access = "public"; } else if (_pc.isFinal()) { method.makePrivate(); access = "private"; } else {
access = "public"; } else if (_pc.isFinal()) { method.makePrivate(); access = "private"; } else {
/** * Creates the pcIsDetached() method to determine if an instance * is detached. */ private void addIsDetachedMethod() throws NoSuchMethodException { // public boolean pcIsDetached() BCMethod method = _pc.declareMethod(PRE + "IsDetached", Boolean.class, null); method.makePublic(); Code code = method.getCode(true); boolean needsDefinitiveMethod = writeIsDetachedMethod(code); code.calculateMaxStack(); code.calculateMaxLocals(); if (!needsDefinitiveMethod) return; // private boolean pcIsDetachedStateDefinitive() // return false; // auxilliary enhancers may change the return value of this method // if their specs consider detached state definitive method = _pc.declareMethod(ISDETACHEDSTATEDEFINITIVE, boolean.class, null); method.makePrivate(); code = method.getCode(true); code.constant().setValue(false); code.ireturn(); code.calculateMaxStack(); code.calculateMaxLocals(); }
private boolean setVisibilityToSuperMethod(BCMethod method) { BCMethod[] methods = _managedType.getMethods(method.getName(), method.getParamTypes()); if (methods.length == 0) throw new UserException(_loc.get("no-accessor", _managedType.getName(), method.getName())); BCMethod superMeth = methods[0]; if (superMeth.isPrivate()) { method.makePrivate(); return true; } else if (superMeth.isPackage()) { method.makePackage(); return true; } else if (superMeth.isProtected()) { method.makeProtected(); return true; } else if (superMeth.isPublic()) { method.makePublic(); return true; } return false; }
private boolean setVisibilityToSuperMethod(BCMethod method) { BCMethod[] methods = _managedType.getMethods(method.getName(), method.getParamTypes()); if (methods.length == 0) throw new UserException(_loc.get("no-accessor", _managedType.getName(), method.getName())); BCMethod superMeth = methods[0]; if (superMeth.isPrivate()) { method.makePrivate(); return true; } else if (superMeth.isPackage()) { method.makePackage(); return true; } else if (superMeth.isProtected()) { method.makeProtected(); return true; } else if (superMeth.isPublic()) { method.makePublic(); return true; } return false; }
access = "public"; } else if (_pc.isFinal()) { method.makePrivate(); access = "private"; } else {
access = "public"; } else if (_pc.isFinal()) { method.makePrivate(); access = "private"; } else {
access = "public"; } else if (_pc.isFinal()) { method.makePrivate(); access = "private"; } else {
/** * Creates the pcIsDetached() method to determine if an instance * is detached. */ private void addIsDetachedMethod() throws NoSuchMethodException { // public boolean pcIsDetached() BCMethod method = _pc.declareMethod(PRE + "IsDetached", Boolean.class, null); method.makePublic(); Code code = method.getCode(true); boolean needsDefinitiveMethod = writeIsDetachedMethod(code); code.calculateMaxStack(); code.calculateMaxLocals(); if (!needsDefinitiveMethod) return; // private boolean pcIsDetachedStateDefinitive() // return false; // auxilliary enhancers may change the return value of this method // if their specs consider detached state definitive method = _pc.declareMethod(ISDETACHEDSTATEDEFINITIVE, boolean.class, null); method.makePrivate(); code = method.getCode(true); code.constant().setValue(false); code.ireturn(); code.calculateMaxStack(); code.calculateMaxLocals(); }
private boolean setVisibilityToSuperMethod(BCMethod method) { BCMethod[] methods = _managedType.getMethods(method.getName(), method.getParamTypes()); if (methods.length == 0) throw new UserException(_loc.get("no-accessor", _managedType.getName(), method.getName())); BCMethod superMeth = methods[0]; if (superMeth.isPrivate()) { method.makePrivate(); return true; } else if (superMeth.isPackage()) { method.makePackage(); return true; } else if (superMeth.isProtected()) { method.makeProtected(); return true; } else if (superMeth.isPublic()) { method.makePublic(); return true; } return false; }
/** * Creates the pcIsDetached() method to determine if an instance * is detached. */ private void addIsDetachedMethod() throws NoSuchMethodException { // public boolean pcIsDetached() BCMethod method = _pc.declareMethod(PRE + "IsDetached", Boolean.class, null); method.makePublic(); Code code = method.getCode(true); boolean needsDefinitiveMethod = writeIsDetachedMethod(code); code.calculateMaxStack(); code.calculateMaxLocals(); if (!needsDefinitiveMethod) return; // private boolean pcIsDetachedStateDefinitive() // return false; // auxilliary enhancers may change the return value of this method // if their specs consider detached state definitive method = _pc.declareMethod(ISDETACHEDSTATEDEFINITIVE, boolean.class, null); method.makePrivate(); code = method.getCode(true); code.constant().setValue(false); code.ireturn(); code.calculateMaxStack(); code.calculateMaxLocals(); }
private boolean setVisibilityToSuperMethod(BCMethod method) { BCMethod[] methods = _managedType.getMethods(method.getName(), method.getParamTypes()); if (methods.length == 0) throw new UserException(_loc.get("no-accessor", _managedType.getName(), method.getName())); BCMethod superMeth = methods[0]; if (superMeth.isPrivate()) { method.makePrivate(); return true; } else if (superMeth.isPackage()) { method.makePackage(); return true; } else if (superMeth.isProtected()) { method.makeProtected(); return true; } else if (superMeth.isPublic()) { method.makePublic(); return true; } return false; }
private boolean setVisibilityToSuperMethod(BCMethod method) { BCMethod[] methods = _managedType.getMethods(method.getName(), method.getParamTypes()); if (methods.length == 0) throw new UserException(_loc.get("no-accessor", _managedType.getName(), method.getName())); BCMethod superMeth = methods[0]; if (superMeth.isPrivate()) { method.makePrivate(); return true; } else if (superMeth.isPackage()) { method.makePackage(); return true; } else if (superMeth.isProtected()) { method.makeProtected(); return true; } else if (superMeth.isPublic()) { method.makePublic(); return true; } return false; }
/** * Creates the pcIsDetached() method to determine if an instance * is detached. */ private void addIsDetachedMethod() throws NoSuchMethodException { // public boolean pcIsDetached() BCMethod method = _pc.declareMethod(PRE + "IsDetached", Boolean.class, null); method.makePublic(); Code code = method.getCode(true); boolean needsDefinitiveMethod = writeIsDetachedMethod(code); code.calculateMaxStack(); code.calculateMaxLocals(); if (!needsDefinitiveMethod) return; // private boolean pcIsDetachedStateDefinitive() // return false; // auxilliary enhancers may change the return value of this method // if their specs consider detached state definitive method = _pc.declareMethod(ISDETACHEDSTATEDEFINITIVE, boolean.class, null); method.makePrivate(); code = method.getCode(true); code.constant().setValue(false); code.ireturn(); code.calculateMaxStack(); code.calculateMaxLocals(); }
/** * Creates the pcIsDetached() method to determine if an instance * is detached. */ private void addIsDetachedMethod() throws NoSuchMethodException { // public boolean pcIsDetached() BCMethod method = _pc.declareMethod(PRE + "IsDetached", Boolean.class, null); method.makePublic(); Code code = method.getCode(true); boolean needsDefinitiveMethod = writeIsDetachedMethod(code); code.calculateMaxStack(); code.calculateMaxLocals(); if (!needsDefinitiveMethod) return; // private boolean pcIsDetachedStateDefinitive() // return false; // auxilliary enhancers may change the return value of this method // if their specs consider detached state definitive method = _pc.declareMethod(ISDETACHEDSTATEDEFINITIVE, boolean.class, null); method.makePrivate(); code = method.getCode(true); code.constant().setValue(false); code.ireturn(); code.calculateMaxStack(); code.calculateMaxLocals(); }
new Class[]{ ObjectOutputStream.class }); write.getExceptions(true).addException(IOException.class); write.makePrivate(); read.getExceptions(true).addException (ClassNotFoundException.class); read.makePrivate();
new Class[]{ ObjectOutputStream.class }); write.getExceptions(true).addException(IOException.class); write.makePrivate(); read.getExceptions(true).addException (ClassNotFoundException.class); read.makePrivate();
setter.makePrivate(); Code code = setter.getCode(true); code.aload().setThis();
setter.makePrivate(); Code code = setter.getCode(true); code.aload().setThis();
setter.makePrivate(); Code code = setter.getCode(true); code.aload().setThis();