protected long computeEstimatedMemorySize() {
long result = 0;
if (!textArray.isDirect()) result += (Character.SIZE / 8) * textArray.capacity();
result += (Integer.SIZE / 8) * textIndexArray.length;
result += (Double.SIZE / 8) * latlonArray.length;
return result;
}
/**
* Write a string to the network. The length header of the string is written automatically and its
* encoded to the correct CharSet automatically.
*
* @param value the string that shall be send to the server
*/
@Override
public void writeString(@Nonnull String value) throws CharacterCodingException {
int startIndex = buffer.position();
buffer.putShort((short) 0);
encodingBuffer.clear();
encodingBuffer.put(value, 0, Math.min(encodingBuffer.capacity(), value.length()));
encodingBuffer.flip();
do {
CoderResult encodingResult = encoder.encode(encodingBuffer, buffer, true);
if (!encodingResult.isError()) {
break;
}
if (encodingResult.isUnmappable()) {
log.warn(
"Found a character that failed to encode for the transfer to the server: {} - SKIP",
encodingBuffer.get());
} else {
encodingResult.throwException();
}
} while (encodingBuffer.hasRemaining());
int lastIndex = buffer.position();
buffer.position(startIndex);
writeUShort(lastIndex - startIndex - 2);
buffer.position(lastIndex);
}
/**
* Adds the data to the buffer for textual data. If a binary message is currently in progress that
* message will be completed and a new textual message started. If the buffer for textual data is
* full, the buffer will be flushed and a new textual continuation fragment started.
*
* @param c The character to send to the client.
* @throws IOException If a flush is required and an error occurs writing the WebSocket frame to
* the client
*/
public void writeTextData(char c) throws IOException {
try {
synchronized (stateLock) {
if (closed) {
throw new IOException(sm.getString("outbound.closed"));
}
if (cb.position() == cb.capacity()) {
doFlush(false);
}
if (text == null) {
text = Boolean.TRUE;
} else if (text == Boolean.FALSE) {
// Flush the binary data
flush();
text = Boolean.TRUE;
}
cb.append(c);
}
} catch (IOException ioe) {
// Any IOException is terminal. Make sure the Inbound side knows
// that something went wrong.
// The exception handling needs to be outside of the sync to avoid
// possible deadlocks (e.g. BZ55524) when triggering the inbound
// close as that will execute user code
streamInbound.doOnClose(Constants23.getStatusClosedUnexpectedly());
throw ioe;
}
}
public void createBufferObjects(GL gl) {
checkGLError(gl);
// Generate a the vertex and element buffer IDs
int[] vboIds = new int[2];
GL11 gl11 = (GL11) gl;
gl11.glGenBuffers(2, vboIds, 0);
mVertexBufferObjectId = vboIds[0];
mElementBufferObjectId = vboIds[1];
// Upload the vertex data
gl11.glBindBuffer(GL11.GL_ARRAY_BUFFER, mVertexBufferObjectId);
mVertexByteBuffer.position(0);
gl11.glBufferData(
GL11.GL_ARRAY_BUFFER,
mVertexByteBuffer.capacity(),
mVertexByteBuffer,
GL11.GL_STATIC_DRAW);
gl11.glBindBuffer(GL11.GL_ELEMENT_ARRAY_BUFFER, mElementBufferObjectId);
mIndexBuffer.position(0);
gl11.glBufferData(
GL11.GL_ELEMENT_ARRAY_BUFFER,
mIndexBuffer.capacity() * CHAR_SIZE,
mIndexBuffer,
GL11.GL_STATIC_DRAW);
// We don't need the in-memory data any more
mVertexBuffer = null;
mVertexByteBuffer = null;
mIndexBuffer = null;
checkGLError(gl);
}
private void ensureCharBuffRemaining(final int size) {
if (charBuff.remaining() < size) {
final int cpcty = (charBuff.capacity() + size) * 2;
final java.nio.CharBuffer newChBuf = java.nio.CharBuffer.allocate(cpcty);
newChBuf.put(charBuff);
charBuff = newChBuf;
}
}
public void mergeNormals() {
FloatBuffer normalAccumulationBuffer = FloatBuffer.allocate(mVertices.capacity());
for (int i = 0; i < mIndices.capacity(); i++) {
int indice = mIndices.get(i);
int offset_indice = indice * D3DMesh.nbFloatPerVertex;
for (int j = 0; j < mIndices.capacity(); j++) {
char indice2 = mIndices.get(j);
int offset_indice2 = indice2 * D3DMesh.nbFloatPerVertex;
float x = mVertices.get(indice * D3DMesh.nbFloatPerVertex);
float y = mVertices.get(indice * D3DMesh.nbFloatPerVertex + 1);
float z = mVertices.get(indice * D3DMesh.nbFloatPerVertex + 2);
float x2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex);
float y2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex + 1);
float z2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex + 2);
if ((x == x2) && (y == y2) && (z == z2)) {
normalAccumulationBuffer.put(
offset_indice2 + 3,
normalAccumulationBuffer.get(offset_indice2 + 3) + mVertices.get(offset_indice + 3));
normalAccumulationBuffer.put(
offset_indice2 + 4,
normalAccumulationBuffer.get(offset_indice2 + 4) + mVertices.get(offset_indice + 4));
normalAccumulationBuffer.put(
offset_indice2 + 5,
normalAccumulationBuffer.get(offset_indice2 + 5) + mVertices.get(offset_indice + 5));
}
}
}
D3DVector normal = new D3DVector();
for (int i = 0; i < mIndices.capacity(); i++) {
int indice = mIndices.get(i);
int offset_indice = indice * D3DMesh.nbFloatPerVertex;
normal.set(0, normalAccumulationBuffer.get(offset_indice + 3));
normal.set(1, normalAccumulationBuffer.get(offset_indice + 4));
normal.set(2, normalAccumulationBuffer.get(offset_indice + 5));
normal.normalize();
mVertices.put(offset_indice + 3, normal.get(0));
mVertices.put(offset_indice + 4, normal.get(1));
mVertices.put(offset_indice + 5, normal.get(2));
}
}
private void emit(int c) throws IOException {
assert c >= 0;
CharBuffer buf = lineBuffer;
if (buf.remaining() == 0) {
if (buf.capacity() == BUFFER_LIMIT) {
throw new IOException(
MessageFormat.format(
"Line is too large (near {0}:{1}, size={2}, record-number={3})",
path, currentPhysicalHeadLine, BUFFER_LIMIT, currentRecordNumber));
}
CharBuffer newBuf = CharBuffer.allocate(Math.min(buf.capacity() * 2, BUFFER_LIMIT));
newBuf.clear();
buf.flip();
newBuf.put(buf);
buf = newBuf;
lineBuffer = newBuf;
}
buf.put((char) c);
}
public void copy(D3DMesh mesh) {
mIndices = CharBuffer.allocate(mesh.mIndices.position());
mVertices = FloatBuffer.allocate(mesh.mVertices.position());
for (int j = 0; j < mIndices.capacity(); j++) mIndices.put(mesh.mIndices.get(j));
for (int j = 0; j < mVertices.capacity(); j++) {
mVertices.put(mesh.mVertices.get(j));
}
mIndices.position(0);
mVertices.position(0);
}
/**
* Allocates hardware buffers on the graphics card and fills them with data if a buffer has not
* already been previously allocated. Note that this function uses the GL_OES_vertex_buffer_object
* extension, which is not guaranteed to be supported on every device.
*
* @param gl A pointer to the OpenGL ES context.
*/
public void generateHardwareBuffers(GL10 gl) {
if (!mUseHardwareBuffers) {
if (gl instanceof GL11) {
GL11 gl11 = (GL11) gl;
int[] buffer = new int[1];
// Allocate and fill the vertex buffer.
gl11.glGenBuffers(1, buffer, 0);
mVertBufferIndex = buffer[0];
gl11.glBindBuffer(GL11.GL_ARRAY_BUFFER, mVertBufferIndex);
final int vertexSize = mVertexBuffer.capacity() * mCoordinateSize;
gl11.glBufferData(GL11.GL_ARRAY_BUFFER, vertexSize, mVertexBuffer, GL11.GL_STATIC_DRAW);
// Allocate and fill the texture coordinate buffer.
gl11.glGenBuffers(1, buffer, 0);
mTextureCoordBufferIndex = buffer[0];
gl11.glBindBuffer(GL11.GL_ARRAY_BUFFER, mTextureCoordBufferIndex);
final int texCoordSize = mTexCoordBuffer.capacity() * mCoordinateSize;
gl11.glBufferData(GL11.GL_ARRAY_BUFFER, texCoordSize, mTexCoordBuffer, GL11.GL_STATIC_DRAW);
// Allocate and fill the color buffer.
gl11.glGenBuffers(1, buffer, 0);
mColorBufferIndex = buffer[0];
gl11.glBindBuffer(GL11.GL_ARRAY_BUFFER, mColorBufferIndex);
final int colorSize = mColorBuffer.capacity() * mCoordinateSize;
gl11.glBufferData(GL11.GL_ARRAY_BUFFER, colorSize, mColorBuffer, GL11.GL_STATIC_DRAW);
// Unbind the array buffer.
gl11.glBindBuffer(GL11.GL_ARRAY_BUFFER, 0);
// Allocate and fill the index buffer.
gl11.glGenBuffers(1, buffer, 0);
mIndexBufferIndex = buffer[0];
gl11.glBindBuffer(GL11.GL_ELEMENT_ARRAY_BUFFER, mIndexBufferIndex);
// A char is 2 bytes.
final int indexSize = mIndexBuffer.capacity() * 2;
gl11.glBufferData(
GL11.GL_ELEMENT_ARRAY_BUFFER, indexSize, mIndexBuffer, GL11.GL_STATIC_DRAW);
// Unbind the element array buffer.
gl11.glBindBuffer(GL11.GL_ELEMENT_ARRAY_BUFFER, 0);
mUseHardwareBuffers = true;
assert mVertBufferIndex != 0;
assert mTextureCoordBufferIndex != 0;
assert mIndexBufferIndex != 0;
assert gl11.glGetError() == 0;
}
}
}
/** {@inheritDoc} */
@Override
public void write(final byte[] b, final int off, final int len) throws IOException {
final ByteBuffer input = ByteBuffer.wrap(b, off, len);
final int required = encoder.outputSize(len - off);
if (output == null || output.capacity() < required) {
output = CharBuffer.allocate(required);
} else {
output.clear();
}
encoder.encode(input, output);
output.flip();
writer.write(output.toString());
writer.flush();
}
public void prepareForSending(CharBuffer hdr, CharBuffer cntnt) {
if (hdr == null || hdr.capacity() < 1) return;
try {
ByteBuffer hdrBytes = Charset.forName("iso-8859-1").newEncoder().encode(hdr);
ByteBuffer cntntBytes =
Charset.forName(Server.srv.DEFAULT_CHARSET).newEncoder().encode(cntnt);
buf = ByteBuffer.allocate(hdrBytes.capacity() + cntntBytes.capacity());
buf.put(hdrBytes);
buf.put(cntntBytes);
buf.flip();
} catch (Exception e) {
Server.debug(
this,
"Exception during prepareForSending(hdr/cntnt)",
e,
Server.MSG_ERROR,
Server.LVL_MAJOR);
}
}
public static void test(CharBuffer buff, CharBuffer slice) throws RuntimeException {
boolean marked = false;
try {
slice.reset();
marked = true;
} catch (InvalidMarkException ime) {
// expected
}
if (marked
|| slice.position() != 0
|| buff.remaining() != slice.limit()
|| buff.remaining() != slice.capacity()) {
throw new RuntimeException("Calling the CharBuffer.slice method failed.");
}
}
public int mergeVertexIndices() {
int countmerge = 0;
for (int i = 0; i < mIndices.capacity(); i++) {
int indice = mIndices.get(i);
for (int j = 0; j < i; j++) {
char indice2 = mIndices.get(j);
float x = mVertices.get(indice * D3DMesh.nbFloatPerVertex);
float y = mVertices.get(indice * D3DMesh.nbFloatPerVertex + 1);
float z = mVertices.get(indice * D3DMesh.nbFloatPerVertex + 2);
float x2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex);
float y2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex + 1);
float z2 = mVertices.get(indice2 * D3DMesh.nbFloatPerVertex + 2);
if ((x == x2) && (y == y2) && (z == z2)) {
mIndices.put(i, indice2);
countmerge++;
}
}
}
return countmerge;
}
public static void main(String[] args) throws Exception {
System.out.println(">>> StringCharBufferSliceTest-main: testing the slice method...");
final String in = "for testing";
System.out.println(">>> StringCharBufferSliceTest-main: testing with the position 0.");
CharBuffer buff = CharBuffer.wrap(in);
test(buff, buff.slice());
System.out.println(">>> StringCharBufferSliceTest-main: testing with new position.");
buff.position(2);
test(buff, buff.slice());
System.out.println(
">>> StringCharBufferSliceTest-main: testing with non zero initial position.");
buff = CharBuffer.wrap(in, 3, in.length());
test(buff, buff.slice());
System.out.println(">>> StringCharBufferSliceTest-main: testing slice result with get()");
buff.position(4);
buff.limit(7);
CharBuffer slice = buff.slice();
for (int i = 0; i < 3; i++) {
if (slice.get() != buff.get()) {
throw new RuntimeException("Wrong characters in slice result.");
}
}
System.out.println(">>> StringCharBufferSliceTest-main: testing slice result with get(int)");
buff.position(4);
buff.limit(7);
slice = buff.slice();
for (int i = 0; i < 3; i++) {
if (slice.get(i) != buff.get(4 + i)) {
throw new RuntimeException("Wrong characters in slice result.");
}
}
System.out.println(">>> StringCharBufferSliceTest-main: testing slice with result of slice");
buff.position(0);
buff.limit(buff.capacity());
slice = buff.slice();
for (int i = 0; i < 4; i++) {
slice.position(i);
CharBuffer nextSlice = slice.slice();
if (nextSlice.position() != 0)
throw new RuntimeException("New buffer's position should be zero");
if (!nextSlice.equals(slice)) throw new RuntimeException("New buffer should be equal");
slice = nextSlice;
}
System.out.println(">>> StringCharBufferSliceTest-main: testing toString.");
buff.position(4);
buff.limit(7);
slice = buff.slice();
if (!slice.toString().equals("tes")) {
throw new RuntimeException("bad toString() after slice(): " + slice.toString());
}
System.out.println(">>> StringCharBufferSliceTest-main: testing subSequence.");
buff.position(4);
buff.limit(8);
slice = buff.slice();
CharSequence subSeq = slice.subSequence(1, 3);
if (subSeq.charAt(0) != 'e' || subSeq.charAt(1) != 's') {
throw new RuntimeException("bad subSequence() after slice(): '" + subSeq + "'");
}
System.out.println(">>> StringCharBufferSliceTest-main: testing duplicate.");
buff.position(4);
buff.limit(8);
slice = buff.slice();
CharBuffer dupe = slice.duplicate();
if (dupe.charAt(0) != 't'
|| dupe.charAt(1) != 'e'
|| dupe.charAt(2) != 's'
|| dupe.charAt(3) != 't') {
throw new RuntimeException("bad duplicate() after slice(): '" + dupe + "'");
}
System.out.println(">>> StringCharBufferSliceTest-main: done!");
}
@Override
public void read(Multiplexer multiplexer, SelectionKey key) throws Exception {
/* Protect against clients sending large commands. We
* could enlarge the command buffer, but this would open
* the server to DOS attacks from clients sending very
* large commands.
*/
if (!_command.hasRemaining()) {
throw new FTPException("Command buffer full");
}
/* Read available data.
*/
long nbytes = _socket.read(_command);
if (nbytes == -1) {
if (_state == SenderState.WAIT_READY) {
/* From the GridFTP v2 spec: "Passive receiver may
* close new data socket without sending 'READY'
* message or even stop accepting new
* connections."
*
* We extend this to also cover active receivers.
*/
close(multiplexer, key, _eof);
return;
} else {
throw new FTPException("Lost connection");
}
}
/* Decode buffer.
*/
_command.flip();
_decoder.decode(_command, _decodedCommand, false);
_command.compact();
/* Remove first line from buffer.
*/
char c;
StringBuffer line = new StringBuffer();
_decodedCommand.flip();
do {
/* Return early if command is incomplete.
*/
if (!_decodedCommand.hasRemaining()) {
_decodedCommand.limit(_decodedCommand.capacity());
return;
}
c = _decodedCommand.get();
line.append(c);
} while (c != '\n');
_decodedCommand.compact();
/* Split line into arguments.
*/
String[] arg = Pattern.compile("\\s").split(line);
if (arg.length == 0) {
throw new FTPException("Empty command received (protocol violation)");
}
/* Interpret command.
*/
String cmd = arg[0];
if (cmd.equals("READY") && _state == SenderState.WAIT_READY) {
_state = SenderState.NEXT_BLOCK;
key.interestOps(SelectionKey.OP_READ | SelectionKey.OP_WRITE);
} else if (cmd.equals("BYE") && _state == SenderState.WAIT_BYE) {
// shut down
close(multiplexer, key, _eof);
} else if (cmd.equals("CLOSE")) {
// shutdown the channel at the end of the current block
_closeAtNextBlock = true;
} else if (cmd.equals("RESEND")) {
// resend a block
throw new FTPException("RESEND is not implemented");
} else {
throw new FTPException("Unexpected command '" + cmd + "' in state " + _state);
}
}
/** Check if the buffer is big enough */
private void updateBuffer() {
if (termBuffer.capacity() < termAtt.length()) {
termBuffer = CharBuffer.allocate(termAtt.length());
}
termBuffer.clear();
}
/**
* @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 String checkDeclaration(String defEncoding) {
// Convert the CharBuffer to a string
buffer.limit(buffer.position());
buffer.position(0);
StringBuffer text = new StringBuffer(buffer.toString());
// Look for XML encoding declaration
String encoding = defEncoding;
Matcher m = xmlEncDecl.matcher(text);
if (m.find()) { // We have an XML encoding declaration
isXML = true;
// Get the declared encoding
String delim = String.valueOf(text.charAt(m.end() - 1));
int end = text.indexOf(delim, m.end());
if (end != -1) {
encoding = text.substring(m.end(), end);
// End replace the current declaration by the new one
text.replace(m.end(), end, outputEncoding);
}
} else { // No XML encoding declaration found: Check if it is XML
m = xmlDecl.matcher(text);
if (m.find()) { // It is XML without encoding declaration
isXML = true;
// Encoding should UTF-8 or UTF-16/32, we will detect those later
encoding = "UTF-8";
// Add the encoding after the version
String delim = String.valueOf(text.charAt(m.end() - 1));
int end = text.indexOf(delim, m.end());
if (end != -1) {
text.insert(end + 1, " encoding=\"" + outputEncoding + "\"");
}
} else { // No XML declaration found, maybe it's an XML without one
if (isXML) { // Was a .xml extension, assume UTF-8
encoding = "UTF-8";
text.insert(0, "<?xml version=\"1.0\" encoding=\"" + outputEncoding + "\" ?>");
}
}
}
// Look for HTML declarations
m = htmlEncDecl.matcher(text);
if (m.find()) {
isHTML = true;
// Group 11 contains the encoding name
encoding = m.group(11);
// Replace it by the new encoding
int n = text.indexOf(encoding, m.start());
text.replace(n, n + encoding.length(), outputEncoding);
} else if (isHTML) { // No HTML encoding found, but try to update if it was seen as HTML from
// extension
// Try to place it after <head>
m = htmlHead.matcher(text);
if (m.find()) {
text.insert(
m.end(),
String.format(
"<meta http-equiv=\"Content-Type\" content=\"text/html; charset=%s\"></meta>",
outputEncoding));
} else { // If no <head>, try <html>
m = htmlDecl.matcher(text);
if (m.find()) {
int n = text.indexOf(">", m.end());
if (n != -1) {
text.insert(
n + 1,
String.format(
"<head><meta http-equiv=\"Content-Type\" content=\"text/html; charset=%s\"></meta></head>",
outputEncoding));
}
}
}
}
// Convert the string back to a CharBuffer
int len = text.length();
// Make sure we have room for added characters
if (len > buffer.capacity()) {
buffer = CharBuffer.allocate(len);
} else {
buffer.clear();
}
buffer.append(text.toString());
buffer.limit(len);
return encoding;
}
