How to use flac-bindings - 5 common examples

}

    tray.startCastingVisibility = false;
    tray.setStatusMessage('Starting internal things...');
    let Client = browser.createClient(name);
    let contentType;

    let audioConfig;
    if(quality === 'flac') {
        audioConfig = { deviceName: audioDevice, bps: 16, samplerate: 44100 };
        enc = new flac.StreamEncoder();
        contentType = 'audio/flac';
        logger.info('Using FLAC encoder');
    } else if(quality === 'flac-hd') {
        audioConfig = { deviceName: audioDevice, bps: 24, samplerate: 96000 };
        enc = new flac.StreamEncoder({ bitsPerSample: 24, samplerate: 96000 });
        contentType = 'audio/flac';
        logger.info('Using FLAC encoder with 96KHz and 24bit');
    } else if(quality === 'wav') {
        audioConfig = { deviceName: audioDevice, bps: 16, samplerate: 44100 };
        enc = new wav.Writer();
        contentType = 'audio/wav';
        logger.info('Using WAV container, no encoding done');
    } else if(quality === 'wav-hd') {
        audioConfig = { deviceName: audioDevice, bps: 24, samplerate: 96000 };
        enc = new wav.Writer({ sampleRate: 96000, bitDepth: 24 });
        contentType = 'audio/wav';
        logger.info('Using WAV container, no encoding done');
    } else {
        audioConfig = { deviceName: audioDevice, bps: 16, samplerate: 44100 };
        contentType = 'audio/mpeg';
        logger.info('Using lame encoder');

module.exports.Player = function () {

    function writeSamples(leftSamples, rightSamples) {
        let out = new Int16Array(leftSamples.length * 2);
        for (var i = 0; i < leftSamples.length; ++i) {
            out[i * 2] =
                Math.floor(Math.max(-1, Math.min(1, leftSamples[i])) * 32767);
            out[i * 2 + 1] =
                Math.floor(Math.max(-1, Math.min(1, rightSamples[i])) * 32767);
        }

        return Buffer.from(out.buffer);
    }

    let writer = new flac.StreamEncoder({ samplerate: 48000, bitsPerSample: 16, compressionLevel: 0 });
    let fileWriter;

    let audioElement;
    let recording = false;
    let muted = false;
    let server = httpServer.Server(1337, writer);

    const pause = () => {
        server.stop();
        if (userSettings.get('localPlayer') && audioElement) {
            audioElement.pause();
        }
    };

    const start = () => {
        server.start();

}
    if(app.isPackaged) {
        logger.info('Starting updater...');
        require('./updater.js');
        template.splice(template.length - 2, 1);
    } else {
        logger.info('Opening dev tools...');
        mainWindow.webContents.openDevTools();
    }

    menu = electron.Menu.buildFromTemplate(template);
    electron.Menu.setApplicationMenu(menu);
    tray = new CATray(mainWindow, tt);

    const path = require('path');
    if('function' === typeof flac.bindings.load) {
        logger.info('Loading libFLAC from resources');
        if(process.platform === 'darwin') {
            flac.bindings.load(__dirname + '/../lib/mac/libFLAC.dylib');
        } else if(process.platform === 'linux') {
            flac.bindings.load(__dirname + '/../lib/linux/libFLAC.so');
        } else if(process.platform === 'windows' || process.platform === 'win32') {
            flac.bindings.load(path.dirname(__dirname) + '\\lib\\win\\libFLAC');
        }
    }

    if(!c.AudioInput.isNativeLibraryLoaded()) {
        logger.info('Loading libportaudio from resources');
        if(process.platform === 'darwin') {
            c.AudioInput.loadNativeLibrary(__dirname + '/../lib/mac/libportaudio.dylib');
        } else if(process.platform === 'linux') {
            c.AudioInput.loadNativeLibrary(__dirname + '/../lib/linux/libportaudio.so');

mainWindow.webContents.openDevTools();
    }

    menu = electron.Menu.buildFromTemplate(template);
    electron.Menu.setApplicationMenu(menu);
    tray = new CATray(mainWindow, tt);

    const path = require('path');
    if('function' === typeof flac.bindings.load) {
        logger.info('Loading libFLAC from resources');
        if(process.platform === 'darwin') {
            flac.bindings.load(__dirname + '/../lib/mac/libFLAC.dylib');
        } else if(process.platform === 'linux') {
            flac.bindings.load(__dirname + '/../lib/linux/libFLAC.so');
        } else if(process.platform === 'windows' || process.platform === 'win32') {
            flac.bindings.load(path.dirname(__dirname) + '\\lib\\win\\libFLAC');
        }
    }

    if(!c.AudioInput.isNativeLibraryLoaded()) {
        logger.info('Loading libportaudio from resources');
        if(process.platform === 'darwin') {
            c.AudioInput.loadNativeLibrary(__dirname + '/../lib/mac/libportaudio.dylib');
        } else if(process.platform === 'linux') {
            c.AudioInput.loadNativeLibrary(__dirname + '/../lib/linux/libportaudio.so');
        } else if(process.platform === 'windows' || process.platform === 'win32') {
            c.AudioInput.loadNativeLibrary(path.dirname(__dirname)+'\\lib\\win\\portaudio_x64');
        }
    }

    electron.ipcMain.once('windowLoaded', () => {
        config.get('showWindow').then(value => value && mainWindow.show());

const record = () => {
        let recordingsPath = userSettings.get('recordingsPath');
        if (!recording) {
            let freqText = require('../fmRadio.js').getFreqText();
            fileWriter = new flac.FileEncoder({
                samplerate: 48000, bitsPerSample: 16, compressionLevel: 6, file: path.join(recordingsPath, freqText.replace(' ', '') + '_' + getDateStr() + '_recording.flac')
            });
            recording = true;
        } else {
            stopRecording();
        }
    };