rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
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} | public void popupMenuWillBecomeVisible(PopupMenuEvent event) { // Adds topWindowListener to top-level window to listener to // ComponentEvents fired by it. We need to cancel this popup menu // if topWindow to which this popup belongs was resized or moved. Component invoker = popupMenu.getInv... | |
popupMenu.setOpaque(true); | public void installDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); popupMenu.setBackground(defaults.getColor("PopupMenu.background")); popupMenu.setBorder(defaults.getBorder("PopupMenu.border")); popupMenu.setFont(defaults.getFont("PopupMenu.font")); popupMenu.setForeground(defa... | |
System.out.println("Before getPreferences"); | protected void startPlugin() throws PluginException { this.processor = new ConfigurationProcessor(); System.out.println("Before getPreferences"); this.config = new NetConfigurationData(getPreferences()); System.out.println("After getPreferences"); this.service = new ConfigurationS... | |
System.out.println("After getPreferences"); | protected void startPlugin() throws PluginException { this.processor = new ConfigurationProcessor(); System.out.println("Before getPreferences"); this.config = new NetConfigurationData(getPreferences()); System.out.println("After getPreferences"); this.service = new ConfigurationS... | |
g.drawRect(focusRect.x - 1, focusRect.y - 1, focusRect.width + 1, focusRect.height + 1); | g.drawRect(focusRect.x - 1, focusRect.y, focusRect.width + 1, focusRect.height); | protected void paintFocus(Graphics g, AbstractButton b, Rectangle viewRect, Rectangle textRect, Rectangle iconRect) { if (b.hasFocus() && b.isFocusPainted()) { Color savedColor = g.getColor(); g.setColor(getFocusColor()); Rectangle focusRect = iconRect.union(textRect); g.drawRect(fo... |
return "Button"; | return "Button."; | protected String getPropertyPrefix() { return "Button"; } |
focusColor = defaults.getColor(prefix + ".focus"); b.setForeground(defaults.getColor(prefix + ".foreground")); b.setBackground(defaults.getColor(prefix + ".background")); b.setMargin(defaults.getInsets(prefix + ".margin")); b.setBorder(defaults.getBorder(prefix + ".border")); b.setIconTextGap(defaults.getInt(prefix + "... | focusColor = defaults.getColor(prefix + "focus"); b.setForeground(defaults.getColor(prefix + "foreground")); b.setBackground(defaults.getColor(prefix + "background")); b.setMargin(defaults.getInsets(prefix + "margin")); b.setBorder(defaults.getBorder(prefix + "border")); b.setIconTextGap(defaults.getInt(prefix + "textI... | protected void installDefaults(AbstractButton b) { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); String prefix = getPropertyPrefix(); focusColor = defaults.getColor(prefix + ".focus"); b.setForeground(defaults.getColor(prefix + ".foreground")); b.setBackground(defaults.getColor(prefix + ".... |
(InputMap) defaults.get(prefix + ".focusInputMap")); | (InputMap) defaults.get(prefix + "focusInputMap")); | protected void installDefaults(AbstractButton b) { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); String prefix = getPropertyPrefix(); focusColor = defaults.getColor(prefix + ".focus"); b.setForeground(defaults.getColor(prefix + ".foreground")); b.setBackground(defaults.getColor(prefix + ".... |
int indirectCount = fs.getSuperblock().getBlockSize() << 2; | int indirectCount = fs.getSuperblock().getBlockSize() >> 2; | public byte[] getDataBlock(long i) throws IOException { //get the direct blocks (0; 11) if(i<12) return fs.getBlock( Ext2Utils.get32(data,40+(int)i*4) ); //see the indirect blocks (12; indirectCount-1) int indirectCount = fs.getSuperblock().getBlockSize() << 2; //a block index is 4 bytes long if(i<12+indirectCo... |
public byte[] getBlock(long nr) throws IOException{ | protected byte[] getBlock(long nr) throws IOException{ | public byte[] getBlock(long nr) throws IOException{ if(isClosed()) throw new IOException("FS closed (fs instance: "+this+")"); //log.debug("blockCache size: "+blockCache.size()); int blockSize = superblock.getBlockSize(); Block result; Integer key=new Integer((int)(nr)); synchronized(blockCache) { ... |
else if (e.id == FocusEvent.FOCUS_LOST) { | public boolean dispatchEvent (AWTEvent e) { if (e instanceof WindowEvent) { Window target = (Window) e.getSource (); if (e.id == WindowEvent.WINDOW_ACTIVATED) setGlobalActiveWindow (target); else if (e.id == WindowEvent.WINDOW_GAINED_FOCUS) setGlobalFocusedWindow (targe... | |
if (focusOwner != null) | if (focusOwner != null && ! (focusOwner instanceof Window)) | public boolean dispatchEvent (AWTEvent e) { if (e instanceof WindowEvent) { Window target = (Window) e.getSource (); if (e.id == WindowEvent.WINDOW_ACTIVATED) setGlobalActiveWindow (target); else if (e.id == WindowEvent.WINDOW_GAINED_FOCUS) setGlobalFocusedWindow (targe... |
} else if (e.id == FocusEvent.FOCUS_LOST) { | public boolean dispatchEvent (AWTEvent e) { if (e instanceof WindowEvent) { Window target = (Window) e.getSource (); if (e.id == WindowEvent.WINDOW_ACTIVATED) setGlobalActiveWindow (target); else if (e.id == WindowEvent.WINDOW_GAINED_FOCUS) setGlobalFocusedWindow (targe... | |
firePropertyChange("activeWindow", activeWindow, window); try { fireVetoableChange("activeWindow", activeWindow, window); activeWindow = window; } catch (PropertyVetoException e) { } | setGlobalObject (currentActiveWindows, window, "activeWindow"); | protected void setGlobalActiveWindow(Window window) { // XXX Should this send focus events to the windows involved? firePropertyChange("activeWindow", activeWindow, window); try { fireVetoableChange("activeWindow", activeWindow, window); activeWindow = window; } catch (PropertyVet... |
{ firePropertyChange("focusedWindow", focusedWindow, window); try { fireVetoableChange("focusedWindow", focusedWindow, window); focusedWindow = window; } catch (PropertyVetoException e) { } } | setGlobalObject (currentFocusedWindows, window, "focusedWindow"); | protected void setGlobalFocusedWindow(Window window) { // XXX Should this send focus events to the windows involved? if (window == null || window.focusable) { firePropertyChange("focusedWindow", focusedWindow, window); try { fireVetoableChange("focusedWindow", focusedWind... |
throw new Error("not implemented"); | e.setSource (target); dispatchEvent (e); | public final void redispatchEvent(Component target, AWTEvent e) { throw new Error("not implemented"); } |
{ firePropertyChange("focusOwner", focusOwner, owner); try { fireVetoableChange("focusOwner", focusOwner, owner); focusOwner = owner; | setGlobalObject (currentFocusOwners, owner, "focusOwner"); | protected void setGlobalFocusOwner(Component owner) { // XXX Should this send focus events to the components involved? if (owner == null || owner.focusable) { firePropertyChange("focusOwner", focusOwner, owner); try { fireVetoableChange("focusOwner", focusOwner, owner); ... |
catch (PropertyVetoException e) { } } } | protected void setGlobalFocusOwner(Component owner) { // XXX Should this send focus events to the components involved? if (owner == null || owner.focusable) { firePropertyChange("focusOwner", focusOwner, owner); try { fireVetoableChange("focusOwner", focusOwner, owner); ... | |
{ firePropertyChange("permanentFocusOwner", permanentFocusOwner, focusOwner); try { fireVetoableChange("permanentFocusOwner", permanentFocusOwner, focusOwner); permanentFocusOwner = focusOwner; } catch (PropertyVetoException e) { } | setGlobalObject (currentPermanentFocusOwners, focusOwner, "permanentFocusOwner"); | protected void setGlobalPermanentFocusOwner(Component focusOwner) { // XXX Should this send focus events to the components involved? if (focusOwner == null || focusOwner.focusable) { firePropertyChange("permanentFocusOwner", permanentFocusOwner, focusOwner); try ... |
} | protected void setGlobalPermanentFocusOwner(Component focusOwner) { // XXX Should this send focus events to the components involved? if (focusOwner == null || focusOwner.focusable) { firePropertyChange("permanentFocusOwner", permanentFocusOwner, focusOwner); try ... | |
protected Component getGlobalPermanentFocusOwner() { return permanentFocusOwner == null ? focusOwner : permanentFocusOwner; | protected Component getGlobalPermanentFocusOwner () { return (Component) getGlobalObject (currentPermanentFocusOwners); | protected Component getGlobalPermanentFocusOwner() { // XXX Need a way to test if this thread is in the context of the focus // owner, and throw a SecurityException if that is the case. // XXX Implement. return permanentFocusOwner == null ? focusOwner : permanentFocusOwner; } |
protected void setGlobalCurrentFocusCycleRoot(Container cycleRoot) | public void setGlobalCurrentFocusCycleRoot (Container cycleRoot) | protected void setGlobalCurrentFocusCycleRoot(Container cycleRoot) { firePropertyChange("currentFocusCycleRoot", focusCycleRoot, cycleRoot); focusCycleRoot = cycleRoot; } |
firePropertyChange("currentFocusCycleRoot", focusCycleRoot, cycleRoot); focusCycleRoot = cycleRoot; | setGlobalObject (currentFocusCycleRoots, cycleRoot, "currentFocusCycleRoot"); | protected void setGlobalCurrentFocusCycleRoot(Container cycleRoot) { firePropertyChange("currentFocusCycleRoot", focusCycleRoot, cycleRoot); focusCycleRoot = cycleRoot; } |
return focusOwner; | Component focusOwner = (Component) getGlobalObject (currentFocusOwners); return (focusOwner == null) ? getGlobalPermanentFocusOwner () : focusOwner; | protected Component getGlobalFocusOwner() { // XXX Need a way to test if this thread is in the context of the focus // owner, and throw a SecurityException if that is the case. // XXX Implement. return focusOwner; } |
return focusedWindow; | return (Window) getGlobalObject (currentFocusedWindows); | protected Window getGlobalFocusedWindow() { // XXX Need a way to test if this thread is in the context of the focus // owner, and throw a SecurityException if that is the case. // XXX Implement. return focusedWindow; } |
return(menus.size()); | return countMenus (); | getMenuCount(){ // FIXME: How does the help menu fit in here? return(menus.size());} |
public int getItemCount() { return (items.size()); } | getItemCount() { return countItems (); } | public int getItemCount() { return (items.size()); } |
public MenuItem getItem(int index) { return ((MenuItem) items.elementAt(index)); } | getItem(int index) { return((MenuItem)items.elementAt(index)); } | public MenuItem getItem(int index) { return ((MenuItem) items.elementAt(index)); } |
public static AWTKeyStroke getAWTKeyStroke(int keyCode, int modifiers, boolean release) | public static AWTKeyStroke getAWTKeyStroke(char keyChar) | public static AWTKeyStroke getAWTKeyStroke(int keyCode, int modifiers, boolean release) { return getAWTKeyStroke(KeyEvent.CHAR_UNDEFINED, keyCode, extend(modifiers), release); } |
return getAWTKeyStroke(KeyEvent.CHAR_UNDEFINED, keyCode, extend(modifiers), release); | return getAWTKeyStroke(keyChar, KeyEvent.VK_UNDEFINED, 0, false); | public static AWTKeyStroke getAWTKeyStroke(int keyCode, int modifiers, boolean release) { return getAWTKeyStroke(KeyEvent.CHAR_UNDEFINED, keyCode, extend(modifiers), release); } |
public abstract void setLabel(String label); | void setLabel (String label); | public abstract void setLabel(String label); |
limit(capacity()); | public FloatBuffer compact () { int copied = 0; while (remaining () > 0) { put (copied, get ()); copied++; } position (copied); return this; } | |
return BIG_ENDIAN; | return (System.getProperty ("gnu.cpu.endian").equals("big") ? BIG_ENDIAN : LITTLE_ENDIAN); | public static ByteOrder nativeOrder() { return BIG_ENDIAN; } |
private MyClassLoader (URL[] urls, ClassLoader parent, String annotation) | MyClassLoader (URL[] urls, ClassLoader parent, String annotation) | private MyClassLoader (URL[] urls, ClassLoader parent, String annotation) { super (urls, parent); this.annotation = annotation; } |
for (j = i; j < num && ! found_one; ++j) | for (j = i; j < num; ++j) | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
if (! comps[i].visible) | if (! comps[j].visible) | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
Dimension c = comps[i].getPreferredSize (); | Dimension c = comps[j].getPreferredSize (); | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
x = (d.width - new_w) / 2; | x = ins.left + (d.width - new_w) / 2 + hgap; | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
x = d.width - new_w; | x = ins.left + (d.width - new_w) + hgap; | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
comps[k].setBounds (x, y, c.width, new_h); | comps[k].setBounds (x, y + (new_h - c.height) / 2, c.width, c.height); | public void layoutContainer (Container parent) { synchronized (parent.getTreeLock ()) { int num = parent.getComponentCount (); // This is more efficient than calling getComponents(). Component[] comps = parent.component; Dimension d = parent.getSize (); Insets ins = parent.getInsets (); ComponentOrientation ... |
return new primitiveArrayTypeCode(TCKind.tk_string); | return new ArrayTypeCode(TCKind.tk_string); | public static TypeCode type() { return new primitiveArrayTypeCode(TCKind.tk_string); } |
protected AccessibleJSplitPane(JSplitPane value0) | protected AccessibleJSplitPane() | protected AccessibleJSplitPane(JSplitPane value0) { super(value0); } |
super(value0); | protected AccessibleJSplitPane(JSplitPane value0) { super(value0); } | |
accessibleContext = new AccessibleJSplitPane(this); | accessibleContext = new AccessibleJSplitPane(); | public AccessibleContext getAccessibleContext() { if (accessibleContext == null) accessibleContext = new AccessibleJSplitPane(this); return accessibleContext; } |
public boolean isDesignTime(); | boolean isDesignTime(); | public boolean isDesignTime(); |
public void setDesignTime(boolean designTime); | void setDesignTime(boolean designTime); | public void setDesignTime(boolean designTime); |
if (viewSize == null) return getView().getPreferredSize(); | if (isViewSizeSet) return viewSize; | public Dimension getViewSize() { if (viewSize == null) return getView().getPreferredSize(); else return viewSize; } |
return viewSize; | return getView().getSize(); | public Dimension getViewSize() { if (viewSize == null) return getView().getPreferredSize(); else return viewSize; } |
verticalScrollBar = scrollPane.getVerticalScrollBar(); horizontalScrollBar = scrollPane.getHorizontalScrollBar(); verticalScrollBarPolicy = scrollPane.getVerticalScrollBarPolicy(); horizontalScrollBarPolicy = scrollPane.getHorizontalScrollBarPolicy(); | vsb = scrollPane.getVerticalScrollBar(); hsb = scrollPane.getHorizontalScrollBar(); vsbPolicy = scrollPane.getVerticalScrollBarPolicy(); hsbPolicy = scrollPane.getHorizontalScrollBarPolicy(); | public void syncWithScrollPane(JScrollPane scrollPane) { viewport = scrollPane.getViewport(); verticalScrollBar = scrollPane.getVerticalScrollBar(); horizontalScrollBar = scrollPane.getHorizontalScrollBar(); verticalScrollBarPolicy = scrollPane.getVerticalScrollBarPolicy(); horizontalScrollBarPolicy = ... |
throw new RuntimeException(ex); | return null; | public VmType findLoadedClass(String name) { if (classInfos != null) { if (name.indexOf('/') >= 0) { throw new IllegalArgumentException( "name contains '/'"); } final ClassInfo ci = getClassInfo(name, false); if (ci != null) { try { ... |
defExHandler = null; | defExHandler = Address.zero(); | public void compileRuntime(VmMethod method, ObjectResolver resolver, int level, NativeStream os) { if (method.isNative()) { throw new IllegalArgumentException("Cannot compile native methods"); } // long start = System.currentTimeMillis(); // System.out.println("Comp... |
AbstractVmClassLoader clc, | VmClassLoader clc, | public static final VmType defineClass( String className, byte[] data, int offset, int class_image_length, boolean rejectNatives, AbstractVmClassLoader clc, SelectorMap selectorMap, VmStatics statics) { cl_init(); VmType cls = decodeClass(data, offset, class_image_length, rejectNatives, clc, selectorMap, sta... |
public abstract void read(cdrInput in); | public abstract void read(AbstractCdrInput in); | public abstract void read(cdrInput in); |
public abstract void write(cdrOutput out); | public abstract void write(AbstractCdrOutput out); | public abstract void write(cdrOutput out); |
return new primitiveArrayTypeCode(TCKind.tk_long); | return new ArrayTypeCode(TCKind.tk_long); | public static TypeCode type() { return new primitiveArrayTypeCode(TCKind.tk_long); } |
if (ctx.length < 3) | if (ctx.length < 5) | public static ClassLoader getCallingClassLoader() { Class[] ctx = getClassContext(); if (ctx.length < 3) return null; return ctx[2].getClassLoader(); } |
return ctx[2].getClassLoader(); | return ctx[4].getClassLoader(); | public static ClassLoader getCallingClassLoader() { Class[] ctx = getClassContext(); if (ctx.length < 3) return null; return ctx[2].getClassLoader(); } |
public static double getDouble (ByteBuffer buffer, int index, ByteOrder order) | public static double getDouble (ByteBuffer buffer, ByteOrder order) | public static double getDouble (ByteBuffer buffer, int index, ByteOrder order) { return Double.longBitsToDouble (getLong (buffer, index, order)); } |
return Double.longBitsToDouble (getLong (buffer, index, order)); | return Double.longBitsToDouble (getLong (buffer, order)); | public static double getDouble (ByteBuffer buffer, int index, ByteOrder order) { return Double.longBitsToDouble (getLong (buffer, index, order)); } |
public static void putDouble (ByteBuffer buffer, int index, double value, ByteOrder order) | public static void putDouble (ByteBuffer buffer, double value, ByteOrder order) | public static void putDouble (ByteBuffer buffer, int index, double value, ByteOrder order) { putLong (buffer, index, Double.doubleToRawLongBits (value), order); } |
putLong (buffer, index, Double.doubleToRawLongBits (value), order); | putLong (buffer, Double.doubleToRawLongBits (value), order); | public static void putDouble (ByteBuffer buffer, int index, double value, ByteOrder order) { putLong (buffer, index, Double.doubleToRawLongBits (value), order); } |
public DefaultMutableTreeNode() { } | public DefaultMutableTreeNode() { this(null, true); } | public DefaultMutableTreeNode() { // TODO } // DefaultMutableTreeNode() |
public void add(MutableTreeNode child) { | public void add(MutableTreeNode child) { if (child == null) throw new IllegalArgumentException(); if (! allowsChildren) throw new IllegalStateException(); | public void add(MutableTreeNode child) { children.add(child); child.setParent(this); } // add() |
public Enumeration children() { | public Enumeration children() { if (children.size() == 0) return EMPTY_ENUMERATION; | public Enumeration children() { return children.elements(); } // children() |
public Object clone() { return null; } | public Object clone() { try { return super.clone(); } catch (CloneNotSupportedException e) { return null; } } | public Object clone() { return null; // TODO } // clone() |
public Enumeration depthFirstEnumeration() { return null; } | public Enumeration depthFirstEnumeration() { return postorderEnumeration(); } | public Enumeration depthFirstEnumeration() { return null; // TODO } // depthFirstEnumeration() |
public TreeNode getChildAfter(TreeNode node) { | public TreeNode getChildAfter(TreeNode node) { if (node == null || node.getParent() != this) throw new IllegalArgumentException(); | public TreeNode getChildAfter(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child after index++; if (index == getChildCount()) { return n... |
int index; | int index = getIndex(node) + 1; | public TreeNode getChildAfter(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child after index++; if (index == getChildCount()) { return n... |
if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } | if (index == getChildCount()) return null; | public TreeNode getChildAfter(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child after index++; if (index == getChildCount()) { return n... |
index = getIndex(node); index++; if (index == getChildCount()) { return null; } | public TreeNode getChildAfter(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child after index++; if (index == getChildCount()) { return n... | |
public TreeNode getChildBefore(TreeNode node) { | public TreeNode getChildBefore(TreeNode node) { if (node == null || node.getParent() != this) throw new IllegalArgumentException(); | public TreeNode getChildBefore(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child before index--; if (index < 0) { return null; } // if... |
int index; | int index = getIndex(node) - 1; | public TreeNode getChildBefore(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child before index--; if (index < 0) { return null; } // if... |
if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } | if (index < 0) return null; | public TreeNode getChildBefore(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child before index--; if (index < 0) { return null; } // if... |
index = getIndex(node); index--; if (index < 0) { return null; } | public TreeNode getChildBefore(TreeNode node) { // Variables int index; // Check node if (node == null || node.getParent() != this) { throw new IllegalArgumentException(); } // if // Get index of child node index = getIndex(node); // Check for child before index--; if (index < 0) { return null; } // if... | |
public int getDepth() { | public int getDepth() { if ((! allowsChildren) || children.size() == 0) return 0; | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
TreeNode node; int depth; int current; int size; Stack stack; int index; if (allowsChildren == false || children.size() == 0) { return 0; } stack = new Stack(); | Stack stack = new Stack(); | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
node = getChildAt(0); depth = 0; current = 1; while (stack.empty() == false) { if (node.getChildCount() != 0) { | TreeNode node = getChildAt(0); int depth = 0; int current = 1; while (! stack.empty()) { if (node.getChildCount() != 0) { | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
} else { if (current > depth) depth = current; | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... | |
} else { | int size; int index; | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
if (current > depth) { depth = current; } do { | do { | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
index = ((Integer) stack.pop()).intValue(); index++; | } while (index >= size && node != this); | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
} while (index >= size && node != this); if (index < size) { | if (index < size) { | public int getDepth() { // Variables TreeNode node; int depth; int current; int size; Stack stack; int index; // Check for children if (allowsChildren == false || children.size() == 0) { return 0; } // if // Process Depths stack = new Stack(); stack.push(new Integer(0)); node = getChildA... |
public DefaultMutableTreeNode getFirstLeaf() { | public DefaultMutableTreeNode getFirstLeaf() { TreeNode current = this; | public DefaultMutableTreeNode getFirstLeaf() { // Variables TreeNode current; current = this; while (current.getChildCount() > 0) { current = current.getChildAt(0); } // while return (DefaultMutableTreeNode) current; } // getFirstLeaf() |
TreeNode current; current = this; while (current.getChildCount() > 0) { | while (current.getChildCount() > 0) | public DefaultMutableTreeNode getFirstLeaf() { // Variables TreeNode current; current = this; while (current.getChildCount() > 0) { current = current.getChildAt(0); } // while return (DefaultMutableTreeNode) current; } // getFirstLeaf() |
} | public DefaultMutableTreeNode getFirstLeaf() { // Variables TreeNode current; current = this; while (current.getChildCount() > 0) { current = current.getChildAt(0); } // while return (DefaultMutableTreeNode) current; } // getFirstLeaf() | |
public DefaultMutableTreeNode getLastLeaf() { | public DefaultMutableTreeNode getLastLeaf() { TreeNode current = this; int size = current.getChildCount(); | public DefaultMutableTreeNode getLastLeaf() { // Variables TreeNode current; int size; current = this; size = current.getChildCount(); while (size > 0) { current = current.getChildAt(size - 1); size = current.getChildCount(); } // while return (DefaultMutableTreeNode) current; } // getLastLeaf() |
TreeNode current; int size; current = this; size = current.getChildCount(); while (size > 0) { | while (size > 0) { | public DefaultMutableTreeNode getLastLeaf() { // Variables TreeNode current; int size; current = this; size = current.getChildCount(); while (size > 0) { current = current.getChildAt(size - 1); size = current.getChildCount(); } // while return (DefaultMutableTreeNode) current; } // getLastLeaf() |
public int getLeafCount() { | public int getLeafCount() { int count = 0; Enumeration e = depthFirstEnumeration(); | public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ... |
Enumeration e; int count; TreeNode current; | while (e.hasMoreElements()) { TreeNode current = (TreeNode) e.nextElement(); | public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ... |
e = depthFirstEnumeration(); count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { | if (current.isLeaf()) | public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ... |
} } | } | public int getLeafCount() { // Variables Enumeration e; int count; TreeNode current; // Get Enumeration of all descendants e = depthFirstEnumeration(); // Process Nodes count = 0; while (e.hasMoreElements() == true) { current = (TreeNode) e.nextElement(); if (current.isLeaf() == true) { count++; } ... |
public int getLevel() { | public int getLevel() { int count = -1; TreeNode current = this; | public int getLevel() { // Variables TreeNode current; int count; // Lookup Parent count = -1; current = this; do { current = current.getParent(); count++; } while (current != null); return count; } // getLevel() |
TreeNode current; int count; count = -1; current = this; do { | do { | public int getLevel() { // Variables TreeNode current; int count; // Lookup Parent count = -1; current = this; do { current = current.getParent(); count++; } while (current != null); return count; } // getLevel() |
public DefaultMutableTreeNode getNextLeaf() { return null; } | public DefaultMutableTreeNode getNextLeaf() { if (parent == null) return null; return null; } | public DefaultMutableTreeNode getNextLeaf() { return null; // TODO } // getNextLeaf() |
public DefaultMutableTreeNode getNextNode() { return null; } | public DefaultMutableTreeNode getNextNode() { if (getChildCount() != 0) return (DefaultMutableTreeNode) getChildAt(0); DefaultMutableTreeNode node = this; DefaultMutableTreeNode sibling; do { sibling = node.getNextSibling(); node = (DefaultMutableTreeNode) node.getParent(); } while (sibling == null && node != null)... | public DefaultMutableTreeNode getNextNode() { return null; // TODO } // getNextNode() |
public DefaultMutableTreeNode getNextSibling() { | public DefaultMutableTreeNode getNextSibling() { if (parent == null) return null; | public DefaultMutableTreeNode getNextSibling() { // Variables int index; int size; // Check for Parent if (parent == null) { return null; } // if // Get Index of this node index = parent.getIndex(this); // Check for Next Sibling size = parent.getChildCount(); index++; if (index == size) { return null... |
int index; int size; | int index = parent.getIndex(this) + 1; | public DefaultMutableTreeNode getNextSibling() { // Variables int index; int size; // Check for Parent if (parent == null) { return null; } // if // Get Index of this node index = parent.getIndex(this); // Check for Next Sibling size = parent.getChildCount(); index++; if (index == size) { return null... |
if (parent == null) { | if (index == parent.getChildCount()) | public DefaultMutableTreeNode getNextSibling() { // Variables int index; int size; // Check for Parent if (parent == null) { return null; } // if // Get Index of this node index = parent.getIndex(this); // Check for Next Sibling size = parent.getChildCount(); index++; if (index == size) { return null... |
} index = parent.getIndex(this); size = parent.getChildCount(); index++; if (index == size) { return null; } | public DefaultMutableTreeNode getNextSibling() { // Variables int index; int size; // Check for Parent if (parent == null) { return null; } // if // Get Index of this node index = parent.getIndex(this); // Check for Next Sibling size = parent.getChildCount(); index++; if (index == size) { return null... | |
public TreeNode[] getPath() { TreeNode[] path; int size; int index; TreeNode current; size = getLevel() + 1; path = new TreeNode[size]; current = this; for (index = size - 1; index >= 0; index--) { path[index] = current; current = current.getParent(); } return path; } | public TreeNode[] getPath() { return getPathToRoot(this, 0); } | public TreeNode[] getPath() { // Variables TreeNode[] path; int size; int index; TreeNode current; // Determine length of Path size = getLevel() + 1; // Create Path path = new TreeNode[size]; current = this; for (index = size - 1; index >= 0; index--) { path[index] = current; current = current.getPa... |
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