jdk8-mips64-public/corba: src/share/classes/sun/rmi/rmic/iiop/StubGenerator.java@55540e827aef (annotated)

src/share/classes/sun/rmi/rmic/iiop/StubGenerator.java@55540e827aef (annotated)

src/share/classes/sun/rmi/rmic/iiop/StubGenerator.java

Sat, 01 Dec 2007 00:00:00 +0000

author: duke
date: Sat, 01 Dec 2007 00:00:00 +0000
changeset 1: 55540e827aef
child 158: 91006f157c46
permissions: -rw-r--r--

Initial load

 /*
  * Portions Copyright 1998-2007 Sun Microsystems, Inc.  All Rights Reserved.
  * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
  *
  * This code is free software; you can redistribute it and/or modify it
  * under the terms of the GNU General Public License version 2 only, as
  * published by the Free Software Foundation.  Sun designates this
  * particular file as subject to the "Classpath" exception as provided
  * by Sun in the LICENSE file that accompanied this code.
  *
  * This code is distributed in the hope that it will be useful, but WITHOUT
  * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
  * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
  * version 2 for more details (a copy is included in the LICENSE file that
  * accompanied this code).
  *
  * You should have received a copy of the GNU General Public License version
  * 2 along with this work; if not, write to the Free Software Foundation,
  * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
  *
  * Please contact Sun Microsystems, Inc., 4150 Network Circle, Santa Clara,
  * CA 95054 USA or visit www.sun.com if you need additional information or
  * have any questions.
  */
 /*
  * Licensed Materials - Property of IBM
  * RMI-IIOP v1.0
  * Copyright IBM Corp. 1998 1999  All Rights Reserved
  *
  */
 package sun.rmi.rmic.iiop;
 import java.io.File;
 import java.io.IOException;
 import java.util.Vector;
 import java.util.Hashtable;
 import java.util.Enumeration;
 import sun.tools.java.Identifier;
 import sun.tools.java.ClassNotFound;
 import sun.tools.java.ClassDefinition;
 import sun.tools.java.ClassDeclaration;
 import sun.tools.java.CompilerError;
 import sun.rmi.rmic.IndentingWriter;
 import java.util.HashSet;
 import java.util.Arrays;
 import com.sun.corba.se.impl.util.Utility;
 import com.sun.corba.se.impl.util.PackagePrefixChecker;
 import sun.rmi.rmic.Main;
 /**
  * An IIOP stub/tie generator for rmic.
  *
  * @author      Bryan Atsatt
  * @author      Anil Vijendran
  * @author      M. Mortazavi
  */
 public class StubGenerator extends sun.rmi.rmic.iiop.Generator {
     private static final String DEFAULT_STUB_CLASS = "javax.rmi.CORBA.Stub";
     private static final String DEFAULT_TIE_CLASS = "org.omg.CORBA_2_3.portable.ObjectImpl";
     private static final String DEFAULT_POA_TIE_CLASS = "org.omg.PortableServer.Servant";
     protected boolean reverseIDs = false;
     protected boolean localStubs = true;
     protected boolean standardPackage = false;
     protected boolean useHash = true;
     protected String stubBaseClass = DEFAULT_STUB_CLASS;
     protected String tieBaseClass = DEFAULT_TIE_CLASS;
     protected HashSet namesInUse = new HashSet();
     protected Hashtable classesInUse = new Hashtable();
     protected Hashtable imports = new Hashtable();
     protected int importCount = 0;
     protected String currentPackage = null;
     protected String currentClass = null;
     protected boolean castArray = false;
     protected Hashtable transactionalObjects = new Hashtable() ;
     protected boolean POATie = false ;
     /**
      * Default constructor for Main to use.
      */
     public StubGenerator() {
     }
     /**
      * Overridden in order to set the standardPackage flag.
      */
     public void generate(
             sun.rmi.rmic.BatchEnvironment env,
             ClassDefinition cdef, File destDir) {
         ((sun.rmi.rmic.iiop.BatchEnvironment)env).
                 setStandardPackage(standardPackage);
         super.generate(env, cdef, destDir);
     }
     /**
      * Return true if a new instance should be created for each
      * class on the command line. Subclasses which return true
      * should override newInstance() to return an appropriately
      * constructed instance.
      */
     protected boolean requireNewInstance() {
         return false;
     }
     /**
      * Return true if non-conforming types should be parsed.
      * @param stack The context stack.
      */
     protected boolean parseNonConforming(ContextStack stack) {
         // We let the environment setting decide so that
         // another generator (e.g. IDLGenerator) can change
         // it and we will just go with the flow...
         return stack.getEnv().getParseNonConforming();
     }
     /**
      * Create and return a top-level type.
      * @param cdef The top-level class definition.
      * @param stack The context stack.
      * @return The compound type or null if is non-conforming.
      */
     protected CompoundType getTopType(ClassDefinition cdef, ContextStack stack) {
         CompoundType result = null;
         // Do we have an interface?
         if (cdef.isInterface()) {
             // Yes, so first try Abstract...
             result = AbstractType.forAbstract(cdef,stack,true);
             if (result == null) {
                 // Then try Remote...
                 result = RemoteType.forRemote(cdef,stack,false);
             }
         } else {
             // Not an interface, so try Implementation...
             result = ImplementationType.forImplementation(cdef,stack,false);
         }
         return result;
     }
     /**
      * Examine and consume command line arguments.
      * @param argv The command line arguments. Ignore null
      * and unknown arguments. Set each consumed argument to null.
      * @param error Report any errors using the main.error() methods.
      * @return true if no errors, false otherwise.
      */
     public boolean parseArgs(String argv[], Main main) {
         Object marker = new Object() ;
         // Reset any cached options...
         reverseIDs = false;
         localStubs = true;
         useHash = true;
         stubBaseClass = DEFAULT_STUB_CLASS;
         //       tieBaseClass = DEFAULT_TIE_CLASS;
         transactionalObjects = new Hashtable() ;
         // Parse options...
         boolean result = super.parseArgs(argv,main);
         if (result) {
             for (int i = 0; i < argv.length; i++) {
                 if (argv[i] != null) {
                     String arg = argv[i].toLowerCase();
                     if (arg.equals("-iiop")) {
                         argv[i] = null;
                     } else if (arg.equals("-xreverseids")) {
                         reverseIDs = true;
                         argv[i] = null;
                     } else if (arg.equals("-nolocalstubs")) {
                         localStubs = false;
                         argv[i] = null;
                     } else if (arg.equals("-xnohash")) {
                         useHash = false;
                         argv[i] = null;
                     } else if (argv[i].equals("-standardPackage")) {
                         standardPackage = true;
                         argv[i] = null;
                     } else if (arg.equals("-xstubbase")) {
                         argv[i] = null;
                         if (++i < argv.length && argv[i] != null && !argv[i].startsWith("-")) {
                             stubBaseClass = argv[i];
                             argv[i] = null;
                         } else {
                             main.error("rmic.option.requires.argument", "-Xstubbase");
                             result = false;
                         }
                     } else if (arg.equals("-xtiebase")) {
                         argv[i] = null;
                         if (++i < argv.length && argv[i] != null && !argv[i].startsWith("-")) {
                             tieBaseClass = argv[i];
                             argv[i] = null;
                         } else {
                             main.error("rmic.option.requires.argument", "-Xtiebase");
                             result = false;
                         }
                     } else if (arg.equals("-transactional" )) {
                         // Scan for the next non-flag argument.
                         // Assume that it is a class name and add it
                         // to the list of transactional classes.
                         for ( int ctr=i+1; ctr<argv.length; ctr++ ) {
                             if (argv[ctr].charAt(1) != '-') {
                                 transactionalObjects.put( argv[ctr], marker ) ;
                                 break ;
                             }
                         }
                         argv[i] = null;
                     } else if (arg.equals( "-poa" )) {
                         POATie = true ;
                         argv[i] = null;
                     }
                 }
             }
         }
         if(POATie){
             tieBaseClass = DEFAULT_POA_TIE_CLASS;
         } else {
             tieBaseClass = DEFAULT_TIE_CLASS;
         }
         return result;
     }
     /**
      * Return an array containing all the file names and types that need to be
      * generated for the given top-level type.  The file names must NOT have an
      * extension (e.g. ".java").
      * @param topType The type returned by getTopType().
      * @param alreadyChecked A set of Types which have already been checked.
      *  Intended to be passed to topType.collectMatching(filter,alreadyChecked).
      */
     protected OutputType[] getOutputTypesFor(CompoundType topType,
                                              HashSet alreadyChecked) {
         // We want to generate stubs for all remote and implementation types,
         // so collect them up.
         //
         // We use the form of collectMatching which allows us to pass in a set of
         // types which have previously been checked. By doing so, we ensure that if
         // the command line contains Hello and HelloImpl, we will only generate
         // output for Hello once...
         int filter = TYPE_REMOTE | TYPE_IMPLEMENTATION;
         Type[] genTypes = topType.collectMatching(filter,alreadyChecked);
         int count = genTypes.length;
         Vector list = new Vector(count+5);
         BatchEnvironment theEnv = topType.getEnv();
         // Now walk all types...
         for (int i = 0; i < genTypes.length; i++) {
             Type type = genTypes[i];
             String typeName = type.getName();
             boolean createStub = true;
             // Is it an implementation type?
             if (type instanceof ImplementationType) {
                 // Yes, so add a tie for it...
                 list.addElement(new OutputType(Utility.tieNameForCompiler(typeName), type));
                 // Does it have more than 1 remote interface?  If so, we
                 // want to create a stub for it...
                 int remoteInterfaceCount = 0;
                 InterfaceType[] interfaces = ((CompoundType)type).getInterfaces();
                 for (int j = 0; j < interfaces.length; j++) {
                     if (interfaces[j].isType(TYPE_REMOTE) &&
                         !interfaces[j].isType(TYPE_ABSTRACT)) {
                         remoteInterfaceCount++;
                     }
                 }
                 if (remoteInterfaceCount <= 1) {
                     // No, so do not create a stub for this type...
                     createStub = false;
                 }
             }
             // Is it an abstract interface type?
             if (type instanceof AbstractType) {
                 // Do not create a stub for this type...
                 createStub = false;  // d11141
             }
             if (createStub) {
                 // Add a stub for the type...
                 list.addElement(new OutputType(Utility.stubNameForCompiler(typeName), type));
             }
         }
         // Copy list into array..
         OutputType[] outputTypes = new OutputType[list.size()];
         list.copyInto(outputTypes);
         return outputTypes;
     }
     /**
      * Return the file name extension for the given file name (e.g. ".java").
      * All files generated with the ".java" extension will be compiled. To
      * change this behavior for ".java" files, override the compileJavaSourceFile
      * method to return false.
      * @param outputType One of the items returned by getOutputTypesFor(...)
      */
     protected String getFileNameExtensionFor(OutputType outputType) {
         return SOURCE_FILE_EXTENSION;
     }
     /**
      * Write the output for the given OutputFileName into the output stream.
      * @param name One of the items returned by getOutputTypesFor(...)
      * @param alreadyChecked A set of Types which have already been checked.
      *  Intended to be passed to Type.collectMatching(filter,alreadyChecked).
      * @param writer The output stream.
      */
     protected void writeOutputFor(      OutputType outputType,
                                         HashSet alreadyChecked,
                                         IndentingWriter writer) throws IOException {
         String fileName = outputType.getName();
         CompoundType theType = (CompoundType) outputType.getType();
         // Are we doing a Stub or Tie?
         if (fileName.endsWith(Utility.RMI_STUB_SUFFIX)) {
             // Stub.
             writeStub(outputType,writer);
         } else {
             // Tie
             writeTie(outputType,writer);
         }
     }
     /**
      * Write a stub for the specified type.
      */
     protected void writeStub(OutputType outputType,
                              IndentingWriter p) throws IOException {
         CompoundType theType = (CompoundType) outputType.getType();
         RemoteType[] remoteInterfaces = getDirectRemoteInterfaces(theType);
         // Write comment.
         p.pln("// Stub class generated by rmic, do not edit.");
         p.pln("// Contents subject to change without notice.");
         p.pln();
         // Set our standard classes...
         setStandardClassesInUse(theType,true);
         // Add classes for this type...
         addClassesInUse(theType,remoteInterfaces);
         // Write package and import statements...
         writePackageAndImports(p);
         // Declare the stub class; implement all remote interfaces.
         p.p("public class " + currentClass);
         p.p(" extends " + getName(stubBaseClass));
         p.p(" implements ");
         if (remoteInterfaces.length > 0) {
             for(int i = 0; i < remoteInterfaces.length; i++) {
                 if (i > 0) {
                     p.pln(",");
                 }
                 String objName = testUtil(getName(remoteInterfaces[i]), theType);
                 p.p(objName);
             }
         }
         // Add java.rmi.Remote if this type does not implement it.
         // This allows stubs for Abstract interfaces to be treated
         // uniformly...
         if (!implementsRemote(theType)) {
             p.pln(",");
             p.p(getName("java.rmi.Remote"));
         }
         p.plnI(" {");
         p.pln();
         // Write the ids...
         writeIds( p, theType, false );
         p.pln();
         // Write the _ids() method...
         p.plnI("public String[] _ids() { ");
         p.pln("return _type_ids;");
         p.pOln("}");
         // Get all the methods and write each stub method...
         CompoundType.Method[] remoteMethods = theType.getMethods();
         int methodCount = remoteMethods.length;
         if (methodCount > 0) {
             boolean writeHeader = true;
             for(int i = 0; i < methodCount; i++) {
                 if (!remoteMethods[i].isConstructor()) {
                     if (writeHeader) {
                         writeHeader = false;
                     }
                     p.pln();
                     writeStubMethod(p, remoteMethods[i], theType);
                 }
             }
         }
         // Write the cast array hack...
         writeCastArray(p);
         p.pOln("}");            // end stub class
     }
     void addClassInUse(String qualifiedName) {
         String unqualifiedName = qualifiedName;
         String packageName = null;
         int index = qualifiedName.lastIndexOf('.');
         if (index > 0) {
             unqualifiedName = qualifiedName.substring(index+1);
             packageName = qualifiedName.substring(0,index);
         }
         addClassInUse(unqualifiedName,qualifiedName,packageName);
     }
     void addClassInUse(Type type) {
         if (!type.isPrimitive()) {
             Identifier id = type.getIdentifier();
             String name = IDLNames.replace(id.getName().toString(),". ",".");
             String packageName = type.getPackageName();
             String qualifiedName;
             if (packageName != null) {
                 qualifiedName = packageName+"."+name;
             } else {
                 qualifiedName = name;
             }
             addClassInUse(name,qualifiedName,packageName);
         }
     }
     void addClassInUse(Type[] types) {
         for (int i = 0; i < types.length; i++) {
             addClassInUse(types[i]);
         }
     }
     void addStubInUse(Type type) {
         if (type.getIdentifier() != idCorbaObject &&
             type.isType(TYPE_CORBA_OBJECT)) {
             String stubName = getStubNameFor(type,false);
             String packageName = type.getPackageName();
             String fullName;
             if (packageName == null) {
                 fullName = stubName;
             } else {
                 fullName = packageName + "." + stubName;
             }
             addClassInUse(stubName,fullName,packageName);
         }
         if (type.isType(TYPE_REMOTE) ||
             type.isType(TYPE_JAVA_RMI_REMOTE)) {
             addClassInUse("javax.rmi.PortableRemoteObject");
         }
     }
     String getStubNameFor(Type type, boolean qualified) {
         String stubName;
         String className;
         if (qualified) {
             className = type.getQualifiedName();
         } else {
             className = type.getName();
         }
         if (((CompoundType)type).isCORBAObject()) {
             stubName = Utility.idlStubName(className);
         } else {
             stubName = Utility.stubNameForCompiler(className);
         }
         return stubName;
     }
     void addStubInUse(Type[] types) {
         for (int i = 0; i < types.length; i++) {
             addStubInUse(types[i]);
         }
     }
     private static final String NO_IMPORT = new String();
     void addClassInUse(String unqualifiedName, String qualifiedName, String packageName) {
         // Have we already got an entry for this qualifiedName?
         String currentName = (String)classesInUse.get(qualifiedName);
         if (currentName == null) {
             // No, never seen it before. Grab any existing import
             // name and then decide what to do...
             String importName = (String) imports.get(unqualifiedName);
             String nameToUse = null;
             if (packageName == null) {
                 // Default package, so doesn't matter which name to use...
                 nameToUse = unqualifiedName;
             } else if (packageName.equals("java.lang")) {
                 // java.lang.*, so use unqualified name...
                 nameToUse = unqualifiedName;
                 // unless you want to be able to import things from the right place :--)
                 if(nameToUse.endsWith("_Stub")) nameToUse = Util.packagePrefix()+qualifiedName;
             } else if (currentPackage != null && packageName.equals(currentPackage)) {
                 // Class in currentPackage, so use unqualified name...
                 nameToUse = unqualifiedName;
                 // Do we already have a previous import under this
                 // unqualified name?
                 if (importName != null) {
                     // Yes, so we use qualifiedName...
                     nameToUse = qualifiedName;
                 }
             } else if (importName != null) {
                 // It is in some package for which we normally
                 // would import, but we have a previous import
                 // under this unqualified name. We must use
                 // the qualified name...
                 nameToUse = qualifiedName;
                 /*
                   // Is the currentPackage the default package?
                   if (currentPackage == null) {
                   // Yes, so undo the import so that all
                   // uses for this name will be qualified...
                   String old = (String)imports.remove(unqualifiedName);
                   classesInUse.put(old,old);
                   importCount--;
                   // Note that this name is in use but should
                   // not be imported...
                   imports.put(nameToUse,NO_IMPORT);
                   }
                 */
             } else if (qualifiedName.equals("org.omg.CORBA.Object")) {
                 // Always qualify this quy to avoid confusion...
                 nameToUse = qualifiedName;
             } else {
                 // Default to using unqualified name, and add
                 // this guy to the imports...
                 // Check for nested class in which case we use
                 // the fully qualified name instead of imports
                 if (unqualifiedName.indexOf('.') != -1) {
                     nameToUse = qualifiedName;
                 } else {
                     nameToUse = unqualifiedName;
                     imports.put(unqualifiedName,qualifiedName);
                     importCount++;
                 }
             }
             // Now add the name...
             classesInUse.put(qualifiedName,nameToUse);
         }
     }
     String getName(Type type) {
         if (type.isPrimitive()) {
             return type.getName() + type.getArrayBrackets();
         }
         Identifier id = type.getIdentifier();
         String name = IDLNames.replace(id.toString(),". ",".");
         return getName(name) + type.getArrayBrackets();
     }
     // Added for Bug 4818753
     String getExceptionName(Type type) {
         Identifier id = type.getIdentifier();
         return IDLNames.replace(id.toString(),". ",".");
     }
     String getName(String qualifiedName) {
         return (String)classesInUse.get(qualifiedName);
     }
     String getName(Identifier id) {
         return getName(id.toString());
     }
     String getStubName(Type type) {
         String stubName = getStubNameFor(type,true);
         return getName(stubName);
     }
     void setStandardClassesInUse(CompoundType type,
                                  boolean stub) throws IOException {
         // Reset our state...
         currentPackage = type.getPackageName();
         imports.clear();
         classesInUse.clear();
         namesInUse.clear();
         importCount = 0;
         castArray = false;
         // Add the top-level type...
         addClassInUse(type);
         // Set current class name...
         if (stub) {
             currentClass = Utility.stubNameForCompiler(type.getName());
         } else {
             currentClass = Utility.tieNameForCompiler(type.getName());
         }
         // Add current class...
         if (currentPackage == null) {
             addClassInUse(currentClass,currentClass,currentPackage);
         } else {
             addClassInUse(currentClass,(currentPackage+"."+currentClass),currentPackage);
         }
         // Add standard classes...
         addClassInUse("javax.rmi.CORBA.Util");
         addClassInUse(idRemote.toString());
         addClassInUse(idRemoteException.toString());
         addClassInUse(idOutputStream.toString());
         addClassInUse(idInputStream.toString());
         addClassInUse(idSystemException.toString());
         addClassInUse(idJavaIoSerializable.toString());
         addClassInUse(idCorbaORB.toString());
         addClassInUse(idReplyHandler.toString());
         // Add stub/tie specific imports...
         if (stub) {
             addClassInUse(stubBaseClass);
             addClassInUse("java.rmi.UnexpectedException");
             addClassInUse(idRemarshalException.toString());
             addClassInUse(idApplicationException.toString());
             if (localStubs) {
                 addClassInUse("org.omg.CORBA.portable.ServantObject");
             }
         } else {
             addClassInUse(type);
             addClassInUse(tieBaseClass);
             addClassInUse(idTieInterface.toString());
             addClassInUse(idBadMethodException.toString());
             addClassInUse(idPortableUnknownException.toString());
             addClassInUse(idJavaLangThrowable.toString());
         }
     }
     void addClassesInUse(CompoundType type, RemoteType[] interfaces) {
         // Walk all methods and add types in use...
         CompoundType.Method[] methods = type.getMethods();
         for (int i = 0; i < methods.length; i++) {
             addClassInUse(methods[i].getReturnType());
             addStubInUse(methods[i].getReturnType());
             addClassInUse(methods[i].getArguments());
             addStubInUse(methods[i].getArguments());
             addClassInUse(methods[i].getExceptions());
             // bug 4473859: Also include narrower subtypes for use
             addClassInUse(methods[i].getImplExceptions());
         }
         // If this is a stub, add all interfaces...
         if (interfaces != null) {
             addClassInUse(interfaces);
         }
     }
     void writePackageAndImports(IndentingWriter p) throws IOException {
         // Write package declaration...
         if (currentPackage != null) {
             p.pln("package " +
                      Util.correctPackageName(
                           currentPackage, false, standardPackage)
                    + ";");
             p.pln();
         }
         // Get imports into an array and sort them...
         String[] names = new String[importCount];
         int index = 0;
         for (Enumeration e = imports.elements() ; e.hasMoreElements() ;) {
             String it = (String) e.nextElement();
             if (it != NO_IMPORT) {
                 names[index++] = it;
             }
         }
         Arrays.sort(names,new StringComparator());
         // Now dump them out...
         for (int i = 0; i < importCount; i++) {
             if(
                Util.isOffendingPackage(names[i])
                && names[i].endsWith("_Stub")
                && String.valueOf(names[i].charAt(names[i].lastIndexOf(".")+1)).equals("_")
                ){
                 p.pln("import " + PackagePrefixChecker.packagePrefix()+names[i]+";");
             } else{
                 p.pln("import " + names[i] + ";");
             }
         }
         p.pln();
         // Include offending packages . . .
         if ( currentPackage!=null && Util.isOffendingPackage(currentPackage) ){
             p.pln("import " + currentPackage +".*  ;");
         }
         p.pln();
     }
     boolean implementsRemote(CompoundType theType) {
         boolean result = theType.isType(TYPE_REMOTE) && !theType.isType(TYPE_ABSTRACT);
         // If theType is not remote, look at all the interfaces
         // until we find one that is...
         if (!result) {
             InterfaceType[] interfaces = theType.getInterfaces();
             for (int i = 0; i < interfaces.length; i++) {
                 result = implementsRemote(interfaces[i]);
                 if (result) {
                     break;
                 }
             }
         }
         return result;
     }
     void writeStubMethod (  IndentingWriter p,
                             CompoundType.Method method,
                             CompoundType theType) throws IOException {
         // Wtite the method declaration and opening brace...
         String methodName = method.getName();
         String methodIDLName = method.getIDLName();
         Type paramTypes[] = method.getArguments();
         String paramNames[] = method.getArgumentNames();
         Type returnType = method.getReturnType();
         ValueType[] exceptions = getStubExceptions(method,false);
         addNamesInUse(method);
         addNameInUse("_type_ids");
         String objName = testUtil(getName(returnType), returnType);
         p.p("public " + objName + " " + methodName + "(");
         for(int i = 0; i < paramTypes.length; i++) {
             if (i > 0)
                 p.p(", ");
             p.p(getName(paramTypes[i]) + " " + paramNames[i]);
         }
         p.p(")");
         if (exceptions.length > 0) {
             p.p(" throws ");
             for(int i = 0; i < exceptions.length; i++) {
                 if (i > 0) {
                     p.p(", ");
                 }
                 // Added for Bug 4818753
                 p.p(getExceptionName(exceptions[i]));
             }
         }
         p.plnI(" {");
         // Now create the method body...
         if (localStubs) {
             writeLocalStubMethodBody(p,method,theType);
         } else {
             writeNonLocalStubMethodBody(p,method,theType);
         }
         // Close out the method...
         p.pOln("}");
     }
     void writeLocalStubMethodBody (IndentingWriter p,
                                    CompoundType.Method method,
                                    CompoundType theType) throws IOException {
         String objName;
         String paramNames[] = method.getArgumentNames();
         Type returnType = method.getReturnType();
         ValueType[] exceptions = getStubExceptions(method,false);
         String methodName = method.getName();
         String methodIDLName = method.getIDLName();
         p.plnI("if (!Util.isLocal(this)) {");
         writeNonLocalStubMethodBody(p,method,theType);
         p.pOlnI("} else {");
         String so = getVariableName("so");
         p.pln("ServantObject "+so+" = _servant_preinvoke(\""+methodIDLName+"\","+getName(theType)+".class);");
         p.plnI("if ("+so+" == null) {");
         if (!returnType.isType(TYPE_VOID)) {
             p.p("return ");
         }
         p.p(methodName+"(");
         for (int i = 0; i < paramNames.length; i++) {
             if (i > 0)
                 p.p(", ");
             p.p(paramNames[i]);
         }
         p.pln(");");
         if (returnType.isType(TYPE_VOID)) {
             p.pln( "return ;" ) ;
         }
         p.pOln("}");
         p.plnI("try {");
         // Generate code to copy required arguments, and
         // get back the names by which all arguments are known...
         String[] argNames = writeCopyArguments(method,p);
         // Now write the method...
         boolean copyReturn = mustCopy(returnType);
         String resultName = null;
         if (!returnType.isType(TYPE_VOID)) {
             if (copyReturn) {
                 resultName = getVariableName("result");
                 objName = testUtil(getName(returnType), returnType);
                 p.p(objName+" "+resultName + " = ");
             } else {
                 p.p("return ");
             }
         }
         objName = testUtil(getName(theType), theType);
         p.p("(("+objName+")"+so+".servant)."+methodName+"(");
         for (int i = 0; i < argNames.length; i++) {
             if (i > 0)
                 p.p(", ");
             p.p(argNames[i]);
         }
         if (copyReturn) {
             p.pln(");");
             objName = testUtil(getName(returnType), returnType);
             p.pln("return ("+objName+")Util.copyObject("+resultName+",_orb());");
         } else {
             p.pln(");");
         }
         String e1 = getVariableName("ex");
         String e2 = getVariableName("exCopy");
         p.pOlnI("} catch (Throwable "+e1+") {");
         p.pln("Throwable "+e2+" = (Throwable)Util.copyObject("+e1+",_orb());");
         for(int i = 0; i < exceptions.length; i++) {
             if (exceptions[i].getIdentifier() != idRemoteException &&
                 exceptions[i].isType(TYPE_VALUE)) {
                 // Added for Bug 4818753
                 p.plnI("if ("+e2+" instanceof "+getExceptionName(exceptions[i])+") {");
                 p.pln("throw ("+getExceptionName(exceptions[i])+")"+e2+";");
                 p.pOln("}");
             }
         }
         p.pln("throw Util.wrapException("+e2+");");
         p.pOlnI("} finally {");
         p.pln("_servant_postinvoke("+so+");");
         p.pOln("}");
         p.pOln("}");
     }
     void writeNonLocalStubMethodBody (  IndentingWriter p,
                                         CompoundType.Method method,
                                         CompoundType theType) throws IOException {
         String methodName = method.getName();
         String methodIDLName = method.getIDLName();
         Type paramTypes[] = method.getArguments();
         String paramNames[] = method.getArgumentNames();
         Type returnType = method.getReturnType();
         ValueType[] exceptions = getStubExceptions(method,true);
         String in = getVariableName("in");
         String out = getVariableName("out");
         String ex = getVariableName("ex");
         // Decide if we need to use the new streams for
         // any of the read calls...
         boolean needNewReadStreamClass = false;
         for (int i = 0; i < exceptions.length; i++) {
             if (exceptions[i].getIdentifier() != idRemoteException &&
                 exceptions[i].isType(TYPE_VALUE) &&
                 needNewReadStreamClass(exceptions[i])) {
                 needNewReadStreamClass = true;
                 break;
             }
         }
         if (!needNewReadStreamClass) {
             for (int i = 0; i < paramTypes.length; i++) {
                 if (needNewReadStreamClass(paramTypes[i])) {
                     needNewReadStreamClass = true;
                     break;
                 }
             }
         }
         if (!needNewReadStreamClass) {
             needNewReadStreamClass = needNewReadStreamClass(returnType);
         }
         // Decide if we need to use the new streams for
         // any of the write calls...
         boolean needNewWriteStreamClass = false;
         for (int i = 0; i < paramTypes.length; i++) {
             if (needNewWriteStreamClass(paramTypes[i])) {
                 needNewWriteStreamClass = true;
                 break;
             }
         }
         // Now write the method, inserting casts where needed...
         p.plnI("try {");
         if (needNewReadStreamClass) {
             p.pln(idExtInputStream + " "+in+" = null;");
         } else {
             p.pln(idInputStream + " "+in+" = null;");
         }
         p.plnI("try {");
         String argStream = "null";
         if (needNewWriteStreamClass) {
             p.plnI(idExtOutputStream + " "+out+" = ");
             p.pln("(" + idExtOutputStream + ")");
             p.pln("_request(\"" + methodIDLName + "\", true);");
             p.pO();
         } else {
             p.pln("OutputStream "+out+" = _request(\"" + methodIDLName + "\", true);");
         }
         if (paramTypes.length > 0) {
             writeMarshalArguments(p, out, paramTypes, paramNames);
             p.pln();
         }
         argStream = out;
         if (returnType.isType(TYPE_VOID)) {
             p.pln("_invoke(" + argStream + ");" );
         } else {
             if (needNewReadStreamClass) {
                 p.plnI(in+" = (" + idExtInputStream + ")_invoke(" + argStream + ");");
                 p.pO();
             } else {
                 p.pln(in+" = _invoke(" + argStream + ");");
             }
             p.p("return ");
             writeUnmarshalArgument(p, in, returnType, null);
             p.pln();
         }
         // Handle ApplicationException...
         p.pOlnI("} catch ("+getName(idApplicationException)+" "+ex+") {");
         if (needNewReadStreamClass) {
             p.pln(in + " = (" + idExtInputStream + ") "+ex+".getInputStream();");
         } else {
             p.pln(in + " = "+ex+".getInputStream();");
         }
         boolean idRead = false;
         boolean idAllocated = false;
         for(int i = 0; i < exceptions.length; i++) {
             if (exceptions[i].getIdentifier() != idRemoteException) {
                 // Is this our special-case IDLEntity exception?
                 if (exceptions[i].isIDLEntityException() && !exceptions[i].isCORBAUserException()) {
                     // Yes.
                     if (!idAllocated && !idRead) {
                         p.pln("String $_id = "+ex+".getId();");
                         idAllocated = true;
                     }
                     String helperName = IDLNames.replace(exceptions[i].getQualifiedIDLName(false),"::",".");
                     helperName += "Helper";
                     p.plnI("if ($_id.equals("+helperName+".id())) {");
                     p.pln("throw "+helperName+".read("+in+");");
                 } else {
                     // No.
                     if (!idAllocated && !idRead) {
         p.pln("String $_id = "+in+".read_string();");
                         idAllocated = true;
                         idRead = true;
                     } else if (idAllocated && !idRead) {
                         p.pln("$_id = "+in+".read_string();");
                         idRead = true;
                     }
                     p.plnI("if ($_id.equals(\""+getExceptionRepositoryID(exceptions[i])+"\")) {");
                     // Added for Bug 4818753
                     p.pln("throw ("+getExceptionName(exceptions[i])+") "+in+".read_value(" + getExceptionName(exceptions[i]) + ".class);");
                 }
                 p.pOln("}");
             }
         }
         if (!idAllocated && !idRead) {
             p.pln("String $_id = "+in+".read_string();");
             idAllocated = true;
             idRead = true;
         } else if (idAllocated && !idRead) {
             p.pln("$_id = "+in+".read_string();");
             idRead = true;
         }
         p.pln("throw new UnexpectedException($_id);");
         // Handle RemarshalException...
         p.pOlnI("} catch ("+getName(idRemarshalException)+" "+ex+") {");
         if (!returnType.isType(TYPE_VOID)) {
             p.p("return ");
         }
         p.p(methodName + "(");
         for(int i = 0; i < paramTypes.length; i++) {
             if (i > 0) {
                 p.p(",");
             }
             p.p(paramNames[i]);
         }
         p.pln(");");
         // Ensure that we release the reply...
         p.pOlnI("} finally {");
         p.pln("_releaseReply("+in+");");
         p.pOln("}");
         // Handle SystemException...
         p.pOlnI("} catch (SystemException "+ex+") {");
         p.pln("throw Util.mapSystemException("+ex+");");
         p.pOln("}");
         // returnResult(p,returnType);
     }
     void allocateResult (IndentingWriter p,
                          Type returnType) throws IOException {
         if (!returnType.isType(TYPE_VOID)) {
             String objName = testUtil(getName(returnType), returnType);
             p.p(objName + " result = ");
         }
     }
     int getTypeCode(Type type) {
         int typeCode = type.getTypeCode();
         // Handle late-breaking special case for
         // abstract IDL entities...
         if ((type instanceof CompoundType) &&
             ((CompoundType)type).isAbstractBase()) {
             typeCode = TYPE_ABSTRACT;
         }
         return typeCode;
     }
     /**
      * Write a snippet of Java code to marshal a value named "name" of
      * type "type" to the java.io.ObjectOutput stream named "stream".
      */
     void writeMarshalArgument(IndentingWriter p,
                               String streamName,
                               Type type, String name) throws IOException {
         int typeCode = getTypeCode(type);
         switch (typeCode) {
         case TYPE_BOOLEAN:
             p.p(streamName + ".write_boolean(" + name + ");");
             break;
         case TYPE_BYTE:
             p.p(streamName + ".write_octet(" + name + ");");
             break;
         case TYPE_CHAR:
             p.p(streamName + ".write_wchar(" + name + ");");
             break;
         case TYPE_SHORT:
             p.p(streamName + ".write_short(" + name + ");");
             break;
         case TYPE_INT:
             p.p(streamName + ".write_long(" + name + ");");
             break;
         case TYPE_LONG:
             p.p(streamName + ".write_longlong(" + name + ");");
             break;
         case TYPE_FLOAT:
             p.p(streamName + ".write_float(" + name + ");");
             break;
         case TYPE_DOUBLE:
             p.p(streamName + ".write_double(" + name + ");");
             break;
         case TYPE_STRING:
             p.p(streamName + ".write_value(" + name + "," + getName(type) + ".class);");
             break;
         case TYPE_ANY:
             p.p("Util.writeAny("+ streamName + "," + name + ");");
             break;
         case TYPE_CORBA_OBJECT:
             p.p(streamName + ".write_Object(" + name + ");");
             break;
         case TYPE_REMOTE:
             p.p("Util.writeRemoteObject("+ streamName + "," + name + ");");
             break;
         case TYPE_ABSTRACT:
             p.p("Util.writeAbstractObject("+ streamName + "," + name + ");");
             break;
         case TYPE_NC_INTERFACE:
             p.p(streamName + ".write_value((Serializable)" + name + "," + getName(type) + ".class);");
             break;
         case TYPE_VALUE:
             p.p(streamName + ".write_value(" + name + "," + getName(type) + ".class);");
             break;
         case TYPE_IMPLEMENTATION:
             p.p(streamName + ".write_value((Serializable)" + name + "," + getName(type) + ".class);");
             break;
         case TYPE_NC_CLASS:
             p.p(streamName + ".write_value((Serializable)" + name + "," + getName(type) + ".class);");
             break;
         case TYPE_ARRAY:
             castArray = true;
             p.p(streamName + ".write_value(cast_array(" + name + ")," + getName(type) + ".class);");
             break;
         case TYPE_JAVA_RMI_REMOTE:
             p.p("Util.writeRemoteObject("+ streamName + "," + name + ");");
             break;
         default:
             throw new Error("unexpected type code: " + typeCode);
         }
     }
     /**
      * Write a snippet of Java code to unmarshal a value of type "type"
      * from the java.io.ObjectInput stream named "stream" into a variable
      * named "name" (if "name" is null, the value in unmarshalled and
      * discarded).
      */
     void writeUnmarshalArgument(IndentingWriter p,
                                 String streamName,
                                 Type type,
                                 String name) throws IOException {
         int typeCode = getTypeCode(type);
         if (name != null) {
             p.p(name + " = ");
         }
         switch (typeCode) {
         case TYPE_BOOLEAN:
             p.p(streamName + ".read_boolean();");
             break;
         case TYPE_BYTE:
             p.p(streamName + ".read_octet();");
             break;
         case TYPE_CHAR:
             p.p(streamName + ".read_wchar();");
             break;
         case TYPE_SHORT:
             p.p(streamName + ".read_short();");
             break;
         case TYPE_INT:
             p.p(streamName + ".read_long();");
             break;
         case TYPE_LONG:
             p.p(streamName + ".read_longlong();");
             break;
         case TYPE_FLOAT:
             p.p(streamName + ".read_float();");
             break;
         case TYPE_DOUBLE:
             p.p(streamName + ".read_double();");
             break;
         case TYPE_STRING:
             p.p("(String) " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_ANY:
             if (type.getIdentifier() != idJavaLangObject) {
                 p.p("(" + getName(type) + ") ");
             }
             p.p("Util.readAny(" + streamName + ");");
             break;
         case TYPE_CORBA_OBJECT:
             if (type.getIdentifier() == idCorbaObject) {
                 p.p("(" + getName(type) + ") " + streamName + ".read_Object();");
             } else {
                 p.p("(" + getName(type) + ") " + streamName + ".read_Object(" + getStubName(type) + ".class);");
             }
             break;
         case TYPE_REMOTE:
             String objName = testUtil(getName(type), type);
             p.p("(" + objName + ") " +
                 "PortableRemoteObject.narrow(" + streamName + ".read_Object(), " + objName + ".class);");
             break;
         case TYPE_ABSTRACT:
             p.p("(" + getName(type) + ") " + streamName + ".read_abstract_interface();");
             break;
         case TYPE_NC_INTERFACE:
             p.p("(" + getName(type) + ") " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_VALUE:
             p.p("(" + getName(type) + ") " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_IMPLEMENTATION:
             p.p("(" + getName(type) + ") " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_NC_CLASS:
             p.p("(" + getName(type) + ") " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_ARRAY:
             p.p("(" + getName(type) + ") " + streamName + ".read_value(" + getName(type) + ".class);");
             break;
         case TYPE_JAVA_RMI_REMOTE:
             p.p("(" + getName(type) + ") " +
                 "PortableRemoteObject.narrow(" + streamName + ".read_Object(), " + getName(type) + ".class);");
             //      p.p("(" + getName(type) + ") " + streamName + ".read_Object(" + getStubName(type) + ".class);");
             break;
         default:
             throw new Error("unexpected type code: " + typeCode);
         }
     }
     /**
      * Get a list of all the RepositoryIDs for interfaces
      * implemented directly or indirectly by theType. In the
      * case of an  ImplementationType which implements 2 or
      * more remote interfaces, this list will begin with the
      * Identifier for the implementation (see section 5.9 in
      * the Java -> IDL mapping). Ensures that the most derived
      * type is first in the list because the IOR is generated
      * using that entry in the _ids array.
      */
     String[] getAllRemoteRepIDs (CompoundType theType) {
         String[] result;
         // Collect up all the (inherited) remote interfaces
         // (ignores all the 'special' interfaces: Remote,
         // Serializable, Externalizable)...
         Type[] types = collectAllRemoteInterfaces(theType);
         int length = types.length;
         boolean haveImpl = theType instanceof ImplementationType;
         InterfaceType[] interfaces = theType.getInterfaces();
         int remoteCount = countRemote(interfaces,false);
         int offset = 0;
         // Do we have an implementation type that implements
         // more than one remote interface?
         if (haveImpl && remoteCount > 1) {
             // Yes, so we need to insert it at the beginning...
             result = new String[length + 1];
             result[0] = getRepositoryID(theType);
             offset = 1;
         } else {
             // No.
             result = new String[length];
             // Here we need to ensure that the most derived
             // interface ends up being first in the list. If
             // there is only one, we're done.
             if (length > 1) {
                 // First, decide what the most derived type is...
                 String mostDerived = null;
                 if (haveImpl) {
                     // If we get here, we know that there is only one
                     // direct remote interface, so just find it...
                     for (int i = 0; i < interfaces.length; i++) {
                         if (interfaces[i].isType(TYPE_REMOTE)) {
                             mostDerived = interfaces[i].getRepositoryID();
                             break;
                         }
                     }
                 } else {
                     // If we get here we know that theType is a RemoteType
                     // so just use its id...
                     mostDerived = theType.getRepositoryID();
                 }
                 // Now search types list and make sure mostDerived is
                 // at index zero...
                 for (int i = 0; i < length; i++) {
                     if (types[i].getRepositoryID() == mostDerived) {
                         // Found it. Swap it if we need to...
                         if (i > 0) {
                             Type temp = types[0];
                             types[0] = types[i];
                             types[i] = temp;
                         }
                         break;
                     }
                 }
             }
         }
         // Now copy contents of the types array...
         for (int i = 0; i < types.length; i++) {
             result[offset++] = getRepositoryID(types[i]);
         }
         // If we're supposed to, reverse the array. This
         // is only done when the -testReverseIDs flag is
         // passed, and that should ONLY be done for test
         // cases. This is an undocumented feature.
         if (reverseIDs) {
             int start = 0;
             int end = result.length -1;
             while (start < end) {
                 String temp = result[start];
                 result[start++] = result[end];
                 result[end--] = temp;
             }
         }
         return result;
     }
     /**
      * Collect all the inherited remote interfaces.
      */
     Type[] collectAllRemoteInterfaces (CompoundType theType) {
         Vector list = new Vector();
         // Collect up all the Remote interfaces, and get an instance
         // for java.rmi.Remote...
         addRemoteInterfaces(list,theType);
         // Create and return our results...
         Type[] result = new Type[list.size()];
         list.copyInto(result);
         return result;
     }
     /**
      * Add all the inherited remote interfaces to list.
      */
     void addRemoteInterfaces(Vector list, CompoundType theType) {
         if (theType != null) {
             if (theType.isInterface() && !list.contains(theType)) {
                 list.addElement(theType);
             }
             InterfaceType[] interfaces = theType.getInterfaces();
             for (int i = 0; i < interfaces.length; i++) {
                 if (interfaces[i].isType(TYPE_REMOTE)) {
                     addRemoteInterfaces(list,interfaces[i]);
                 }
             }
             addRemoteInterfaces(list,theType.getSuperclass());
         }
     }
     /**
      * Get a list of all the remote interfaces which this stub
      * should declare.
      */
     RemoteType[] getDirectRemoteInterfaces (CompoundType theType) {
         RemoteType[] result;
         InterfaceType[] interfaces = theType.getInterfaces();
         // First, get a list of all the interfaces...
         InterfaceType[] list;
         // Because we can be passed either an ImplementationType
         // (which has interfaces) or a RemoteType (which is an
         // interface and may have interfaces) we must handle each
         // separately...
         // Do we have an implementation type?
         if (theType instanceof ImplementationType) {
             // Yes, so list is exactly what this type
             // implements and is correct already.
             list = interfaces;
         } else {
             // No, so list is just theType...
             list = new InterfaceType[1];
             list[0] = (InterfaceType) theType;
         }
         // Ok, now count up the remote interfaces, allocate
         // our result and fill it in...
         int remoteCount = countRemote(list,false);
         if (remoteCount == 0) {
             throw new CompilerError("iiop.StubGenerator: No remote interfaces!");
         }
         result = new RemoteType[remoteCount];
         int offset = 0;
         for (int i = 0; i < list.length; i++) {
             if (list[i].isType(TYPE_REMOTE)) {
                 result[offset++] = (RemoteType)list[i];
             }
         }
         return result;
     }
     int countRemote (Type[] list, boolean includeAbstract) {
         int remoteCount = 0;
         for (int i = 0; i < list.length; i++) {
             if (list[i].isType(TYPE_REMOTE) &&
                 (includeAbstract || !list[i].isType(TYPE_ABSTRACT))) {
                 remoteCount++;
             }
         }
         return remoteCount;
     }
     void writeCastArray(IndentingWriter p) throws IOException {
         if (castArray) {
             p.pln();
             p.pln("// This method is required as a work-around for");
             p.pln("// a bug in the JDK 1.1.6 verifier.");
             p.pln();
             p.plnI("private "+getName(idJavaIoSerializable)+" cast_array(Object obj) {");
             p.pln("return ("+getName(idJavaIoSerializable)+")obj;");
             p.pOln("}");
         }
     }
     void writeIds(IndentingWriter p, CompoundType theType, boolean isTie
                   ) throws IOException {
         p.plnI("private static final String[] _type_ids = {");
         String[] ids = getAllRemoteRepIDs(theType);
         if (ids.length >0 ) {
             for(int i = 0; i < ids.length; i++) {
                 if (i > 0)
                     p.pln(", ");
                 p.p("\"" + ids[i] + "\"");
             }
         } else {
            // Must be an implementation which only implements Remote...
            p.pln("\"\"");
         }
         String qname = theType.getQualifiedName() ;
         boolean isTransactional = isTie && transactionalObjects.containsKey( qname ) ;
         // Add TransactionalObject if needed.
         if (isTransactional) {
             // Have already written an id.
             p.pln( ", " ) ;
             p.pln( "\"IDL:omg.org/CosTransactions/TransactionalObject:1.0\"" ) ;
         } else if (ids.length > 0) {
             p.pln();
         }
         p.pOln("};");
     }
     /**
      * Write the Tie for the remote class to a stream.
      */
     protected void writeTie(OutputType outputType,
                             IndentingWriter p) throws IOException
     {
         CompoundType theType = (CompoundType) outputType.getType();
         RemoteType[] remoteInterfaces = null;
         // Write comment...
         p.pln("// Tie class generated by rmic, do not edit.");
         p.pln("// Contents subject to change without notice.");
         p.pln();
         // Set our standard classes...
         setStandardClassesInUse(theType,false);
         // Add classes for this type...
         addClassesInUse(theType,remoteInterfaces);
         // Write package and import statements...
         writePackageAndImports(p);
         // Declare the tie class.
         p.p("public class " + currentClass + " extends " +
             getName(tieBaseClass) + " implements Tie");
         // Add java.rmi.Remote if this type does not implement it.
         // This allows stubs for Abstract interfaces to be treated
         // uniformly...
         if (!implementsRemote(theType)) {
             p.pln(",");
             p.p(getName("java.rmi.Remote"));
         }
         p.plnI(" {");
         // Write data members...
         p.pln();
         p.pln("private " + getName(theType) + " target = null;");
         p.pln();
         // Write the ids...
         writeIds( p, theType, true ) ;
         // Write setTarget method...
         p.pln();
         p.plnI("public void setTarget(Remote target) {");
         p.pln("this.target = (" + getName(theType) + ") target;");
         p.pOln("}");
         // Write getTarget method...
         p.pln();
         p.plnI("public Remote getTarget() {");
         p.pln("return target;");
         p.pOln("}");
         // Write thisObject method...
         p.pln();
         write_tie_thisObject_method(p,idCorbaObject);
         // Write deactivate method...
         p.pln();
         write_tie_deactivate_method(p);
         // Write get orb method...
         p.pln();
         p.plnI("public ORB orb() {");
         p.pln("return _orb();");
         p.pOln("}");
         // Write set orb method...
         p.pln();
         write_tie_orb_method(p);
         // Write the _ids() method...
         p.pln();
         write_tie__ids_method(p);
         // Get all the methods...
         CompoundType.Method[] remoteMethods = theType.getMethods();
         // Register all the argument names used, plus our
         // data member names...
         addNamesInUse(remoteMethods);
         addNameInUse("target");
         addNameInUse("_type_ids");
         // Write the _invoke method...
         p.pln();
         String in = getVariableName("in");
         String _in = getVariableName("_in");
         String ex = getVariableName("ex");
         String method = getVariableName("method");
         String reply = getVariableName("reply");
         p.plnI("public OutputStream  _invoke(String "+method+", InputStream "+_in+", " +
                "ResponseHandler "+reply+") throws SystemException {");
         if (remoteMethods.length > 0) {
             p.plnI("try {");
             p.plnI(idExtInputStream + " "+in+" = ");
             p.pln("(" + idExtInputStream + ") "+_in+";");
             p.pO();
             // See if we should use a hash table style
             // comparison...
             StaticStringsHash hash = getStringsHash(remoteMethods);
             if (hash != null) {
                 p.plnI("switch ("+method+"."+hash.method+") {");
                 for (int i = 0; i < hash.buckets.length; i++) {
                     p.plnI("case "+hash.keys[i]+": ");
                     for (int j = 0; j < hash.buckets[i].length; j++) {
                         CompoundType.Method current = remoteMethods[hash.buckets[i][j]];
                         if (j > 0) {
                             p.pO("} else ");
                         }
                         p.plnI("if ("+method+".equals(\""+ current.getIDLName() +"\")) {");
                         writeTieMethod(p, theType,current);
                     }
                     p.pOln("}");
                     p.pO();
                 }
             } else {
                 for(int i = 0; i < remoteMethods.length; i++) {
                 CompoundType.Method current = remoteMethods[i];
                 if (i > 0) {
                     p.pO("} else ");
                 }
                 p.plnI("if ("+method+".equals(\""+ current.getIDLName() +"\")) {");
                 writeTieMethod(p, theType, current);
             }
             }
             if (hash != null) {
                 p.pI();
                 //        p.plnI("default:");
             } else {
                 //   p.pOlnI("} else {");
             }
             //              p.pln("throw new "+getName(idBadMethodException)+"();");
             if (hash != null) {
                 p.pO();
             }
             p.pOln("}");
             p.pln("throw new "+getName(idBadMethodException)+"();");
             p.pOlnI("} catch ("+getName(idSystemException)+" "+ex+") {");
             p.pln("throw "+ex+";");
             p.pOlnI("} catch ("+getName(idJavaLangThrowable)+" "+ex+") {");
             p.pln("throw new " + getName(idPortableUnknownException) + "("+ex+");");
             p.pOln("}");
         } else {
             // No methods...
             p.pln("throw new " + getName(idBadMethodException) + "();");
         }
         p.pOln("}");            // end invoke
         // Write the cast array hack...
         writeCastArray(p);
         // End tie class...
         p.pOln("}");
     }
     public void catchWrongPolicy(IndentingWriter p) throws IOException {
         p.pln("");
     }
     public void catchServantNotActive(IndentingWriter p) throws IOException {
         p.pln("");
     }
     public void catchObjectNotActive(IndentingWriter p) throws IOException {
         p.pln("");
     }
     public void write_tie_thisObject_method(IndentingWriter p,
                                             Identifier idCorbaObject)
         throws IOException
     {
         if(POATie){
             p.plnI("public " + idCorbaObject + " thisObject() {");
             /*
             p.pln("org.omg.CORBA.Object objref = null;");
             p.pln("try{");
             p.pln("objref = _poa().servant_to_reference(this);");
             p.pln("}catch (org.omg.PortableServer.POAPackage.WrongPolicy exception){");
             catchWrongPolicy(p);
             p.pln("}catch (org.omg.PortableServer.POAPackage.ServantNotActive exception){");
             catchServantNotActive(p);
             p.pln("}");
             p.pln("return objref;");
             */
             p.pln("return _this_object();");
             p.pOln("}");
         } else {
             p.plnI("public " + idCorbaObject + " thisObject() {");
             p.pln("return this;");
             p.pOln("}");
         }
     }
     public void write_tie_deactivate_method(IndentingWriter p)
         throws IOException
     {
         if(POATie){
             p.plnI("public void deactivate() {");
             p.pln("try{");
             p.pln("_poa().deactivate_object(_poa().servant_to_id(this));");
             p.pln("}catch (org.omg.PortableServer.POAPackage.WrongPolicy exception){");
             catchWrongPolicy(p);
             p.pln("}catch (org.omg.PortableServer.POAPackage.ObjectNotActive exception){");
             catchObjectNotActive(p);
             p.pln("}catch (org.omg.PortableServer.POAPackage.ServantNotActive exception){");
             catchServantNotActive(p);
             p.pln("}");
             p.pOln("}");
         } else {
             p.plnI("public void deactivate() {");
             p.pln("_orb().disconnect(this);");
             p.pln("_set_delegate(null);");
             p.pln("target = null;");
             p.pOln("}");
         }
     }
     public void write_tie_orb_method(IndentingWriter p)
         throws IOException
     {
         if(POATie){
         p.plnI("public void orb(ORB orb) {");
         /*
         p.pln("try{");
         p.pln("orb.connect(_poa().servant_to_reference(this));");
         p.pln("}catch (org.omg.PortableServer.POAPackage.WrongPolicy exception){");
         catchWrongPolicy(p);
         p.pln("}catch (org.omg.PortableServer.POAPackage.ServantNotActive exception){");
         catchServantNotActive(p);
         p.pln("}");
         */
         p.pln("try {");
         p.pln("    ((org.omg.CORBA_2_3.ORB)orb).set_delegate(this);");
         p.pln("}");
         p.pln("catch(ClassCastException e) {");
         p.pln("    throw new org.omg.CORBA.BAD_PARAM");
         p.pln("        (\"POA Servant requires an instance of org.omg.CORBA_2_3.ORB\");");
         p.pln("}");
         p.pOln("}");
         } else {
         p.plnI("public void orb(ORB orb) {");
         p.pln("orb.connect(this);");
         p.pOln("}");
         }
     }
     public void write_tie__ids_method(IndentingWriter p)
         throws IOException
     {
         if(POATie){
         p.plnI("public String[] _all_interfaces(org.omg.PortableServer.POA poa, byte[] objectId){");
         p.pln("return _type_ids;");
         p.pOln("}");
         } else {
         p.plnI("public String[] _ids() { ");
         p.pln("return _type_ids;");
         p.pOln("}");
         }
     }
     StaticStringsHash getStringsHash (CompoundType.Method[] methods) {
         if (useHash && methods.length > 1) {
             String[] methodNames = new String[methods.length];
             for (int i = 0; i < methodNames.length; i++) {
                 methodNames[i] = methods[i].getIDLName();
             }
             return new StaticStringsHash(methodNames);
         }
         return null;
     }
     static boolean needNewReadStreamClass(Type type) {
         if (type.isType(TYPE_ABSTRACT)) {
             return true;
         }
         // Handle late-breaking special case for
         // abstract IDL entities...
         if ((type instanceof CompoundType) &&
             ((CompoundType)type).isAbstractBase()) {
             return true;
         }
         return needNewWriteStreamClass(type);
     }
     static boolean needNewWriteStreamClass(Type type) {
         switch (type.getTypeCode()) {
         case TYPE_VOID:
         case TYPE_BOOLEAN:
         case TYPE_BYTE:
         case TYPE_CHAR:
         case TYPE_SHORT:
         case TYPE_INT:
         case TYPE_LONG:
         case TYPE_FLOAT:
         case TYPE_DOUBLE:           return false;
         case TYPE_STRING:           return true;
         case TYPE_ANY:              return false;
         case TYPE_CORBA_OBJECT:     return false;
         case TYPE_REMOTE:           return false;
         case TYPE_ABSTRACT:         return false;
         case TYPE_NC_INTERFACE:     return true;
         case TYPE_VALUE:            return true;
         case TYPE_IMPLEMENTATION:   return true;
         case TYPE_NC_CLASS:         return true;
         case TYPE_ARRAY:            return true;
         case TYPE_JAVA_RMI_REMOTE:  return false;
         default: throw new Error("unexpected type code: " + type.getTypeCode());
         }
     }
     /*
      * Decide which arguments need to be copied and write
      * the copy code. Returns an array of argument names to
      * use to refer to either the copy or the original.
      */
     String[] writeCopyArguments(CompoundType.Method method,
                                 IndentingWriter p) throws IOException {
         Type[] args = method.getArguments();
         String[] origNames = method.getArgumentNames();
         // Copy the current parameter names to a result array...
         String[] result = new String[origNames.length];
         for (int i = 0; i < result.length; i++) {
             result[i] = origNames[i];
         }
         // Decide which arguments must be copied, if any. If
         // any of the arguments are types for which a 'real' copy
         // will be done, rather than just an autoConnect, set
         // realCopy = true. Note that abstract types may only
         // need autoConnect, but we cannot know that at compile
         // time...
         boolean realCopy = false;
         boolean[] copyArg = new boolean[args.length];
         int copyCount = 0;
         int firstCopiedArg = 0; // Only used in single copy case.  It is only the first arg that
                                 // needs copying IF copyCount == 1.
         for (int i = 0; i < args.length; i++) {
             if (mustCopy(args[i])) {
                 copyArg[i] = true;
                 copyCount++;
                 firstCopiedArg = i;
                 if (args[i].getTypeCode() != TYPE_REMOTE &&
                     args[i].getTypeCode() != TYPE_IMPLEMENTATION) {
                     realCopy = true;
                 }
             } else {
                 copyArg[i] = false;
             }
         }
         // Do we have any types which must be copied?
         if (copyCount > 0) {
             // Yes. Are we only doing the copy to ensure
             // that autoConnect occurs?
             if (realCopy) {
                 // Nope. We need to go back thru the list and
                 // mark any strings so that they will be copied
                 // to preserve any shared references...
                 for (int i = 0; i < args.length; i++) {
                     if (args[i].getTypeCode() == TYPE_STRING) {
                         copyArg[i] = true;
                         copyCount++;
                     }
                 }
             }
             // We're ready to generate code. Do we have more than
             // one to copy?
             if (copyCount > 1) {
                 // Generate a call to copyObjects...
                 String arrayName = getVariableName("copies");
                 p.p("Object[] " + arrayName + " = Util.copyObjects(new Object[]{");
                 boolean first = true;
                 for (int i = 0; i < args.length; i++) {
                     if (copyArg[i]) {
                         if (!first) {
                             p.p(",");
                         }
                         first = false;
                         p.p(origNames[i]);
                     }
                 }
                 p.pln("},_orb());");
                 // For each of the types which was copied, create
                 // a local temporary for it, updating the result
                 // array with the new local parameter name...
                 int copyIndex = 0 ;
                 for (int i = 0; i < args.length; i++) {
                     if (copyArg[i]) {
                         result[i] = getVariableName(result[i]+"Copy");
                         p.pln( getName(args[i]) + " " + result[i] + " = (" + getName(args[i]) + ") " +
                                arrayName + "[" + copyIndex++ +"];");
                     }
                 }
             } else {
                 // Generate a call to copyObject, updating the result
                 // with the new local parameter name...
                 result[firstCopiedArg] = getVariableName(result[firstCopiedArg]+"Copy");
                 p.pln( getName(args[firstCopiedArg]) + " " + result[firstCopiedArg] + " = (" +
                        getName(args[firstCopiedArg]) + ") Util.copyObject(" +
                        origNames[firstCopiedArg] + ",_orb());");
             }
         }
         return result;
     }
     static final String SINGLE_SLASH = "\\";
     static final String DOUBLE_SLASH = SINGLE_SLASH + SINGLE_SLASH;
     String getRepositoryID(Type type) {
         return IDLNames.replace(type.getRepositoryID(), SINGLE_SLASH, DOUBLE_SLASH);
     }
     String getExceptionRepositoryID(Type type) {
         ClassType theType = (ClassType) type;
         return IDLNames.getIDLRepositoryID(theType.getQualifiedIDLExceptionName(false));
     }
     String getVariableName(String proposed) {
         while (namesInUse.contains(proposed)) {
             proposed = "$" + proposed;
         }
         return proposed;
     }
     void addNamesInUse(CompoundType.Method[] methods) {
         for (int i = 0; i < methods.length; i++) {
             addNamesInUse(methods[i]);
         }
     }
     void addNamesInUse(CompoundType.Method method) {
         String paramNames[] = method.getArgumentNames();
         for (int i = 0; i < paramNames.length; i++) {
             addNameInUse(paramNames[i]);
         }
     }
     void addNameInUse(String name) {
         namesInUse.add(name);
     }
     static boolean mustCopy(Type type) {
         switch (type.getTypeCode()) {
         case TYPE_VOID:
         case TYPE_BOOLEAN:
         case TYPE_BYTE:
         case TYPE_CHAR:
         case TYPE_SHORT:
         case TYPE_INT:
         case TYPE_LONG:
         case TYPE_FLOAT:
         case TYPE_DOUBLE:
         case TYPE_STRING:           return false;
         case TYPE_ANY:              return true;
         case TYPE_CORBA_OBJECT:     return false;
         case TYPE_REMOTE:
         case TYPE_ABSTRACT:
         case TYPE_NC_INTERFACE:
         case TYPE_VALUE:
         case TYPE_IMPLEMENTATION:
         case TYPE_NC_CLASS:
         case TYPE_ARRAY:
         case TYPE_JAVA_RMI_REMOTE:  return true;
         default: throw new Error("unexpected type code: " + type.getTypeCode());
         }
     }
     ValueType[] getStubExceptions (CompoundType.Method method, boolean sort) {
         ValueType[] list = method.getFilteredStubExceptions(method.getExceptions());
         // Sort the list so that all org.omg.CORBA.UserException
         // subtypes are at the beginning of the list.  This ensures
         // that the stub will not call read_string() before calling
         // XXHelper.read().
         if (sort) {
             Arrays.sort(list,new UserExceptionComparator());
             }
         return list;
                 }
     ValueType[] getTieExceptions (CompoundType.Method method) {
         return method.getUniqueCatchList(method.getImplExceptions());
     }
     void writeTieMethod(IndentingWriter p, CompoundType type,
                         CompoundType.Method method) throws IOException {
         String methodName = method.getName();
         Type paramTypes[] = method.getArguments();
         String paramNames[] = method.getArgumentNames();
         Type returnType = method.getReturnType();
         ValueType[] exceptions = getTieExceptions(method);
         String in = getVariableName("in");
         String ex = getVariableName("ex");
         String out = getVariableName("out");
         String reply = getVariableName("reply");
         for (int i = 0; i < paramTypes.length; i++) {
             p.p(getName(paramTypes[i])+" "+paramNames[i]+" = ");
             writeUnmarshalArgument(p, in, paramTypes[i], null);
             p.pln();
         }
         boolean handleExceptions = exceptions != null;
         boolean doReturn = !returnType.isType(TYPE_VOID);
         if (handleExceptions && doReturn) {
             String objName = testUtil(getName(returnType), returnType);
             p.pln(objName+" result;");
         }
         if (handleExceptions)
             p.plnI("try {");
         if (doReturn) {
             if (handleExceptions) {
                 p.p("result = ");
             } else {
                 p.p(getName(returnType)+" result = ");
             }
         }
         p.p("target."+methodName+"(");
         for(int i = 0; i < paramNames.length; i++) {
             if (i > 0)
                 p.p(", ");
             p.p(paramNames[i]);
         }
         p.pln(");");
         if (handleExceptions) {
             for(int i = 0; i < exceptions.length; i++) {
                 p.pOlnI("} catch ("+getName(exceptions[i])+" "+ex+") {");
                 // Is this our IDLEntity Exception special case?
                 if (exceptions[i].isIDLEntityException() && !exceptions[i].isCORBAUserException()) {
                                 // Yes...
                     String helperName = IDLNames.replace(exceptions[i].getQualifiedIDLName(false),"::",".");
                     helperName += "Helper";
                     p.pln(idOutputStream+" "+out +" = "+reply+".createExceptionReply();");
                     p.pln(helperName+".write("+out+","+ex+");");
                 } else {
                                 // No...
                     p.pln("String id = \"" + getExceptionRepositoryID(exceptions[i]) + "\";");
                 p.plnI(idExtOutputStream + " "+out+" = ");
                 p.pln("(" + idExtOutputStream + ") "+reply+".createExceptionReply();");
                 p.pOln(out+".write_string(id);");
                     p.pln(out+".write_value("+ex+"," + getName(exceptions[i]) + ".class);");
                 }
                 p.pln("return "+out+";");
             }
             p.pOln("}");
         }
         if (needNewWriteStreamClass(returnType)) {
             p.plnI(idExtOutputStream + " "+out+" = ");
             p.pln("(" + idExtOutputStream + ") "+reply+".createReply();");
             p.pO();
         } else {
             p.pln("OutputStream "+out+" = "+reply+".createReply();");
         }
         if (doReturn) {
             writeMarshalArgument(p, out, returnType, "result");
             p.pln();
         }
         p.pln("return "+out+";");
     }
     /**
      * Write Java statements to marshal a series of values in order as
      * named in the "names" array, with types as specified in the "types"
      * array", to the java.io.ObjectOutput stream named "stream".
      */
     void writeMarshalArguments(IndentingWriter p,
                                String streamName,
                                Type[] types, String[] names)
         throws IOException
     {
         if (types.length != names.length) {
             throw new Error("paramter type and name arrays different sizes");
         }
         for (int i = 0; i < types.length; i++) {
             writeMarshalArgument(p, streamName, types[i], names[i]);
             if (i != types.length -1) {
                 p.pln();
             }
         }
     }
     /**
      * Added for IASRI 4987274. Remote classes named "Util" were
      * getting confused with javax.rmi.CORBA.Util and the
      * unqualifiedName "Util".
      */
     String testUtil(String objectName, Type ttype) {
         if (objectName.equals("Util")) {
                 String correctedName = (String)ttype.getPackageName() + "." + objectName;
                 return correctedName;
         } else {
                 return objectName;
         }
     }
 }
 class StringComparator implements java.util.Comparator {
     public int compare(Object o1, Object o2) {
         String s1 = (String)o1;
         String s2 = (String)o2;
         return s1.compareTo(s2);
     }
 }
 class UserExceptionComparator implements java.util.Comparator {
     public int compare(Object o1, Object o2) {
         ValueType v1 = (ValueType)o1;
         ValueType v2 = (ValueType)o2;
         int result = 0;
         if (isUserException(v1)) {
             if (!isUserException(v2)) {
                 result = -1;
             }
         } else if (isUserException(v2)) {
             if (!isUserException(v1)) {
                 result = 1;
             }
         }
         return result;
     }
     final boolean isUserException(ValueType it) {
         return it.isIDLEntityException() && !it.isCORBAUserException();
     }
 }

Mercurial > jdk8-mips64-public > corba / annotate

src/share/classes/sun/rmi/rmic/iiop/StubGenerator.java@55540e827aef (annotated)

src/share/classes/sun/rmi/rmic/iiop/StubGenerator.java