bugged
stringlengths
6
599k
fixed
stringlengths
10
599k
__index_level_0__
int64
0
1.13M
public byte getCharacterLevel (int index) { throw new Error ("not implemented"); }
public byte getCharacterLevel (int index) { return peer.getCharacterLevel(index); }
18,078
public float getDescent () { throw new Error ("not implemented"); }
public float getDescent () { return peer.getDescent(); }
18,079
public TextLayout getJustifiedLayout (float justificationWidth) { throw new Error ("not implemented"); }
public TextLayout getJustifiedLayout (float justificationWidth) { return peer.getJustifiedLayout(justificationWidth); }
18,080
public float getLeading () { throw new Error ("not implemented"); }
public float getLeading () { return peer.getLeading(); }
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public Shape getLogicalHighlightShape (int firstEndpoint, int secondEndpoint) { throw new Error ("not implemented"); }
public Shape getLogicalHighlightShape (int firstEndpoint, int secondEndpoint) { return getLogicalHighlightShape (firstEndpoint, secondEndpoint, getBounds()); }
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public int[] getLogicalRangesForVisualSelection (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { throw new Error ("not implemented"); }
public int[] getLogicalRangesForVisualSelection (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { return peer.getLogicalRangesForVisualSelection(firstEndpoint, secondEndpoint); }
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public TextHitInfo getNextLeftHit (int offset) { throw new Error ("not implemented"); }
public TextHitInfo getNextLeftHit (int offset) { return getNextLeftHit(offset, DEFAULT_CARET_POLICY); }
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public TextHitInfo getNextRightHit (int offset) { throw new Error ("not implemented"); }
public TextHitInfo getNextRightHit (int offset) { return getNextRightHit(offset, DEFAULT_CARET_POLICY); }
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public Shape getOutline (AffineTransform tx) { throw new Error ("not implemented"); }
public Shape getOutline (AffineTransform tx) { return peer.getOutline(tx); }
18,086
public float getVisibleAdvance () { throw new Error ("not implemented"); }
public float getVisibleAdvance () { return peer.getVisibleAdvance(); }
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public Shape getVisualHighlightShape (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { throw new Error ("not implemented"); }
public Shape getVisualHighlightShape (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { return getVisualHighlightShape(firstEndpoint, secondEndpoint, getBounds()); }
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public TextHitInfo getVisualOtherHit (TextHitInfo hit) { throw new Error ("not implemented"); }
public TextHitInfo getVisualOtherHit (TextHitInfo hit) { return peer.getVisualOtherHit(hit); }
18,089
protected void handleJustify (float justificationWidth) { throw new Error ("not implemented"); }
protected void handleJustify (float justificationWidth) { peer.handleJustify(justificationWidth); }
18,090
public int hashCode () { throw new Error ("not implemented"); }
public int hashCode () { return peer.hashCode(); }
18,091
public TextHitInfo hitTestChar (float x, float y) { throw new Error ("not implemented"); }
public TextHitInfo hitTestChar (float x, float y) { return hitTestChar(x, y, getBounds()); }
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public boolean isLeftToRight () { throw new Error ("not implemented"); }
public boolean isLeftToRight () { return peer.isLeftToRight(); }
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public boolean isVertical () { throw new Error ("not implemented"); }
public boolean isVertical () { return peer.isVertical(); }
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public String toString () { throw new Error ("not implemented"); }
public String toString () { return peer.toString(); }
18,095
public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(store, passwd); }
public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(store, passwd); }
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public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(store, passwd); }
public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(params); }
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public final void init(KeyStore store) throws KeyStoreException { tmfSpi.engineInit(store); }
public final void init(ManagerFactoryParameters params) throws InvalidAlgorithmParameterException { tmfSpi.engineInit(store); }
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public final void init(KeyStore store) throws KeyStoreException { tmfSpi.engineInit(store); }
public final void init(KeyStore store) throws KeyStoreException { tmfSpi.engineInit(params); }
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public void addChangeListener(ChangeListener l) { changes.addElement(l); }
public void addChangeListener(ChangeListener l) { changes.addElement(l); }
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public void removeChangeListener(ChangeListener l) { changes.removeElement(l); }
public void removeChangeListener(ChangeListener l) { changes.removeElement(l); }
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private void repaint() { if (parent != null) { parent.repaint(); } }
private void repaint() if (parent != null) parent.repaint(); } }
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private void repaint() { if (parent != null) { parent.repaint(); } }
private void repaint() { if (parent != null) { parent.repaint();
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public final Class getCategory() { return CopiesSupported.class; }
public Class getCategory() { return CopiesSupported.class; }
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public final String getName() { return "copies-supported"; }
public String getName() { return "copies-supported"; }
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public UID() { synchronized (lock) { if (count == Short.MAX_VALUE) { long newtime; for (;;) { newtime = System.currentTimeMillis(); if (newtime - baseTime > 1000) { break; } try { Thread.sleep(1000); } catch (InterruptedException _) { } } baseTime = newtime; nextCount = Short.MIN...
public UID() { synchronized (lock) { if (nextCount == Short.MAX_VALUE) { long newtime; for (;;) { newtime = System.currentTimeMillis(); if (newtime - baseTime > 1000) { break; } try { Thread.sleep(1000); } catch (InterruptedException _) { } } baseTime = newtime; nextCount = Short...
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public void doPass2(BootableHashMap liveVariables) { refs[0] = refs[0].simplify(); if (refs[0] instanceof Variable) { Variable v = (Variable) refs[0]; v.setLastUseAddress(this.getAddress()); liveVariables.put(v, v); } }
public void doPass2() { refs[0] = refs[0].simplify(); if (refs[0] instanceof Variable) { Variable v = (Variable) refs[0]; v.setLastUseAddress(this.getAddress()); liveVariables.put(v, v); } }
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public void doPass2(BootableHashMap liveVariables) { refs[0] = refs[0].simplify(); if (refs[0] instanceof Variable) { Variable v = (Variable) refs[0]; v.setLastUseAddress(this.getAddress()); liveVariables.put(v, v); } }
public void doPass2(BootableHashMap liveVariables) { refs[0] = refs[0].simplify(); if (refs[0] instanceof Variable) { Variable v = (Variable) refs[0]; v.setLastUseAddress(this.getAddress()); liveVariables.put(v, v); } }
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public Operand propagate(Variable operand) { Quad quad = foldConstants(); if (quad instanceof ConstantRefAssignQuad) { setDeadCode(true); ConstantRefAssignQuad cop = (ConstantRefAssignQuad) quad; return cop.getRHS(); } return operand; }
public Operand propagate(Variable operand) { Quad quad = foldConstants(); if (quad instanceof ConstantRefAssignQuad) { ConstantRefAssignQuad cop = (ConstantRefAssignQuad) quad; return cop.getRHS(); } return operand; }
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public final Class getCategory() { return OrientationRequested.class; }
public Class getCategory() { return OrientationRequested.class; }
18,113
public final String getName() { return "orientation-requested"; }
public String getName() { return "orientation-requested"; }
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public ZipFile(String name) throws ZipException, IOException { this.raf = new RandomAccessFile(name, "r"); this.name = name; checkZipFile(); }
public ZipFile(String name) throws ZipException, IOException { this.raf = openFile(name,null); this.name = name; checkZipFile(); }
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ZipEntry(ZipEntry e, String name) { this.name = name; known = e.known; size = e.size; compressedSize = e.compressedSize; crc = e.crc; dostime = e.dostime; method = e.method; extra = e.extra; comment = e.comment; }
public ZipEntry(String name) { this.name = name; known = e.known; size = e.size; compressedSize = e.compressedSize; crc = e.crc; dostime = e.dostime; method = e.method; extra = e.extra; comment = e.comment; }
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ZipEntry(ZipEntry e, String name) { this.name = name; known = e.known; size = e.size; compressedSize = e.compressedSize; crc = e.crc; dostime = e.dostime; method = e.method; extra = e.extra; comment = e.comment; }
ZipEntry(ZipEntry e, String name) { this.name = name; known = e.known; size = e.size; compressedSize = e.compressedSize; crc = e.crc; dostime = e.dostime; method = e.method; extra = e.extra; comment = e.comment; }
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public BasicRadioButtonMenuItemUI() { super(); UIDefaults defaults = UIManager.getLookAndFeelDefaults(); checkIcon = defaults.getIcon("RadioButtonMenuItem.checkIcon"); }
public BasicRadioButtonMenuItemUI() { super(); UIDefaults defaults = UIManager.getLookAndFeelDefaults(); checkIcon = defaults.getIcon("RadioButtonMenuItem.checkIcon"); }
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public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem item = (JMen...
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public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
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public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
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public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
public void processMouseEvent(MouseEvent event, MenuElement[] path, MenuSelectionManager manager) { switch (event.getID()) { case MouseEvent.MOUSE_CLICKED: doClick(); break; case MouseEvent.MOUSE_ENTERED: if (event.getSource() instanceof JMenuItem) { JMenuItem it...
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public boolean equals(Object other) { if( other instanceof X509CRLEntry ) { try { X509CRLEntry xe = (X509CRLEntry) other; if( getEncoded().length != xe.getEncoded().length ) return false; byte b1[] = getEncoded(); byte b2[] = xe.getEncoded(); for( int i = 0; i < b1.length; i++ ) if( b1[i] != b2[i] ) ...
public boolean equals(Object other) { if( other instanceof X509CRLEntry ) { try { X509CRLEntry xe = (X509CRLEntry) other; if( getEncoded().length != xe.getEncoded().length ) return false; byte b1[] = getEncoded(); byte b2[] = xe.getEncoded(); for( int i = 0; i < b1.length; i++ ) if( b1[i] != b2[i] ) ...
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public static TypeCode type() { return new primitiveArrayTypeCode(TCKind.tk_ulong); }
public static TypeCode type() { return new ArrayTypeCode(TCKind.tk_ulong); }
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public void updateUI() { setUI((TabbedPaneUI) UIManager.getUI(this)); invalidate(); }
public void updateUI() { setUI((TabbedPaneUI) UIManager.getUI(this)); }
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public String getToolTipText(MouseEvent event) { return toolTipText; }
public String getToolTipText(MouseEvent event) { return toolTipText; }
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public Icon getDisabledIcon() { if (disabledIcon == null && activeIcon instanceof ImageIcon) disabledIcon = new ImageIcon(GrayFilter.createDisabledImage(((ImageIcon) activeIcon).getImage())); return disabledIcon; }
public Icon getDisabledIcon() { if (disabledIcon == null && activeIcon instanceof ImageIcon) disabledIcon = new ImageIcon(GrayFilter.createDisabledImage(((ImageIcon) activeIcon).getImage())); return disabledIcon; }
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public int getDisplayedMnemonic() { return (int) mnemonicKey; }
public int getDisplayedMnemonic() { return (int) displayedMnemonic; }
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public int getDisplayedMnemonicIndex() { return underlinedChar; }
public int getDisplayedMnemonicIndex() { return displayedMnemonicIndex; }
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public Icon getIcon() { return activeIcon; }
public Icon getIcon() { return icon; }
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public String getText() { return labelText; }
public String getText() { return text; }
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public boolean imageUpdate(Image img, int infoflags, int x, int y, int w, int h) { Icon currIcon = (isEnabled()) ? activeIcon : disabledIcon; //Is this the correct way to check for image equality? if (currIcon != null && currIcon instanceof ImageIcon) return (((ImageIcon) cu...
public boolean imageUpdate(Image img, int infoflags, int x, int y, int w, int h) { Icon currIcon = isEnabled() ? icon : disabledIcon; //Is this the correct way to check for image equality? if (currIcon != null && currIcon instanceof ImageIcon) return (((ImageIcon) currIcon)....
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public void setDisabledIcon(Icon disabledIcon) { if (disabledIcon != this.disabledIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
public void setDisabledIcon(Icon newIcon) { if (disabledIcon != this.disabledIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
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public void setDisabledIcon(Icon disabledIcon) { if (disabledIcon != this.disabledIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
public void setDisabledIcon(Icon disabledIcon) { if (disabledIcon != newIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
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public void setDisabledIcon(Icon disabledIcon) { if (disabledIcon != this.disabledIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
public void setDisabledIcon(Icon disabledIcon) { if (disabledIcon != this.disabledIcon) { Icon oldDisabledIcon = this.disabledIcon; this.disabledIcon = disabledIcon; firePropertyChange(DISABLED_ICON_CHANGED_PROPERTY, oldDisabledIcon, this.disabledIcon); } }
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public void setDisplayedMnemonic(int key) { setDisplayedMnemonic((char) key); }
public void setDisplayedMnemonic(int mnemonic) { setDisplayedMnemonic((char) key); }
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public void setDisplayedMnemonic(int key) { setDisplayedMnemonic((char) key); }
public void setDisplayedMnemonic(int key) { if (displayedMnemonic != mnemonic) { firePropertyChange(DISPLAYED_MNEMONIC_CHANGED_PROPERTY, displayedMnemonic, mnemonic); displayedMnemonic = mnemonic; if (text != null) setDisplayedMnemonicIndex(text.indexOf(mnemonic)); } }
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int newIndex) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index ...
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (newIndex < -1 || (text != null && newIndex >= text.length())) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -1;...
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
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public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
public void setDisplayedMnemonicIndex(int index) throws IllegalArgumentException { if (index < -1 || labelText != null && index >= labelText.length()) throw new IllegalArgumentException(); if (labelText == null || labelText.charAt(index) != mnemonicKey) index = -...
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public void setIcon(Icon icon) { if (icon != activeIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
public void setIcon(Icon newIcon) { if (icon != activeIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
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public void setIcon(Icon icon) { if (icon != activeIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
public void setIcon(Icon icon) { if (icon != newIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
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public void setIcon(Icon icon) { if (icon != activeIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
public void setIcon(Icon icon) { if (icon != activeIcon) { Icon oldIcon = activeIcon; activeIcon = icon; firePropertyChange(ICON_CHANGED_PROPERTY, oldIcon, activeIcon); } }
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public void setIconTextGap(int iconTextGap) { if (iconTextGap != this.iconTextGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
public void setIconTextGap(int newGap) { if (iconTextGap != this.iconTextGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
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public void setIconTextGap(int iconTextGap) { if (iconTextGap != this.iconTextGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
public void setIconTextGap(int iconTextGap) { if (iconTextGap != newGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
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public void setIconTextGap(int iconTextGap) { if (iconTextGap != this.iconTextGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
public void setIconTextGap(int iconTextGap) { if (iconTextGap != this.iconTextGap) { int oldIconTextGap = this.iconTextGap; this.iconTextGap = iconTextGap; firePropertyChange(ICON_TEXT_GAP_CHANGED_PROPERTY, oldIconTextGap, iconTextGap); } }
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public void setLabelFor(Component c) { if (c != labelFor) { Component oldLabelFor = labelFor; labelFor = c; firePropertyChange(LABEL_FOR_CHANGED_PROPERTY, oldLabelFor, labelFor); } }
public void setLabelFor(Component c) { if (c != labelFor) { firePropertyChange(LABEL_FOR_CHANGED_PROPERTY, labelFor, c); labelFor = c; firePropertyChange(LABEL_FOR_CHANGED_PROPERTY, oldLabelFor, labelFor); } }
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public void setLabelFor(Component c) { if (c != labelFor) { Component oldLabelFor = labelFor; labelFor = c; firePropertyChange(LABEL_FOR_CHANGED_PROPERTY, oldLabelFor, labelFor); } }
public void setLabelFor(Component c) { if (c != labelFor) { Component oldLabelFor = labelFor; labelFor = c; } }
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public void setText(String text) { if (text != labelText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
public void setText(String newText) { if (text != labelText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
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public void setText(String text) { if (text != labelText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
public void setText(String text) { if (text != newText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
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public void setText(String text) { if (text != labelText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
public void setText(String text) { if (text != labelText) { String oldText = labelText; labelText = text; firePropertyChange(TEXT_CHANGED_PROPERTY, oldText, labelText); if (labelText != null && labelText.length() <= underlinedChar) setDisplayedMnemonicIndex(labelText.length() - 1); } }
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public streamRequest getParameterStream() { m_parameter_buffer = new streamRequest(); m_parameter_buffer.request = this; m_parameter_buffer.setVersion(ior.Internet.version); m_parameter_buffer.setCodeSet(cxCodeSet.negotiate(ior.CodeSets)); m_parameter_buffer.setOrb(orb); m_parameter_buffer.setBigEn...
public streamRequest getParameterStream() { m_parameter_buffer = new streamRequest(); m_parameter_buffer.request = this; m_parameter_buffer.setVersion(ior.Internet.version); m_parameter_buffer.setCodeSet(cxCodeSet.negotiate(ior.Internet.CodeSets)); m_parameter_buffer.setOrb(orb); m_parameter_buffer...
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public void get_response() throws org.omg.CORBA.WrongTransaction { /** * The response is ready after it is received. * FIXME implement context checks and any other functionality, * if required. */ }
public void get_response() throws org.omg.CORBA.WrongTransaction { /** * The response is ready after it is received. * FIXME implement context checks and any other functionality, * if required. */ }
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); if (m_rph == null) m_rph = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); m_rph.read(input); // The stream must be aligned sinve v1.2, but only once. boole...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
private void p_invoke() throws SystemException { binaryReply response = submit(); ReplyHeader rh = response.header.create_reply_header(); cdrBufInput input = response.getStream(); input.setOrb(orb); rh.read(input); // The stream must be aligned sinve v1.2, but only once. boolean ...
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public synchronized binaryReply submit() { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useVersion(ior.Internet.ve...
public synchronized binaryReply submit() throws ForwardRequest { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useV...
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public synchronized binaryReply submit() { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useVersion(ior.Internet.ve...
public synchronized binaryReply submit() { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useVersion(ior.Internet.ve...
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public synchronized binaryReply submit() { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useVersion(ior.Internet.ve...
public synchronized binaryReply submit() { gnu.CORBA.GIOP.MessageHeader header = new gnu.CORBA.GIOP.MessageHeader(); header.setBigEndian(Big_endian); // The byte order will be Big Endian by default. header.message_type = gnu.CORBA.GIOP.MessageHeader.REQUEST; header.version = useVersion(ior.Internet.ve...
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public gnuNVList() { list = new corbaArrayList(); }
public gnuNVList() { list = new CorbaList(); }
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public IOR() { int[] supported = CharSets_OSF.getSupportedCharSets(); CodeSets.narrow.native_set = CharSets_OSF.NATIVE_CHARACTER; CodeSets.narrow.conversion = supported; CodeSets.wide.native_set = CharSets_OSF.NATIVE_WIDE_CHARACTER; CodeSets.wide.conversion = supported; }
public IOR() { int[] supported = CharSets_OSF.getSupportedCharSets(); CodeSets.narrow.native_set = CharSets_OSF.NATIVE_CHARACTER; CodeSets.narrow.conversion = supported; CodeSets.wide.native_set = CharSets_OSF.NATIVE_WIDE_CHARACTER; CodeSets.wide.conversion = supported; }
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public void _read_no_endian(cdrInput c) throws IOException, BAD_PARAM { Id = c.read_string(); int n_profiles = c.read_long(); if (n_profiles == 0) { Id = null; Internet = null; return; } for (int i = 0; i < n_profiles; i++) { int tag = c.re...
public void _read_no_endian(cdrInput c) throws IOException, BAD_PARAM { Id = c.read_string(); int n_profiles = c.read_long(); if (n_profiles == 0) { Id = null; Internet = null; return; } for (int i = 0; i < n_profiles; i++) { int tag = c.re...
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public void _read_no_endian(cdrInput c) throws IOException, BAD_PARAM { Id = c.read_string(); int n_profiles = c.read_long(); if (n_profiles == 0) { Id = null; Internet = null; return; } for (int i = 0; i < n_profiles; i++) { int tag = c.re...
public void _read_no_endian(cdrInput c) throws IOException, BAD_PARAM { Id = c.read_string(); int n_profiles = c.read_long(); if (n_profiles == 0) { Id = null; Internet = null; return; } for (int i = 0; i < n_profiles; i++) { int tag = c.re...
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public static Socket get_socket(Object key) { Socket s = (Socket) sockets.get(key); if (s != null && s.isClosed()) { sockets.remove(key); return null; } else { sockets.remove(key); return s; } }
public static Socket get_socket(Object key) { Socket s = (Socket) sockets.get(key); if (s == null) return null; else if (s.isClosed()) { sockets.remove(key); return null; } else { sockets.remove(key); return s; } }
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public void setKeepAlive(boolean on) throws SocketException { if (impl == null) throw new SocketException("Not connected"); impl.setOption(SocketOptions.SO_KEEPALIVE, new Boolean(on)); }
public void setKeepAlive(boolean on) throws SocketException { if (impl == null) throw new SocketException("Not connected"); impl.setOption(SocketOptions.SO_KEEPALIVE, new Boolean(on)); }
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public void setKeepAlive(boolean on) throws SocketException { if (impl == null) throw new SocketException("Not connected"); impl.setOption(SocketOptions.SO_KEEPALIVE, new Boolean(on)); }
public void setKeepAlive(boolean on) throws SocketException { if (impl == null) throw new SocketException("Not connected"); getImpl().setOption(SocketOptions.SO_KEEPALIVE, Boolean.valueOf(on)); }
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public OutputStream getOutputStream() throws IOException { if (impl != null) return impl.getOutputStream(); throw new IOException("Not connected"); }
public OutputStream getOutputStream() throws IOException { if (impl != null) return impl.getOutputStream(); throw new IOException("Not connected"); }
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public OutputStream getOutputStream() throws IOException { if (impl != null) return impl.getOutputStream(); throw new IOException("Not connected"); }
public OutputStream getOutputStream() throws IOException { if (impl != null) return impl.getOutputStream(); if (! isConnected()) throw new IOException("not connected"); return getImpl().getOutputStream(); }
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public boolean isClosed() { return closed; }
public boolean isClosed() { return closed; }
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public InputStream getInputStream() throws IOException { if (impl != null) return (impl.getInputStream()); throw new IOException("Not connected"); }
public InputStream getInputStream() throws IOException { if (impl != null) return (impl.getInputStream()); throw new IOException("Not connected"); }
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public InputStream getInputStream() throws IOException { if (impl != null) return (impl.getInputStream()); throw new IOException("Not connected"); }
public InputStream getInputStream() throws IOException { if (impl != null) return (impl.getInputStream()); if (! isConnected()) throw new IOException("not connected"); return getImpl().getInputStream(); }
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public synchronized void setSoTimeout(int timeout) throws SocketException { if (impl == null) throw new SocketException("Not connected"); if (timeout < 0) throw new IllegalArgumentException("SO_TIMEOUT value must be >= 0"); impl.setOption(SocketOptions.SO_TIMEOUT, new Integer(timeout)); }
public synchronized void setSoTimeout(int timeout) throws SocketException { if (impl == null) throw new SocketException("Not connected"); if (timeout < 0) throw new IllegalArgumentException("SO_TIMEOUT value must be >= 0"); impl.setOption(SocketOptions.SO_TIMEOUT, new Integer(timeout)); }
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