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protected void closeConnection() | protected synchronized void closeConnection() | protected void closeConnection() throws IOException { if (socket != null) { try { socket.close(); } finally { socket = null; } } } |
protected InputStream getInputStream() | protected synchronized InputStream getInputStream() | protected InputStream getInputStream() throws IOException { if (socket == null) { getSocket(); } return in; } |
protected OutputStream getOutputStream() | protected synchronized OutputStream getOutputStream() | protected OutputStream getOutputStream() throws IOException { if (socket == null) { getSocket(); } return out; } |
protected Socket getSocket() | protected synchronized Socket getSocket() | protected Socket getSocket() throws IOException { if (socket == null) { String connectHostname = hostname; int connectPort = port; if (isUsingProxy()) { connectHostname = proxyHostname; connectPort = proxyPort; } socket = new Socket(); InetSocketAddress address = new InetSocketAddress(connectHostname, connectPort); if (connectionTimeout > 0) { socket.connect(address, connectionTimeout); } else { socket.connect(address); } if (timeout > 0) { socket.setSoTimeout(timeout); } if (secure) { try { SSLSocketFactory factory = getSSLSocketFactory(); SSLSocket ss = (SSLSocket) factory.createSocket(socket, connectHostname, connectPort, true); String[] protocols = { "TLSv1", "SSLv3" }; ss.setEnabledProtocols(protocols); ss.setUseClientMode(true); synchronized (handshakeCompletedListeners) { if (!handshakeCompletedListeners.isEmpty()) { for (Iterator i = handshakeCompletedListeners.iterator(); i.hasNext(); ) { HandshakeCompletedListener l = (HandshakeCompletedListener) i.next(); ss.addHandshakeCompletedListener(l); } } } ss.startHandshake(); socket = ss; } catch (GeneralSecurityException e) { throw new IOException(e.getMessage()); } } in = socket.getInputStream(); in = new BufferedInputStream(in); out = socket.getOutputStream(); out = new BufferedOutputStream(out); } return socket; } |
public void connect(SocketAddress endpoint, int timeout) throws IOException | public void connect(SocketAddress endpoint) throws IOException | public void connect(SocketAddress endpoint, int timeout) throws IOException { if (isClosed()) throw new SocketException("socket is closed"); if (! (endpoint instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); // The Sun spec says that if we have an associated channel and // it is in non-blocking mode, we throw an IllegalBlockingModeException. // However, in our implementation if the channel itself initiated this // operation, then we must honor it regardless of its blocking mode. if (getChannel() != null && ! getChannel().isBlocking() && ! ((PlainSocketImpl) getImpl()).isInChannelOperation()) throw new IllegalBlockingModeException(); if (! isBound()) bind(null); try { getImpl().connect(endpoint, timeout); } catch (IOException exception) { close(); throw exception; } catch (RuntimeException exception) { close(); throw exception; } catch (Error error) { close(); throw error; } } |
if (isClosed()) throw new SocketException("socket is closed"); if (! (endpoint instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); if (getChannel() != null && ! getChannel().isBlocking() && ! ((PlainSocketImpl) getImpl()).isInChannelOperation()) throw new IllegalBlockingModeException(); if (! isBound()) bind(null); try { getImpl().connect(endpoint, timeout); } catch (IOException exception) { close(); throw exception; } catch (RuntimeException exception) { close(); throw exception; } catch (Error error) { close(); throw error; } | connect(endpoint, 0); | public void connect(SocketAddress endpoint, int timeout) throws IOException { if (isClosed()) throw new SocketException("socket is closed"); if (! (endpoint instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); // The Sun spec says that if we have an associated channel and // it is in non-blocking mode, we throw an IllegalBlockingModeException. // However, in our implementation if the channel itself initiated this // operation, then we must honor it regardless of its blocking mode. if (getChannel() != null && ! getChannel().isBlocking() && ! ((PlainSocketImpl) getImpl()).isInChannelOperation()) throw new IllegalBlockingModeException(); if (! isBound()) bind(null); try { getImpl().connect(endpoint, timeout); } catch (IOException exception) { close(); throw exception; } catch (RuntimeException exception) { close(); throw exception; } catch (Error error) { close(); throw error; } } |
int stop = locators.size(); for (int i = 0; i < stop; i++) { ((Locator) locators.get(i)).addAxis(axis); } updateNotesLocationOrder(); | public Axis addAxis(Axis axis) { if (!canAddAxisObjToArray(axis)) //check if the axis can be added return null; getDataCube().incrementDimension(axis ); //increment the DataCube dimension by 1 getAxisList().add(axis); //update the locators that is related to this Array object int stop = locators.size(); for (int i = 0; i < stop; i++) { ((Locator) locators.get(i)).addAxis(axis); } updateNotesLocationOrder(); // reset to the current order of the axes return axis; } |
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int stop = locators.size(); for (int i = 0; i < stop; i++) { ((Locator) locators.get(i)).addAxis(fieldAxis); } | updateChildLocators(fieldAxis, "add"); | public FieldAxis addFieldAxis(FieldAxis fieldAxis) { if (!canAddAxisObjToArray(fieldAxis)) return null; if (getFieldAxis() !=null) { List axisList = getAxisList(); axisList.remove(0); axisList.add(0, fieldAxis); //replace the old fieldAxis with the new one } else { //add fieldAxis and increment dimension getAxisList().add(0, fieldAxis); getDataCube().incrementDimension(fieldAxis); } hasFieldAxis = true; //update the locators that are related to this Array object int stop = locators.size(); for (int i = 0; i < stop; i++) { ((Locator) locators.get(i)).addAxis(fieldAxis); } //array doenst hold a dataformat anymore //each field along the fieldAxis should have dataformat setDataFormat(null); return fieldAxis; } |
cloneObj.locators = new Vector(); | cloneObj.locatorList = new Vector(); | public Object clone() throws CloneNotSupportedException { Array cloneObj = (Array) super.clone(); //deep clone for DataCube cloneObj.setDataCube((DataCube) this.getDataCube().clone()); //there are no locators that are related to the cloned Array object cloneObj.locators = new Vector(); //set the parentArray correctly for child object cloneObj.getDataCube().setParentArray(cloneObj); cloneObj.getXMLDataIOStyle().setParentArray(cloneObj); synchronized (this.paramGroupOwnedHash) { synchronized(cloneObj.paramGroupOwnedHash) { cloneObj.paramGroupOwnedHash = Collections.synchronizedSet(new HashSet(this.paramGroupOwnedHash.size())); Iterator iter = this.paramGroupOwnedHash.iterator(); while (iter.hasNext()) { cloneObj.paramGroupOwnedHash.add(((Group) iter.next()).clone()); } } } return cloneObj; } //end of clone |
locators.add(locatorObj); | locatorList.add(locatorObj); | public Locator createLocator() { Locator locatorObj = new Locator(this); //add this locator to the list of locators this Array object monitors locators.add(locatorObj); return locatorObj; } |
public boolean removeAxis(Axis what) { boolean isRemoveSuccess = removeFromList(what, getAxisList(), "axisList"); if (isRemoveSuccess) | public boolean removeAxis(Axis axisObj) { boolean isRemoveSuccess = removeFromList(axisObj, getAxisList(), "axisList"); if (isRemoveSuccess) { | public boolean removeAxis(Axis what) { boolean isRemoveSuccess = removeFromList(what, getAxisList(), "axisList"); if (isRemoveSuccess) //remove successful getDataCube().decrementDimension(); //decrease the dimension by 1 return isRemoveSuccess; } |
updateChildLocators(axisObj, "remove"); } | public boolean removeAxis(Axis what) { boolean isRemoveSuccess = removeFromList(what, getAxisList(), "axisList"); if (isRemoveSuccess) //remove successful getDataCube().decrementDimension(); //decrease the dimension by 1 return isRemoveSuccess; } |
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if (note == null) { Log.warn("in Notes.addNote(), the Note passed in is null"); return null; } | public Note addNote (Note note ) { if (note == null) { Log.warn("in Notes.addNote(), the Note passed in is null"); return null; } getNoteList().add(note); return note; } |
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if (unit == null) { Log.warn("in Units.addUnit(), the Unit passed in is null"); return null; } | public Unit addUnit(Unit unit) { if (unit == null) { Log.warn("in Units.addUnit(), the Unit passed in is null"); return null; } getUnitList().add(unit); return unit; } |
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if (dimension == 0) { Log.error(" in DataCube, incrementDimentsion, the dimension is 0"); return 0; } else return dimension--; | Log.errorln("in DataCube, decrementDimension(), methods empty, returning -1"); return -1; | public int decrementDimension() { if (dimension == 0) { Log.error(" in DataCube, incrementDimentsion, the dimension is 0"); return 0; } else return dimension--;} |
os.log("#" + address); | if (debug) { os.log("#" + address + " VStack: " + vstack.toString()); } else { os.log("#" + address); } | public void startInstruction(int address) { if (debug) { BootLog.debug("#" + address + "\t" + vstack); } if (log) { os.log("#" + address); } this.curAddress = address; this.curInstrLabel = helper.getInstrLabel(address); if (startOfBB || setCurInstrLabel) { os.setObjectRef(curInstrLabel); startOfBB = false; setCurInstrLabel = false; } final int offset = os.getLength() - startOffset; cm.add(currentMethod, address, offset); } |
final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); | vstack.push(eContext); System.out.println("####### dup2_x2"); final Item v1 = vstack.pop1(); final Item v2 = vstack.pop1(); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); | os.writePOP(Register.EAX); os.writePOP(Register.EBX); os.writePOP(Register.ECX); os.writePOP(Register.EDX); os.writePUSH(Register.EBX); os.writePUSH(Register.EAX); os.writePUSH(Register.EDX); os.writePUSH(Register.ECX); os.writePUSH(Register.EBX); os.writePUSH(Register.EAX); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); | vstack.push1(ifac.createStack(v1.getType())); vstack.push1(v2); vstack.push1(v1); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); | final Item v3 = vstack.pop1(); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); | vstack.push1(ifac.createStack(v1.getType())); vstack.push1(v3); vstack.push1(v2); vstack.push1(v1); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); | vstack.push1(ifac.createStack(v2.getType())); vstack.push1(ifac.createStack(v1.getType())); vstack.push1(v3); vstack.push1(v2); vstack.push1(v1); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); | final Item v4 = vstack.pop1(); vstack.push1(ifac.createStack(v2.getType())); vstack.push1(ifac.createStack(v1.getType())); vstack.push1(v4); vstack.push1(v3); vstack.push1(v2); vstack.push1(v1); | public final void visit_dup2_x2() { final Item v1 = vstack.pop(); final Item v2 = vstack.pop(); final int c1 = v1.getCategory(); final int c2 = v2.getCategory(); v1.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); v2.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); // cope with brain-dead definition from Sun (look-like somebody there // was to eager to optimize this and it landed in the compiler... if (c2 == 2) { // form 4 assertCondition(c1 == 2, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v2); vstack.push(v1); } else { final Item v3 = vstack.pop(); v3.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); int c3 = v3.getCategory(); if (c1 == 2) { // form 2 assertCondition(c3 == 1, "category mismatch"); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else if (c3 == 2) { // form 3 vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v3); vstack.push(v2); vstack.push(v1); } else { // form 1 final Item v4 = vstack.pop(); v4.loadIf(eContext, Item.Kind.STACK | Item.Kind.FPUSTACK); vstack.push(v2.clone(eContext)); vstack.push(v1.clone(eContext)); vstack.push(v4); vstack.push(v3); vstack.push(v2); vstack.push(v1); } } } |
os.writeLEA(SP, SP, 8); | os.writeLEA(SP, SP, -8); | final void loadTo(EmitterContext ec, Register lsb, Register msb) { final AbstractX86Stream os = ec.getStream(); final X86RegisterPool pool = ec.getPool(); final VirtualStack stack = ec.getVStack(); //os.log("LongItem.log called "+Integer.toString(kind)); assertCondition(lsb != msb, "lsb != msb"); assertCondition(lsb != null, "lsb != null"); assertCondition(msb != null, "msb != null"); switch (kind) { case Kind.REGISTER: // invariant: (msb != lsb) && (this.msb != this.lsb) if (msb != this.lsb) { // generic case; avoid only if msb is lsb' (value overwriting) // invariant: (msb != this.lsb) && (msb != lsb) && (this.msb != // this.lsb) // msb <- msb' // lsb <- lsb' if (msb != this.msb) { os.writeMOV(INTSIZE, msb, this.msb); if (lsb != this.msb) { pool.release(this.msb); } } if (lsb != this.lsb) { // invariant: (msb != this.lsb) && (lsb != this.lsb) && (msb // != lsb) && (this.msb != this.lsb) os.writeMOV(INTSIZE, lsb, this.lsb); //if (msb != this.lsb) { <- enforced by first if() pool.release(this.lsb); //} } } else if (lsb != this.msb) { // generic case, assignment sequence inverted; avoid only if lsb // is msb' (overwriting) // invariant: (msb == this.lsb) && (lsb != this.msb) // lsb <- lsb' // msb <- msb' // if (lsb != this.lsb) { <- always true, because msb == // this.lsb os.writeMOV(INTSIZE, lsb, this.lsb); // if (msb != this.lsb) { <- always false, because of invariant // pool.release(this.lsb); // } // } // if (msb != this.msb) { <- always true, because of invariant os.writeMOV(INTSIZE, msb, this.msb); // if (lsb != this.msb) { <- always true, because of invariant pool.release(this.msb); // } // } } else { // invariant: (msb == this.lsb) && (lsb == this.msb) // swap registers os.writeXCHG(this.lsb, this.msb); } break; case Kind.LOCAL: os.writeMOV(INTSIZE, lsb, FP, offsetToFP); os.writeMOV(INTSIZE, msb, FP, offsetToFP + 4); break; case Kind.CONSTANT: loadToConstant(ec, os, lsb, msb); break; case Kind.FPUSTACK: // Make sure this item is on top of the FPU stack stack.fpuStack.pop(this); // Convert & move to new space on normal stack os.writeLEA(SP, SP, 8); popFromFPU(os, SP, 0); os.writePOP(lsb); os.writePOP(msb); break; case Kind.STACK: if (VirtualStack.checkOperandStack) { stack.operandStack.pop(this); } os.writePOP(lsb); os.writePOP(msb); break; } kind = Kind.REGISTER; this.lsb = lsb; this.msb = msb; } |
public final void writeClassInitialize(Label curInstrLabel, Register classReg, VmType cls) { if (!cls.isInitialized()) { os.writeTEST(classReg, context.getVmTypeState().getOffset(), VmTypeState.ST_INITIALIZED); final Label afterInit = new Label(curInstrLabel + "$$after-classinit-ex"); os.writeJCC(afterInit, X86Constants.JNZ); os.writePUSHA(); os.writePUSH(classReg); invokeJavaMethod(context.getVmTypeInitialize()); os.writePOPA(); os.setObjectRef(afterInit); | public final boolean writeClassInitialize(VmMethod method, Register methodReg, Register scratch) { if (method.isStatic() && !method.isInitializer()) { final VmType cls = method.getDeclaringClass(); if (!cls.isInitialized()) { os.writePUSH(EAX); os.writeMOV(INTSIZE, EAX, methodReg, context .getVmMemberDeclaringClassField().getOffset()); os.writeTEST(EAX, context.getVmTypeState().getOffset(), VmTypeState.ST_INITIALIZED); final Label afterInit = new Label(method.getMangledName() + "$$after-classinit"); os.writeJCC(afterInit, X86Constants.JNZ); os.writePUSH(EAX); invokeJavaMethod(context.getVmTypeInitialize()); os.setObjectRef(afterInit); os.writePOP(EAX); return true; } | public final void writeClassInitialize(Label curInstrLabel, Register classReg, VmType cls) { if (!cls.isInitialized()) { // Test declaringClass.modifiers os.writeTEST(classReg, context.getVmTypeState().getOffset(), VmTypeState.ST_INITIALIZED); final Label afterInit = new Label(curInstrLabel + "$$after-classinit-ex"); os.writeJCC(afterInit, X86Constants.JNZ); os.writePUSHA(); // Call cls.initialize os.writePUSH(classReg); invokeJavaMethod(context.getVmTypeInitialize()); os.writePOPA(); // Set label os.setObjectRef(afterInit); } } |
return false; | public final void writeClassInitialize(Label curInstrLabel, Register classReg, VmType cls) { if (!cls.isInitialized()) { // Test declaringClass.modifiers os.writeTEST(classReg, context.getVmTypeState().getOffset(), VmTypeState.ST_INITIALIZED); final Label afterInit = new Label(curInstrLabel + "$$after-classinit-ex"); os.writeJCC(afterInit, X86Constants.JNZ); os.writePUSHA(); // Call cls.initialize os.writePUSH(classReg); invokeJavaMethod(context.getVmTypeInitialize()); os.writePOPA(); // Set label os.setObjectRef(afterInit); } } |
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vstack.push(createConst(type, fpv1 / fpv2)); | vstack.push(createConst(type, fpv1 % fpv2)); | final static void rem(AbstractX86Stream os, EmitterContext ec, VirtualStack vstack, int type) { final Item v2 = vstack.pop(type); final Item v1 = vstack.pop(type); if (v1.isConstant() && v2.isConstant()) { final double fpv1 = getFPValue(v1); final double fpv2 = getFPValue(v2); vstack.push(createConst(type, fpv1 / fpv2)); } else { // Prepare stack final FPUStack fpuStack = vstack.fpuStack; final Register reg; reg = prepareForOperation(os, ec, vstack, fpuStack, v2, v1, false); // We need reg to be ST1, if not swap fxchST1(os, fpuStack, reg); // Pop the fpuStack.tos fpuStack.pop(); // Calculate os.writeFPREM(); os.writeFSTP(Register.ST1); // Push result vstack.push(fpuStack.tos()); } } |
os.writeFXCH(Register.ST1); | final static void rem(AbstractX86Stream os, EmitterContext ec, VirtualStack vstack, int type) { final Item v2 = vstack.pop(type); final Item v1 = vstack.pop(type); if (v1.isConstant() && v2.isConstant()) { final double fpv1 = getFPValue(v1); final double fpv2 = getFPValue(v2); vstack.push(createConst(type, fpv1 / fpv2)); } else { // Prepare stack final FPUStack fpuStack = vstack.fpuStack; final Register reg; reg = prepareForOperation(os, ec, vstack, fpuStack, v2, v1, false); // We need reg to be ST1, if not swap fxchST1(os, fpuStack, reg); // Pop the fpuStack.tos fpuStack.pop(); // Calculate os.writeFPREM(); os.writeFSTP(Register.ST1); // Push result vstack.push(fpuStack.tos()); } } |
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public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') | public static final int getArgSlotCount(char[] signature) { int ofs = 0; final int len = signature.length; if (signature[ofs++] != '(') | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
char ch = signature.charAt(ofs++); | char ch = signature[ofs++]; | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
while (signature.charAt(ofs) == '[') | while (signature[ofs] == '[') | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
if (signature.charAt(ofs) == 'L') { | if (signature[ofs] == 'L') { | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
while (signature.charAt(ofs) != ';') | while (signature[ofs] != ';') | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
"Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); | "Invalid signature in getArgSlotCount: " + String.valueOf(signature)); | public static final int getArgSlotCount(String signature) { /*int ofs = 0; final int len = signature.length(); if (signature.charAt(ofs++) != '(') return 0; int count = 0; while (ofs < len) { char ch = signature.charAt(ofs++); switch (ch) { case ')' : return count; case 'B' : // Byte case 'Z' : // Boolean case 'C' : // Char case 'S' : // Short case 'I' : // Int case 'F' : // Float count++; break; case 'D' : // Double case 'J' : // Long count += 2; break; case '[' : // Array { count++; while (signature.charAt(ofs) == '[') ofs++; if (signature.charAt(ofs) == 'L') { ofs++; while (signature.charAt(ofs) != ';') ofs++; } ofs++; } break; case 'L' : // Object { count++; while (signature.charAt(ofs) != ';') ofs++; ofs++; } break; } } throw new RuntimeException( "Invalid signature in getArgSlotCount: " + signature);*/ return getArgSlotCount(signature.toCharArray()); } |
Log.infoln("Locator.setIterationOrder() has reset the current location to the dataCube origin."); | public void setIterationOrder (List axisIterationList) { int stop = axisIterationList.size(); for (int i = 0; i < stop; i++) { Object axisObj = axisIterationList.get(i); axisOrderList.add(axisObj); locations.put(axisObj, new Integer(0)); } } |
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System.out.println("restore screen partial"); | private void parseIncoming() { boolean controlChars = false; byte control0; byte control1; boolean done = false; boolean error = false; try { while (bk.hasNext() && !done) { byte b = bk.getNextByte(); switch (b) { case 0: case 1: break; case CMD_SAVE_SCREEN: // 0x02 2 Save Screen case 3: // 0x03 3 Save Partial Screen// System.out.println("save screen partial"); saveScreen(); break; case ESC: // ESCAPE break; case 7: // audible bell Toolkit.getDefaultToolkit().beep(); bk.getNextByte(); bk.getNextByte(); break; case CMD_WRITE_TO_DISPLAY: // 0x11 17 write to display error = writeToDisplay(true); break; case CMD_RESTORE_SCREEN: // 0x12 18 Restore Screen case 13: // 0x13 19 Restore Partial Screen System.out.println("restore screen partial"); restoreScreen(); break; case CMD_CLEAR_UNIT_ALTERNATE: // 0x20 32 clear unit alternate int param = bk.getNextByte(); if (param != 0) {// System.out.println(" clear unit alternate error " + Integer.toHexString(param)); sendNegResponse(NR_REQUEST_ERROR,03,01,05, " clear unit alternate not supported"); done = true; } else { if (screen52.getRows() != 27) screen52.setRowsCols(27,132); screen52.clearAll(); } break; case CMD_WRITE_ERROR_CODE: // 0x21 33 Write Error Code writeErrorCode(); error = writeToDisplay(false); break; case CMD_WRITE_ERROR_CODE_TO_WINDOW: // 0x22 34 // Write Error Code to window writeErrorCodeToWindow(); error = writeToDisplay(false); break; case CMD_READ_SCREEN_IMMEDIATE: // 0x62 98 case CMD_READ_SCREEN_TO_PRINT: // 0x66 102 read screen to print readScreen(); break; case CMD_CLEAR_UNIT: // 64 0x40 clear unit if (screen52.getRows() != 24) screen52.setRowsCols(24,80); screen52.clearAll(); break; case CMD_CLEAR_FORMAT_TABLE: // 80 0x50 Clear format table screen52.clearTable(); break; case CMD_READ_INPUT_FIELDS: //0x42 66 read input fields case CMD_READ_MDT_FIELDS: // 0x52 82 read MDT Fields bk.getNextByte(); bk.getNextByte(); readType = b; screen52.goHome();// screen52.setCursorOn(); waitingForInput = true; pendingUnlock = true;// screen52.setKeyboardLocked(false); break; case CMD_READ_MDT_IMMEDIATE_ALT: // 0x53 83 readType = b;// screen52.goHome();// waitingForInput = true;// screen52.setKeyboardLocked(false); readImmediate(readType); break; case CMD_WRITE_STRUCTURED_FIELD: // 243 0xF3 -13 Write structured field writeStructuredField(); break; default: done = true; sendNegResponse(NR_REQUEST_ERROR,03,01,01,"parseIncoming"); break; } if (error) done = true; } } catch (Exception exc) {System.out.println("incoming " + exc.getMessage());}; } |
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screen52.clearGuiStuff(); | private boolean writeToDisplayStructuredField() { boolean error = false; boolean done = false; int nextone; try { int length = (( bk.getNextByte() & 0xff )<< 8 | (bk.getNextByte() & 0xff)); while (!done) { int s = bk.getNextByte() & 0xff; switch (s) { case 0xD9: // Class Type 0xD9 - Create Window switch (bk.getNextByte()) {// case 0x50: // Define Selection Field//// defineSelectionField(length);// done = true;// break; case 0x51: // Create Window boolean cr = false; int rows = 0; int cols = 0; // pull down not supported yet if ((bk.getNextByte() & 0x80) == 0x80) cr = true; // restrict cursor bk.getNextByte(); // get reserved field pos 6 bk.getNextByte(); // get reserved field pos 7 rows = bk.getNextByte(); // get window depth rows pos 8 cols = bk.getNextByte(); // get window width cols pos 9 length -= 9; if (length == 0) { done = true;// System.out.println("Create Window");// System.out.println(" restrict cursor " + cr);// System.out.println(" Depth = " + rows + " Width = " + cols); screen52.createWindow(rows,cols,1,true,32,58, '.', '.', '.', ':', ':', ':', '.', ':'); break; } // pos 10 is Minor Structure int ml = 0; int type = 0; int lastPos = screen52.getLastPos();// if (cr)// screen52.setPendingInsert(true,// screen52.getCurrentRow(),// screen52.getCurrentCol()); int mAttr = 0; int cAttr = 0; while (length > 0) { // get minor length ml = ( bk.getNextByte() & 0xff ); length -= ml; // only normal windows are supported at this time type = bk.getNextByte(); switch (type) { case 0x01 : // Border presentation boolean gui = false; if ((bk.getNextByte() & 0x80) == 0x80) gui = true; mAttr = bk.getNextByte(); cAttr = bk.getNextByte(); char ul = '.'; char upper = '.'; char ur = '.'; char left = ':'; char right = ':'; char ll = ':'; char bottom = '.'; char lr = ':'; // if minor length is greater than 5 then // the border characters are specified if (ml > 5) { ul = getASCIIChar(bk.getNextByte()); if (ul == 0) ul = '.'; upper = getASCIIChar(bk.getNextByte()); if (upper == 0) upper = '.'; ur = getASCIIChar(bk.getNextByte()); if (ur == 0) ur = '.'; left = getASCIIChar(bk.getNextByte()); if (left == 0) left = ':'; right = getASCIIChar(bk.getNextByte()); if (right == 0) right = ':'; ll = getASCIIChar(bk.getNextByte()); if (ll == 0) ll = ':'; bottom = getASCIIChar(bk.getNextByte()); if (bottom == 0) bottom = '.'; lr = getASCIIChar(bk.getNextByte()); if (lr == 0) lr = ':'; }// System.out.println("Create Window");// System.out.println(" restrict cursor " + cr);// System.out.println(" Depth = " + rows + " Width = " + cols);// System.out.println(" type = " + type + " gui = " + gui);// System.out.println(" mono attr = " + mAttr + " color attr = " + cAttr);// System.out.println(" ul = " + ul + " upper = " + upper +// " ur = " + ur +// " left = " + left +// " right = " + right +// " ll = " + ll +// " bottom = " + bottom +// " lr = " + lr// ); screen52.createWindow(rows,cols,type,gui,mAttr,cAttr, ul, upper, ur, left, right, ll, bottom, lr); break; // // The following shows the input for window with a title // // +0000 019A12A0 00000400 00020411 00200107 .......... // +0010 00000018 00000011 06131500 37D95180 ...........R // +0020 00000A24 0D018023 23404040 40404040 .... // +0030 40211000 000000D7 C2C1D9C4 C5D4D67A \uFFFD.....PBARDEMO: // +0040 40D79996 879985A2 A2408281 99408485 Progress bar de // +0050 94961108 1520D5A4 94828599 40968640 mo.Number of // +0060 8595A399 8985A24B 4B4B4B4B 4B7A2011 entries......:. // +0070 082E2040 404040F5 F0F06BF0 F0F02011 . 500,000. // +0080 091520C3 A4999985 95A34085 95A399A8 \uFFFDCurrent entry // +0090 4095A494 8285994B 4B4B7A20 11092E20 number...:.\uFFFD. // +00A0 40404040 4040F56B F0F0F020 110A1520 5,000. // +00B0 D9859481 89958995 87408595 A3998985 Remaining entrie // +00C0 A24B4B4B 4B4B4B7A 20110A2E 20404040 s......:.. // +00D0 40F4F9F5 6BF0F0F0 20110C15 20E2A381 495,000..Sta // +00E0 99A340A3 8994854B 4B4B4B4B 4B4B4B4B rt time......... // +00F0 4B4B4B4B 7A20110C 2F2040F7 7AF5F37A ....:... 7:53: case 0x10 : // Window title/footer byte orientation = bk.getNextByte(); mAttr = bk.getNextByte(); cAttr = bk.getNextByte(); //reserved bk.getNextByte(); ml -= 6; StringBuffer hfBuffer = new StringBuffer(ml); while (ml-- > 0) { hfBuffer.append(getASCIIChar(bk.getNextByte())); } System.out.println( " orientation " + Integer.toBinaryString(orientation) + " mAttr " + mAttr + " cAttr " + cAttr + " Header/Footer " + hfBuffer); screen52.writeWindowTitle(lastPos, rows, cols, orientation, mAttr, cAttr, hfBuffer); break; default: System.out.println("Invalid Window minor structure"); length = 0; done = true; } } done = true; break; case 0x53: // Scroll Bar int sblen = 15; byte sbflag = bk.getNextByte(); // flag position 5 bk.getNextByte(); // reserved position 6 // position 7,8 int totalRowScrollable = (( bk.getNextByte() & 0xff )<< 8 | (bk.getNextByte() & 0xff)); // position 9,10 int totalColScrollable = (( bk.getNextByte() & 0xff )<< 8 | (bk.getNextByte() & 0xff)); // position 11,12 int sliderRowPos = (( bk.getNextByte() & 0xff )<< 8 | (bk.getNextByte() & 0xff)); // position 13,14 int sliderColPos = (( bk.getNextByte() & 0xff )<< 8 | (bk.getNextByte() & 0xff)); // position 15 int sliderRC = bk.getNextByte(); screen52.createScrollBar(sbflag,totalRowScrollable, totalColScrollable, sliderRowPos, sliderColPos, sliderRC); length -= 15; done = true; break; case 0x5B: // Remove GUI ScrollBar field bk.getNextByte(); // reserved must be set to off pos 5 bk.getNextByte(); // reserved must be set to zero pos 6 done = true; break; case 0x5F: // Remove All GUI Constructs// System.out.println("remove all gui contructs"); int len = 4; int d = 0; length -= s; while (--len > 0) d = bk.getNextByte();// if (length > 0) {// len = (bk.getNextByte() & 0xff )<< 8;//// while (--len > 0)// d = bk.getNextByte();// } // per 14.6.13.4 documentation we should clear the // format table after this command screen52.clearTable(); done = true; break; case 0x60: // Erase/Draw Grid Lines - not supported // do not know what they are // as of 03/11/2002 we should not be getting // this anymore but I will leave it here // just in case.// System.out.println("erase/draw grid lines " + length); len = 6; d = 0; length -= 9; while (--len > 0) d = bk.getNextByte(); if (length > 0) { len = (bk.getNextByte() & 0xff )<< 8; while (--len > 0) { d = bk.getNextByte(); } } done = true; break; default: sendNegResponse(NR_REQUEST_ERROR,0x03,0x01,0x01,"invalid wtd structured field sub command " + bk.getByteOffset(-1)); error = true; break; } break; default: sendNegResponse(NR_REQUEST_ERROR,0x03,0x01,0x01, "invalid wtd structured field command " + bk.getByteOffset(-1)); error = true; break; } if (error) done = true; } } catch (Exception e) {}; return error; } |
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b = Character.toString(index).getBytes("Cp1141")[0]; | b = characterToString(index).getBytes("Cp1141")[0]; | public byte uni2ebcdic (char index) { if (convert) { if (codePage.equals("1141")) { byte b = 0x0; try { b = Character.toString(index).getBytes("Cp1141")[0]; } catch (java.io.UnsupportedEncodingException uee) { uee.printStackTrace(); } return b; } if (codePage.equals("1140")) { byte b = 0x0; try { b = Character.toString(index).getBytes("Cp1140")[0]; } catch (java.io.UnsupportedEncodingException uee) { uee.printStackTrace(); } return b; } int ind = index; int len = unicode.length; if (index > '\u007F') for (int x = 0x80; x < len; x++) { if (unicode[x] == index) {// System.out.println("conversion found " + (char)index + " " + unicode[x]); ind = x; break; } }// System.out.println("using conversion"); return (byte)ascii[ind & 0xff]; } else return (byte)ascii[index & 0xff]; } |
b = Character.toString(index).getBytes("Cp1140")[0]; | b = characterToString(index).getBytes("Cp1140")[0]; | public byte uni2ebcdic (char index) { if (convert) { if (codePage.equals("1141")) { byte b = 0x0; try { b = Character.toString(index).getBytes("Cp1141")[0]; } catch (java.io.UnsupportedEncodingException uee) { uee.printStackTrace(); } return b; } if (codePage.equals("1140")) { byte b = 0x0; try { b = Character.toString(index).getBytes("Cp1140")[0]; } catch (java.io.UnsupportedEncodingException uee) { uee.printStackTrace(); } return b; } int ind = index; int len = unicode.length; if (index > '\u007F') for (int x = 0x80; x < len; x++) { if (unicode[x] == index) {// System.out.println("conversion found " + (char)index + " " + unicode[x]); ind = x; break; } }// System.out.println("using conversion"); return (byte)ascii[ind & 0xff]; } else return (byte)ascii[index & 0xff]; } |
protected void setPendingInsert(boolean flag) { | protected void setPendingInsert(boolean flag, int icX, int icY) { | protected void setPendingInsert(boolean flag) { if (homePos != -1) pendingInsert = flag; } |
if (homePos != -1) | pendingInsert = flag; | protected void setPendingInsert(boolean flag) { if (homePos != -1) pendingInsert = flag; } |
pendingInsert = flag; | if (pendingInsert) { homePos = getPos(icX, icY); } if (!isStatusErrorCode()) { setCursor(icX, icY); } | protected void setPendingInsert(boolean flag) { if (homePos != -1) pendingInsert = flag; } |
if (current == proc.getCurrentThread()) { | if (current.isInSystemException()) { proc.disableReschedule(); try { mt = reader.getVmStackTrace(current.getExceptionStackFrame(), current.getExceptionInstructionPointer(), STACKTRACE_LIMIT); } finally { proc.enableReschedule(); } } else if (current == proc.getCurrentThread()) { | public static Object[] getStackTrace(VmThread current) { if (current.inException) { Unsafe.debug("Exception in getStackTrace"); Unsafe.die("getStackTrace"); return null; } else { current.inException = true; } if (Vm.getVm().getHeapManager().isLowOnMemory()) { return null; } final VmProcessor proc = Unsafe.getCurrentProcessor(); final VmStackReader reader = proc.getArchitecture().getStackReader(); final VmStackFrame[] mt; //Address lastIP = null; if (current == proc.getCurrentThread()) { final Address curFrame = Unsafe.getCurrentFrame(); mt = reader.getVmStackTrace(reader.getPrevious(curFrame), reader .getReturnAddress(curFrame), STACKTRACE_LIMIT); } else { proc.disableReschedule(); try { mt = reader.getVmStackTrace(current.getStackFrame(), current .getInstructionPointer(), STACKTRACE_LIMIT); //lastIP = current.getInstructionPointer(); } finally { proc.enableReschedule(); } } final int cnt = (mt == null) ? 0 : mt.length; VmType lastClass = null; int i = 0; while (i < cnt) { final VmStackFrame f = mt[ i]; if (f == null) { break; } final VmMethod method = f.getMethod(); if (method == null) { break; } final VmType vmClass = method.getDeclaringClass(); if (vmClass == null) { break; } final VmType sClass = vmClass.getSuperClass(); if ((lastClass != null) && (sClass != lastClass) && (vmClass != lastClass)) { break; } final String mname = method.getName(); if (mname == null) { break; } if (!("<init>".equals(mname) || "fillInStackTrace".equals(mname) || "getStackTrace" .equals(mname))) { break; } lastClass = vmClass; i++; } final VmStackFrame[] st = new VmStackFrame[ cnt - i]; int j = 0; for (; i < cnt; i++) { st[ j++] = mt[ i]; } current.inException = false; return st; } |
super(); | public NoClassDefFoundError() { super(); } |
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public ArrayStoreException(String s) { super(s); | public ArrayStoreException() { | public ArrayStoreException(String s) { super(s); } |
return resolved; | return true; | public boolean isResolved() { return resolved; } |
ip = stack[i].getReturnAddress(); | ip = Address.add(stack[i].getReturnAddress(), -1); | final VmStackFrame[] getVmStackTrace(Address argFrame, Address ip, int limit) { final Address frame = argFrame; Address f = frame; int count = 0; while (isValid(f) && (count < limit)) { count++; f = getPrevious(f); } if ((f != null) && !isStackBottom(f) && (count < limit)) { Unsafe.debug("Corrupted stack!, st.length="); Unsafe.debug(count); Unsafe.debug(" f.magic="); Unsafe.debug(getMagic(f)); //Unsafe.die(); } final VmStackFrame[] stack = new VmStackFrame[count]; f = frame; for (int i = 0; i < count; i++) { stack[i] = new VmStackFrame(f, this, ip); ip = stack[i].getReturnAddress(); f = getPrevious(f); } return stack; } |
public BigDecimal (String num) throws NumberFormatException | public BigDecimal (BigInteger num) | public BigDecimal (String num) throws NumberFormatException { int len = num.length(); int start = 0, point = 0; int dot = -1; boolean negative = false; if (num.charAt(0) == '+') { ++start; ++point; } else if (num.charAt(0) == '-') { ++start; ++point; negative = true; } while (point < len) { char c = num.charAt (point); if (c == '.') { if (dot >= 0) throw new NumberFormatException ("multiple `.'s in number"); dot = point; } else if (c == 'e' || c == 'E') break; else if (Character.digit (c, 10) < 0) throw new NumberFormatException ("unrecognized character: " + c); ++point; } String val; if (dot >= 0) { val = num.substring (start, dot) + num.substring (dot + 1, point); scale = point - 1 - dot; } else { val = num.substring (start, point); scale = 0; } if (val.length () == 0) throw new NumberFormatException ("no digits seen"); if (negative) val = "-" + val; intVal = new BigInteger (val); // Now parse exponent. if (point < len) { point++; if (num.charAt(point) == '+') point++; if (point >= len ) throw new NumberFormatException ("no exponent following e or E"); try { int exp = Integer.parseInt (num.substring (point)); exp -= scale; if (signum () == 0) scale = 0; else if (exp > 0) { intVal = intVal.multiply (BigInteger.valueOf (10).pow (exp)); scale = 0; } else scale = - exp; } catch (NumberFormatException ex) { throw new NumberFormatException ("malformed exponent"); } } } |
int len = num.length(); int start = 0, point = 0; int dot = -1; boolean negative = false; if (num.charAt(0) == '+') { ++start; ++point; } else if (num.charAt(0) == '-') { ++start; ++point; negative = true; } while (point < len) { char c = num.charAt (point); if (c == '.') { if (dot >= 0) throw new NumberFormatException ("multiple `.'s in number"); dot = point; } else if (c == 'e' || c == 'E') break; else if (Character.digit (c, 10) < 0) throw new NumberFormatException ("unrecognized character: " + c); ++point; } String val; if (dot >= 0) { val = num.substring (start, dot) + num.substring (dot + 1, point); scale = point - 1 - dot; } else { val = num.substring (start, point); scale = 0; } if (val.length () == 0) throw new NumberFormatException ("no digits seen"); if (negative) val = "-" + val; intVal = new BigInteger (val); if (point < len) { point++; if (num.charAt(point) == '+') point++; if (point >= len ) throw new NumberFormatException ("no exponent following e or E"); try { int exp = Integer.parseInt (num.substring (point)); exp -= scale; if (signum () == 0) scale = 0; else if (exp > 0) { intVal = intVal.multiply (BigInteger.valueOf (10).pow (exp)); scale = 0; } else scale = - exp; } catch (NumberFormatException ex) { throw new NumberFormatException ("malformed exponent"); } } | this (num, 0); | public BigDecimal (String num) throws NumberFormatException { int len = num.length(); int start = 0, point = 0; int dot = -1; boolean negative = false; if (num.charAt(0) == '+') { ++start; ++point; } else if (num.charAt(0) == '-') { ++start; ++point; negative = true; } while (point < len) { char c = num.charAt (point); if (c == '.') { if (dot >= 0) throw new NumberFormatException ("multiple `.'s in number"); dot = point; } else if (c == 'e' || c == 'E') break; else if (Character.digit (c, 10) < 0) throw new NumberFormatException ("unrecognized character: " + c); ++point; } String val; if (dot >= 0) { val = num.substring (start, dot) + num.substring (dot + 1, point); scale = point - 1 - dot; } else { val = num.substring (start, point); scale = 0; } if (val.length () == 0) throw new NumberFormatException ("no digits seen"); if (negative) val = "-" + val; intVal = new BigInteger (val); // Now parse exponent. if (point < len) { point++; if (num.charAt(point) == '+') point++; if (point >= len ) throw new NumberFormatException ("no exponent following e or E"); try { int exp = Integer.parseInt (num.substring (point)); exp -= scale; if (signum () == 0) scale = 0; else if (exp > 0) { intVal = intVal.multiply (BigInteger.valueOf (10).pow (exp)); scale = 0; } else scale = - exp; } catch (NumberFormatException ex) { throw new NumberFormatException ("malformed exponent"); } } } |
registerPool.release(l.getLocation()); | RegisterLocation regLoc = (RegisterLocation) l.getLocation(); registerPool.release(regLoc.getRegister()); | private void expireOldRange(LiveRange lr) { for (int i=0; i<active.size(); i+=1) { LiveRange l = (LiveRange) active.get(i); if (l.getLastUseAddress() >= lr.getAssignAddress()) { return; } active.remove(l); registerPool.release(l.getLocation()); } } |
public StackLocation() { this(0); | public StackLocation(int displacement) { super("local" + displacement); this.displacement = displacement; | public StackLocation() { this(0); } |
HelpException(String message) { super(message); | HelpException() { super(); | HelpException(String message) { super(message); } |
public void append(SocketBuffer skbuf) { | public void append(int count) { | public void append(SocketBuffer skbuf) { if (next != null) { next.append(skbuf); } else { next = skbuf; } testBuffer(); } |
next.append(skbuf); | next.append(count); | public void append(SocketBuffer skbuf) { if (next != null) { next.append(skbuf); } else { next = skbuf; } testBuffer(); } |
next = skbuf; | setSize(size + count); | public void append(SocketBuffer skbuf) { if (next != null) { next.append(skbuf); } else { next = skbuf; } testBuffer(); } |
kbArea = new Rectangle2D.Float(0,0,0,0); | private void checkOffScreenImage() { // do we have something already? if (bi == null) { bi = new GuiGraphicBuffer(); // allocate a buffer Image with appropriate size bi.getImageBuffer(fmWidth * numCols,fmHeight * (numRows + 2)); // fill in the areas tArea = new Rectangle2D.Float(0,0,0,0); cArea = new Rectangle2D.Float(0,0,0,0); aArea = new Rectangle2D.Float(0,0,0,0); sArea = new Rectangle2D.Float(0,0,0,0); pArea = new Rectangle2D.Float(0,0,0,0); mArea = new Rectangle2D.Float(0,0,0,0); // Draw Operator Information Area drawOIA(); } } |
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kbArea.setRect(bi.getKBIndicatorArea()); | private void drawOIA() { // get ourselves a global pointer to the graphics g2d = bi.drawOIA(fmWidth,fmHeight,numRows,numCols,font,colorBg,colorBlue); tArea.setRect(bi.getTextArea()); cArea.setRect(bi.getCommandLineArea()); aArea.setRect(bi.getScreenArea()); sArea.setRect(bi.getStatusArea()); pArea.setRect(bi.getPositionArea()); mArea.setRect(bi.getMessageArea()); } |
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if (bufferedKeys != null) | if (bufferedKeys != null) { | public void sendKeys(String text) { if (keyboardLocked) { if(text.equals("[reset]") || text.equals("[sysreq]") || text.equals("[attn]")) { bufferedKeys = ""; keysBuffered = false; simulateMnemonic(getMnemonicValue(text)); } else { keysBuffered = true; if(bufferedKeys == null){ bufferedKeys = text; return; } else { bufferedKeys += text; return; } } } else { if (keysBuffered) { text = bufferedKeys + text; keysBuffered = false; bufferedKeys = ""; } // check to see if position is in a field and if it is then change // current field to that field isInField(lastPos,true); if (text.length() == 1 && !text.equals("[") && !text.equals("]")) { simulateKeyStroke(text.charAt(0)); } else { strokenizer.setKeyStrokes(text); String s; boolean done = false; while (strokenizer.hasMoreKeyStrokes() && !done) { s = strokenizer.nextKeyStroke(); if (s.length() == 1) { simulateKeyStroke(s.charAt(0)); } else { if (s != null) simulateMnemonic(getMnemonicValue(s)); else System.out.println(" mnemonic " + s); } if (keyboardLocked) { bufferedKeys = strokenizer.getUnprocessedKeyStroked(); if (bufferedKeys != null) keysBuffered = true; done = true; } } } } } |
setKBIndicatorOn(); } | public void sendKeys(String text) { if (keyboardLocked) { if(text.equals("[reset]") || text.equals("[sysreq]") || text.equals("[attn]")) { bufferedKeys = ""; keysBuffered = false; simulateMnemonic(getMnemonicValue(text)); } else { keysBuffered = true; if(bufferedKeys == null){ bufferedKeys = text; return; } else { bufferedKeys += text; return; } } } else { if (keysBuffered) { text = bufferedKeys + text; keysBuffered = false; bufferedKeys = ""; } // check to see if position is in a field and if it is then change // current field to that field isInField(lastPos,true); if (text.length() == 1 && !text.equals("[") && !text.equals("]")) { simulateKeyStroke(text.charAt(0)); } else { strokenizer.setKeyStrokes(text); String s; boolean done = false; while (strokenizer.hasMoreKeyStrokes() && !done) { s = strokenizer.nextKeyStroke(); if (s.length() == 1) { simulateKeyStroke(s.charAt(0)); } else { if (s != null) simulateMnemonic(getMnemonicValue(s)); else System.out.println(" mnemonic " + s); } if (keyboardLocked) { bufferedKeys = strokenizer.getUnprocessedKeyStroked(); if (bufferedKeys != null) keysBuffered = true; done = true; } } } } } |
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restoreErrorLine(); setStatus(STATUS_ERROR_CODE,STATUS_VALUE_OFF,""); isInField(lastPos); simulated = true; updateDirty(); | if (isStatusErrorCode()) { restoreErrorLine(); setStatus(STATUS_ERROR_CODE,STATUS_VALUE_OFF,""); isInField(lastPos); updateDirty(); } setKBIndicatorOff(); simulated = true; | protected boolean simulateMnemonic(int mnem){ boolean simulated = false; switch (mnem) { case AID_CLEAR : case AID_ENTER : case AID_PF1 : case AID_PF2 : case AID_PF3 : case AID_PF4 : case AID_PF5 : case AID_PF6 : case AID_PF7 : case AID_PF8 : case AID_PF9 : case AID_PF10 : case AID_PF11 : case AID_PF12 : case AID_PF13 : case AID_PF14 : case AID_PF15 : case AID_PF16 : case AID_PF17 : case AID_PF18 : case AID_PF19 : case AID_PF20 : case AID_PF21 : case AID_PF22 : case AID_PF23 : case AID_PF24 : case AID_ROLL_DOWN : case AID_ROLL_UP : case AID_ROLL_LEFT : case AID_ROLL_RIGHT : sendAid(mnem); simulated = true; break; case AID_HELP : sessionVT.sendHelpRequest(); simulated = true; break; case AID_PRINT : sessionVT.hostPrint(1); simulated = true; break; case BACK_SPACE : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { if (screenFields.getCurrentField().startPos() == lastPos) displayError(ERR_CURSOR_PROTECTED); else { setCursorOff(); screenFields.getCurrentField().getKeyPos(lastPos); screenFields.getCurrentField().changePos(-1); resetDirty(screenFields.getCurrentField().getCurrentPos()); shiftLeft(screenFields.getCurrentField().getCurrentPos()); updateDirty(); setCursorOn(); screenFields.setCurrentFieldMDT(); simulated = true; } } else { displayError(ERR_CURSOR_PROTECTED); } break; case BACK_TAB : if (screenFields.getCurrentField() != null && screenFields.isCurrentFieldHighlightedEntry()) { resetDirty(screenFields.getCurrentField().startPos); gotoFieldPrev(); updateDirty(); } else gotoFieldPrev(); if (screenFields.isCurrentFieldContinued()) { do { gotoFieldPrev(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } isInField(lastPos); simulated = true; break; case UP : case MARK_UP : process_XY(lastPos - numCols); simulated = true; break; case DOWN : case MARK_DOWN : process_XY(lastPos + numCols); simulated = true; break; case LEFT : case MARK_LEFT : process_XY(lastPos - 1); simulated = true; break; case RIGHT : case MARK_RIGHT : process_XY(lastPos + 1); simulated = true; break; case NEXTWORD : gotoNextWord(); simulated = true; break; case PREVWORD : gotoPrevWord(); simulated = true; break; case DELETE : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { setCursorOff(); resetDirty(lastPos); screenFields.getCurrentField().getKeyPos(lastPos); shiftLeft(screenFields.getCurrentFieldPos()); screenFields.setCurrentFieldMDT(); updateDirty(); setCursorOn(); simulated = true; } else { displayError(ERR_CURSOR_PROTECTED); } break; case TAB : if (screenFields.getCurrentField() != null && !screenFields.isCurrentFieldContinued()) { if (screenFields.isCurrentFieldHighlightedEntry()) { resetDirty(screenFields.getCurrentField().startPos); gotoFieldNext(); updateDirty(); } else gotoFieldNext(); } else { do { gotoFieldNext(); } while (screenFields.getCurrentField() != null && (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast())); } isInField(lastPos); simulated = true; break; case EOF : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { int where = endOfField(screenFields.getCurrentField().startPos(),true); if (where > 0) { goto_XY((where / numCols) + 1,(where % numCols) + 1); } simulated = true; } else { displayError(ERR_CURSOR_PROTECTED); } resetDirty(lastPos); break; case ERASE_EOF : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { setCursorOff(); int where = lastPos; resetDirty(lastPos); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); if (screenFields.isCurrentFieldContinued()) fieldExit(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } } updateDirty(); goto_XY(where); setCursorOn(); simulated = true; } else { displayError(ERR_CURSOR_PROTECTED); } break; case ERASE_FIELD : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { setCursorOff(); int where = lastPos; lastPos = screenFields.getCurrentField().startPos(); resetDirty(lastPos); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); if (screenFields.isCurrentFieldContinued()) fieldExit(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } } updateDirty(); goto_XY(where); setCursorOn(); simulated = true; } else { displayError(ERR_CURSOR_PROTECTED); } break; case INSERT : setCursorOff(); // we toggle it insertMode = insertMode ? false : true; setCursorOn(); break; case HOME : // position to the home position set if (lastPos + numCols + 1 != homePos) { goto_XY(homePos - numCols - 1); // now check if we are in a field isInField(lastPos); } else gotoField(1); break; case KEYPAD_0 : simulated = simulateKeyStroke('0'); break; case KEYPAD_1 : simulated = simulateKeyStroke('1'); break; case KEYPAD_2 : simulated = simulateKeyStroke('2'); break; case KEYPAD_3 : simulated = simulateKeyStroke('3'); break; case KEYPAD_4 : simulated = simulateKeyStroke('4'); break; case KEYPAD_5 : simulated = simulateKeyStroke('5'); break; case KEYPAD_6 : simulated = simulateKeyStroke('6'); break; case KEYPAD_7 : simulated = simulateKeyStroke('7'); break; case KEYPAD_8 : simulated = simulateKeyStroke('8'); break; case KEYPAD_9 : simulated = simulateKeyStroke('9'); break; case KEYPAD_PERIOD : simulated = simulateKeyStroke('.'); break; case KEYPAD_COMMA : simulated = simulateKeyStroke(','); break; case KEYPAD_MINUS : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { int s = screenFields.getCurrentField().getFieldShift(); if (s == 3 || s == 5 || s == 7) { screen[lastPos].setChar('-'); resetDirty(lastPos); advancePos(); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } simulated = true; updateDirty(); if (screenFields.isCurrentFieldAutoEnter()) sendAid(AID_ENTER); } } else { displayError(ERR_FIELD_MINUS); } } else { displayError(ERR_CURSOR_PROTECTED); } break; case FIELD_EXIT : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { setCursorOff(); resetDirty(lastPos); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); if (screenFields.isCurrentFieldContinued()) fieldExit(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } } updateDirty(); setCursorOn(); simulated = true; if (screenFields.isCurrentFieldAutoEnter()) sendAid(AID_ENTER); } else { displayError(ERR_CURSOR_PROTECTED); } break; case FIELD_PLUS : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { setCursorOff(); resetDirty(lastPos); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } } updateDirty(); setCursorOn(); simulated = true; if (screenFields.isCurrentFieldAutoEnter()) sendAid(AID_ENTER); } else { displayError(ERR_CURSOR_PROTECTED); } break; case FIELD_MINUS : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { int s = screenFields.getCurrentField().getFieldShift(); if (s == 3 || s == 5 || s == 7) { setCursorOff(); screen[lastPos].setChar('-'); resetDirty(lastPos); advancePos(); if (fieldExit()) { screenFields.setCurrentFieldMDT(); if (!screenFields.isCurrentFieldContinued()) { gotoFieldNext(); } else { do { gotoFieldNext(); } while (screenFields.isCurrentFieldContinuedMiddle() || screenFields.isCurrentFieldContinuedLast()); } } updateDirty(); setCursorOn(); simulated = true; if (screenFields.isCurrentFieldAutoEnter()) sendAid(AID_ENTER); } else { displayError(ERR_FIELD_MINUS); } } else { displayError(ERR_CURSOR_PROTECTED); } break; case BOF : if (screenFields.getCurrentField() != null && screenFields.withinCurrentField(lastPos) && !screenFields.isCurrentFieldBypassField()) { int where = screenFields.getCurrentField().startPos(); if (where > 0) { goto_XY(where); } simulated = true; } else { displayError(ERR_CURSOR_PROTECTED); } resetDirty(lastPos); break; case SYSREQ : sessionVT.systemRequest(); simulated = true; break; case RESET : restoreErrorLine(); setStatus(STATUS_ERROR_CODE,STATUS_VALUE_OFF,""); isInField(lastPos); simulated = true; updateDirty(); break; case COPY : copyMe(); break; case PASTE : pasteMe(false); break; case ATTN : sessionVT.sendAttentionKey(); simulated = true; break; default : System.out.println(" Mnemonic not supported " + mnem); break; } return simulated; } |
return getPreferredSize(c); | Dimension d = getPreferredSize(c); View view = (View) c.getClientProperty(BasicHTML.propertyKey); if (view != null) d.width += view.getMaximumSpan(View.X_AXIS) - view.getPreferredSpan(View.X_AXIS); return d; | public Dimension getMaximumSize(JComponent c) { return getPreferredSize(c); } |
return getPreferredSize(c); | Dimension d = getPreferredSize(c); View view = (View) c.getClientProperty(BasicHTML.propertyKey); if (view != null) d.width -= view.getPreferredSpan(View.X_AXIS) - view.getMinimumSpan(View.X_AXIS); return d; | public Dimension getMinimumSize(JComponent c) { return getPreferredSize(c); } |
FontMetrics fm; Toolkit g = tip.getToolkit(); text = tip.getTipText(); Rectangle vr = new Rectangle(); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); Insets insets = tip.getInsets(); fm = g.getFontMetrics(tip.getFont()); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); return new Dimension(insets.left + tr.width + insets.right, insets.top + tr.height + insets.bottom); | String str = tip.getTipText(); FontMetrics fm = c.getFontMetrics(c.getFont()); Insets i = c.getInsets(); Dimension d = new Dimension(i.left + i.right, i.top + i.bottom); if (str != null && ! str.equals("")) { View view = (View) c.getClientProperty(BasicHTML.propertyKey); if (view != null) { d.width += (int) view.getPreferredSpan(View.X_AXIS); d.height += (int) view.getPreferredSpan(View.Y_AXIS); } else { d.width += fm.stringWidth(str) + 6; d.height += fm.getHeight(); } } return d; | public Dimension getPreferredSize(JComponent c) { JToolTip tip = (JToolTip) c; FontMetrics fm; Toolkit g = tip.getToolkit(); text = tip.getTipText(); Rectangle vr = new Rectangle(); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); Insets insets = tip.getInsets(); fm = g.getFontMetrics(tip.getFont()); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); return new Dimension(insets.left + tr.width + insets.right, insets.top + tr.height + insets.bottom); } |
propertyChangeHandler = new PropertyChangeHandler(); c.addPropertyChangeListener(propertyChangeHandler); | protected void installListeners(JComponent c) { // TODO: Implement this properly. } |
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BasicHTML.updateRenderer(c, ((JToolTip) c).getTipText()); | public void installUI(JComponent c) { c.setOpaque(true); installDefaults(c); installListeners(c); } |
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Toolkit t = tip.getToolkit(); if (text == null) return; Rectangle vr = new Rectangle(); vr = SwingUtilities.calculateInnerArea(tip, vr); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); FontMetrics fm = t.getFontMetrics(tip.getFont()); | Font font = c.getFont(); FontMetrics fm = c.getFontMetrics(font); | public void paint(Graphics g, JComponent c) { JToolTip tip = (JToolTip) c; String text = tip.getTipText(); Toolkit t = tip.getToolkit(); if (text == null) return; Rectangle vr = new Rectangle(); vr = SwingUtilities.calculateInnerArea(tip, vr); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); FontMetrics fm = t.getFontMetrics(tip.getFont()); int ascent = fm.getAscent(); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); Color saved = g.getColor(); g.setColor(Color.BLACK); g.drawString(text, vr.x, vr.y + ascent); g.setColor(saved); } |
SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); | Insets i = c.getInsets(); Dimension size = c.getSize(); Rectangle paintR = new Rectangle(i.left, i.top, size.width - i.left - i.right, size.height - i.top - i.bottom); | public void paint(Graphics g, JComponent c) { JToolTip tip = (JToolTip) c; String text = tip.getTipText(); Toolkit t = tip.getToolkit(); if (text == null) return; Rectangle vr = new Rectangle(); vr = SwingUtilities.calculateInnerArea(tip, vr); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); FontMetrics fm = t.getFontMetrics(tip.getFont()); int ascent = fm.getAscent(); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); Color saved = g.getColor(); g.setColor(Color.BLACK); g.drawString(text, vr.x, vr.y + ascent); g.setColor(saved); } |
g.drawString(text, vr.x, vr.y + ascent); | View view = (View) c.getClientProperty(BasicHTML.propertyKey); if (view != null) view.paint(g, paintR); else g.drawString(text, paintR.x + 3, paintR.y + ascent); | public void paint(Graphics g, JComponent c) { JToolTip tip = (JToolTip) c; String text = tip.getTipText(); Toolkit t = tip.getToolkit(); if (text == null) return; Rectangle vr = new Rectangle(); vr = SwingUtilities.calculateInnerArea(tip, vr); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); FontMetrics fm = t.getFontMetrics(tip.getFont()); int ascent = fm.getAscent(); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); Color saved = g.getColor(); g.setColor(Color.BLACK); g.drawString(text, vr.x, vr.y + ascent); g.setColor(saved); } |
g.setFont(oldFont); | public void paint(Graphics g, JComponent c) { JToolTip tip = (JToolTip) c; String text = tip.getTipText(); Toolkit t = tip.getToolkit(); if (text == null) return; Rectangle vr = new Rectangle(); vr = SwingUtilities.calculateInnerArea(tip, vr); Rectangle ir = new Rectangle(); Rectangle tr = new Rectangle(); FontMetrics fm = t.getFontMetrics(tip.getFont()); int ascent = fm.getAscent(); SwingUtilities.layoutCompoundLabel(tip, fm, text, null, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, SwingConstants.CENTER, vr, ir, tr, 0); Color saved = g.getColor(); g.setColor(Color.BLACK); g.drawString(text, vr.x, vr.y + ascent); g.setColor(saved); } |
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if (propertyChangeHandler != null) { c.removePropertyChangeListener(propertyChangeHandler); propertyChangeHandler = null; } | protected void uninstallListeners(JComponent c) { // TODO: Implement this properly. } |
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BasicHTML.updateRenderer(c, ""); | public void uninstallUI(JComponent c) { uninstallDefaults(c); uninstallListeners(c); } |
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return new Icon() { public int getIconHeight() { return 10; } public int getIconWidth() { return 10; } public void paintIcon(Component c, Graphics g, int x, int y) { if (c instanceof AbstractButton) { UIDefaults defaults; defaults = UIManager.getLookAndFeelDefaults(); Color hi = defaults.getColor("CheckBox.highlight"); Color low = defaults.getColor("CheckBox.darkShadow"); Color sel = defaults.getColor("CheckBox.foreground"); Color dim = defaults.getColor("CheckBox.shadow"); Polygon check = new Polygon(new int[] {x+3, x+3, x+8}, new int[] {y+5, y+9, y+3}, 3); AbstractButton b = (AbstractButton) c; Color saved = g.getColor(); if (b.isEnabled()) { g.setColor(low); g.drawRect(x, y, 10, 10); g.setColor(hi); g.drawRect(x+1, y+1, 10, 10); if (b.isSelected()) { g.setColor(sel); if (b.isSelected()) { g.drawLine(x+3, y+5, x+3, y+8); g.drawLine(x+4, y+5, x+4, y+8); g.drawLine(x+3, y+8, x+8, y+3); g.drawLine(x+4, y+8, x+8, y+3); } } } else { g.setColor(hi); g.drawRect(x, y, 10, 10); if (b.isSelected()) { g.drawLine(x+3, y+5, x+3, y+9); g.drawLine(x+3, y+9, x+8, y+3); } } g.setColor(saved); } } }; | if (checkBoxIcon == null) checkBoxIcon = new CheckBoxIcon(); return checkBoxIcon; | public static Icon getCheckBoxIcon() { return new Icon() { public int getIconHeight() { return 10; } public int getIconWidth() { return 10; } public void paintIcon(Component c, Graphics g, int x, int y) { if (c instanceof AbstractButton) { UIDefaults defaults; defaults = UIManager.getLookAndFeelDefaults(); Color hi = defaults.getColor("CheckBox.highlight"); Color low = defaults.getColor("CheckBox.darkShadow"); Color sel = defaults.getColor("CheckBox.foreground"); Color dim = defaults.getColor("CheckBox.shadow"); Polygon check = new Polygon(new int[] {x+3, x+3, x+8}, new int[] {y+5, y+9, y+3}, 3); AbstractButton b = (AbstractButton) c; Color saved = g.getColor(); if (b.isEnabled()) { g.setColor(low); g.drawRect(x, y, 10, 10); g.setColor(hi); g.drawRect(x+1, y+1, 10, 10); if (b.isSelected()) { g.setColor(sel); if (b.isSelected()) { g.drawLine(x+3, y+5, x+3, y+8); g.drawLine(x+4, y+5, x+4, y+8); g.drawLine(x+3, y+8, x+8, y+3); g.drawLine(x+4, y+8, x+8, y+3); } } } else { g.setColor(hi); g.drawRect(x, y, 10, 10); if (b.isSelected()) { g.drawLine(x+3, y+5, x+3, y+9); g.drawLine(x+3, y+9, x+8, y+3); } } g.setColor(saved); } } }; } |
return new Icon() { public int getIconHeight() { return 12; | if (radioButtonIcon == null) radioButtonIcon = new RadioButtonIcon(); return radioButtonIcon; | public static Icon getRadioButtonIcon() { return new Icon() { public int getIconHeight() { return 12; } public int getIconWidth() { return 12; } public void paintIcon(Component c, Graphics g, int x, int y) { UIDefaults defaults; defaults = UIManager.getLookAndFeelDefaults(); Color hi = defaults.getColor("RadioButton.highlight"); Color low = defaults.getColor("RadioButton.darkShadow"); Color sel = defaults.getColor("RadioButton.foreground"); Color dim = defaults.getColor("RadioButton.shadow"); if (c instanceof AbstractButton) { AbstractButton b = (AbstractButton) c; Color saved = g.getColor(); if (b.isEnabled()) { g.setColor(low); g.drawOval(x, y, 12, 12); g.setColor(hi); g.drawOval(x+1, y+1, 12, 12); if (b.isSelected()) { g.setColor(sel); g.fillOval(x+4, y+4, 6, 6); } } else { g.setColor(hi); g.drawOval(x, y, 12, 12); if (b.isSelected()) g.fillOval(x+4, y+4, 6, 6); } g.setColor(saved); } } }; } |
public int getIconWidth() { return 12; } public void paintIcon(Component c, Graphics g, int x, int y) { UIDefaults defaults; defaults = UIManager.getLookAndFeelDefaults(); Color hi = defaults.getColor("RadioButton.highlight"); Color low = defaults.getColor("RadioButton.darkShadow"); Color sel = defaults.getColor("RadioButton.foreground"); Color dim = defaults.getColor("RadioButton.shadow"); if (c instanceof AbstractButton) { AbstractButton b = (AbstractButton) c; Color saved = g.getColor(); if (b.isEnabled()) { g.setColor(low); g.drawOval(x, y, 12, 12); g.setColor(hi); g.drawOval(x+1, y+1, 12, 12); if (b.isSelected()) { g.setColor(sel); g.fillOval(x+4, y+4, 6, 6); } } else { g.setColor(hi); g.drawOval(x, y, 12, 12); if (b.isSelected()) g.fillOval(x+4, y+4, 6, 6); } g.setColor(saved); } } }; } | public static Icon getRadioButtonIcon() { return new Icon() { public int getIconHeight() { return 12; } public int getIconWidth() { return 12; } public void paintIcon(Component c, Graphics g, int x, int y) { UIDefaults defaults; defaults = UIManager.getLookAndFeelDefaults(); Color hi = defaults.getColor("RadioButton.highlight"); Color low = defaults.getColor("RadioButton.darkShadow"); Color sel = defaults.getColor("RadioButton.foreground"); Color dim = defaults.getColor("RadioButton.shadow"); if (c instanceof AbstractButton) { AbstractButton b = (AbstractButton) c; Color saved = g.getColor(); if (b.isEnabled()) { g.setColor(low); g.drawOval(x, y, 12, 12); g.setColor(hi); g.drawOval(x+1, y+1, 12, 12); if (b.isSelected()) { g.setColor(sel); g.fillOval(x+4, y+4, 6, 6); } } else { g.setColor(hi); g.drawOval(x, y, 12, 12); if (b.isSelected()) g.fillOval(x+4, y+4, 6, 6); } g.setColor(saved); } } }; } |
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public FileSystem getFileSystem() { return null; } | public final FileSystem getFileSystem() { return entry.getFileSystem(); } | public FileSystem getFileSystem() { return null; } |
public boolean isValid() { return true; } | public final boolean isValid() { return true; } | public boolean isValid() { return true; } |
public Iterator iterator() throws IOException { return new Iterator() { int offset = 0; EntryRecord parent = ISO9660Directory.this.entry.getCDFSentry(); byte[] buffer = parent.getExtentData(); public boolean hasNext() { return buffer[offset] > 0; } | public Iterator iterator() throws IOException { return new Iterator() { | public Iterator iterator() throws IOException { return new Iterator() { int offset = 0; EntryRecord parent = ISO9660Directory.this.entry.getCDFSentry(); byte[] buffer = parent.getExtentData(); public boolean hasNext() { return buffer[offset] > 0; } public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } public void remove() { throw new UnsupportedOperationException("Not yet implemented"); } }; } |
public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } | int offset = 0; | public Iterator iterator() throws IOException { return new Iterator() { int offset = 0; EntryRecord parent = ISO9660Directory.this.entry.getCDFSentry(); byte[] buffer = parent.getExtentData(); public boolean hasNext() { return buffer[offset] > 0; } public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } public void remove() { throw new UnsupportedOperationException("Not yet implemented"); } }; } |
public void remove() { throw new UnsupportedOperationException("Not yet implemented"); } }; } | final EntryRecord parent = ISO9660Directory.this.entry .getCDFSentry(); final byte[] buffer = parent.getExtentData(); public boolean hasNext() { return ((offset < buffer.length) && (buffer[ offset] > 0)); } public Object next() { final ISO9660Volume volume = parent.getVolume(); final EntryRecord fEntry = new EntryRecord(volume, buffer, offset, parent.getEncoding()); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry((ISO9660FileSystem) entry .getFileSystem(), fEntry); } public void remove() { throw new UnsupportedOperationException("Not yet implemented"); } }; } | public Iterator iterator() throws IOException { return new Iterator() { int offset = 0; EntryRecord parent = ISO9660Directory.this.entry.getCDFSentry(); byte[] buffer = parent.getExtentData(); public boolean hasNext() { return buffer[offset] > 0; } public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } public void remove() { throw new UnsupportedOperationException("Not yet implemented"); } }; } |
public boolean hasNext() { return buffer[offset] > 0; } | public boolean hasNext() { return ((offset < buffer.length) && (buffer[ offset] > 0)); } | public boolean hasNext() { return buffer[offset] > 0; } |
public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } | public Object next() { final ISO9660Volume volume = parent.getVolume(); final EntryRecord fEntry = new EntryRecord(volume, buffer, offset, parent.getEncoding()); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry((ISO9660FileSystem) entry .getFileSystem(), fEntry); } | public Object next() { EntryRecord fEntry = new EntryRecord(parent.getVolume(),buffer,offset); offset += fEntry.getLengthOfDirectoryEntry(); return new ISO9660Entry(fEntry); } |
super ("UTF-16", null); | super ("UTF-16", new String[] { "UTF16", "ISO-10646-UCS-2", "unicode", "csUnicode", "ucs-2" }); | UTF_16 () { super ("UTF-16", null); } |
boolean isValue = read_boolean(); | boolean isObject = read_boolean(); | public Object read_abstract_interface() { boolean isValue = read_boolean(); if (isValue) return read_value(); else return read_Object(); } |
if (isValue) return read_value(); | if (isObject) return read_Object(); | public Object read_abstract_interface() { boolean isValue = read_boolean(); if (isValue) return read_value(); else return read_Object(); } |
return read_Object(); | return read_value(); | public Object read_abstract_interface() { boolean isValue = read_boolean(); if (isValue) return read_value(); else return read_Object(); } |
try { input.mark(512); int value_tag = input.read_long(); checkTag(value_tag); String codebase = null; String[] ids = null; String id = null; java.lang.Object ox = null; if (value_tag == vt_NULL) return null; else if (value_tag == vt_INDIRECTION) throw new NO_IMPLEMENT("Indirections unsupported"); else { if ((value_tag & vf_CODEBASE) != 0) { codebase = input.read_string(); } if ((value_tag & vf_MULTIPLE_IDS) != 0) { ids = StringSeqHelper.read(input); for (int i = 0; (i < ids.length) && (ox == null); i++) { ox = ObjectCreator.Idl2Object(ids [ i ]); if (ox == null) { ValueFactory f = ((org.omg.CORBA_2_3.ORB) input.orb()).lookup_value_factory(ids [ i ]); if (f != null) { input.reset(); return f.read_value((org.omg.CORBA_2_3.portable.InputStream) input); } } } } else if ((value_tag & vf_ID) != 0) { id = input.read_string(); ox = ObjectCreator.Idl2Object(id); if (ox == null) { ValueFactory f = ((org.omg.CORBA_2_3.ORB) input.orb()).lookup_value_factory(id); if (f != null) { input.reset(); return f.read_value((org.omg.CORBA_2_3.portable.InputStream) input); } } } } if (ox == null) throw new MARSHAL("Unable to instantiate the value type"); else { read_instance(input, ox, value_tag, null); return (Serializable) ox; } } catch (Exception ex) { throw new MARSHAL(ex + ":" + ex.getMessage()); } | return read(input, (String) null); | public static Serializable read(InputStream input) { // Explicitly prevent the stream from closing as we may need // to read the subsequent bytes as well. Stream may be auto-closed // in its finalizer. try { // We may need to jump back if the value is read via value factory. input.mark(512); int value_tag = input.read_long(); checkTag(value_tag); String codebase = null; String[] ids = null; String id = null; // The existing implementing object. java.lang.Object ox = null; // Check for the agreed null value. if (value_tag == vt_NULL) return null; else if (value_tag == vt_INDIRECTION) // TODO FIXME Implement support for indirections. throw new NO_IMPLEMENT("Indirections unsupported"); else { // Read the value. if ((value_tag & vf_CODEBASE) != 0) { // The codebase is present. The codebase is a space // separated list of URLs from where the implementing // code can be downloaded. codebase = input.read_string(); } if ((value_tag & vf_MULTIPLE_IDS) != 0) { // Multiple supported repository ids are present. ids = StringSeqHelper.read(input); for (int i = 0; (i < ids.length) && (ox == null); i++) { ox = ObjectCreator.Idl2Object(ids [ i ]); if (ox == null) { // Try to find the value factory. ValueFactory f = ((org.omg.CORBA_2_3.ORB) input.orb()).lookup_value_factory(ids [ i ]); if (f != null) { // Reset, as the value factory reads from beginning. input.reset(); return f.read_value((org.omg.CORBA_2_3.portable.InputStream) input); } } } } else if ((value_tag & vf_ID) != 0) { // Single supported repository id is present. id = input.read_string(); ox = ObjectCreator.Idl2Object(id); if (ox == null) { // Try to find the value factory. ValueFactory f = ((org.omg.CORBA_2_3.ORB) input.orb()).lookup_value_factory(id); if (f != null) { input.reset(); return f.read_value((org.omg.CORBA_2_3.portable.InputStream) input); } } } } if (ox == null) throw new MARSHAL("Unable to instantiate the value type"); else { read_instance(input, ox, value_tag, null); return (Serializable) ox; } } catch (Exception ex) { throw new MARSHAL(ex + ":" + ex.getMessage()); } } |
public Image createImage(byte[] data) { return createImage(data, 0, data.length); } | public abstract Image createImage(String filename); | public Image createImage(byte[] data) { return createImage(data, 0, data.length); } |
public ICMPTimestampHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); | public ICMPTimestampHeader( int type, int identifier, int seqNumber, int originateTimestamp, int receiveTimestamp, int transmitTimestamp) { super(type, 0, identifier, seqNumber); | public ICMPTimestampHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); if ((type != ICMP_TIMESTAMP) && (type != ICMP_TIMESTAMPREPLY)) { throw new IllegalArgumentException("Invalid type " + type); } this.originateTimestamp = skbuf.get32(8); this.receiveTimestamp = skbuf.get32(12); this.transmitTimestamp = skbuf.get32(16); } |
this.originateTimestamp = skbuf.get32(8); this.receiveTimestamp = skbuf.get32(12); this.transmitTimestamp = skbuf.get32(16); | this.originateTimestamp = originateTimestamp; this.receiveTimestamp = receiveTimestamp; this.transmitTimestamp = transmitTimestamp; | public ICMPTimestampHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); if ((type != ICMP_TIMESTAMP) && (type != ICMP_TIMESTAMPREPLY)) { throw new IllegalArgumentException("Invalid type " + type); } this.originateTimestamp = skbuf.get32(8); this.receiveTimestamp = skbuf.get32(12); this.transmitTimestamp = skbuf.get32(16); } |
public ICMPAddressMaskHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); | public ICMPAddressMaskHeader(int type, int identifier, int seqNumber, IPv4Address subnetMask) { super(type, 0, identifier, seqNumber); | public ICMPAddressMaskHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); if ((type != ICMP_ADDRESS) && (type != ICMP_ADDRESSREPLY)) { throw new IllegalArgumentException("Invalid type " + type); } this.subnetMask = new IPv4Address(skbuf, 8); } |
this.subnetMask = new IPv4Address(skbuf, 8); | this.subnetMask = subnetMask; | public ICMPAddressMaskHeader(SocketBuffer skbuf) { super(skbuf); final int type = getType(); if ((type != ICMP_ADDRESS) && (type != ICMP_ADDRESSREPLY)) { throw new IllegalArgumentException("Invalid type " + type); } this.subnetMask = new IPv4Address(skbuf, 8); } |
public ICMPEchoHeader(SocketBuffer skbuf) { super(skbuf); | public ICMPEchoHeader(int type, int identifier, int seqNumber) { super(type, 0, identifier, seqNumber); | public ICMPEchoHeader(SocketBuffer skbuf) { super(skbuf); } |
attribHash.put("axisDatatype",new XMLAttribute(new StringDataFormat(), Constants.OBJECT_TYPE)); | attribHash.put("axisDatatype",new XMLAttribute(new StringDataFormat(), Constants.STRING_TYPE)); | private void init() { classXDFNodeName = "axis"; // order matters! these are in *reverse* order of their // occurence in the XDF DTD attribOrder.add(0,"valueList"); attribOrder.add(0,"axisIdRef"); attribOrder.add(0,"axisId"); attribOrder.add(0,"align"); //not sure what it is??? attribOrder.add(0,"axisUnits"); attribOrder.add(0,"axisDatatype"); attribOrder.add(0,"description"); attribOrder.add(0,"name"); //set up the attribute hashtable key with the default initial value //set the minimum array size(essentially the size of the axis) attribHash.put("valueList", new XMLAttribute(Collections.synchronizedList(new ArrayList(super.sDefaultDataArraySize)), Constants.LIST_TYPE)); attribHash.put("axisIdRef", new XMLAttribute(null, Constants.STRING_TYPE)); attribHash.put("axisId", new XMLAttribute(null, Constants.STRING_TYPE)); attribHash.put("aligh", new XMLAttribute(null, Constants.STRING_TYPE)); //double check??? //set up the axisUnits attribute Units unitsObj = new Units(); attribHash.put("axisUnits", new XMLAttribute(unitsObj, Constants.OBJECT_TYPE)); unitsObj.setXDFNodeName("axisUnits"); attribHash.put("axisDatatype",new XMLAttribute(new StringDataFormat(), Constants.OBJECT_TYPE)); attribHash.put("description", new XMLAttribute(null, Constants.STRING_TYPE)); attribHash.put("name", new XMLAttribute(null, Constants.STRING_TYPE)); length = 0; } |
JViewport vp = (JViewport)parent; Component view = vp.getView(); if (view != null) return view.getMinimumSize(); else return new Dimension(); | return new Dimension(4, 4); | public Dimension minimumLayoutSize(Container parent) { JViewport vp = (JViewport)parent; Component view = vp.getView(); if (view != null) return view.getMinimumSize(); else return new Dimension(); } |
public void connect(SocketAddress address) throws SocketException | public void connect(InetAddress address, int port) | public void connect(SocketAddress address) throws SocketException { if (isClosed()) throw new SocketException("socket is closed"); if (! (address instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); InetSocketAddress tmp = (InetSocketAddress) address; connect(tmp.getAddress(), tmp.getPort()); } |
if (isClosed()) throw new SocketException("socket is closed"); | if (address == null) throw new IllegalArgumentException("Connect address may not be null"); | public void connect(SocketAddress address) throws SocketException { if (isClosed()) throw new SocketException("socket is closed"); if (! (address instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); InetSocketAddress tmp = (InetSocketAddress) address; connect(tmp.getAddress(), tmp.getPort()); } |
if (! (address instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); | if ((port < 1) || (port > 65535)) throw new IllegalArgumentException("Port number is illegal: " + port); | public void connect(SocketAddress address) throws SocketException { if (isClosed()) throw new SocketException("socket is closed"); if (! (address instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); InetSocketAddress tmp = (InetSocketAddress) address; connect(tmp.getAddress(), tmp.getPort()); } |
InetSocketAddress tmp = (InetSocketAddress) address; connect(tmp.getAddress(), tmp.getPort()); | SecurityManager sm = System.getSecurityManager(); if (sm != null) sm.checkConnect(address.getHostName(), port); try { getImpl().connect(address, port); remoteAddress = address; remotePort = port; } catch (SocketException e) { } | public void connect(SocketAddress address) throws SocketException { if (isClosed()) throw new SocketException("socket is closed"); if (! (address instanceof InetSocketAddress)) throw new IllegalArgumentException("unsupported address type"); InetSocketAddress tmp = (InetSocketAddress) address; connect(tmp.getAddress(), tmp.getPort()); } |
public abstract int read(ByteBuffer dst) throws IOException; | public final long read(ByteBuffer[] dsts) throws IOException { long b = 0; for (int i = 0; i < dsts.length; i++) b += read(dsts[i]); return b; } | public abstract int read(ByteBuffer dst) throws IOException; |
public DatagramPacket(byte[] buf, int length) { this(buf, 0, length); | public DatagramPacket(byte[] buf, int offset, int length) { setData(buf, offset, length); address = null; port = -1; | public DatagramPacket(byte[] buf, int length) { this(buf, 0, length); } |
Subsets and Splits