@Override
public TransformationResult getMoreData(byte opCode, boolean fin, int rsv, ByteBuffer dest)
throws IOException {
// Control frames are never compressed and may appear in the middle of
// a WebSocket method. Pass them straight through.
if (Util.isControl(opCode)) {
return next.getMoreData(opCode, fin, rsv, dest);
}
if (!Util.isContinuation(opCode)) {
// First frame in new message
skipDecompression = (rsv & RSV_BITMASK) == 0;
}
// Pass uncompressed frames straight through.
if (skipDecompression) {
return next.getMoreData(opCode, fin, rsv, dest);
}
int written;
boolean usedEomBytes = false;
while (dest.remaining() > 0) {
// Space available in destination. Try and fill it.
try {
written =
inflater.inflate(dest.array(), dest.arrayOffset() + dest.position(), dest.remaining());
} catch (DataFormatException e) {
throw new IOException(sm.getString("perMessageDeflate.deflateFailed"), e);
}
dest.position(dest.position() + written);
if (inflater.needsInput() && !usedEomBytes) {
if (dest.hasRemaining()) {
readBuffer.clear();
TransformationResult nextResult =
next.getMoreData(opCode, fin, (rsv ^ RSV_BITMASK), readBuffer);
inflater.setInput(readBuffer.array(), readBuffer.arrayOffset(), readBuffer.position());
if (TransformationResult.UNDERFLOW.equals(nextResult)) {
return nextResult;
} else if (TransformationResult.END_OF_FRAME.equals(nextResult)
&& readBuffer.position() == 0) {
if (fin) {
inflater.setInput(EOM_BYTES);
usedEomBytes = true;
} else {
return TransformationResult.END_OF_FRAME;
}
}
}
} else if (written == 0) {
if (fin && (isServer && !clientContextTakeover || !isServer && !serverContextTakeover)) {
inflater.reset();
}
return TransformationResult.END_OF_FRAME;
}
}
return TransformationResult.OVERFLOW;
}
private String transformationStr(Transformation trf) {
NumberFormat fmt = FloatFormat.getInstance();
Matrix matrix = trf.matrix();
Vector vector = trf.vector();
return "matrix <"
+ fmt.format(matrix.get(Transformation.X, Transformation.X))
+ ","
+ fmt.format(matrix.get(Transformation.Z, Transformation.X))
+ ","
+ fmt.format(matrix.get(Transformation.Y, Transformation.X))
+ ","
+ fmt.format(matrix.get(Transformation.X, Transformation.Z))
+ ","
+ fmt.format(matrix.get(Transformation.Z, Transformation.Z))
+ ","
+ fmt.format(matrix.get(Transformation.Y, Transformation.Z))
+ ","
+ fmt.format(matrix.get(Transformation.X, Transformation.Y))
+ ","
+ fmt.format(matrix.get(Transformation.Z, Transformation.Y))
+ ","
+ fmt.format(matrix.get(Transformation.Y, Transformation.Y))
+ ","
+ fmt.format(vector.getX())
+ ","
+ fmt.format(vector.getZ())
+ ","
+ fmt.format(vector.getY())
+ ">";
}
private void draw_music_manuscript(Canvas c, Transformation t) {
float lineSpacingMm = 2.5f;
float staveHeight = 4 * lineSpacingMm;
float staffTopMarginMm = 25.0f;
float staffBottomMarginMm = 15.0f;
float staffSideMarginMm = 15.0f;
int staveCount;
if (aspectRatio.isPortrait()) staveCount = 12;
else staveCount = 8;
float staffTotal = staffTopMarginMm + staffBottomMarginMm + staveCount * staveHeight;
float staffSpacing = staveHeight + (heightMm - staffTotal) / (staveCount - 1);
float x0, x1, y;
int shade = 0xaa;
float threshold = 1500;
if (t.scale < threshold) shade += (int) ((threshold - t.scale) / threshold * (0xff - shade));
paint.setARGB(0xff, shade, shade, shade);
paint.setStrokeWidth(0);
x0 = t.applyX(staffSideMarginMm / heightMm);
x1 = t.applyX((widthMm - staffSideMarginMm) / heightMm);
for (int i = 0; i < staveCount; i++) {
for (int j = 0; j < 5; j++) {
y = t.applyY((staffTopMarginMm + i * staffSpacing + j * lineSpacingMm) / heightMm);
c.drawLine(x0, y, x1, y, paint);
}
}
}
public static void assertNoIterations(Transformations<Transformation> transformations) {
for (Transformation transformation : transformations) {
fail(
"an empty "
+ Transformations.class.getSimpleName()
+ " should not iterate. Transformation: "
+ transformation.getName());
}
}
private boolean processDataBinary() throws IOException {
// Copy the available data to the buffer
TransformationResult tr = transformation.getMoreData(opCode, fin, rsv, messageBufferBinary);
while (!TransformationResult.END_OF_FRAME.equals(tr)) {
// Frame not complete - what did we run out of?
if (TransformationResult.UNDERFLOW.equals(tr)) {
// Ran out of input data - get some more
return false;
}
// Ran out of message buffer - flush it
if (!usePartial()) {
CloseReason cr =
new CloseReason(
CloseCodes.TOO_BIG,
sm.getString(
"wsFrame.bufferTooSmall",
Integer.valueOf(messageBufferBinary.capacity()),
Long.valueOf(payloadLength)));
throw new WsIOException(cr);
}
messageBufferBinary.flip();
ByteBuffer copy = ByteBuffer.allocate(messageBufferBinary.limit());
copy.put(messageBufferBinary);
copy.flip();
sendMessageBinary(copy, false);
messageBufferBinary.clear();
// Read more data
tr = transformation.getMoreData(opCode, fin, rsv, messageBufferBinary);
}
// Frame is fully received
// Send the message if either:
// - partial messages are supported
// - the message is complete
if (usePartial() || !continuationExpected) {
messageBufferBinary.flip();
ByteBuffer copy = ByteBuffer.allocate(messageBufferBinary.limit());
copy.put(messageBufferBinary);
copy.flip();
sendMessageBinary(copy, !continuationExpected);
messageBufferBinary.clear();
}
if (continuationExpected) {
// More data for this message expected, start a new frame
newFrame();
} else {
// Message is complete, start a new message
newMessage();
}
return true;
}
void applyOrTransformation(final GroupElement parent) throws InvalidPatternException {
final Transformation transformation = this.orTransformations.get(parent.getType());
if (transformation == null) {
throw new RuntimeException(
"applyOrTransformation could not find transformation for parent '"
+ parent.getType()
+ "' and child 'OR'");
}
transformation.transform(parent);
}
public static Map<String, Transformation> mockTransformationMap(Collection<String> names) {
final Map<String, Transformation> transformationMap =
new HashMap<String, Transformation>(names.size());
for (Transformation transformation : mockTransformationList(names)) {
transformationMap.put(transformation.getName(), transformation);
}
return transformationMap;
}
protected void translate(iTranslatable aTranslatable) {
GVector theVector;
if (myRotationCenter != null) {
theVector = new GVector(myRotationCenter.getCamCenterPoint());
} else {
theVector = new GVector(aTranslatable.getCamCenterPoint());
}
Transformation theTransform = new Transformation();
theTransform.addTransformation(MatrixOperations.buildTranslationMatrix(theVector.inv()));
theTransform.addTransformation(MatrixOperations.buildRotationMatrix(myRotation));
theTransform.addTransformation(MatrixOperations.buildTranslationMatrix(theVector));
aTranslatable.translate(theTransform);
}
public static List<Transformation> mockTransformationList(Collection<String> names) {
final List<Transformation> transformations = new ArrayList<Transformation>(names.size());
Transformation transformation;
for (String name : names) {
transformation = mock(Transformation.class);
when(transformation.getName()).thenReturn(name);
transformations.add(transformation);
}
return transformations;
}
@Override
public void setNext(Transformation t) {
if (next == null) {
this.next = t;
} else {
next.setNext(t);
}
}
static Bitmap applyCustomTransformations(List<Transformation> transformations, Bitmap result) {
for (int i = 0, count = transformations.size(); i < count; i++) {
Transformation transformation = transformations.get(i);
Bitmap newResult = transformation.transform(result);
if (newResult == null) {
StringBuilder builder =
new StringBuilder() //
.append("Transformation ")
.append(transformation.key())
.append(" returned null after ")
.append(i)
.append(" previous transformation(s).\n\nTransformation list:\n");
for (Transformation t : transformations) {
builder.append(t.key()).append('\n');
}
throw new NullPointerException(builder.toString());
}
if (newResult == result && result.isRecycled()) {
throw new IllegalStateException(
"Transformation " + transformation.key() + " returned input Bitmap but recycled it.");
}
// If the transformation returned a new bitmap ensure they recycled the original.
if (newResult != result && !result.isRecycled()) {
throw new IllegalStateException(
"Transformation "
+ transformation.key()
+ " mutated input Bitmap but failed to recycle the original.");
}
result = newResult;
}
return result;
}
@Override
public String toString() {
final StringBuilder builder = new StringBuilder("Request{");
if (resourceId > 0) {
builder.append(resourceId);
} else {
builder.append(uri);
}
if (transformations != null && !transformations.isEmpty()) {
for (Transformation transformation : transformations) {
builder.append(' ').append(transformation.key());
}
}
if (stableKey != null) {
builder.append(" stableKey(").append(stableKey).append(')');
}
if (targetWidth > 0) {
builder.append(" resize(").append(targetWidth).append(',').append(targetHeight).append(')');
}
if (centerCrop) {
builder.append(" centerCrop");
}
if (centerInside) {
builder.append(" centerInside");
}
if (rotationDegrees != 0) {
builder.append(" rotation(").append(rotationDegrees);
if (hasRotationPivot) {
builder.append(" @ ").append(rotationPivotX).append(',').append(rotationPivotY);
}
builder.append(')');
}
if (purgeable) {
builder.append(" purgeable");
}
if (config != null) {
builder.append(' ').append(config);
}
builder.append('}');
return builder.toString();
}
@Override
public boolean validateRsvBits(int i) {
if ((i & RSV_BITMASK) > 0) {
return false;
}
if (next == null) {
return true;
} else {
return next.validateRsvBits(i | RSV_BITMASK);
}
}
public static void transform(SrcImg src, DstImg dst, Transformation trans) {
int w = dst.getWidth();
int h = dst.getHeight();
for (int y = 0; y < h; y++)
for (int x = 0; x < w; x++) {
long srcX = trans.getSrcX(x, y);
long srcY = trans.getSrcY(x, y);
int pixel00 = src.getRGB((int) (srcX >>> 32), (int) (srcY >>> 32));
int pixel01 = src.getRGB((int) (srcX >>> 32), (int) (srcY >>> 32) + 1);
int pixel10 = src.getRGB((int) (srcX >>> 32) + 1, (int) (srcY >>> 32));
int pixel11 = src.getRGB((int) (srcX >>> 32) + 1, (int) (srcY >>> 32) + 1);
int pixel =
merge(pixel00, pixel01, pixel10, pixel11, ((int) srcX) >>> 24, ((int) srcY) >>> 24);
dst.setRGB(x, y, pixel);
}
}
private void draw_ruled(Canvas c, Transformation t, float lineSpacing, float margin) {
float spacingMm = lineSpacing;
float vertLineMm = margin;
int shade = 0xaa;
float threshold = 1500;
if (t.scale < threshold) shade += (int) ((threshold - t.scale) / threshold * (0xff - shade));
paint.setARGB(0xff, shade, shade, shade);
paint.setStrokeWidth(0);
int n = (int) Math.floor((heightMm - 2 * marginMm) / spacingMm) - 2;
float x0 = t.applyX(marginMm / heightMm);
float x1 = t.applyX((widthMm - marginMm) / heightMm);
for (int i = 1; i <= n; i++) {
float y = t.applyY(((heightMm - n * spacingMm) / 2 + i * spacingMm) / heightMm);
c.drawLine(x0, y, x1, y, paint);
}
// Paint margin
if (margin > 0.0f) {
paint.setARGB(0xff, 0xff, shade, shade);
paint.setStrokeWidth(0);
float y0 = t.applyY(marginMm / heightMm);
float y1 = t.applyY((heightMm - marginMm) / heightMm);
float x = t.applyX(vertLineMm / widthMm);
c.drawLine(x, y0, x, y1, paint);
}
}
private void draw_quad(Canvas c, Transformation t) {
float spacingMm = 5f;
int nx, ny;
float x, x0, x1, y, y0, y1;
int shade = 0xaa;
float threshold = 1500;
if (t.scale < threshold) shade += (int) ((threshold - t.scale) / threshold * (0xff - shade));
paint.setARGB(0xff, shade, shade, shade);
paint.setStrokeWidth(0);
ny = (int) Math.floor((heightMm - 2 * marginMm) / spacingMm);
nx = (int) Math.floor((widthMm - 2 * marginMm) / spacingMm);
float marginXMm = (widthMm - nx * spacingMm) / 2;
float marginYMm = (heightMm - ny * spacingMm) / 2;
x0 = t.applyX(marginXMm / heightMm);
x1 = t.applyX((widthMm - marginXMm) / heightMm);
y0 = t.applyY(marginYMm / heightMm);
y1 = t.applyY((heightMm - marginYMm) / heightMm);
for (int i = 0; i <= ny; i++) {
y = t.applyY((marginYMm + i * spacingMm) / heightMm);
c.drawLine(x0, y, x1, y, paint);
}
for (int i = 0; i <= nx; i++) {
x = t.applyX((marginXMm + i * spacingMm) / heightMm);
c.drawLine(x, y0, x, y1, paint);
}
}
/**
* Add a custom transformation to be applied to the image.
*
* <p>Custom transformations will always be run after the built-in transformations.
*/
public Builder transform(@NonNull Transformation transformation) {
if (transformation == null) {
throw new IllegalArgumentException("Transformation must not be null.");
}
if (transformation.key() == null) {
throw new IllegalArgumentException("Transformation key must not be null.");
}
if (transformations == null) {
transformations = new ArrayList<Transformation>(2);
}
transformations.add(transformation);
return this;
}
private void draw_cornellnotes(Canvas c, Transformation t) {
float x0, x1, y0, y1;
final float MARGIN = 1.25f;
int shade = 0xaa;
float threshold = 1500;
if (t.scale < threshold) shade += (int) ((threshold - t.scale) / threshold * (0xff - shade));
paint.setARGB(0xff, shade, shade, shade);
paint.setStrokeWidth(0);
// Cue Column
x0 = t.applyX((MARGIN * INCH_in_MM) / widthMm);
x1 = x0;
y0 = t.applyY(0);
y1 = t.applyY((heightMm - (MARGIN * INCH_in_MM)) / heightMm);
c.drawLine(x0, y0, x1, y1, paint);
// Summary area at base of page
x0 = t.applyX(0);
x1 = t.applyX(widthMm / heightMm);
y0 = t.applyY((heightMm - (MARGIN * INCH_in_MM)) / heightMm);
y1 = y0;
c.drawLine(x0, y0, x1, y1, paint);
// Details
float spacingMm = COLLEGERULED_SPACING;
int n = (int) Math.floor((heightMm - (MARGIN * INCH_in_MM) - 2 * marginMm) / spacingMm);
x0 = t.applyX((MARGIN * INCH_in_MM) / widthMm + marginMm / heightMm);
x1 = t.applyX((widthMm - marginMm) / heightMm);
for (int i = 1; i <= n; i++) {
float y =
t.applyY(
((heightMm - n * spacingMm - MARGIN * INCH_in_MM) / 2 + i * spacingMm) / heightMm);
c.drawLine(x0, y, x1, y, paint);
}
}
@Override
public boolean validateRsv(int rsv, byte opCode) {
if (Util.isControl(opCode)) {
if ((rsv & RSV_BITMASK) > 0) {
return false;
} else {
if (next == null) {
return true;
} else {
return next.validateRsv(rsv, opCode);
}
}
} else {
int rsvNext = rsv;
if ((rsv & RSV_BITMASK) > 0) {
rsvNext = rsv ^ RSV_BITMASK;
}
if (next == null) {
return true;
} else {
return next.validateRsv(rsvNext, opCode);
}
}
}
public WsFrameBase(WsSession wsSession, Transformation transformation) {
inputBuffer = new byte[Constants.DEFAULT_BUFFER_SIZE];
messageBufferBinary = ByteBuffer.allocate(wsSession.getMaxBinaryMessageBufferSize());
messageBufferText = CharBuffer.allocate(wsSession.getMaxTextMessageBufferSize());
this.wsSession = wsSession;
Transformation finalTransformation;
if (isMasked()) {
finalTransformation = new UnmaskTransformation();
} else {
finalTransformation = new NoopTransformation();
}
if (transformation == null) {
this.transformation = finalTransformation;
} else {
transformation.setNext(finalTransformation);
this.transformation = transformation;
}
}
private void drawLine(Graphics g, Vector p, Vector q) {
// FIXME: maybe eliminate class instantiations
// from this method for performance reasons:
// use static point arrays for transformations
Vector u = rotation.apply(p.sub(origin));
Vector v = rotation.apply(q.sub(origin));
Point2D.Double from = new Point2D.Double(u.getX(), u.getZ());
Point2D.Double to = new Point2D.Double(v.getX(), v.getZ());
Point ifrom = new Point();
Point ito = new Point();
transform.transform(from, ifrom);
transform.transform(to, ito);
// g.drawLine(xInt(u.getX()),yInt(u.getZ()),
// xInt(v.getX()),yInt(v.getZ()));
g.drawLine(ifrom.x, ifrom.y, ito.x, ito.y);
}
public void performTransformation(
final PhaseResult phaseResult, final Collection<M> currentMatches) throws Exception {
final TimeMetric lhs = new TimeMetric("LHS");
final TimeMetric rhs = new TimeMetric("RHS");
final ScalarMetric modified = new ScalarMetric("Modified");
nObjectsToModify = Util.calcModify(bc, currentMatches.size());
modified.setValue(nObjectsToModify);
lhs.startMeasure();
driver.beginTransaction();
lhs(currentMatches);
lhs.stopMeasure();
// we do not measure this in the benchmark results
final List<O> candidatesList = copyAndSort();
objectsToModify = pickRandom(nObjectsToModify, candidatesList);
rhs.startMeasure();
transformation.rhs(objectsToModify);
driver.finishTransaction();
rhs.stopMeasure();
phaseResult.addMetrics(lhs, rhs, modified);
}
@Override
public List<MessagePart> sendMessagePart(List<MessagePart> uncompressedParts) {
List<MessagePart> allCompressedParts = new ArrayList<MessagePart>();
for (MessagePart uncompressedPart : uncompressedParts) {
byte opCode = uncompressedPart.getOpCode();
if (Util.isControl(opCode)) {
// Control messages can appear in the middle of other messages
// and must not be compressed. Pass it straight through
allCompressedParts.add(uncompressedPart);
} else {
List<MessagePart> compressedParts = new ArrayList<MessagePart>();
ByteBuffer uncompressedPayload = uncompressedPart.getPayload();
SendHandler uncompressedIntermediateHandler = uncompressedPart.getIntermediateHandler();
deflater.setInput(
uncompressedPayload.array(),
uncompressedPayload.arrayOffset() + uncompressedPayload.position(),
uncompressedPayload.remaining());
int flush = (uncompressedPart.isFin() ? Deflater.SYNC_FLUSH : Deflater.NO_FLUSH);
boolean deflateRequired = true;
while (deflateRequired) {
ByteBuffer compressedPayload = writeBuffer;
int written =
deflater.deflate(
compressedPayload.array(),
compressedPayload.arrayOffset() + compressedPayload.position(),
compressedPayload.remaining(),
flush);
compressedPayload.position(compressedPayload.position() + written);
if (!uncompressedPart.isFin()
&& compressedPayload.hasRemaining()
&& deflater.needsInput()) {
// This message part has been fully processed by the
// deflater. Fire the send handler for this message part
// and move on to the next message part.
break;
}
// If this point is reached, a new compressed message part
// will be created...
MessagePart compressedPart;
// .. and a new writeBuffer will be required.
writeBuffer = ByteBuffer.allocate(Constants.DEFAULT_BUFFER_SIZE);
// Flip the compressed payload ready for writing
compressedPayload.flip();
boolean fin = uncompressedPart.isFin();
boolean full = compressedPayload.limit() == compressedPayload.capacity();
boolean needsInput = deflater.needsInput();
if (fin && !full && needsInput) {
// End of compressed message. Drop EOM bytes and output.
compressedPayload.limit(compressedPayload.limit() - EOM_BYTES.length);
compressedPart =
new MessagePart(
true,
getRsv(uncompressedPart),
opCode,
compressedPayload,
uncompressedIntermediateHandler,
uncompressedIntermediateHandler);
deflateRequired = false;
startNewMessage();
} else if (full && !needsInput) {
// Write buffer full and input message not fully read.
// Output and start new compressed part.
compressedPart =
new MessagePart(
false,
getRsv(uncompressedPart),
opCode,
compressedPayload,
uncompressedIntermediateHandler,
uncompressedIntermediateHandler);
} else if (!fin && full && needsInput) {
// Write buffer full and input message not fully read.
// Output and get more data.
compressedPart =
new MessagePart(
false,
getRsv(uncompressedPart),
opCode,
compressedPayload,
uncompressedIntermediateHandler,
uncompressedIntermediateHandler);
deflateRequired = false;
} else if (fin && full && needsInput) {
// Write buffer full. Input fully read. Deflater may be
// in one of four states:
// - output complete (just happened to align with end of
// buffer
// - in middle of EOM bytes
// - about to write EOM bytes
// - more data to write
int eomBufferWritten =
deflater.deflate(EOM_BUFFER, 0, EOM_BUFFER.length, Deflater.SYNC_FLUSH);
if (eomBufferWritten < EOM_BUFFER.length) {
// EOM has just been completed
compressedPayload.limit(
compressedPayload.limit() - EOM_BYTES.length + eomBufferWritten);
compressedPart =
new MessagePart(
true,
getRsv(uncompressedPart),
opCode,
compressedPayload,
uncompressedIntermediateHandler,
uncompressedIntermediateHandler);
deflateRequired = false;
startNewMessage();
} else {
// More data to write
// Copy bytes to new write buffer
writeBuffer.put(EOM_BUFFER, 0, eomBufferWritten);
compressedPart =
new MessagePart(
false,
getRsv(uncompressedPart),
opCode,
compressedPayload,
uncompressedIntermediateHandler,
uncompressedIntermediateHandler);
}
} else {
throw new IllegalStateException("Should never happen");
}
// Add the newly created compressed part to the set of parts
// to pass on to the next transformation.
compressedParts.add(compressedPart);
}
SendHandler uncompressedEndHandler = uncompressedPart.getEndHandler();
int size = compressedParts.size();
if (size > 0) {
compressedParts.get(size - 1).setEndHandler(uncompressedEndHandler);
}
allCompressedParts.addAll(compressedParts);
}
}
if (next == null) {
return allCompressedParts;
} else {
return next.sendMessagePart(allCompressedParts);
}
}
public void reset() {
super.reset();
button.setSelected(false);
}
public void setRotation(double zangle) {
initRotation();
rotation = rotation.rotz(zangle);
repaint();
}
protected void initRotation() {
rotation = new Transformation();
if (perspective == PERSPECTIVE_TOP) rotation = rotation.rotx(90);
}
/**
* @return <code>true</code> if sufficient data was present to process all of the initial header
*/
private boolean processInitialHeader() throws IOException {
// Need at least two bytes of data to do this
if (writePos - readPos < 2) {
return false;
}
int b = inputBuffer[readPos++];
fin = (b & 0x80) > 0;
rsv = (b & 0x70) >>> 4;
opCode = (byte) (b & 0x0F);
if (!transformation.validateRsv(rsv, opCode)) {
throw new WsIOException(
new CloseReason(
CloseCodes.PROTOCOL_ERROR,
sm.getString("wsFrame.wrongRsv", Integer.valueOf(rsv), Integer.valueOf(opCode))));
}
if (Util.isControl(opCode)) {
if (!fin) {
throw new WsIOException(
new CloseReason(CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.controlFragmented")));
}
if (opCode != Constants.OPCODE_PING
&& opCode != Constants.OPCODE_PONG
&& opCode != Constants.OPCODE_CLOSE) {
throw new WsIOException(
new CloseReason(
CloseCodes.PROTOCOL_ERROR,
sm.getString("wsFrame.invalidOpCode", Integer.valueOf(opCode))));
}
} else {
if (continuationExpected) {
if (!Util.isContinuation(opCode)) {
throw new WsIOException(
new CloseReason(CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.noContinuation")));
}
} else {
try {
if (opCode == Constants.OPCODE_BINARY) {
// New binary message
textMessage = false;
int size = wsSession.getMaxBinaryMessageBufferSize();
if (size != messageBufferBinary.capacity()) {
messageBufferBinary = ByteBuffer.allocate(size);
}
binaryMsgHandler = wsSession.getBinaryMessageHandler();
textMsgHandler = null;
} else if (opCode == Constants.OPCODE_TEXT) {
// New text message
textMessage = true;
int size = wsSession.getMaxTextMessageBufferSize();
if (size != messageBufferText.capacity()) {
messageBufferText = CharBuffer.allocate(size);
}
binaryMsgHandler = null;
textMsgHandler = wsSession.getTextMessageHandler();
} else {
throw new WsIOException(
new CloseReason(
CloseCodes.PROTOCOL_ERROR,
sm.getString("wsFrame.invalidOpCode", Integer.valueOf(opCode))));
}
} catch (IllegalStateException ise) {
// Thrown if the session is already closed
throw new WsIOException(
new CloseReason(CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.sessionClosed")));
}
}
continuationExpected = !fin;
}
b = inputBuffer[readPos++];
// Client data must be masked
if ((b & 0x80) == 0 && isMasked()) {
throw new WsIOException(
new CloseReason(CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.notMasked")));
}
payloadLength = b & 0x7F;
state = State.PARTIAL_HEADER;
return true;
}
private boolean processDataControl() throws IOException {
TransformationResult tr = transformation.getMoreData(opCode, fin, rsv, controlBufferBinary);
if (TransformationResult.UNDERFLOW.equals(tr)) {
return false;
}
// Control messages have fixed message size so
// TransformationResult.OVERFLOW is not possible here
controlBufferBinary.flip();
if (opCode == Constants.OPCODE_CLOSE) {
open = false;
String reason = null;
int code = CloseCodes.NORMAL_CLOSURE.getCode();
if (controlBufferBinary.remaining() == 1) {
controlBufferBinary.clear();
// Payload must be zero or greater than 2
throw new WsIOException(
new CloseReason(CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.oneByteCloseCode")));
}
if (controlBufferBinary.remaining() > 1) {
code = controlBufferBinary.getShort();
if (controlBufferBinary.remaining() > 0) {
CoderResult cr = utf8DecoderControl.decode(controlBufferBinary, controlBufferText, true);
if (cr.isError()) {
controlBufferBinary.clear();
controlBufferText.clear();
throw new WsIOException(
new CloseReason(
CloseCodes.PROTOCOL_ERROR, sm.getString("wsFrame.invalidUtf8Close")));
}
// There will be no overflow as the output buffer is big
// enough. There will be no underflow as all the data is
// passed to the decoder in a single call.
controlBufferText.flip();
reason = controlBufferText.toString();
}
}
wsSession.onClose(new CloseReason(Util.getCloseCode(code), reason));
} else if (opCode == Constants.OPCODE_PING) {
if (wsSession.isOpen()) {
wsSession.getBasicRemote().sendPong(controlBufferBinary);
}
} else if (opCode == Constants.OPCODE_PONG) {
MessageHandler.Whole<PongMessage> mhPong = wsSession.getPongMessageHandler();
if (mhPong != null) {
try {
mhPong.onMessage(new WsPongMessage(controlBufferBinary));
} catch (Throwable t) {
handleThrowableOnSend(t);
} finally {
controlBufferBinary.clear();
}
}
} else {
// Should have caught this earlier but just in case...
controlBufferBinary.clear();
throw new WsIOException(
new CloseReason(
CloseCodes.PROTOCOL_ERROR,
sm.getString("wsFrame.invalidOpCode", Integer.valueOf(opCode))));
}
controlBufferBinary.clear();
newFrame();
return true;
}
private boolean processDataText() throws IOException {
// Copy the available data to the buffer
TransformationResult tr = transformation.getMoreData(opCode, fin, rsv, messageBufferBinary);
while (!TransformationResult.END_OF_FRAME.equals(tr)) {
// Frame not complete - we ran out of something
// Convert bytes to UTF-8
messageBufferBinary.flip();
while (true) {
CoderResult cr = utf8DecoderMessage.decode(messageBufferBinary, messageBufferText, false);
if (cr.isError()) {
throw new WsIOException(
new CloseReason(CloseCodes.NOT_CONSISTENT, sm.getString("wsFrame.invalidUtf8")));
} else if (cr.isOverflow()) {
// Ran out of space in text buffer - flush it
if (usePartial()) {
messageBufferText.flip();
sendMessageText(false);
messageBufferText.clear();
} else {
throw new WsIOException(
new CloseReason(CloseCodes.TOO_BIG, sm.getString("wsFrame.textMessageTooBig")));
}
} else if (cr.isUnderflow()) {
// Compact what we have to create as much space as possible
messageBufferBinary.compact();
// Need more input
// What did we run out of?
if (TransformationResult.OVERFLOW.equals(tr)) {
// Ran out of message buffer - exit inner loop and
// refill
break;
} else {
// TransformationResult.UNDERFLOW
// Ran out of input data - get some more
return false;
}
}
}
// Read more input data
tr = transformation.getMoreData(opCode, fin, rsv, messageBufferBinary);
}
messageBufferBinary.flip();
boolean last = false;
// Frame is fully received
// Convert bytes to UTF-8
while (true) {
CoderResult cr = utf8DecoderMessage.decode(messageBufferBinary, messageBufferText, last);
if (cr.isError()) {
throw new WsIOException(
new CloseReason(CloseCodes.NOT_CONSISTENT, sm.getString("wsFrame.invalidUtf8")));
} else if (cr.isOverflow()) {
// Ran out of space in text buffer - flush it
if (usePartial()) {
messageBufferText.flip();
sendMessageText(false);
messageBufferText.clear();
} else {
throw new WsIOException(
new CloseReason(CloseCodes.TOO_BIG, sm.getString("wsFrame.textMessageTooBig")));
}
} else if (cr.isUnderflow() & !last) {
// End of frame and possible message as well.
if (continuationExpected) {
// If partial messages are supported, send what we have
// managed to decode
if (usePartial()) {
messageBufferText.flip();
sendMessageText(false);
messageBufferText.clear();
}
messageBufferBinary.compact();
newFrame();
// Process next frame
return true;
} else {
// Make sure coder has flushed all output
last = true;
}
} else {
// End of message
messageBufferText.flip();
sendMessageText(true);
newMessage();
return true;
}
}
}
private void draw_dayplanner(Canvas c, Transformation t, Calendar calendar) {
float x0, x1, y, y0, y1;
float textHeight;
int shade = 0xaa;
float threshold = 1500;
if (t.scale < threshold) shade += (int) ((threshold - t.scale) / threshold * (0xff - shade));
// paint.setARGB(0xff, shade, shade, shade);
paint.setStrokeWidth(0);
paint.setColor(Color.DKGRAY);
Typeface font = Typeface.create(Typeface.SERIF, Typeface.BOLD);
paint.setTypeface(font);
paint.setAntiAlias(true);
// Header
float headerHeightMm = 30f;
x0 = t.applyX(marginMm / heightMm);
x1 = t.applyX((widthMm - marginMm) / heightMm);
y = t.applyY(headerHeightMm / heightMm);
c.drawLine(x0, y, x1, y, paint);
textHeight = t.scaleText(24f);
paint.setTextSize(textHeight);
y = t.applyY(marginMm / heightMm) + textHeight;
c.drawText(
calendar.getDisplayName(Calendar.MONTH, Calendar.LONG, Locale.getDefault()), x0, y, paint);
// I'm leaving this out for now; Should there be a gui to pick the day of the year? Or just let
// the user write the date?
// y0 = t.applyY((widthMm-marginMm)/widthMm);
// c.drawText(String.valueOf(calendar.get(Calendar.DAY_OF_MONTH)), x0, y0, paint);
//
// paint.setTextSize(t.scaleText(12f));
//
// c.drawText(calendar.getDisplayName(Calendar.DAY_OF_WEEK, Calendar.LONG,
// Locale.getDefault()), x0 + t.applyX(2*marginMm/heightMm), y0 + t.applyY(marginMm/heightMm),
// paint);
//
// paint.setTextSize(t.scaleText(10f));
// font = Typeface.create(Typeface.SANS_SERIF, Typeface.NORMAL);
// paint.setTextAlign(Align.RIGHT);
// c.drawText("Week " +
// calendar.get(Calendar.WEEK_OF_YEAR),t.applyX((widthMm-marginMm)/heightMm), t.applyY((float)
// (marginMm*1.75/widthMm)), paint);
// Details
paint.setTextAlign(Align.LEFT);
paint.setARGB(0xff, shade, shade, shade);
float spacingMm = COLLEGERULED_SPACING;
int n = (int) Math.floor((heightMm - headerHeightMm - marginMm) / spacingMm);
x0 = t.applyX(marginMm / heightMm);
x1 = t.applyX((widthMm - marginMm) / heightMm);
int hourMarker = 7;
textHeight = t.scaleText(10f);
paint.setTextSize(textHeight);
for (int i = 1; i <= n; i++) {
y = t.applyY((headerHeightMm + i * spacingMm) / heightMm);
c.drawLine(x0, y, x1, y, paint);
if (i % 2 == 1) {
y = t.applyY((headerHeightMm + (i - 0.5f) * spacingMm) / heightMm) + textHeight / 2;
c.drawText(hourMarker + ":", x0, y, paint);
hourMarker++;
if (hourMarker == 13) hourMarker = 1;
}
}
}