JoaoJunior/formatted-java-code-APR · Datasets at Hugging Face

public IntBuffer asIntBuffer () { return new IntViewBufferImpl (this, remaining() >> 2); }

public IntBuffer asIntBuffer() { return new IntViewBufferImpl (this, remaining() >> 2); }

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public IntBuffer asIntBuffer () { return new IntViewBufferImpl (this, remaining() >> 2); }

public IntBuffer asIntBuffer () { return new IntViewBufferImpl(this, remaining() >> 2); }

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public LongBuffer asLongBuffer () { return new LongViewBufferImpl (this, remaining() >> 3); }

public LongBuffer asLongBuffer() { return new LongViewBufferImpl (this, remaining() >> 3); }

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public LongBuffer asLongBuffer () { return new LongViewBufferImpl (this, remaining() >> 3); }

public LongBuffer asLongBuffer () { return new LongViewBufferImpl(this, remaining() >> 3); }

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public ByteBuffer asReadOnlyBuffer () { return duplicate(true); }

public ByteBuffer asReadOnlyBuffer() { return duplicate(true); }

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public ShortBuffer asShortBuffer () { return new ShortViewBufferImpl (this, remaining() >> 1); }

public ShortBuffer asShortBuffer() { return new ShortViewBufferImpl (this, remaining() >> 1); }

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public ShortBuffer asShortBuffer () { return new ShortViewBufferImpl (this, remaining() >> 1); }

public ShortBuffer asShortBuffer () { return new ShortViewBufferImpl(this, remaining() >> 1); }

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public ByteBuffer compact () { int pos = position(); if (pos > 0) { int count = remaining(); shiftDown(address, 0, pos, count); position(count); limit(capacity()); } return this; }

public ByteBuffer compact() { int pos = position(); if (pos > 0) { int count = remaining(); shiftDown(address, 0, pos, count); position(count); limit(capacity()); } return this; }

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public ByteBuffer compact () { int pos = position(); if (pos > 0) { int count = remaining(); shiftDown(address, 0, pos, count); position(count); limit(capacity()); } return this; }

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private ByteBuffer duplicate (boolean readOnly) { int pos = position(); reset(); int mark = position(); position(pos); DirectByteBufferImpl result = new DirectByteBufferImpl (owner, address, capacity (), limit (), pos, readOnly); if (mark != pos) { result.position(mark); result.mark(...

private ByteBuffer duplicate(boolean readOnly) { int pos = position(); reset(); int mark = position(); position(pos); DirectByteBufferImpl result = new DirectByteBufferImpl (owner, address, capacity (), limit (), pos, readOnly); if (mark != pos) { result.position(mark); result.mark()...

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private ByteBuffer duplicate (boolean readOnly) { int pos = position(); reset(); int mark = position(); position(pos); DirectByteBufferImpl result = new DirectByteBufferImpl (owner, address, capacity (), limit (), pos, readOnly); if (mark != pos) { result.position(mark); result.mark(...

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protected void finalize () throws Throwable { freeImpl (address); }

protected void finalize() throws Throwable { freeImpl (address); }

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protected void finalize () throws Throwable { freeImpl (address); }

protected void finalize () throws Throwable { if (owner == this) VMDirectByteBuffer.free(address); }

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public byte get () { checkForUnderflow(); int pos = position(); byte result = getImpl (address, pos); position (pos + 1); return result; }

public byte get() { checkForUnderflow(); int pos = position(); byte result = getImpl (address, pos); position (pos + 1); return result; }

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public byte get () { checkForUnderflow(); int pos = position(); byte result = getImpl (address, pos); position (pos + 1); return result; }

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public char getChar () { return ByteBufferHelper.getChar(this, order()); }

public char getChar() { return ByteBufferHelper.getChar(this, order()); }

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public double getDouble () { return ByteBufferHelper.getDouble (this, order()); }

public double getDouble() { return ByteBufferHelper.getDouble (this, order()); }

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public double getDouble () { return ByteBufferHelper.getDouble (this, order()); }

public double getDouble () { return ByteBufferHelper.getDouble(this, order()); }

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public float getFloat () { return ByteBufferHelper.getFloat (this, order()); }

public float getFloat() { return ByteBufferHelper.getFloat (this, order()); }

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public float getFloat () { return ByteBufferHelper.getFloat (this, order()); }

public float getFloat () { return ByteBufferHelper.getFloat(this, order()); }

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public int getInt () { return ByteBufferHelper.getInt(this, order()); }

public int getInt() { return ByteBufferHelper.getInt(this, order()); }

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public long getLong () { return ByteBufferHelper.getLong(this, order()); }

public long getLong() { return ByteBufferHelper.getLong(this, order()); }

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public short getShort () { return ByteBufferHelper.getShort(this, order()); }

public short getShort() { return ByteBufferHelper.getShort(this, order()); }

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public boolean isDirect () { return true; }

public boolean isDirect() { return true; }

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public ByteBuffer put (byte value) { checkIfReadOnly(); checkForOverflow(); int pos = position(); putImpl (address, pos, value); position (pos + 1); return this; }

public ByteBuffer put(byte value) { checkIfReadOnly(); checkForOverflow(); int pos = position(); putImpl (address, pos, value); position (pos + 1); return this; }

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public ByteBuffer put (byte value) { checkIfReadOnly(); checkForOverflow(); int pos = position(); putImpl (address, pos, value); position (pos + 1); return this; }

public ByteBuffer put (byte value) { checkForOverflow(); int pos = position(); putImpl (address, pos, value); position (pos + 1); return this; }

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public ByteBuffer put (byte value) { checkIfReadOnly(); checkForOverflow(); int pos = position(); putImpl (address, pos, value); position (pos + 1); return this; }

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public ByteBuffer putChar (char value) { ByteBufferHelper.putChar(this, value, order()); return this; }

public ByteBuffer putChar(char value) { ByteBufferHelper.putChar(this, value, order()); return this; }

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public ByteBuffer putDouble (double value) { ByteBufferHelper.putDouble (this, value, order()); return this; }

public ByteBuffer putDouble(double value) { ByteBufferHelper.putDouble (this, value, order()); return this; }

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public ByteBuffer putDouble (double value) { ByteBufferHelper.putDouble (this, value, order()); return this; }

public ByteBuffer putDouble (double value) { ByteBufferHelper.putDouble(this, value, order()); return this; }

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public ByteBuffer putFloat (float value) { ByteBufferHelper.putFloat (this, value, order()); return this; }

public ByteBuffer putFloat(float value) { ByteBufferHelper.putFloat (this, value, order()); return this; }

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public ByteBuffer putFloat (float value) { ByteBufferHelper.putFloat (this, value, order()); return this; }

public ByteBuffer putFloat (float value) { ByteBufferHelper.putFloat(this, value, order()); return this; }

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public ByteBuffer putInt (int value) { ByteBufferHelper.putInt(this, value, order()); return this; }

public ByteBuffer putInt(int value) { ByteBufferHelper.putInt(this, value, order()); return this; }

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public ByteBuffer putLong (long value) { ByteBufferHelper.putLong (this, value, order()); return this; }

public ByteBuffer putLong(long value) { ByteBufferHelper.putLong (this, value, order()); return this; }

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public ByteBuffer putLong (long value) { ByteBufferHelper.putLong (this, value, order()); return this; }

public ByteBuffer putLong (long value) { ByteBufferHelper.putLong(this, value, order()); return this; }

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public ByteBuffer putShort (short value) { ByteBufferHelper.putShort(this, value, order()); return this; }

public ByteBuffer putShort(short value) { ByteBufferHelper.putShort(this, value, order()); return this; }

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public ByteBuffer slice () { int rem = remaining(); return new DirectByteBufferImpl (owner, adjustAddress(address, position()), rem, rem, 0, isReadOnly ()); }

public ByteBuffer slice() { int rem = remaining(); return new DirectByteBufferImpl (owner, adjustAddress(address, position()), rem, rem, 0, isReadOnly ()); }

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public ByteBuffer slice () { int rem = remaining(); return new DirectByteBufferImpl (owner, adjustAddress(address, position()), rem, rem, 0, isReadOnly ()); }

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public final void initialize(AbstractVmClassLoader loader) { if (context == null) { context = new X86CompilerContext(loader); } }

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public VmCompiledCode(NativeCodeCompiler compiler, VmByteCode bytecode, Address nativeCode, Object compiledCode, int size, VmCompiledExceptionHandler[] eTable, Address defaultExceptionHandler, VmAddressMap addressTable) { this.compiler = compiler; this.magic = compiler...

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public VmCompiledCode(NativeCodeCompiler compiler, VmByteCode bytecode, Address nativeCode, Object compiledCode, int size, VmCompiledExceptionHandler[] eTable, Address defaultExceptionHandler, VmAddressMap addressTable) { this.compiler = compiler; this.magic = compiler...

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public CompoundBorder(Border outsideBorder, Border insideBorder) { this.outsideBorder = outsideBorder; this.insideBorder = insideBorder; }

public CompoundBorder() { this.outsideBorder = outsideBorder; this.insideBorder = insideBorder; }

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public CompoundBorder(Border outsideBorder, Border insideBorder) { this.outsideBorder = outsideBorder; this.insideBorder = insideBorder; }

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protected byte[] getResult() { return new byte[] { (byte) a, (byte) (a >>> 8), (byte) (a >>> 16), (byte) (a >>> 24), (byte) (a >>> 32), (byte) (a >>> 40), (byte) (a >>> 48), (byte) (a >>> 56), (byte) b, (byte) (b >>> 8), (byte) (b >>> 16), (byte) (...

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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 56) ? (56 - n) : (120 - n); byte[] pad = new byte[padding + 8]; pad[0] = 1; long bits = count << 3; pad[padding++] = (byte) bits; pad[padding++] = (byte) (bits >>> 8); pad[padding++] = (byte) (bits >>> 16); ...

protected byte[] padBuffer() { int n = (int)(count % BLOCK_SIZE); int padding = (n < 56) ? (56 - n) : (120 - n); byte[] pad = new byte[padding + 8]; pad[0] = 1; long bits = count << 3; pad[padding++] = (byte) bits; pad[padding++] = (byte) (bits >>> 8); pad[padding++] = (byte) (bits >>> 16); ...

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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 56) ? (56 - n) : (120 - n); byte[] pad = new byte[padding + 8]; pad[0] = 1; long bits = count << 3; pad[padding++] = (byte) bits; pad[padding++] = (byte) (bits >>> 8); pad[padding++] = (byte) (bits >>> 16); ...

protectedbyte[]padBuffer(){intn=(int)(count%BLOCK_SIZE);intpadding=(n<56)?(56-n):(120-n);byte[]pad=newbyte[padding+8];pad[0]=1;longbits=count<<3;pad[padding++]=(byte)bits;pad[padding++]=(byte)(bits>>>8);pad[padding++]=(byte)(bits>>>16);pad[padding++]=(byte)(bits>>>24);pad[padding++]=(byte)(bits>>>32);pad[padding++]=(by...

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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 56) ? (56 - n) : (120 - n); byte[] pad = new byte[padding + 8]; pad[0] = 1; long bits = count << 3; pad[padding++] = (byte) bits; pad[padding++] = (byte) (bits >>> 8); pad[padding++] = (byte) (bits >>> 16); ...

protectedbyte[]padBuffer(){intn=(int)(count%BLOCK_SIZE);intpadding=(n<56)?(56-n):(120-n);byte[]pad=newbyte[padding+8];pad[0]=1;longbits=count<<3;pad[padding++]=(byte)bits;pad[padding++]=(byte)(bits>>>8);pad[padding++]=(byte)(bits>>>16);pad[padding++]=(byte)(bits>>>24);pad[padding++]=(byte)(bits>>>32);pad[padding++]=(by...

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protected byte[] padBuffer() { int n = (int) (count % BLOCK_SIZE); int padding = (n < 56) ? (56 - n) : (120 - n); byte[] pad = new byte[padding + 8]; pad[0] = 1; long bits = count << 3; pad[padding++] = (byte) bits; pad[padding++] = (byte) (bits >>> 8); pad[padding++] = (byte) (bits >>> 16); ...

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public boolean selfTest() { if (valid == null) { valid = Boolean.valueOf(DIGEST0.equals(Util.toString(new Tiger().digest()))); } return valid.booleanValue(); }

public boolean selfTest() { if (valid == null) { String d = Util.toString(new Tiger().digest()); valid = Boolean.valueOf(DIGEST0.equals(d)); } return valid.booleanValue(); }

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