rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
|---|---|---|
content.remove(0, content.length()); buffer = new ElementBuffer(createDefaultRoot()); insert(0, data); | int len = getLength(); if (len > 0) remove(0, len); StringBuilder b = new StringBuilder(); for (int i = 0; i < data.length; ++i) { ElementSpec el = data[i]; if (el.getArray() != null && el.getLength() > 0) b.append(el.getArray(), el.getOffset(), el.getLength()); } Content content = getContent(); UndoableEdit cEdit = ... | protected void create(ElementSpec[] data) { try { // Clear content. content.remove(0, content.length()); // Clear buffer and root element. buffer = new ElementBuffer(createDefaultRoot()); // Insert the data. insert(0, data); } catch (BadLocationException ex) ... |
finally { writeUnlock(); } | protected void create(ElementSpec[] data) { try { // Clear content. content.remove(0, content.length()); // Clear buffer and root element. buffer = new ElementBuffer(createDefaultRoot()); // Insert the data. insert(0, data); } catch (BadLocationException ex) ... | |
BranchElement paragraph = new BranchElement(section, null); | BranchElement paragraph = (BranchElement) createBranchElement(section, null); | protected AbstractDocument.AbstractElement createDefaultRoot() { Element[] tmp; SectionElement section = new SectionElement(); BranchElement paragraph = new BranchElement(section, null); tmp = new Element[1]; tmp[0] = paragraph; section.replace(0, 0, tmp); LeafElement leaf = new LeafElement(para... |
LeafElement leaf = new LeafElement(paragraph, null, 0, 1); | Element leaf = createLeafElement(paragraph, null, 0, 1); | protected AbstractDocument.AbstractElement createDefaultRoot() { Element[] tmp; SectionElement section = new SectionElement(); BranchElement paragraph = new BranchElement(section, null); tmp = new Element[1]; tmp[0] = paragraph; section.replace(0, 0, tmp); LeafElement leaf = new LeafElement(para... |
if (edit instanceof ElementChange) | if (edit instanceof DocumentEvent.ElementChange) | public boolean addEdit(UndoableEdit edit) { if (edit instanceof ElementChange) { ElementChange elEdit = (ElementChange) edit; changes.put(elEdit.getElement(), elEdit); } return super.addEdit(edit); } |
ElementChange elEdit = (ElementChange) edit; | DocumentEvent.ElementChange elEdit = (DocumentEvent.ElementChange) edit; | public boolean addEdit(UndoableEdit edit) { if (edit instanceof ElementChange) { ElementChange elEdit = (ElementChange) edit; changes.put(elEdit.getElement(), elEdit); } return super.addEdit(edit); } |
if (showingResizeCursor) { frame.setCursor(Cursor.getDefaultCursor()); showingResizeCursor = false; } | public void mouseExited(MouseEvent e) { // There is nothing to do when the mouse exits // the border area. } | |
if (showingResizeCursor && e.getSource() != frame) { frame.setCursor(Cursor.getDefaultCursor()); showingResizeCursor = false; } else if (e.getSource()==frame && frame.isResizable()) { int cursor; switch (sectionOfClick(e.getX(), e.getY())) { case NORTH: cursor = Cursor.N_RESIZE_CURSOR; break; case NORTH_EAST: cursor = ... | public void mouseMoved(MouseEvent e) { // There is nothing to do when the mouse moves // over the border area. } | |
private final void addBranch(int target, boolean nextIsSuccessor) { | private final void addBranch(int target, byte flags) { | private final void addBranch(int target, boolean nextIsSuccessor) { IRBasicBlock pred = this.currentBlock; IRBasicBlock succ = startBB(target); pred.addSuccessor(succ); endBB(nextIsSuccessor); } |
endBB(nextIsSuccessor); | endBB(flags); | private final void addBranch(int target, boolean nextIsSuccessor) { IRBasicBlock pred = this.currentBlock; IRBasicBlock succ = startBB(target); pred.addSuccessor(succ); endBB(nextIsSuccessor); } |
if (nextIsSuccessor && bbIndex < list.length) { bb.addSuccessor(list[bbIndex]); } | public IRBasicBlock[] createBasicBlocks() { // Sort the blocks on start PC Collections.sort(blocks, this); // Create the array final IRBasicBlock[] list = (IRBasicBlock[])blocks.toArray(new IRBasicBlock[blocks.size()]); // Set the EndPC's and flags final byte[] opcodeFlags = this.opcodeFlags; final int len = op... | |
private final void endBB(boolean nextIsSuccessor) { | private final void endBB(byte flags) { | private final void endBB(boolean nextIsSuccessor) { nextIsStartOfBB = true; this.nextIsSuccessor = nextIsSuccessor; } |
this.nextIsSuccessor = nextIsSuccessor; | int address = getInstructionAddress(); branchFlags[address] |= flags; | private final void endBB(boolean nextIsSuccessor) { nextIsStartOfBB = true; this.nextIsSuccessor = nextIsSuccessor; } |
IRBasicBlock pred = this.currentBlock; | public void startInstruction(int address) { super.startInstruction(address); opcodeFlags[address] |= BytecodeFlags.F_START_OF_INSTRUCTION; if (nextIsStartOfBB || isStartOfBB(address)) { IRBasicBlock pred = this.currentBlock; this.currentBlock = startBB(address); if (nextIsSuccessor) { pred.addSuccessor(thi... | |
if (nextIsSuccessor) { pred.addSuccessor(this.currentBlock); } | public void startInstruction(int address) { super.startInstruction(address); opcodeFlags[address] |= BytecodeFlags.F_START_OF_INSTRUCTION; if (nextIsStartOfBB || isStartOfBB(address)) { IRBasicBlock pred = this.currentBlock; this.currentBlock = startBB(address); if (nextIsSuccessor) { pred.addSuccessor(thi... | |
nextIsSuccessor = true; | public void startInstruction(int address) { super.startInstruction(address); opcodeFlags[address] |= BytecodeFlags.F_START_OF_INSTRUCTION; if (nextIsStartOfBB || isStartOfBB(address)) { IRBasicBlock pred = this.currentBlock; this.currentBlock = startBB(address); if (nextIsSuccessor) { pred.addSuccessor(thi... | |
branchFlags = new byte[length]; | public void startMethod(VmMethod method) { final VmByteCode bc = method.getBytecode(); byteCode = bc; final int length = bc.getLength(); opcodeFlags = new byte[length]; // The first instruction is always the start of a BB. this.currentBlock = startBB(0); currentBlock.setStackOffset(bc.getNoLocals()); // The ex... | |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_areturn() { endBB(false); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_athrow() { endBB(false); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_dreturn() { endBB(false); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_freturn() { endBB(false); } |
addBranch(address, false); | addBranch(address, UNCONDITIONAL_BRANCH); | public void visit_goto(int address) { addBranch(address, false); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_acmpeq(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_acmpne(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmpeq(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmpge(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmpgt(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmple(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmplt(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_if_icmpne(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifeq(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifge(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifgt(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifle(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_iflt(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifne(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifnonnull(int address) { addBranch(address, true); } |
addBranch(address, true); | addBranch(address, CONDITIONAL_BRANCH); | public void visit_ifnull(int address) { addBranch(address, true); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_ireturn() { endBB(false); } |
addBranch(address, false); | public void visit_jsr(int address) { // Not sure about this, the next block I believe it NOT a // direct successor. This will have to be tested. addBranch(address, false); } | |
addBranch(addresses[i], true); | addBranch(addresses[i], CONDITIONAL_BRANCH); | public void visit_lookupswitch(int defValue, int[] matchValues, int[] addresses) { for (int i = 0; i < addresses.length; i++) { // Next block could be successor, e.g. switch could fall through addBranch(addresses[i], true); } // Same for default case addBranch(defValue, true); } |
addBranch(defValue, true); | addBranch(defValue, CONDITIONAL_BRANCH); | public void visit_lookupswitch(int defValue, int[] matchValues, int[] addresses) { for (int i = 0; i < addresses.length; i++) { // Next block could be successor, e.g. switch could fall through addBranch(addresses[i], true); } // Same for default case addBranch(defValue, true); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_lreturn() { endBB(false); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_ret(int index) { // Not sure about this either, this needs testing endBB(false); } |
endBB(false); | endBB(UNCONDITIONAL_BRANCH); | public void visit_return() { endBB(false); } |
addBranch(addresses[i], true); | addBranch(addresses[i], CONDITIONAL_BRANCH); | public void visit_tableswitch(int defValue, int lowValue, int highValue, int[] addresses) { for (int i = 0; i < addresses.length; i++) { // Next block could be successor, e.g. switch could fall through addBranch(addresses[i], true); } // Same for default case addBranch(defValue, true); } |
addBranch(defValue, true); | addBranch(defValue, CONDITIONAL_BRANCH); | public void visit_tableswitch(int defValue, int lowValue, int highValue, int[] addresses) { for (int i = 0; i < addresses.length; i++) { // Next block could be successor, e.g. switch could fall through addBranch(addresses[i], true); } // Same for default case addBranch(defValue, true); } |
if ((((Identity) identity).getName() == this.name) && (((Identity) identity).getScope() == this.scope)) | if ((((Identity) identity).getName().equals(this.name)) && (((Identity) identity).getScope().equals(this.scope))) | public final boolean equals(Object identity) { if (identity instanceof Identity) { if (identity == this) return true; if ((((Identity) identity).getName() == this.name) && (((Identity) identity).getScope() == this.scope)) return true; return identityEquals((Identity) identity); } return false... |
return ((identity.getName() == this.name) && (identity.getPublicKey() == this.publicKey)); | return ((identity.getName().equals(this.name)) && (identity.getPublicKey().equals(this.publicKey))); | protected boolean identityEquals(Identity identity) { return ((identity.getName() == this.name) && (identity.getPublicKey() == this.publicKey)); } |
protected CommandInfo getCommandClass(String cmd) throws ClassNotFoundException { try { Class cls = aliasMgr.getAliasClass(cmd); return new CommandInfo(cls, aliasMgr.isInternal(cmd)); } catch (NoSuchAliasException ex) { final ClassLoader cl = Thread.currentThread() .getContextClassLoader(); return new CommandInfo(cl.lo... | protected CommandInfo getCommandClass(String cmd) throws ClassNotFoundException { try { Class cls = aliasMgr.getAliasClass(cmd); return new CommandInfo(cls, aliasMgr.isInternal(cmd)); | protected CommandInfo getCommandClass(String cmd) throws ClassNotFoundException { try { Class cls = aliasMgr.getAliasClass(cmd); return new CommandInfo(cls, aliasMgr.isInternal(cmd)); } catch (NoSuchAliasException ex) { final ClassLoader cl = Thread.currentThread() ... |
catch (NoSuchAliasException ex) { final ClassLoader cl = Thread.currentThread() .getContextClassLoader(); return new CommandInfo(cl.loadClass(cmd), false); } } | protected CommandInfo getCommandClass(String cmd) throws ClassNotFoundException { try { Class cls = aliasMgr.getAliasClass(cmd); return new CommandInfo(cls, aliasMgr.isInternal(cmd)); } catch (NoSuchAliasException ex) { final ClassLoader cl = Thread.currentThread() ... | |
case KeyEvent.VK_TAB: | case KeyEvent.VK_TAB: ke.consume(); currentLine.complete(currentPrompt); if (completion.needNewPrompt()) { currentLine.start(true); } refreshCurrentLine(); break; default: char ch = ke.getKeyChar(); if (!Character.isISOControl(ch)) { if (ke.isControlDown() && ch == 'l') { this.console.clear(); this.console.setCurs... | public void keyPressed(KeyboardEvent ke) { // make sure we are ready to intercept the keyboard if (!isActive) return; switch (ke.getKeyCode()) { // intercept the up and down arrow keys case KeyEvent.VK_UP: ke.consume(); if (historyIndex == -1) { ... |
currentLine.complete(currentPrompt); if(completion.needNewPrompt()) { currentLine.start(true); } refreshCurrentLine(); break; default: char ch = ke.getKeyChar(); if (!Character.isISOControl(ch)) { if(ke.isControlDown() && ch == 'l'){ this.console.clear(); this.console.setCursor(this.console.getWidth() - 1 ,1); curr... | currentLine.appendChar(ch); refreshCurrentLine(); } | public void keyPressed(KeyboardEvent ke) { // make sure we are ready to intercept the keyboard if (!isActive) return; switch (ke.getKeyCode()) { // intercept the up and down arrow keys case KeyEvent.VK_UP: ke.consume(); if (historyIndex == -1) { ... |
} | public void keyPressed(KeyboardEvent ke) { // make sure we are ready to intercept the keyboard if (!isActive) return; switch (ke.getKeyCode()) { // intercept the up and down arrow keys case KeyEvent.VK_UP: ke.consume(); if (historyIndex == -1) { ... | |
protected String prompt() { String prompt = System.getProperty(PROMPT_PROPERTY_NAME); final StringBuffer result = new StringBuffer(); boolean commandMode = false; try { StringReader reader = new StringReader(prompt); int i; while ((i = reader.read()) != -1) { char c = (char) i; if (commandMode) { switch (c) { case 'P':... | protected String prompt() { String prompt = System.getProperty(PROMPT_PROPERTY_NAME); final StringBuffer result = new StringBuffer(); boolean commandMode = false; try { StringReader reader = new StringReader(prompt); int i; while ((i = reader.read()) != -1) { char c = (char) i; if (commandMode) { switch (c) { case 'P':... | protected String prompt() { String prompt = System.getProperty(PROMPT_PROPERTY_NAME); final StringBuffer result = new StringBuffer(); boolean commandMode = false; try { StringReader reader = new StringReader(prompt); int i; while ((i = reader.read()) != -... |
return result.toString(); | else { switch (c) { case '$': commandMode = true; break; default: result.append(c); } } } | protected String prompt() { String prompt = System.getProperty(PROMPT_PROPERTY_NAME); final StringBuffer result = new StringBuffer(); boolean commandMode = false; try { StringReader reader = new StringReader(prompt); int i; while ((i = reader.read()) != -... |
catch (Exception ioex) { log.error("Error in prompt()", ioex); } return result.toString(); } | protected String prompt() { String prompt = System.getProperty(PROMPT_PROPERTY_NAME); final StringBuffer result = new StringBuffer(); boolean commandMode = false; try { StringReader reader = new StringReader(prompt); int i; while ((i = reader.read()) != -... | |
public void run() { final String cmdLine = (String) AccessController .doPrivileged(new GetPropertyAction("jnode.cmdline", "")); final StringTokenizer tok = new StringTokenizer(cmdLine); while (tok.hasMoreTokens()) { final String e = tok.nextToken(); try { if (e.startsWith("cmd=")) { final String cmd = e.substring("cmd... | public void run() { final String cmdLine = (String) AccessController .doPrivileged(new GetPropertyAction("jnode.cmdline", "")); final StringTokenizer tok = new StringTokenizer(cmdLine); while (tok.hasMoreTokens()) { final String e = tok.nextToken(); try { if (e.startsWith(command)) { final String cmd = e.substring(co... | public void run() { // Run commands from the JNode commandline first final String cmdLine = (String) AccessController .doPrivileged(new GetPropertyAction("jnode.cmdline", "")); final StringTokenizer tok = new StringTokenizer(cmdLine); while (tok.hasMoreTokens()) { ... |
boolean halt = false; while (!halt) { try { synchronized (this) { isActive = true; currentPrompt = prompt(); out.print(currentPrompt); currentLine.start(); threadSuspended = true; while (threadSuspended) { wait(); } String line = currentLine.getContent().trim(); if (line.length() > 0) { processCommand(line); } if ... | } catch (Throwable ex) { ex.printStackTrace(err); } | public void run() { // Run commands from the JNode commandline first final String cmdLine = (String) AccessController .doPrivileged(new GetPropertyAction("jnode.cmdline", "")); final StringTokenizer tok = new StringTokenizer(cmdLine); while (tok.hasMoreTokens()) { ... |
} | public void run() { // Run commands from the JNode commandline first final String cmdLine = (String) AccessController .doPrivileged(new GetPropertyAction("jnode.cmdline", "")); final StringTokenizer tok = new StringTokenizer(cmdLine); while (tok.hasMoreTokens()) { ... | |
public final Class getCommandClass() { | public final Class<?> getCommandClass() { | public final Class getCommandClass() { return clazz; } |
this.items = null; | public void setCompleted(String completed) { this.items = null; this.completed = completed; } | |
public CommandInfo(Class clazz, boolean internal) { | public CommandInfo(Class<?> clazz, boolean internal) { | public CommandInfo(Class clazz, boolean internal) { this.clazz = clazz; this.internal = internal; } |
consoleX = console.getCursorX(); consoleY = console.getCursorY(); setContent(""); | start(console, false); | public void start(ScrollableShellConsole console) { consoleX = console.getCursorX(); consoleY = console.getCursorY(); setContent(""); } |
throw new Error ("not implemented"); | return layout.peer.getStrongCaret(hit1, hit2); | public TextHitInfo getStrongCaret (TextHitInfo hit1, TextHitInfo hit2, TextLayout layout) { throw new Error ("not implemented"); } |
attributedString = new AttributedString (text); fontRenderContext = frc; | AttributedString as = new AttributedString (text); ClasspathToolkit tk = (ClasspathToolkit)(Toolkit.getDefaultToolkit ()); peer = tk.getClasspathTextLayoutPeer(as, frc); | public TextLayout (AttributedCharacterIterator text, FontRenderContext frc) { attributedString = new AttributedString (text); fontRenderContext = frc; } |
return super.clone (); | TextLayout tl = (TextLayout) super.clone (); tl.peer = (ClasspathTextLayoutPeer) this.peer.clone(); return tl; | protected Object clone () { try { return super.clone (); } catch (CloneNotSupportedException e) { // This should never occur throw new InternalError (); } } |
AttributedCharacterIterator ci = attributedString.getIterator (); CharacterIteratorProxy proxy = new CharacterIteratorProxy (ci); Font defFont = g2.getFont (); for (char c = ci.first (); c != CharacterIterator.DONE; c = ci.next ()) { proxy.begin = ci.getIndex (); proxy.limit = ci.getRunLimit(TextAttribute.FONT); if ... | peer.draw(g2, x, y); | public void draw (Graphics2D g2, float x, float y) { AttributedCharacterIterator ci = attributedString.getIterator (); CharacterIteratorProxy proxy = new CharacterIteratorProxy (ci); Font defFont = g2.getFont (); /* Note: this implementation currently only interprets FONT text * attributes. There is... |
throw new Error ("not implemented"); | return peer.getAdvance(); | public float getAdvance () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getAscent(); | public float getAscent () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getBaseline(); | public byte getBaseline () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getBaselineOffsets(); | public float[] getBaselineOffsets () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getBlackBoxBounds(firstEndpoint, secondEndpoint); | public Shape getBlackBoxBounds (int firstEndpoint, int secondEndpoint) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getBounds(); | public Rectangle2D getBounds() { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getCaretInfo(hit, getBounds()); | public float[] getCaretInfo (TextHitInfo hit) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getCaretShape(hit, getBounds()); | public Shape getCaretShape (TextHitInfo hit) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getCaretShapes(offset, getBounds()); | public Shape[] getCaretShapes (int offset) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getCharacterCount(); | public int getCharacterCount () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getCharacterLevel(index); | public byte getCharacterLevel (int index) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getDescent(); | public float getDescent () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getJustifiedLayout(justificationWidth); | public TextLayout getJustifiedLayout (float justificationWidth) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getLeading(); | public float getLeading () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getLogicalHighlightShape (firstEndpoint, secondEndpoint, getBounds()); | public Shape getLogicalHighlightShape (int firstEndpoint, int secondEndpoint) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getLogicalRangesForVisualSelection(firstEndpoint, secondEndpoint); | public int[] getLogicalRangesForVisualSelection (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getNextLeftHit(offset, DEFAULT_CARET_POLICY); | public TextHitInfo getNextLeftHit (int offset) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getNextRightHit(offset, DEFAULT_CARET_POLICY); | public TextHitInfo getNextRightHit (int offset) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getOutline(tx); | public Shape getOutline (AffineTransform tx) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getVisibleAdvance(); | public float getVisibleAdvance () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return getVisualHighlightShape(firstEndpoint, secondEndpoint, getBounds()); | public Shape getVisualHighlightShape (TextHitInfo firstEndpoint, TextHitInfo secondEndpoint) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.getVisualOtherHit(hit); | public TextHitInfo getVisualOtherHit (TextHitInfo hit) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | peer.handleJustify(justificationWidth); | protected void handleJustify (float justificationWidth) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.hashCode(); | public int hashCode () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return hitTestChar(x, y, getBounds()); | public TextHitInfo hitTestChar (float x, float y) { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.isLeftToRight(); | public boolean isLeftToRight () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.isVertical(); | public boolean isVertical () { throw new Error ("not implemented"); } |
throw new Error ("not implemented"); | return peer.toString(); | public String toString () { throw new Error ("not implemented"); } |
public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException | public final void init(ManagerFactoryParameters params) throws InvalidAlgorithmParameterException | public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(store, passwd); } |
kmfSpi.engineInit(store, passwd); | kmfSpi.engineInit(params); | public final void init(KeyStore store, char[] passwd) throws KeyStoreException, NoSuchAlgorithmException, UnrecoverableKeyException { kmfSpi.engineInit(store, passwd); } |
public final void init(KeyStore store) throws KeyStoreException | public final void init(ManagerFactoryParameters params) throws InvalidAlgorithmParameterException | public final void init(KeyStore store) throws KeyStoreException { tmfSpi.engineInit(store); } |
tmfSpi.engineInit(store); | tmfSpi.engineInit(params); | public final void init(KeyStore store) throws KeyStoreException { tmfSpi.engineInit(store); } |
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