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

public Element getBidiRootElement() { return null; }

public Element getBidiRootElement() { return bidiRoot; }

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public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { return getLength(); } }; }

public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). Position p; try { public int getOffset() { return getLength(); } }; }

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public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { return getLength(); } }; }

public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { p = createPosition(content.length()); } catch (BadLocationException ex) { return getLength(); } }; }

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public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { return getLength(); } }; }

public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { p = null; } }; }

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public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { return getLength(); } }; }

public final Position getEndPosition() { // FIXME: Properly implement this by calling Content.createPosition(). return new Position() { public int getOffset() { return getLength(); } return p; }

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public Element[] getRootElements() { Element[] elements = new Element[1]; elements[0] = getDefaultRootElement(); return elements; }

public Element[] getRootElements() { Element[] elements = new Element[2]; elements[0] = getDefaultRootElement(); return elements; }

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public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { return 0; } }; }

public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). Position p; try { public int getOffset() { return 0; } }; }

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public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { return 0; } }; }

public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { p = createPosition(0); } catch (BadLocationException ex) { return 0; } }; }

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public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { return 0; } }; }

public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { p = null; } }; }

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public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { return 0; } }; }

public final Position getStartPosition() { // FIXME: Properly implement this using Content.createPosition(). return new Position() { public int getOffset() { return 0; } return p; }

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void insertStringImpl(int offset, String text, AttributeSet attributes) throws BadLocationException { // Just return when no text to insert was given. if (text == null || text.length() == 0) return; DefaultDocumentEvent event = new DefaultDocumentEvent(offset, text.length(), DocumentEv...

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void insertStringImpl(int offset, String text, AttributeSet attributes) throws BadLocationException { // Just return when no text to insert was given. if (text == null || text.length() == 0) return; DefaultDocumentEvent event = new DefaultDocumentEvent(offset, text.length(), DocumentEv...

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protected void insertUpdate(DefaultDocumentEvent chng, AttributeSet attr) { // Do nothing here. Subclasses may want to override this. }

if (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); if (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); protectedif (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); voidif (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); insertUpdate(DefaultDocumentEventif (Boolean.TRUE.equals(ge...

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protected void postRemoveUpdate(DefaultDocumentEvent chng) { // Do nothing here. Subclasses may want to override this. }

if (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); if (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); protectedif (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); voidif (Boolean.TRUE.equals(getProperty(I18N))) updateBidi(chng); postRemoveUpdate(DefaultDocumentEventif (Boolean.TRUE.equal...

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void removeImpl(int offset, int length) throws BadLocationException { // Prevent some unneccessary method invocation (observed in the RI). if (length <= 0) return; DefaultDocumentEvent event = new DefaultDocumentEvent(offset, length, DocumentEvent.EventType.REMOVE); try {...

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public void replace(int offset, int length, String text, AttributeSet attributes) throws BadLocationException { // Bail out if we have a bogus replacement (Behavior observed in RI). if (length == 0 && (text == null || text.length() == 0)) return; if (documentFilter == null) {...

} finally { writeUnlock(); } } finally { writeUnlock(); } public} finally { writeUnlock(); } void} finally { writeUnlock(); } replace(int} finally { writeUnlock(); } offset,} finally { writeUnlock(); } int} finally { writeUnlock(); } length,} finally { writeUnlock(); } String} finally { writeUnlock(); } text, } finall...

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public void setAsynchronousLoadPriority(int p) { // TODO: Implement this properly. }

Integer val = p >= 0 ? new Integer(p) : null; putProperty(AsyncLoadPriority, val); Integer val = p >= 0 ? new Integer(p) : null; putProperty(AsyncLoadPriority, val); publicInteger val = p >= 0 ? new Integer(p) : null; putProperty(AsyncLoadPriority, val); voidInteger val = p >= 0 ? new Integer(p) : null; putProperty(Asy...

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public UndoableEditEvent(Object source, UndoableEdit edit) { super(source); this.edit = edit; } // UndoableEditEvent()

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public UndoableEditEvent(Object source, UndoableEdit edit) { super(source); this.edit = edit; } // UndoableEditEvent()

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public PrincipalHolder(Principal initial_value) { value = initial_value; }

public PrincipalHolder() { value = initial_value; }

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public PrincipalHolder(Principal initial_value) { value = initial_value; }

public PrincipalHolder(Principal initial_value) { }

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protected void shiftGap(int newGapStart) { int newGapEnd = newGapStart + (gapEnd - gapStart); // Update the positions between newGapEnd and (old) gapEnd. The marks // must be shifted by (gapEnd - newGapEnd). int index1 = Collections.binarySearch(positions, new Gap...

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private byte[] assembleEM(final byte[] PS, final byte[] M) { // b. Concatenate PS, the message M, and other padding to form an // encoded message EM of length k octets as // // EM = 0x00 || 0x02 || PS || 0x00 || M. baos.reset(); baos.write(0x00); baos.write(0x02); baos.write(PS, 0, PS.l...

privatebyte[]assembleEM(finalbyte[]PS,finalbyte[]M){//b.ConcatenatePS,themessageM,andotherpaddingtoforman//encodedmessageEMoflengthkoctetsas////EM=0x00||0x02||PS||0x00||M.baos.reset();baos.write(0x00);baos.write(0x02);baos.write(PS,0,PS.length);baos.write(0x00);baos.write(M,0,M.length);finalbyte[]result=baos.toByteArra...

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public byte[] encode(final byte[] M) { // a. Generate an octet string PS of length k - mLen - 3 consisting // of pseudo-randomly generated nonzero octets. The length of PS // will be at least eight octets. final byte[] PS = new byte[k - M.length - 3]; // FIXME. This should be configurable, some...

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private void nextRandomBytes(byte[] buffer) { if (rnd != null) { rnd.nextBytes(buffer); } else { new SecureRandom ().nextBytes(buffer); } }

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private void nextRandomBytes(byte[] buffer) { if (rnd != null) { rnd.nextBytes(buffer); } else { new SecureRandom ().nextBytes(buffer); } }

private void nextRandomBytes(byte[] buffer) { if (rnd != null) { rnd.nextBytes(buffer); else { new SecureRandom ().nextBytes(buffer); }

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public BigInteger add(BigInteger val) { return add(this, val, 1); }

private static BigInteger add(int x, int y) { return add(this, val, 1); }

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public BigInteger add(BigInteger val) { return add(this, val, 1); }

public BigInteger add(BigInteger val) { return valueOf((long) x + (long) y); }

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public BigInteger divide(BigInteger val) { if (val.isZero()) throw new ArithmeticException("divisor is zero"); BigInteger quot = new BigInteger(); divide(this, val, quot, null, TRUNCATE); return quot.canonicalize(); }

private static void divide(long x, long y, BigInteger quotient, BigInteger remainder, int rounding_mode) { if (val.isZero()) throw new ArithmeticException("divisor is zero"); BigInteger quot = new BigInteger(); divide(this, val, quot, null, TRUNCATE); return quot.canonicalize(); }

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public BigInteger divide(BigInteger val) { if (val.isZero()) throw new ArithmeticException("divisor is zero"); BigInteger quot = new BigInteger(); divide(this, val, quot, null, TRUNCATE); return quot.canonicalize(); }

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public BigInteger divide(BigInteger val) { if (val.isZero()) throw new ArithmeticException("divisor is zero"); BigInteger quot = new BigInteger(); divide(this, val, quot, null, TRUNCATE); return quot.canonicalize(); }

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public TransformerException(String msg, Throwable cause) { this(msg, null, cause); }

public TransformerException(String msg) { this(msg, null, cause); }

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public TransformerException(String msg, Throwable cause) { this(msg, null, cause); }

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protected void baselineLayout(int span, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(span, requi...

protected void baselineLayout(int span, int axis, int[] offsets, int[] spans) { updateChildRequirements(axis); updateRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(span, requir...

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protected void baselineLayout(int span, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(span, requi...

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protected SizeRequirements baselineRequirements(int axis, SizeRequirements sr) { SizeRequirements[] childReqs = getChildRequirements(axis); return SizeRequirements.getAlignedSizeRequirements(childReqs); }

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protected SizeRequirements calculateMajorAxisRequirements(int axis, SizeRequirements sr) { SizeRequirements[] childReqs = getChildRequirements(axis); return SizeRequirements.getTiledSizeRequirements(childReqs); }

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protected SizeRequirements calculateMinorAxisRequirements(int axis, SizeRequirements sr) { SizeRequirements[] childReqs = getChildRequirements(axis); return SizeRequirements.getAlignedSizeRequirements(childReqs); }

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public float getAlignment(int axis) { float align; if (axis == myAxis) align = 0.5F; else { if (! isLayoutValid(axis)) requirements[axis] = calculateMinorAxisRequirements(axis, requirements[axis]); align = requirement...

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public float getMaximumSpan(int axis) { if (!isLayoutValid(axis)) { if (axis == myAxis) requirements[axis] = calculateMajorAxisRequirements(axis, requirements[axis]); else requirements[axis] = calculateMinorAxisRequirements...

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public float getMaximumSpan(int axis) { if (!isLayoutValid(axis)) { if (axis == myAxis) requirements[axis] = calculateMajorAxisRequirements(axis, requirements[axis]); else requirements[axis] = calculateMinorAxisRequirements...

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public float getMaximumSpan(int axis) { if (!isLayoutValid(axis)) { if (axis == myAxis) requirements[axis] = calculateMajorAxisRequirements(axis, requirements[axis]); else requirements[axis] = calculateMinorAxisRequirements...

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public float getMinimumSpan(int axis) { if (!isLayoutValid(axis)) { if (axis == myAxis) requirements[axis] = calculateMajorAxisRequirements(axis, requirements[axis]); else requirements[axis] = calculateMinorAxisRequirem...

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public float getPreferredSpan(int axis) { if (!isLayoutValid(axis)) { if (axis == myAxis) requirements[axis] = calculateMajorAxisRequirements(axis, requirements[axis]); else requirements[axis] = calculateMinorAxisRequir...

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protected void layout(int width, int height) { int[] newSpan = new int[]{ width, height }; int count = getViewCount(); // Update minor axis as appropriate. We need to first update the minor // axis layout because that might affect the children's preferences along // the major axis. int minorAxis = ...

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protected void layout(int width, int height) { int[] newSpan = new int[]{ width, height }; int count = getViewCount(); // Update minor axis as appropriate. We need to first update the minor // axis layout because that might affect the children's preferences along // the major axis. int minorAxis = ...

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protected void layout(int width, int height) { int[] newSpan = new int[]{ width, height }; int count = getViewCount(); // Update minor axis as appropriate. We need to first update the minor // axis layout because that might affect the children's preferences along // the major axis. int minorAxis = ...

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protected void layout(int width, int height) { int[] newSpan = new int[]{ width, height }; int count = getViewCount(); // Update minor axis as appropriate. We need to first update the minor // axis layout because that might affect the children's preferences along // the major axis. int minorAxis = ...

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protected void layout(int width, int height) { int[] newSpan = new int[]{ width, height }; int count = getViewCount(); // Update minor axis as appropriate. We need to first update the minor // axis layout because that might affect the children's preferences along // the major axis. int minorAxis = ...

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protected void layoutMajorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateTiledPositions(targe...

protected void layoutMajorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { updateChildRequirements(axis); updateRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateTiledPositions(target...

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protected void layoutMajorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateTiledPositions(targe...

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protected void layoutMajorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateTiledPositions(targe...

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protected void layoutMinorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(tar...

protected void layoutMinorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { updateChildRequirements(axis); updateRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(targ...

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protected void layoutMinorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { SizeRequirements[] childReqs = getChildRequirements(axis); // Calculate the spans and offsets using the SizeRequirements uility // methods. SizeRequirements.calculateAlignedPositions(tar...

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public void preferenceChanged (View child, boolean width, boolean height) { if (width) layoutValid[X_AXIS] = false; if (height) layoutValid[Y_AXIS] = false; super.preferenceChanged(child, width, height); }

public void preferenceChanged(View child, boolean width, boolean height) { if (width) layoutValid[X_AXIS] = false; if (height) layoutValid[Y_AXIS] = false; super.preferenceChanged(child, width, height); }

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public float getAlignment(int axis) { return 0.5f; }

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public float getAlignment(int axis) { return 0.5f; }

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public boolean hitClip(int x, int y, int width, int height){ return getClip().intersects(x, y, width, height);}

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public boolean hitClip(int x, int y, int width, int height){ return getClip().intersects(x, y, width, height);}

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