macOS VM instead to take advantage of native hardware acceleration support provided by HAXM.`);
                }
            }
            else {
                throw new Error('Unsupported virtual machine: please use either macos or ubuntu VM.');
            }
        }
        // API level of the platform and system image
        const apiLevel = core.getInput('api-level', { required: true });
        console.log(`API level: ${apiLevel}`);
        let systemImageApiLevel = core.getInput('system-image-api-level');
        if (!systemImageApiLevel) {
            systemImageApiLevel = apiLevel;
        }
        console.log(`System image API level: ${systemImageApiLevel}`);
        // target of the system image
        const target = (0, input_validator_1.playstoreTargetSubstitution)(core.getInput('target'));
        console.log(`target: ${target}`);
        // CPU architecture of the system image
        const arch = core.getInput('arch');
        (0, input_validator_1.checkArch)(arch);
        console.log(`CPU architecture: ${arch}`);
        // Hardware profile used for creating the AVD
        const profile = core.getInput('profile');
        console.log(`Hardware profile: ${profile}`);
        // Number of cores to use for emulator
        const cores = core.getInput('cores');
        console.log(`Cores: ${cores}`);
        // RAM to use for AVD
        const ramSize = core.getInput('ram-size');
        console.log(`RAM size: ${ramSize}`);
        // Heap size to use for AVD
        const heapSize = core.getInput('heap-size');
        console.log(`Heap size: ${heapSize}`);
        // SD card path or size used for creating the AVD
        const sdcardPathOrSize = core.getInput('sdcard-path-or-size');
        console.log(`SD card path or size: ${sdcardPathOrSize}`);
        const diskSize = core.getInput('disk-size');
        (0, input_validator_1.checkDiskSize)(diskSize);
        console.log(`Disk size: ${diskSize}`);
        // custom name used for creating the AVD
        const avdName = core.getInput('avd-name');
        console.log(`AVD name: ${avdName}`);
        // force AVD creation
        const forceAvdCreationInput = core.getInput('force-avd-creation');
        (0, input_validator_1.checkForceAvdCreation)(forceAvdCreationInput);
        const forceAvdCreation = forceAvdCreationInput === 'true';
        console.log(`force avd creation: ${forceAvdCreation}`);
        // Emulator boot timeout seconds
        const emulatorBootTimeout = parseInt(core.getInput('emulator-boot-timeout'), 10);
        console.log(`Emulator boot timeout: ${emulatorBootTimeout}`);
        // Emulator port to use
        port = parseInt(core.getInput('emulator-port'), 10);
        (0, input_validator_1.checkPort)(port);
        console.log(`emulator port: ${port}`);
        // emulator options
        const emulatorOptions = core.getInput('emulator-options').trim();
        console.log(`emulator options: ${emulatorOptions}`);
        // disable animations
        const disableAnimationsInput = core.getInput('disable-animations');
        (0, input_validator_1.checkDisableAnimations)(disableAnimationsInput);
        const disableAnimations = disableAnimationsInput === 'true';
        console.log(`disable animations: ${disableAnimations}`);
        // disable spellchecker
        const disableSpellcheckerInput = core.getInput('disable-spellchecker');
        (0, input_validator_1.checkDisableSpellchecker)(disableSpellcheckerInput);
        const disableSpellchecker = disableSpellcheckerInput === 'true';
        console.log(`disable spellchecker: ${disableSpellchecker}`);
        // disable linux hardware acceleration
        let disableLinuxHardwareAccelerationInput = core.getInput('disable-linux-hw-accel');
        (0, input_validator_1.checkDisableLinuxHardwareAcceleration)(disableLinuxHardwareAccelerationInput);
        if (disableLinuxHardwareAccelerationInput === 'auto' && process.platform === 'linux') {
            disableLinuxHardwareAccelerationInput = linuxSupportKVM ? 'false' : 'true';
        }
        const disableLinuxHardwareAcceleration = disableLinuxHardwareAccelerationInput === 'true';
        console.log(`disable Linux hardware acceleration: ${disableLinuxHardwareAcceleration}`);
        // enable hardware keyboard
        const enableHardwareKeyboardInput = core.getInput('enable-hw-keyboard');
        (0, input_validator_1.checkEnableHardwareKeyboard)(enableHardwareKeyboardInput);
        const enableHardwareKeyboard = enableHardwareKeyboardInput === 'true';
        console.log(`enable hardware keyboard: ${enableHardwareKeyboard}`);
        // emulator build
        const emulatorBuildInput = core.getInput('emulator-build');
        if (emulatorBuildInput) {
            (0, input_validator_1.checkEmulatorBuild)(emulatorBuildInput);
            console.log(`using emulator build: ${emulatorBuildInput}`);
        }
        const emulatorBuild = !emulatorBuildInput ? undefined : emulatorBuildInput;
        // custom working directory
        const workingDirectoryInput = core.getInput('working-directory');
        if (workingDirectoryInput) {
            console.log(`custom working directory: ${workingDirectoryInput}`);
        }
        const workingDirectory = !workingDirectoryInput ? undefined : workingDirectoryInput;
        // version of NDK to install
        const ndkInput = core.getInput('ndk');
        if (ndkInput) {
            console.log(`version of NDK to install: ${ndkInput}`);
        }
        const ndkVersion = !ndkInput ? undefined : ndkInput;
        // version of CMake to install
        const cmakeInput = core.getInput('cmake');
        if (cmakeInput) {
            console.log(`version of CMake to install: ${cmakeInput}`);
        }
        const cmakeVersion = !cmakeInput ? undefined : cmakeInput;
        // channelId (up to and including) to download the SDK packages from
        const channelName = core.getInput('channel');
        (0, input_validator_1.checkChannel)(channelName);
        const channelId = (0, channel_id_mapper_1.getChannelId)(channelName);
        console.log(`Channel: ${channelId} (${channelName})`);
        // custom script to run
        const scriptInput = core.getInput('script', { required: true });
        const scripts = (0, script_parser_1.parseScript)(scriptInput);
        console.log(`Script:`);
        scripts.forEach(async (script) => {
            console.log(`${script}`);
        });
        // custom pre emulator launch script
        const preEmulatorLaunchScriptInput = core.getInput('pre-emulator-launch-script');
        const preEmulatorLaunchScripts = !preEmulatorLaunchScriptInput ? undefined : (0, script_parser_1.parseScript)(preEmulatorLaunchScriptInput);
        console.log(`Pre emulator launch script:`);
        preEmulatorLaunchScripts?.forEach(async (script) => {
            console.log(`${script}`);
        });
        console.log(`::endgroup::`);
        // install SDK
        await (0, sdk_installer_1.installAndroidSdk)(apiLevel, systemImageApiLevel, target, arch, channelId, emulatorBuild, ndkVersion, cmakeVersion);
        // create AVD
        await (0, emulator_manager_1.createAvd)(arch, avdName, cores, diskSize, enableHardwareKeyboard, forceAvdCreation, heapSize, profile, ramSize, sdcardPathOrSize, systemImageApiLevel, target);
        // execute pre emulator launch script if set
        if (preEmulatorLaunchScripts !== undefined) {
            console.log(`::group::Run pre emulator launch script`);
            try {
                for (const preEmulatorLaunchScript of preEmulatorLaunchScripts) {
                    // use array form to avoid various quote escaping problems
                    // caused by exec(`sh -c "${preEmulatorLaunchScript}"`)
                    await exec.exec('sh', ['-c', preEmulatorLaunchScript], {
                        cwd: workingDirectory,
                    });
                }
            }
            catch (error) {
                core.setFailed(error instanceof Error ? error.message : error);
            }
            console.log(`::endgroup::`);
        }
        // launch an emulator
        await (0, emulator_manager_1.launchEmulator)(avdName, disableAnimations, disableLinuxHardwareAcceleration, disableSpellchecker, emulatorBootTimeout, emulatorOptions, enableHardwareKeyboard, port);
        // execute the custom script
        try {
            // move to custom working directory if set
            if (workingDirectory) {
                process.chdir(workingDirectory);
            }
            for (const script of scripts) {
                // use array form to avoid various quote escaping problems
                // caused by exec(`sh -c "${script}"`)
                await exec.exec('sh', ['-c', script], {
                    env: { ...process.env, EMULATOR_PORT: `${port}`, ANDROID_SERIAL: `emulator-${port}` },
                });
            }
        }
        catch (error) {
            core.setFailed(error instanceof Error ? error.message : error);
        }
        // finally kill the emulator
        await (0, emulator_manager_1.killEmulator)(port);
    }
    catch (error) {
        // kill the emulator so the action can exit
        await (0, emulator_manager_1.killEmulator)(port);
        core.setFailed(error instanceof Error ? error.message : error);
    }
}
run();