Test analyzing become more sophisticated and time consuming.Record a video of your test failure will make things awesome for you.I will explain step by step how to record a video of your test failure.
Initially you should have this dependency placed in your pom.xml
<dependency> <groupId>com.pojosontheweb</groupId> <artifactId>monte-repack</artifactId> <version>1.0</version> </dependency>
Create screen recorder class
import org.monte.media.*; import org.monte.media.FormatKeys.MediaType; import org.monte.media.avi.AVIWriter; import org.monte.media.beans.AbstractStateModel; import org.monte.media.color.Colors; import org.monte.media.converter.CodecChain; import org.monte.media.converter.ScaleImageCodec; import org.monte.media.image.Images; import org.monte.media.math.Rational; import org.monte.media.quicktime.QuickTimeWriter; import javax.sound.sampled.*; import javax.sound.sampled.AudioFormat.Encoding; import javax.sound.sampled.BooleanControl.Type; import javax.sound.sampled.DataLine.Info; import javax.swing.*; import java.awt.*; import java.awt.event.AWTEventListener; import java.awt.image.BufferedImage; import java.awt.image.ImageObserver; import java.io.File; import java.io.IOException; import java.nio.ByteOrder; import java.text.SimpleDateFormat; import java.util.ArrayList; import java.util.Collections; import java.util.Date; import java.util.List; import java.util.concurrent.*; public class ScreenRecorder extends AbstractStateModel { public static final String ENCODING_BLACK_CURSOR = "black"; public static final String ENCODING_WHITE_CURSOR = "white"; public static final String ENCODING_YELLOW_CURSOR = "yellow"; private final Object sync; protected Format mouseFormat; protected long recordingStartTime; protected volatile long recordingStopTime; protected ScheduledThreadPoolExecutor mouseCaptureTimer; protected int videoTrack; protected int audioTrack; protected ScreenRecorder.MouseGrabber mouseGrabber; protected ScheduledFuture mouseFuture; protected File movieFolder; long counter; File screenRecorderName; private ScreenRecorder.State state; private String stateMessage; private Format fileFormat; private Format screenFormat; private Format audioFormat; private Rectangle captureArea; private MovieWriter w; private long fileStartTime; private ArrayBlockingQueue<Buffer> mouseCaptures; private ScheduledThreadPoolExecutor screenCaptureTimer; private ScheduledThreadPoolExecutor audioCaptureTimer; private volatile Thread writerThread; private BufferedImage cursorImg; private BufferedImage cursorImgPressed; private Point cursorOffset; private ArrayBlockingQueue<Buffer> writerQueue; private Codec frameEncoder; private Rational outputTime; private Rational ffrDuration; private ArrayList<File> recordedFiles; private GraphicsDevice captureDevice; private ScreenRecorder.AudioGrabber audioGrabber; private ScreenRecorder.ScreenGrabber screenGrabber; private ScheduledFuture audioFuture; private ScheduledFuture screenFuture; private AWTEventListener awtEventListener; private long maxRecordingTime; private long maxFileSize; private Mixer mixer; public ScreenRecorder(GraphicsConfiguration cfg) throws IOException, AWTException { this(cfg, (Rectangle) null, new Format(new Object[]{FormatKeys.MediaTypeKey, MediaType.FILE, FormatKeys.MimeTypeKey, "video/quicktime"}), new Format(new Object[]{FormatKeys.MediaTypeKey, MediaType.VIDEO, FormatKeys.EncodingKey, "rle ", VideoFormatKeys.CompressorNameKey, "Animation", VideoFormatKeys.DepthKey, Integer.valueOf(24), FormatKeys.FrameRateKey, new Rational(15L, 1L)}), new Format(new Object[]{FormatKeys.MediaTypeKey, MediaType.VIDEO, FormatKeys.EncodingKey, "black", FormatKeys.FrameRateKey, new Rational(30L, 1L)}), new Format(new Object[]{FormatKeys.MediaTypeKey, MediaType.AUDIO, FormatKeys.EncodingKey, "twos", FormatKeys.FrameRateKey, new Rational(48000L, 1L), AudioFormatKeys.SampleSizeInBitsKey, Integer.valueOf(16), AudioFormatKeys.ChannelsKey, Integer.valueOf(2), AudioFormatKeys.SampleRateKey, new Rational(48000L, 1L), AudioFormatKeys.SignedKey, Boolean.valueOf(true), AudioFormatKeys.ByteOrderKey, ByteOrder.BIG_ENDIAN})); } public ScreenRecorder(GraphicsConfiguration cfg, Format fileFormat, Format screenFormat, Format mouseFormat, Format audioFormat) throws IOException, AWTException { this(cfg, (Rectangle) null, fileFormat, screenFormat, mouseFormat, audioFormat); } public ScreenRecorder(GraphicsConfiguration cfg, Rectangle captureArea, Format fileFormat, Format screenFormat, Format mouseFormat, Format audioFormat) throws IOException, AWTException { this(cfg, (Rectangle) null, fileFormat, screenFormat, mouseFormat, audioFormat, (File) null); } public ScreenRecorder(GraphicsConfiguration cfg, Rectangle captureArea, Format fileFormat, Format screenFormat, Format mouseFormat, Format audioFormat, File movieFolder) throws IOException, AWTException { this.state = ScreenRecorder.State.DONE; this.stateMessage = null; this.sync = new Object(); this.videoTrack = 0; this.audioTrack = 1; this.maxRecordingTime = 3600000L; this.maxFileSize = 9223372036854775807L; this.counter = 0L; this.fileFormat = fileFormat; this.screenFormat = screenFormat; this.mouseFormat = mouseFormat; if (this.mouseFormat == null) { this.mouseFormat = new Format(new Object[]{FormatKeys.FrameRateKey, new Rational(0L, 0L), FormatKeys.EncodingKey, "black"}); } this.audioFormat = audioFormat; this.recordedFiles = new ArrayList(); this.captureDevice = cfg.getDevice(); this.captureArea = captureArea == null ? cfg.getBounds() : captureArea; if (mouseFormat != null && ((Rational) mouseFormat.get(FormatKeys.FrameRateKey)).intValue() > 0) { this.mouseCaptures = new ArrayBlockingQueue(((Rational) mouseFormat.get(FormatKeys.FrameRateKey)).intValue() * 2); if (((String) this.mouseFormat.get(FormatKeys.EncodingKey)).equals("black")) {//Please provide these images location it is the screen pointersString filelocation = System.getProperty("user.dir") + "/src/main/resources/images/Cursor.black.png"; String filelocation2 = System.getProperty("user.dir") + "/src/main/resources/images/Cursor.black.pressed.png"; this.cursorImg = Images.toBufferedImage(createImage(filelocation)); this.cursorImgPressed = Images.toBufferedImage(createImage(filelocation2)); } else if (((String) this.mouseFormat.get(FormatKeys.EncodingKey)).equals("yellow")) { this.cursorImg = Images.toBufferedImage(Images.createImage(ScreenRecorder.class, "images/Cursor.yellow.png")); this.cursorImgPressed = Images.toBufferedImage(Images.createImage(ScreenRecorder.class, "images/Cursor.yellow.pressed.png")); } else { this.cursorImg = Images.toBufferedImage(Images.createImage(ScreenRecorder.class, "images/Cursor.white.png")); this.cursorImgPressed = Images.toBufferedImage(Images.createImage(ScreenRecorder.class, "images/Cursor.white.pressed.png")); } this.cursorOffset = new Point(this.cursorImg.getWidth() / -2, this.cursorImg.getHeight() / -2); } this.movieFolder = movieFolder; if (this.movieFolder == null) { this.movieFolder = new File(System.getProperty("java.io.tmpdir") + File.separator + "screenrecorder"); } } public static Image createImage(String resource) { Image image = Toolkit.getDefaultToolkit().createImage(resource); return image; } protected MovieWriter createMovieWriter(String testName) throws IOException { screenRecorderName = this.createMovieFile(this.fileFormat, testName); File f = screenRecorderName; this.recordedFiles.add(f); MovieWriter mw = this.w = Registry.getInstance().getWriter(this.fileFormat, f); Rational videoRate = Rational.max((Rational) this.screenFormat.get(FormatKeys.FrameRateKey), (Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)); this.ffrDuration = videoRate.inverse(); Format videoInputFormat = this.screenFormat.prepend(new Object[]{FormatKeys.MediaTypeKey, MediaType.VIDEO, FormatKeys.EncodingKey, "image", VideoFormatKeys.WidthKey, Integer.valueOf(this.captureArea.width), VideoFormatKeys.HeightKey, Integer.valueOf(this.captureArea.height), FormatKeys.FrameRateKey, videoRate}); Format videoOutputFormat = this.screenFormat.prepend(new Object[]{FormatKeys.FrameRateKey, videoRate, FormatKeys.MimeTypeKey, this.fileFormat.get(FormatKeys.MimeTypeKey)}).append(new Object[]{VideoFormatKeys.WidthKey, Integer.valueOf(this.captureArea.width), VideoFormatKeys.HeightKey, Integer.valueOf(this.captureArea.height)}); this.videoTrack = this.w.addTrack(videoOutputFormat); if (this.audioFormat != null) { this.audioTrack = this.w.addTrack(this.audioFormat); } Codec encoder = Registry.getInstance().getEncoder(this.w.getFormat(this.videoTrack)); if (encoder == null) { throw new IOException("No encoder for format " + this.w.getFormat(this.videoTrack)); } else { this.frameEncoder = encoder; this.frameEncoder.setInputFormat(videoInputFormat); this.frameEncoder.setOutputFormat(videoOutputFormat); if (this.frameEncoder.getOutputFormat() == null) { throw new IOException("Unable to encode video frames in this output format:\n" + videoOutputFormat); } else { if (!videoInputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}).matches(videoOutputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}))) { ScaleImageCodec qtw = new ScaleImageCodec(); qtw.setInputFormat(videoInputFormat); qtw.setOutputFormat(videoOutputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}).append(videoInputFormat)); this.frameEncoder = new CodecChain(qtw, this.frameEncoder); } if (((Integer) this.screenFormat.get(VideoFormatKeys.DepthKey)).intValue() == 8) { if (this.w instanceof AVIWriter) { AVIWriter qtw1 = (AVIWriter) this.w; qtw1.setPalette(this.videoTrack, Colors.createMacColors()); } else if (this.w instanceof QuickTimeWriter) { QuickTimeWriter qtw2 = (QuickTimeWriter) this.w; qtw2.setVideoColorTable(this.videoTrack, Colors.createMacColors()); } } this.fileStartTime = System.currentTimeMillis(); return mw; } } } protected MovieWriter createMovieWriter() throws IOException { File f = this.createMovieFile(this.fileFormat); this.recordedFiles.add(f); MovieWriter mw = this.w = Registry.getInstance().getWriter(this.fileFormat, f); Rational videoRate = Rational.max((Rational) this.screenFormat.get(FormatKeys.FrameRateKey), (Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)); this.ffrDuration = videoRate.inverse(); Format videoInputFormat = this.screenFormat.prepend(new Object[]{FormatKeys.MediaTypeKey, MediaType.VIDEO, FormatKeys.EncodingKey, "image", VideoFormatKeys.WidthKey, Integer.valueOf(this.captureArea.width), VideoFormatKeys.HeightKey, Integer.valueOf(this.captureArea.height), FormatKeys.FrameRateKey, videoRate}); Format videoOutputFormat = this.screenFormat.prepend(new Object[]{FormatKeys.FrameRateKey, videoRate, FormatKeys.MimeTypeKey, this.fileFormat.get(FormatKeys.MimeTypeKey)}).append(new Object[]{VideoFormatKeys.WidthKey, Integer.valueOf(this.captureArea.width), VideoFormatKeys.HeightKey, Integer.valueOf(this.captureArea.height)}); this.videoTrack = this.w.addTrack(videoOutputFormat); if (this.audioFormat != null) { this.audioTrack = this.w.addTrack(this.audioFormat); } Codec encoder = Registry.getInstance().getEncoder(this.w.getFormat(this.videoTrack)); if (encoder == null) { throw new IOException("No encoder for format " + this.w.getFormat(this.videoTrack)); } else { this.frameEncoder = encoder; this.frameEncoder.setInputFormat(videoInputFormat); this.frameEncoder.setOutputFormat(videoOutputFormat); if (this.frameEncoder.getOutputFormat() == null) { throw new IOException("Unable to encode video frames in this output format:\n" + videoOutputFormat); } else { if (!videoInputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}).matches(videoOutputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}))) { ScaleImageCodec qtw = new ScaleImageCodec(); qtw.setInputFormat(videoInputFormat); qtw.setOutputFormat(videoOutputFormat.intersectKeys(new FormatKey[]{VideoFormatKeys.WidthKey, VideoFormatKeys.HeightKey}).append(videoInputFormat)); this.frameEncoder = new CodecChain(qtw, this.frameEncoder); } if (((Integer) this.screenFormat.get(VideoFormatKeys.DepthKey)).intValue() == 8) { if (this.w instanceof AVIWriter) { AVIWriter qtw1 = (AVIWriter) this.w; qtw1.setPalette(this.videoTrack, Colors.createMacColors()); } else if (this.w instanceof QuickTimeWriter) { QuickTimeWriter qtw2 = (QuickTimeWriter) this.w; qtw2.setVideoColorTable(this.videoTrack, Colors.createMacColors()); } } this.fileStartTime = System.currentTimeMillis(); return mw; } } } public List<File> getCreatedMovieFiles() { return Collections.unmodifiableList(this.recordedFiles); } protected File createMovieFile(Format fileFormat) throws IOException { if (!this.movieFolder.exists()) { this.movieFolder.mkdirs(); } else if (!this.movieFolder.isDirectory()) { throw new IOException("\"" + this.movieFolder + "\" is not a directory."); } SimpleDateFormat dateFormat = new SimpleDateFormat("yyyy-MM-dd \'at\' HH.mm.ss"); File f = new File(this.movieFolder, "ScreenRecording " + dateFormat.format(new Date()) + "." + Registry.getInstance().getExtension(fileFormat)); return f; } protected File createMovieFile(Format fileFormat, String name) throws IOException { if (!this.movieFolder.exists()) { this.movieFolder.mkdirs(); } else if (!this.movieFolder.isDirectory()) { throw new IOException("\"" + this.movieFolder + "\" is not a directory."); } SimpleDateFormat dateFormat = new SimpleDateFormat("yyyy-MM-dd \'at\' HH.mm.ss"); File f = new File(this.movieFolder, name + dateFormat.format(new Date()) + "." + Registry.getInstance().getExtension(fileFormat)); return f; } public ScreenRecorder.State getState() { return this.state; } public String getStateMessage() { return this.stateMessage; } private void setState(ScreenRecorder.State newValue, String msg) { this.state = newValue; this.stateMessage = msg; this.fireStateChanged(); } public long getStartTime() { return this.recordingStartTime; } public void start() throws IOException { this.stop(); this.recordedFiles.clear(); this.createMovieWriter(); try { this.recordingStartTime = System.currentTimeMillis(); this.recordingStopTime = 9223372036854775807L; this.outputTime = new Rational(0L, 0L); this.startWriter(); IOException ioe; try { this.startScreenCapture(); } catch (AWTException var4) { ioe = new IOException("Start screen capture failed"); ioe.initCause(var4); this.stop(); throw ioe; } catch (IOException var5) { this.stop(); throw var5; } if (this.mouseFormat != null && ((Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)).intValue() > 0) { this.startMouseCapture(); } if (this.audioFormat != null) { try { this.startAudioCapture(); } catch (LineUnavailableException var3) { ioe = new IOException("Start audio capture failed"); ioe.initCause(var3); this.stop(); throw ioe; } } this.setState(ScreenRecorder.State.RECORDING, (String) null); } catch (IOException var6) { this.stop(); throw var6; } } public void start(String testName) throws IOException { this.stop(); this.recordedFiles.clear(); this.createMovieWriter(testName); try { this.recordingStartTime = System.currentTimeMillis(); this.recordingStopTime = 9223372036854775807L; this.outputTime = new Rational(0L, 0L); this.startWriter(); IOException ioe; try { this.startScreenCapture(); } catch (AWTException var4) { ioe = new IOException("Start screen capture failed"); ioe.initCause(var4); this.stop(); throw ioe; } catch (IOException var5) { this.stop(); throw var5; } if (this.mouseFormat != null && ((Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)).intValue() > 0) { this.startMouseCapture(); } if (this.audioFormat != null) { try { this.startAudioCapture(); } catch (LineUnavailableException var3) { ioe = new IOException("Start audio capture failed"); ioe.initCause(var3); this.stop(); throw ioe; } } this.setState(ScreenRecorder.State.RECORDING, (String) null); } catch (IOException var6) { this.stop(); throw var6; } } private void startScreenCapture() throws AWTException, IOException { this.screenCaptureTimer = new ScheduledThreadPoolExecutor(1); int delay = Math.max(1, (int) (1000.0D / ((Rational) this.screenFormat.get(FormatKeys.FrameRateKey)).doubleValue())); this.screenGrabber = new ScreenRecorder.ScreenGrabber(this, this.recordingStartTime); this.screenFuture = this.screenCaptureTimer.scheduleAtFixedRate(this.screenGrabber, (long) delay, (long) delay, TimeUnit.MILLISECONDS); this.screenGrabber.setFuture(this.screenFuture); } protected void startMouseCapture() throws IOException { this.mouseCaptureTimer = new ScheduledThreadPoolExecutor(1); int delay = Math.max(1, (int) (1000.0D / ((Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)).doubleValue())); this.mouseGrabber = new ScreenRecorder.MouseGrabber(this, this.recordingStartTime, this.mouseCaptureTimer); this.mouseFuture = this.mouseCaptureTimer.scheduleAtFixedRate(this.mouseGrabber, (long) delay, (long) delay, TimeUnit.MILLISECONDS); final ScreenRecorder.MouseGrabber mouseGrabberF = this.mouseGrabber; this.awtEventListener = new AWTEventListener() { public void eventDispatched(AWTEvent event) { if (event.getID() == 501) { mouseGrabberF.setMousePressed(true); } else if (event.getID() == 502) { mouseGrabberF.setMousePressed(false); } } }; Toolkit.getDefaultToolkit().addAWTEventListener(this.awtEventListener, 16L); this.mouseGrabber.setFuture(this.mouseFuture); } protected void stopMouseCapture() { if (this.mouseCaptureTimer != null) { this.mouseGrabber.setStopTime(this.recordingStopTime); } if (this.awtEventListener != null) { Toolkit.getDefaultToolkit().removeAWTEventListener(this.awtEventListener); this.awtEventListener = null; } } protected void waitUntilMouseCaptureStopped() throws InterruptedException { if (this.mouseCaptureTimer != null) { try { this.mouseFuture.get(); } catch (InterruptedException var2) { ; } catch (CancellationException var3) { ; } catch (ExecutionException var4) { ; } this.mouseCaptureTimer.shutdown(); this.mouseCaptureTimer.awaitTermination(5000L, TimeUnit.MILLISECONDS); this.mouseCaptureTimer = null; this.mouseGrabber.close(); this.mouseGrabber = null; } } private void startAudioCapture() throws LineUnavailableException { this.audioCaptureTimer = new ScheduledThreadPoolExecutor(1); boolean delay = true; this.audioGrabber = new ScreenRecorder.AudioGrabber(this.mixer, this.audioFormat, this.audioTrack, this.recordingStartTime, this.writerQueue); this.audioFuture = this.audioCaptureTimer.scheduleWithFixedDelay(this.audioGrabber, 0L, 10L, TimeUnit.MILLISECONDS); this.audioGrabber.setFuture(this.audioFuture); } public float getAudioLevelLeft() { ScreenRecorder.AudioGrabber ag = this.audioGrabber; return ag != null ? ag.getAudioLevelLeft() : -1.0F; } public float getAudioLevelRight() { ScreenRecorder.AudioGrabber ag = this.audioGrabber; return ag != null ? ag.getAudioLevelRight() : -1.0F; } private void startWriter() { this.writerQueue = new ArrayBlockingQueue(Math.max(((Rational) this.screenFormat.get(FormatKeys.FrameRateKey)).intValue(), ((Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)).intValue()) + 1); this.writerThread = new Thread() { public void run() { try { while (ScreenRecorder.this.writerThread == this || !ScreenRecorder.this.writerQueue.isEmpty()) { try { Buffer e = (Buffer) ScreenRecorder.this.writerQueue.take(); ScreenRecorder.this.doWrite(e); } catch (InterruptedException var2) { break; } } } catch (Throwable var3) { var3.printStackTrace(); ScreenRecorder.this.recordingFailed(var3.getMessage() == null ? var3.toString() : var3.getMessage()); } } }; this.writerThread.start(); } private void recordingFailed(final String msg) { SwingUtilities.invokeLater(new Runnable() { public void run() { try { ScreenRecorder.this.stop(); ScreenRecorder.this.setState(ScreenRecorder.State.FAILED, msg); } catch (IOException var2) { var2.printStackTrace(); } } }); } public void stop() throws IOException { if (this.state == ScreenRecorder.State.RECORDING) { this.recordingStopTime = System.currentTimeMillis(); this.stopMouseCapture(); if (this.screenCaptureTimer != null) { this.screenGrabber.setStopTime(this.recordingStopTime); } if (this.audioCaptureTimer != null) { this.audioGrabber.setStopTime(this.recordingStopTime); } try { this.waitUntilMouseCaptureStopped(); if (this.screenCaptureTimer != null) { try { this.screenFuture.get(); } catch (InterruptedException var5) { ; } catch (CancellationException var6) { ; } catch (ExecutionException var7) { ; } this.screenCaptureTimer.shutdown(); this.screenCaptureTimer.awaitTermination(5000L, TimeUnit.MILLISECONDS); this.screenCaptureTimer = null; this.screenGrabber.close(); this.screenGrabber = null; } if (this.audioCaptureTimer != null) { try { this.audioFuture.get(); } catch (InterruptedException var2) { ; } catch (CancellationException var3) { ; } catch (ExecutionException var4) { ; } this.audioCaptureTimer.shutdown(); this.audioCaptureTimer.awaitTermination(5000L, TimeUnit.MILLISECONDS); this.audioCaptureTimer = null; this.audioGrabber.close(); this.audioGrabber = null; } } catch (InterruptedException var8) { ; } this.stopWriter(); this.setState(ScreenRecorder.State.DONE, (String) null); } } public void stop(boolean writeFile) throws IOException { if (this.state == ScreenRecorder.State.RECORDING) { this.recordingStopTime = System.currentTimeMillis(); this.stopMouseCapture(); if (this.screenCaptureTimer != null) { this.screenGrabber.setStopTime(this.recordingStopTime); } if (this.audioCaptureTimer != null) { this.audioGrabber.setStopTime(this.recordingStopTime); } try { this.waitUntilMouseCaptureStopped(); if (this.screenCaptureTimer != null) { try { this.screenFuture.get(); } catch (InterruptedException var5) { ; } catch (CancellationException var6) { ; } catch (ExecutionException var7) { ; } this.screenCaptureTimer.shutdown(); this.screenCaptureTimer.awaitTermination(5000L, TimeUnit.MILLISECONDS); this.screenCaptureTimer = null; this.screenGrabber.close(); this.screenGrabber = null; } if (this.audioCaptureTimer != null) { try { this.audioFuture.get(); } catch (InterruptedException var2) { ; } catch (CancellationException var3) { ; } catch (ExecutionException var4) { ; } this.audioCaptureTimer.shutdown(); this.audioCaptureTimer.awaitTermination(5000L, TimeUnit.MILLISECONDS); this.audioCaptureTimer = null; this.audioGrabber.close(); this.audioGrabber = null; } } catch (InterruptedException var8) { ; } this.stopWriter(writeFile); this.setState(ScreenRecorder.State.DONE, (String) null); } } private void stopWriter() throws IOException { Thread pendingWriterThread = this.writerThread; this.writerThread = null; try { if (pendingWriterThread != null) { pendingWriterThread.interrupt(); pendingWriterThread.join(); } } catch (InterruptedException var3) { var3.printStackTrace(); } if (this.w != null) { this.w.close(); this.w = null; } } private void stopWriter(boolean writeToFile) throws IOException { Thread pendingWriterThread = this.writerThread; this.writerThread = null; try { if (pendingWriterThread != null) { pendingWriterThread.interrupt(); pendingWriterThread.join(); } } catch (InterruptedException var3) { var3.printStackTrace(); } if (!writeToFile) { try { screenRecorderName.delete(); } catch (Exception e) { System.out.print(e.getMessage()); } w.close(); } if (this.w != null) { this.w.close(); this.w = null; } } protected void write(Buffer buf) throws IOException, InterruptedException { MovieWriter writer = this.w; if (writer != null) { Buffer wbuf; if (buf.track == this.videoTrack) { if (!((Boolean) writer.getFormat(this.videoTrack).get(VideoFormatKeys.FixedFrameRateKey, Boolean.valueOf(false))).booleanValue()) { wbuf = new Buffer(); this.frameEncoder.process(buf, wbuf); this.writerQueue.put(wbuf); } else { Rational wbuf2 = buf.timeStamp.add(buf.sampleDuration); for (boolean isFirst = true; this.outputTime.compareTo(wbuf2) < 0; this.outputTime = this.outputTime.add(this.ffrDuration)) { buf.timeStamp = this.outputTime; buf.sampleDuration = this.ffrDuration; if (isFirst) { isFirst = false; } else { buf.setFlag(BufferFlag.SAME_DATA); } Buffer wbuf1 = new Buffer(); if (this.frameEncoder.process(buf, wbuf1) != 0) { throw new IOException("Codec failed or could not process frame in a single step."); } this.writerQueue.put(wbuf1); } } } else { wbuf = new Buffer(); wbuf.setMetaTo(buf); wbuf.data = ((byte[]) ((byte[]) buf.data)).clone(); wbuf.length = buf.length; wbuf.offset = buf.offset; this.writerQueue.put(wbuf); } } } private void doWrite(Buffer buf) throws IOException { final MovieWriter mw = this.w; long now = System.currentTimeMillis(); if (buf.track == this.videoTrack && buf.isFlag(BufferFlag.KEYFRAME) && (mw.isDataLimitReached() || now - this.fileStartTime > this.maxRecordingTime)) { (new Thread() { public void run() { try { mw.close(); } catch (IOException var2) { var2.printStackTrace(); } } }).start(); // mw = this.createMovieWriter(); } mw.write(buf.track, buf); } public long getMaxRecordingTime() { return this.maxRecordingTime; } public void setMaxRecordingTime(long maxRecordingTime) { this.maxRecordingTime = maxRecordingTime; } public long getMaxFileSize() { return this.maxFileSize; } public void setMaxFileSize(long maxFileSize) { this.maxFileSize = maxFileSize; } public Mixer getAudioMixer() { return this.mixer; } public void setAudioMixer(Mixer mixer) { this.mixer = mixer; } public static enum State { DONE, FAILED, RECORDING; private State() { } } private static class AudioGrabber implements Runnable { private final TargetDataLine line; private final BlockingQueue<Buffer> queue; private final Format audioFormat; private final int audioTrack; private final long startTime; private volatile long stopTime = 9223372036854775807L; private long totalSampleCount; private ScheduledFuture future; private long sequenceNumber; private float audioLevelLeft = -1.0F; private float audioLevelRight = -1.0F; private Mixer mixer; public AudioGrabber(Mixer mixer, Format audioFormat, int audioTrack, long startTime, BlockingQueue<Buffer> queue) throws LineUnavailableException { this.mixer = mixer; this.audioFormat = audioFormat; this.audioTrack = audioTrack; this.queue = queue; this.startTime = startTime; Info lineInfo = new Info(TargetDataLine.class, AudioFormatKeys.toAudioFormat(audioFormat)); if (mixer != null) { this.line = (TargetDataLine) mixer.getLine(lineInfo); } else { this.line = (TargetDataLine) AudioSystem.getLine(lineInfo); } try { BooleanControl e = (BooleanControl) this.line.getControl(Type.MUTE); e.setValue(false); } catch (IllegalArgumentException var10) { ; } try { FloatControl e1 = (FloatControl) this.line.getControl(FloatControl.Type.VOLUME); e1.setValue(Math.max(e1.getValue(), 0.2F)); } catch (IllegalArgumentException var9) { ; } this.line.open(); this.line.start(); } public void setFuture(ScheduledFuture future) { this.future = future; } public void close() { this.line.close(); } public synchronized long getStopTime() { return this.stopTime; } public synchronized void setStopTime(long newValue) { this.stopTime = newValue; } public void run() { Buffer buf = new Buffer(); AudioFormat lineFormat = this.line.getFormat(); buf.format = AudioFormatKeys.fromAudioFormat(lineFormat).append(new Object[]{AudioFormatKeys.SilenceBugKey, Boolean.valueOf(true)}); int bufferSize = lineFormat.getFrameSize() * (int) lineFormat.getSampleRate(); if (((int) lineFormat.getSampleRate() & 1) == 0) { bufferSize /= 2; } byte[] bdat = new byte[bufferSize]; buf.data = bdat; Rational sampleRate = Rational.valueOf((double) lineFormat.getSampleRate()); Rational frameRate = Rational.valueOf((double) lineFormat.getFrameRate()); int count = this.line.read(bdat, 0, bdat.length); if (count > 0) { this.computeAudioLevel(bdat, count, lineFormat); buf.sampleCount = count / (lineFormat.getSampleSizeInBits() / 8 * lineFormat.getChannels()); buf.sampleDuration = sampleRate.inverse(); buf.offset = 0; buf.sequenceNumber = (long) (this.sequenceNumber++); buf.length = count; buf.track = this.audioTrack; buf.timeStamp = (new Rational(this.totalSampleCount, 1L)).divide(frameRate); Rational stopTS = new Rational(this.getStopTime() - this.startTime, 1000L); if (buf.timeStamp.add(buf.sampleDuration.multiply((long) buf.sampleCount)).compareTo(stopTS) > 0) { buf.sampleCount = Math.max(0, (int) Math.ceil((double) stopTS.subtract(buf.timeStamp).divide(buf.sampleDuration).floatValue())); buf.length = buf.sampleCount * lineFormat.getSampleSizeInBits() / 8 * lineFormat.getChannels(); this.future.cancel(false); } if (buf.sampleCount > 0) { try { this.queue.put(buf); } catch (InterruptedException var10) { ; } } this.totalSampleCount += (long) buf.sampleCount; } } private void computeAudioLevel(byte[] data, int length, AudioFormat format) { this.audioLevelLeft = this.audioLevelRight = -1.0F; if (format.getEncoding().equals(Encoding.PCM_SIGNED)) { switch (format.getSampleSizeInBits()) { case 8: switch (format.getChannels()) { case 1: this.audioLevelLeft = this.computeAudioLevelSigned8(data, 0, length, format.getFrameSize()); return; case 2: this.audioLevelLeft = this.computeAudioLevelSigned8(data, 0, length, format.getFrameSize()); this.audioLevelRight = this.computeAudioLevelSigned8(data, 1, length, format.getFrameSize()); return; default: return; } case 16: if (format.isBigEndian()) { switch (format.getChannels()) { case 1: this.audioLevelLeft = this.computeAudioLevelSigned16BE(data, 0, length, format.getFrameSize()); break; case 2: this.audioLevelLeft = this.computeAudioLevelSigned16BE(data, 0, length, format.getFrameSize()); this.audioLevelRight = this.computeAudioLevelSigned16BE(data, 2, length, format.getFrameSize()); } } else { switch (format.getChannels()) { case 1: case 2: } } } } } private float computeAudioLevelSigned16BE(byte[] data, int offset, int length, int stride) { double sum = 0.0D; for (int rms = offset; rms < length; rms += stride) { int value = data[rms] << 8 | data[rms + 1] & 255; sum += (double) (value * value); } double rms1 = Math.sqrt(sum / (double) ((length - offset) / stride)); return (float) (rms1 / 32768.0D); } private float computeAudioLevelSigned8(byte[] data, int offset, int length, int stride) { double sum = 0.0D; for (int rms = offset; rms < length; rms += stride) { byte value = data[rms]; if (value != -128) { sum += (double) (value * value); } } double rms1 = Math.sqrt(sum / (double) (length / stride)); return (float) (rms1 / 128.0D); } public float getAudioLevelLeft() { return this.audioLevelLeft; } public float getAudioLevelRight() { return this.audioLevelRight; } } protected static class MouseGrabber implements Runnable { private Point prevCapturedMouseLocation = new Point(2147483647, 2147483647); private ScheduledThreadPoolExecutor timer; private ScreenRecorder recorder; private GraphicsDevice captureDevice; private Rectangle captureArea; private BlockingQueue<Buffer> mouseCaptures; private volatile long stopTime = 9223372036854775807L; private long startTime; private Format format; private ScheduledFuture future; private volatile boolean mousePressed; private volatile boolean mouseWasPressed; private volatile boolean mousePressedRecorded; public MouseGrabber(ScreenRecorder recorder, long startTime, ScheduledThreadPoolExecutor timer) { this.timer = timer; this.format = recorder.mouseFormat; this.captureDevice = recorder.captureDevice; this.captureArea = recorder.captureArea; this.mouseCaptures = recorder.mouseCaptures; this.startTime = startTime; } public void setFuture(ScheduledFuture future) { this.future = future; } public void setMousePressed(boolean newValue) { if (newValue) { this.mouseWasPressed = true; } this.mousePressed = newValue; } public void run() { try { this.grabMouse(); } catch (Throwable var2) { var2.printStackTrace(); this.timer.shutdown(); this.recorder.recordingFailed(var2.getMessage()); } } public synchronized long getStopTime() { return this.stopTime; } public synchronized void setStopTime(long newValue) { this.stopTime = newValue; } private void grabMouse() throws InterruptedException { long now = System.currentTimeMillis(); if (now > this.getStopTime()) { this.future.cancel(false); } else { PointerInfo info = MouseInfo.getPointerInfo(); Point p = info.getLocation(); if (!info.getDevice().equals(this.captureDevice) || !this.captureArea.contains(p)) { p.setLocation(2147483647, 2147483647); } if (!p.equals(this.prevCapturedMouseLocation) || this.mouseWasPressed != this.mousePressedRecorded) { Buffer buf = new Buffer(); buf.format = this.format; buf.timeStamp = new Rational(now, 1000L); buf.data = p; buf.header = Boolean.valueOf(this.mouseWasPressed); this.mousePressedRecorded = this.mouseWasPressed; this.mouseCaptures.put(buf); this.prevCapturedMouseLocation.setLocation(p); } if (!this.mousePressed) { this.mouseWasPressed = false; } } } public void close() { } } private static class ScreenGrabber implements Runnable { private final Format mouseFormat; private final Object sync; private Point prevDrawnMouseLocation = new Point(2147483647, 2147483647); private boolean prevMousePressed = false; private BufferedImage screenCapture; private ScreenRecorder recorder; private ScheduledThreadPoolExecutor screenTimer; private Robot robot; private Rectangle captureArea; private BufferedImage videoImg; private Graphics2D videoGraphics; private ArrayBlockingQueue<Buffer> mouseCaptures; private Rational prevScreenCaptureTime; private BufferedImage cursorImg; private BufferedImage cursorImgPressed; private Point cursorOffset; private int videoTrack; private long startTime; private volatile long stopTime = 9223372036854775807L; private ScheduledFuture future; private long sequenceNumber; public ScreenGrabber(ScreenRecorder recorder, long startTime) throws AWTException, IOException { this.recorder = recorder; this.captureArea = recorder.captureArea; this.robot = new Robot(recorder.captureDevice); this.mouseFormat = recorder.mouseFormat; this.mouseCaptures = recorder.mouseCaptures; this.sync = recorder.sync; this.cursorImg = recorder.cursorImg; this.cursorImgPressed = recorder.cursorImgPressed; this.cursorOffset = recorder.cursorOffset; this.videoTrack = recorder.videoTrack; this.prevScreenCaptureTime = new Rational(startTime, 1000L); this.startTime = startTime; Format screenFormat = recorder.screenFormat; if (((Integer) screenFormat.get(VideoFormatKeys.DepthKey, Integer.valueOf(24))).intValue() == 24) { this.videoImg = new BufferedImage(this.captureArea.width, this.captureArea.height, 1); } else if (((Integer) screenFormat.get(VideoFormatKeys.DepthKey)).intValue() == 16) { this.videoImg = new BufferedImage(this.captureArea.width, this.captureArea.height, 9); } else { if (((Integer) screenFormat.get(VideoFormatKeys.DepthKey)).intValue() != 8) { throw new IOException("Unsupported color depth " + screenFormat.get(VideoFormatKeys.DepthKey)); } this.videoImg = new BufferedImage(this.captureArea.width, this.captureArea.height, 13, Colors.createMacColors()); } this.videoGraphics = this.videoImg.createGraphics(); this.videoGraphics.setRenderingHint(RenderingHints.KEY_DITHERING, RenderingHints.VALUE_DITHER_DISABLE); this.videoGraphics.setRenderingHint(RenderingHints.KEY_COLOR_RENDERING, RenderingHints.VALUE_COLOR_RENDER_SPEED); this.videoGraphics.setRenderingHint(RenderingHints.KEY_RENDERING, RenderingHints.VALUE_RENDER_SPEED); } public void setFuture(ScheduledFuture future) { this.future = future; } public synchronized long getStopTime() { return this.stopTime; } public synchronized void setStopTime(long newValue) { this.stopTime = newValue; } public void run() { try { this.grabScreen(); } catch (Throwable var2) { var2.printStackTrace(); this.screenTimer.shutdown(); this.recorder.recordingFailed(var2.getMessage()); } } private void grabScreen() throws IOException, InterruptedException { BufferedImage previousScreenCapture = this.screenCapture; long timeBeforeCapture = System.currentTimeMillis(); try { this.screenCapture = this.robot.createScreenCapture(this.captureArea); } catch (IllegalMonitorStateException var13) { return; } long timeAfterCapture = System.currentTimeMillis(); if (previousScreenCapture == null) { previousScreenCapture = this.screenCapture; } this.videoGraphics.drawImage(previousScreenCapture, 0, 0, (ImageObserver) null); Buffer buf = new Buffer(); buf.format = new Format(new Object[]{FormatKeys.MediaTypeKey, MediaType.VIDEO, FormatKeys.EncodingKey, "image"}); boolean hasMouseCapture = false; if (this.mouseFormat != null && ((Rational) this.mouseFormat.get(FormatKeys.FrameRateKey)).intValue() > 0) { while (!this.mouseCaptures.isEmpty() && ((Buffer) this.mouseCaptures.peek()).timeStamp.compareTo(new Rational(timeAfterCapture, 1000L)) < 0) { Buffer p = (Buffer) this.mouseCaptures.poll(); if (p.timeStamp.compareTo(this.prevScreenCaptureTime) > 0) { if (p.timeStamp.compareTo(new Rational(timeBeforeCapture, 1000L)) < 0) { previousScreenCapture = this.screenCapture; this.videoGraphics.drawImage(previousScreenCapture, 0, 0, (ImageObserver) null); } Point mcp = (Point) p.data; this.prevMousePressed = ((Boolean) p.header).booleanValue(); this.prevDrawnMouseLocation.setLocation(mcp.x - this.captureArea.x, mcp.y - this.captureArea.y); Point p1 = this.prevDrawnMouseLocation; long localStopTime = this.getStopTime(); if (p.timeStamp.compareTo(new Rational(localStopTime, 1000L)) > 0) { break; } hasMouseCapture = true; if (this.prevMousePressed) { this.videoGraphics.drawImage(this.cursorImgPressed, p1.x + this.cursorOffset.x, p1.y + this.cursorOffset.y, (ImageObserver) null); } else { this.videoGraphics.drawImage(this.cursorImg, p1.x + this.cursorOffset.x, p1.y + this.cursorOffset.y, (ImageObserver) null); } buf.clearFlags(); buf.data = this.videoImg; buf.sampleDuration = p.timeStamp.subtract(this.prevScreenCaptureTime); buf.timeStamp = this.prevScreenCaptureTime.subtract(new Rational(this.startTime, 1000L)); buf.track = this.videoTrack; buf.sequenceNumber = (long) (this.sequenceNumber++); buf.header = p1.x == 2147483647 ? null : p1; this.recorder.write(buf); this.prevScreenCaptureTime = p.timeStamp; this.videoGraphics.drawImage(previousScreenCapture, p1.x + this.cursorOffset.x, p1.y + this.cursorOffset.y, p1.x + this.cursorOffset.x + this.cursorImg.getWidth() - 1, p1.y + this.cursorOffset.y + this.cursorImg.getHeight() - 1, p1.x + this.cursorOffset.x, p1.y + this.cursorOffset.y, p1.x + this.cursorOffset.x + this.cursorImg.getWidth() - 1, p1.y + this.cursorOffset.y + this.cursorImg.getHeight() - 1, (ImageObserver) null); } } if (!hasMouseCapture && this.prevScreenCaptureTime.compareTo(new Rational(this.getStopTime(), 1000L)) < 0) { Point p2 = this.prevDrawnMouseLocation; if (p2 != null) { if (this.prevMousePressed) { this.videoGraphics.drawImage(this.cursorImgPressed, p2.x + this.cursorOffset.x, p2.y + this.cursorOffset.y, (ImageObserver) null); } else { this.videoGraphics.drawImage(this.cursorImg, p2.x + this.cursorOffset.x, p2.y + this.cursorOffset.y, (ImageObserver) null); } } buf.data = this.videoImg; buf.sampleDuration = (new Rational(timeAfterCapture, 1000L)).subtract(this.prevScreenCaptureTime); buf.timeStamp = this.prevScreenCaptureTime.subtract(new Rational(this.startTime, 1000L)); buf.track = this.videoTrack; buf.sequenceNumber = (long) (this.sequenceNumber++); buf.header = p2.x == 2147483647 ? null : p2; this.recorder.write(buf); this.prevScreenCaptureTime = new Rational(timeAfterCapture, 1000L); if (p2 != null) { this.videoGraphics.drawImage(previousScreenCapture, p2.x + this.cursorOffset.x, p2.y + this.cursorOffset.y, p2.x + this.cursorOffset.x + this.cursorImg.getWidth() - 1, p2.y + this.cursorOffset.y + this.cursorImg.getHeight() - 1, p2.x + this.cursorOffset.x, p2.y + this.cursorOffset.y, p2.x + this.cursorOffset.x + this.cursorImg.getWidth() - 1, p2.y + this.cursorOffset.y + this.cursorImg.getHeight() - 1, (ImageObserver) null); } } } else if (this.prevScreenCaptureTime.compareTo(new Rational(this.getStopTime(), 1000L)) < 0) { buf.data = this.videoImg; buf.sampleDuration = (new Rational(timeAfterCapture, 1000L)).subtract(this.prevScreenCaptureTime); buf.timeStamp = this.prevScreenCaptureTime.subtract(new Rational(this.startTime, 1000L)); buf.track = this.videoTrack; buf.sequenceNumber = (long) (this.sequenceNumber++); buf.header = null; this.recorder.write(buf); this.prevScreenCaptureTime = new Rational(timeAfterCapture, 1000L); } if (timeBeforeCapture > this.getStopTime()) { this.future.cancel(false); } } public void close() { this.videoGraphics.dispose(); this.videoImg.flush(); } } }
