Glassfish example source code file (ClassAction.java)
The Glassfish ClassAction.java source code/*
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package com.sun.jdo.api.persistence.enhancer.impl;
//import java.io.*;
import java.util.Map;
import java.util.HashMap;
import java.util.Enumeration;
import java.util.Iterator;
import java.util.List;
import java.util.ArrayList;
import com.sun.jdo.api.persistence.enhancer.classfile.*;
import com.sun.jdo.api.persistence.enhancer.util.Support;
//@olsen: added import
import com.sun.jdo.api.persistence.enhancer.meta.JDOMetaData;
//@olsen: cosmetics
//@olsen: moved: this class -> package impl
//@olsen: subst: (object)state -> flags
//@olsen: subst: JDOFlags -> jdoFlags
//@olsen: subst: makeJDO[gs]etFlags -> makeJDO[GS]etFlags
//@olsen: subst: JDO[gs]etFlags -> jdo[GS]etFlags
//@olsen: subst: [Nn]eedsJDORefMethods -> [Nn]eedsJDOStateManagerMethods
//@olsen: subst: JDORef -> jdoStateManager
//@olsen: subst: makeJDO[gs]etRef -> makeJDO[GS]etStateManager
//@olsen: subst: JDO[gs]etRef -> jdo[GS]etStateManager
//@olsen: subst: [iI]Persistent -> [pP]ersistenceCapable
//@olsen: subst: PersistentAux -> StateManager
//@olsen: subst: jdo/ -> com/sun/forte4j/persistence/internal/
//@olsen: subst: jdo. -> com.sun.forte4j.persistence.internal.
//@olsen: subst: /* ... */ -> // ...
//@olsen: subst: filterEnv -> env
//@olsen: subst: FilterEnv -> Environment
//@olsen: made MethodBuilder's methods non-static
//@olsen: dropped parameter 'Environment env', use association instead
//@olsen: subst: Hashtable -> Map, HashMap
//@olsen: subst: Vector -> Collection, List, ArrayList
//@olsen: subst: Enumeration,... -> Iterator, hasNext(), next()
//@olsen: subst: absolut jdo types and names -> constants from JDOMetaData
//@olsen: subst: refMember, flagsMember -> JDOStateManagerName, JDOFlagsName
//@olsen: added: support for I18N
//@olsen: subst: FilterError -> UserException, affirm()
//@olsen: removed: proprietary support for HashCode
//@olsen: removed: proprietary support for TypeSummary
//@olsen: removed: proprietary support for ClassInfo
//@olsen: removed: proprietary support for {set,get}{Ref,Flags}{Fields,Methods}
//@olsen: simplified detection/generation of jdo[GS]etStateManager() methods
//@olsen: simplified detection/generation of jdo[GS]etFlags() methods
//@olsen: removed: old, disabled ODI code
/**
* ClassAction handles the persistence annotation actions for a class.
* The details specific to individual methods and fields are delegated
* to instances of FieldAction and MethodAction.
*/
final class ClassAction
extends Support
implements VMConstants {
/* bit mask constants indicating what needs to be generated */
//@olsen: disabled feature
/*
private static final int GENInitContents = 0x02;
private static final int GENFlushContents = 0x04;
private static final int GENClearContents = 0x08;
private static final int GENAllContents =
GENInitContents | GENFlushContents | GENClearContents;
*/
/* Constants for the class level annotation attribute */
private static final String AnnotatedAttribute = "com.sun.jdo.api.persistence.enhancer.annotated";//NOI18N
private static final short AnnotatedVersion = 1;
//@olsen: added method name constants
static private final String jdoGetStateManagerName
= "jdoGetStateManager";//NOI18N
static private final String jdoSetStateManagerName
= "jdoSetStateManager";//NOI18N
static private final String jdoGetFlagsName
= "jdoGetFlags";//NOI18N
static private final String jdoSetFlagsName
= "jdoSetFlags";//NOI18N
static private final String jdoMakeDirtyName
= "jdoMakeDirty";//NOI18N
static private final String jdoIsDirtyName
= "jdoIsDirty";//NOI18N
static private final String jdoIsTransactionalName
= "jdoIsTransactional";//NOI18N
static private final String jdoIsPersistentName
= "jdoIsPersistent";//NOI18N
static private final String jdoIsNewName
= "jdoIsNew";//NOI18N
static private final String jdoIsDeletedName
= "jdoIsDeleted";//NOI18N
static private final String jdoGetPersistenceManagerName
= "jdoGetPersistenceManager";//NOI18N
static private final String jdoGetObjectIdName
= "jdoGetObjectId";//NOI18N
static private final String jdoConstructorName
= "<init>";//NOI18N
static private final String jdoNewInstanceName
= "jdoNewInstance";//NOI18N
static private final String jdoClearName
= "jdoClear";//NOI18N
static private final String jdoCopyName
= "jdoCopy";//NOI18N
static private final String jdoGetFieldName
= "jdoGetField";//NOI18N
static private final String jdoSetFieldName
= "jdoSetField";//NOI18N
static private final String jdoCloneName
= "clone";//NOI18N
/* The class to be annotated */
//@olsen: made final
private final ClassControl control;
/* Central repository for the options and classes */
//@olsen: added association
//@olsen: made final
private final Environment env;
/* The method builder helper object. */
//@olsen: made MethodBuilder's methods non-static
//@olsen: made final
private final MethodBuilder methodBuilder;
/* Hash table mapping ClassMethod to MethodAction */
//@olsen: made final
//@olsen: subst: Hashtable -> HashMap
private final Map methodActionTable = new HashMap(11);
/* Vector of FieldAction */
//@olsen: made final
//@olsen: subst: Vector -> ArrayList
private final List fieldActionTable = new ArrayList();
/* What should we generate for this class?
* This is a combination of the GENXXXX constants defined above. */
//@olsen: disabled feature
/*
private int generate;
*/
/* True if this has already been annotated */
private boolean previouslyAnnotated = false;
/* If true, this class will directly implement PersistenceCapable
interface. */
private boolean implementsPersistence = false;
/* If true, this class will directly implement PersistenceCapableHooks
interface if no base class does so. */
//@olsen: disabled feature
/*
private boolean implementsPersistenceHooks = false;
private boolean implementsPersistenceHooksKnown = false;
*/
/* True if a user-defined jdo member has been seen in this class. */
//@olsen: added fields
private boolean sawImplementsPersistenceCapable = false;
private boolean sawImplementsCloneable = false;
private boolean sawFieldJDOStateManager = false;
private boolean sawFieldJDOFlags = false;
private boolean sawMethodJDOGetStateManager = false;
private boolean sawMethodJDOSetStateManager = false;
private boolean sawMethodJDOGetFlags = false;
private boolean sawMethodJDOSetFlags = false;
private boolean sawMethodJDOMakeDirty = false;
private boolean sawMethodJDOIsDirty = false;
private boolean sawMethodJDOIsTransactional = false;
private boolean sawMethodJDOIsPersistent = false;
private boolean sawMethodJDOIsNew = false;
private boolean sawMethodJDOIsDeleted = false;
private boolean sawMethodJDOGetPersistenceManager = false;
private boolean sawMethodJDOGetObjectId = false;
private boolean sawMethodJDOConstructor = false;
private boolean sawMethodJDONewInstance = false;
private boolean sawMethodJDOGetField = false;
private boolean sawMethodJDOSetField = false;
private boolean sawMethodJDOClear = false;
private boolean sawMethodJDOCopy = false;
private boolean sawMethodJDOClone = false;
/* True if the preDestroyPersistent() method needs to be generated
for PersistenceCapable. */
//@olsen: disabled feature
/*
private boolean needsPreDestroyPersistent = true;
*/
/* True if the postInitializeContents() method needs to be generated
for PersistenceCapable. */
//@olsen: disabled feature
/*
private boolean needsPostInitializeContents = true;
*/
/* True if the preFlushContents() method needs to be generated
for PersistenceCapable. */
//@olsen: disabled feature
/*
private boolean needsPreFlushContents = true;
*/
/* True if the preClearContents() method needs to be generated
for PersistenceCapable. */
//@olsen: disabled feature
/*
private boolean needsPreClearContents = true;
*/
// public accessors
/**
* Constructor
*/
//@olsen: added parameter 'env' for association
public ClassAction(ClassControl control,
Environment env) {
this.control = control;
this.env = env;
this.methodBuilder = new MethodBuilder(env);
}
/**
* Perform the pass1 scan of the class.
* Certain scan operations must be completed for all classes before
* the remaining operations can be completed.
*/
//@olsen: dropped argument: boolean filterRequired
public void scan1() {
//@olsen: moved verbose output from ClassControl to ClassAction
env.message("scanning class " + control.userClassName());//NOI18N
//@olsen: added constraints; ensured by ClassControl
affirm(!classFile().isInterface());
affirm(control.persistType() > ClassControl.TransientOnly);
scanAttributes();
//@olsen: 4357074 skip previously enhanced files
if (previouslyAnnotated) {
return;
}
//@olsen: initialize 'implementsPersistence' flag from JDOMetaData
final String name = className();
implementsPersistence
= env.getJDOMetaData().isPersistenceCapableRootClass(name);
//@olsen: checks on persistence-capable classes
final boolean isPersistent
= (control.persistType() == ClassControl.PersistCapable);
if (isPersistent) {
// check whether this class directly implements PersistenceCapable
// or clonable.
scanForImplementsInterfaces();
// check only fields of persistence-capable classes
scanFields();
}
//@olsen: removed check, ensured before already
//if (!previouslyAnnotated && !classFile().isInterface())
scanMethods();
}
/**
* Add an PersistenceCapable implementation and PersistenceCapableHooks
* implementation if needed.
*/
//@olsen: subst: augmentInterfaces -> augment
//@olsen: dropped argument: boolean filterRequired
public void augment() {
if (previouslyAnnotated)
return;
if (implementsPersistence) {
env.message("augmenting class " + control.userClassName());//NOI18N
if (!sawImplementsPersistenceCapable) {
augmentClassInterface(JDOMetaData.JDOPersistenceCapablePath);
}
if (!sawImplementsCloneable) {
augmentClassInterface(JDOMetaData.javaLangCloneablePath);
}
//@olsen: made fields to have public access
{
insertPersistenceCapableFields(
JDOMetaData.JDOStateManagerFieldName,
JDOMetaData.JDOStateManagerFieldSig,
JDOMetaData.JDOStateManagerFieldType,
ACCTransient | ACCPublic);
insertPersistenceCapableFields(
JDOMetaData.JDOFlagsFieldName,
JDOMetaData.JDOFlagsFieldSig,
JDOMetaData.JDOFlagsFieldType,
ACCTransient | ACCPublic);
}
insertPersistenceCapableMethods();
}
//@olsen: disabled feature
/*
if (getImplementsPersistenceHooks() &&
!control.hasPersistenceCapableHooksProvided()) {
env.message("modifying class " + control.userClassName() +
" to implement " +
ClassControl.userClassFromVMClass(
JDOMetaData.JDOInstanceCallbacksName));
augmentClassInterface(JDOMetaData.JDOInstanceCallbacksName);
insertPersistenceCapableHooksMethods();
}
*/
}
/**
* Modify the class references within this class according to the
* mappings in classTranslations.
*/
//@olsen: disabled feature
/*
public void retarget(Map classTranslations,
boolean filterRequired) {
//@olsen: added final modifiers
final ConstantPool pool = classFile().pool();
// First, translate the constant pool
final int nEntries = pool.nEntries();
for (int i=0; i<nEntries; i++) {
ConstBasic basic = pool.constantAt(i);
if (basic != null) {
if (basic instanceof ConstClass) {
ConstClass classRef = (ConstClass) basic;
String classRefName = classRef.asString();
String translation =
Descriptor.translateClass(classRefName,
classTranslations);
if (translation != classRefName)
classRef.changeClass(pool.addUtf8(translation));
} else if (basic instanceof ConstNameAndType) {
ConstNameAndType ntRef = (ConstNameAndType) basic;
String sig = ntRef.signature().asString();
String modSig = Descriptor.remapTypes(sig,
classTranslations);
if (!modSig.equals(sig))
ntRef.changeSignature(pool.addUtf8(modSig));
}
}
}
// Next, translate method signatures
for (Enumeration cme = classFile().methods().elements();
cme.hasMoreElements(); ) {
ClassMethod method = (ClassMethod) cme.nextElement();
String sig = method.signature().asString();
String newSig = Descriptor.remapTypes(sig, classTranslations);
if (!newSig.equals(sig))
method.changeSignature(pool.addUtf8(newSig));
}
// Next, translate field signatures
for (Enumeration cfe = classFile().fields().elements();
cfe.hasMoreElements(); ) {
ClassField field = (ClassField) cfe.nextElement();
String sig = field.signature().asString();
String newSig = Descriptor.remapTypes(sig, classTranslations);
if (!newSig.equals(sig))
field.changeSignature(pool.addUtf8(newSig));
}
//@olsen: disabled feature
//
InvokeAnnotation.retarget(env, classTranslations);
//
for (Iterator me = methodActionTable.values().iterator();
me.hasNext();){
MethodAction ma = (MethodAction)me.next();
ma.retarget(classTranslations);
}
for (Iterator fe = fieldActionTable.iterator(); fe.hasNext();){
FieldAction fa = (FieldAction)fe.next();
fa.retarget(classTranslations);
}
if (!filterRequired)
return;
// this should be correct most of the time, but may cause some classes
// to be updated unnecessarily.
control.noteUpdate();
}
*/
/**
* Perform the annotation operations for this class
*/
public void annotate() {
if (previouslyAnnotated)
return;
//@olsen: moved verbose output from ClassControl to ClassAction
env.message("annotating class " + control.userClassName());//NOI18N
boolean updates = false;
for (Iterator e = methodActions(); e.hasNext(); ) {
MethodAction methodAction = (MethodAction)e.next();
if (methodAction.needsAnnotation()) {
methodAction.annotate();
updates = true;
}
}
//@olsen: disabled feature
/*
if ((generate & GENInitContents) != 0) {
classFile().addMethod(methodBuilder.makeInitializeContents(this));
updates = true;
}
if ((generate & GENFlushContents) != 0) {
classFile().addMethod(methodBuilder.makeFlushContents(this));
updates = true;
}
if ((generate & GENClearContents) != 0) {
classFile().addMethod(methodBuilder.makeClearContents(this));
updates = true;
}
*/
// Even if we haven't updated anything, we want to add an annotated
// attribute if we are doing in-place updates so that we don't
// rewrite the file every time.
if (updates || env.updateInPlace()) {
control.noteUpdate();
//^olsen: to test
// Leave a hint that we've been here before
final byte[] data = new byte[2];
data[0] = (byte)(AnnotatedVersion >>> 8);
data[1] = (byte)(AnnotatedVersion & 0xff);
final ClassAttribute annotatedAttr
= new GenericAttribute(
classFile().pool().addUtf8(AnnotatedAttribute), data);
classFile().attributes().addElement(annotatedAttr);
}
}
// package accessors
/**
* Get the control object
*/
ClassControl classControl() {
return control;
}
/**
* Get the class file which we are operating on
*/
ClassFile classFile() {
return control.classFile();
}
/**
* Return an Enumeration of the FieldActions for the class
*/
Iterator fieldActions() {
return fieldActionTable.iterator();
}
/**
* Return an Enumeration of the MethodActions for the class
*/
Iterator methodActions() {
return methodActionTable.values().iterator();
}
/**
* Return the class name in VM form
*/
public String className() {
return control.className();
}
/**
* Return the class name in user ('.' delimited) form
*/
public String userClassName() {
return control.userClassName();
}
/**
* Return true if this class will implement PersistenceCapable.
*/
public boolean getImplementsPersistence() {
return implementsPersistence;
}
/**
* Return true if this class will implement PersistenceCapableHooks.
*/
//@olsen: disabled feature
/*
public boolean getImplementsPersistenceHooks() {
if (!implementsPersistenceHooksKnown) {
if (!needsPreDestroyPersistent ||
!needsPreClearContents ||
!needsPreFlushContents ||
!needsPostInitializeContents)
implementsPersistenceHooks = true;
implementsPersistenceHooksKnown = true;
}
return implementsPersistenceHooks;
}
*/
/**
* Return true if this method needs an implementation of clone().
*/
public boolean hasCloneMethod() {
return sawMethodJDOClone;
}
/**
* Checks the class attributes for a filter.annotated attribute.
* This works even if scan1 hasn't run yet.
*/
public boolean hasAnnotatedAttribute() {
if (previouslyAnnotated)
return true;
Enumeration e = classFile().attributes().elements();
while (e.hasMoreElements()) {
ClassAttribute attr = (ClassAttribute) e.nextElement();
if (attr.attrName().asString().equals(AnnotatedAttribute))
return true;
}
return false;
}
/**
* Check whether this class has a persistent field of the
* specified name. This might be called when the FieldActions have
* not yet been built.
*/
//@olsen: disabled feature
/*
boolean fieldIsPersistent(String fieldName) {
ClassField field = classFile().findField(fieldName);
if (field != null) {
String className = classFile().className().asString();
String fieldName = field.name().asString();
//@olsen: disabled feature
//return FieldAction.fieldIsPersistent(classFile(), field);
return env.getJDOMetaData().isPersistentField(className, fieldName);
}
return false;
}
*/
// private methods
/**
* Scans the attributes of a ClassFile
*/
private void scanAttributes() {
Enumeration e = classFile().attributes().elements();
while (e.hasMoreElements()) {
ClassAttribute attr = (ClassAttribute) e.nextElement();
if (attr.attrName().asString().equals(AnnotatedAttribute)) {
previouslyAnnotated = true;
//@olsen: disabled feature
/*
if (!control.isImplicitlyPersistent() && !env.updateInPlace()) {
*/
{
// At some point we may want to consider stripping old
// annotations and re-annotating, but not yet
env.message("ignoring previously enhanced class "//NOI18N
+ control.userClassName());
}
break;
}
}
}
/**
* Scans the class to check whether it implemens interfaces
* PersistenceCapable and Clonable.
* Sets instance variables <code>sawImplementsPersistenceCapable if
* the class implements <code>JDOMetaData.JDOPersistenceCapablePath.
* Sets the instance variable <code>sawImplementsCloneable
* if the class implements <code>JDOMetaData.javaLangCloneablePath.
* Please note that only the current class is scanned for implemented
* interfaces by this method. Even if the super class implements
* one of the above interfaces, the corresponding instance variable will
* not be set.
*/
//@olsen: added method
private void scanForImplementsInterfaces() {
for (Iterator ifc = classFile().interfaces().iterator();
ifc.hasNext();) {
final ConstClass i = (ConstClass)ifc.next();
String interfaceNamePath = i.asString();
if (interfaceNamePath.equals(JDOMetaData.JDOPersistenceCapablePath)) {
sawImplementsPersistenceCapable = true;
//@olsen: warn if user-defined 'implements PC' clause
env.warning(
getI18N("enhancer.class_implements_jdo_pc",//NOI18N
new Object[]{
userClassName(),
JDOMetaData.JDOPersistenceCapableType
}));
}
if(JDOMetaData.javaLangCloneablePath.equals(interfaceNamePath) ) {
sawImplementsCloneable = true;
}
}
//@olsen: disabled feature
//@olsen: don't check whether this class implements PC indirectly
/*
if (control.implementsPersistenceCapable())
env.warning(
getI18N("enhancer.class_implements_pc",
userClassName(),
meta.JDOPersistenceCapableType));
*/
}
/**
* Scans the fields of a ClassFile
* If this is not a persistence capable class, do nothing.
*/
private void scanFields() {
Enumeration e = classFile().fields().elements();
while (e.hasMoreElements()) {
final ClassField f = (ClassField)e.nextElement();
final String fieldName = f.name().asString();
final String fieldSig = f.signature().asString();
//@olsen: added check
scanForJDOFields(fieldName, fieldSig);
FieldAction action = new FieldAction(this, f, env);
action.check();
fieldActionTable.add(action);
}
}
/**
* Scan for JDO fields.
*/
//@olsen: added method
private void scanForJDOFields(String fieldName,
String fieldSig) {
if (fieldName.equals(JDOMetaData.JDOStateManagerFieldName)) {
env.error(
getI18N("enhancer.class_defines_jdo_field",//NOI18N
userClassName(),
JDOMetaData.JDOStateManagerFieldName));
sawFieldJDOStateManager = true;
return;
}
if (fieldName.equals(JDOMetaData.JDOFlagsFieldName)) {
env.error(
getI18N("enhancer.class_defines_jdo_field",//NOI18N
userClassName(),
JDOMetaData.JDOFlagsFieldName));
sawFieldJDOFlags = true;
return;
}
//@olsen: check whether member starts with the reserved jdo prefix
if (fieldName.startsWith("jdo")) {//NOI18N
//@olsen: issue a warning only
env.warning(
getI18N("enhancer.class_has_jdo_like_member",//NOI18N
userClassName(), fieldName));
return;
}
}
/**
* Scans the methods of a ClassFile.
*/
private void scanMethods() {
final boolean isPersistent
= (control.persistType() == ClassControl.PersistCapable);
Enumeration e = classFile().methods().elements();
while (e.hasMoreElements()) {
final ClassMethod m = (ClassMethod)e.nextElement();
final String methodName = m.name().asString();
final String methodSig = m.signature().asString();
if (isPersistent) {
scanForJDOMethods(methodName, methodSig);
}
final MethodAction action = new MethodAction(this, m, env);
action.check();
methodActionTable.put(m, action);
}
}
/**
* Scan for JDO methods.
*/
//@olsen: moved code from scanMethods()
private void scanForJDOMethods(String methodName,
String methodSig) {
if (methodName.equals(jdoGetStateManagerName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOGetStateManager = true;
return;
}
if (methodName.equals(jdoSetStateManagerName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOSetStateManager = true;
return;
}
if (methodName.equals(jdoGetFlagsName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOGetFlags = true;
return;
}
if (methodName.equals(jdoSetFlagsName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOSetFlags = true;
return;
}
if (methodName.equals(jdoMakeDirtyName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOMakeDirty = true;
return;
}
if (methodName.equals(jdoIsDirtyName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOIsDirty = true;
return;
}
if (methodName.equals(jdoIsTransactionalName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOIsTransactional = true;
return;
}
if (methodName.equals(jdoIsPersistentName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOIsPersistent = true;
return;
}
if (methodName.equals(jdoIsNewName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOIsNew = true;
return;
}
if (methodName.equals(jdoIsDeletedName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOIsDeleted = true;
return;
}
if (methodName.equals(jdoGetPersistenceManagerName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOGetPersistenceManager = true;
return;
}
if (methodName.equals(jdoGetObjectIdName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOGetObjectId = true;
return;
}
//^olsen: get signature from method builder
// for jdo constructor, check by name and signature
if (methodName.equals(jdoConstructorName)
&& methodSig.equals("(" + JDOMetaData.JDOStateManagerSig + ")V")) {//NOI18N
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOConstructor = true;
return;
}
if (methodName.equals(jdoNewInstanceName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDONewInstance = true;
return;
}
if (methodName.equals(jdoClearName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOClear = true;
return;
}
if (methodName.equals(jdoCopyName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOCopy = true;
return;
}
if (methodName.equals(jdoGetFieldName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOGetField = true;
return;
}
if (methodName.equals(jdoSetFieldName)) {
env.error(
getI18N("enhancer.class_defines_jdo_method",//NOI18N
userClassName(), methodName));
sawMethodJDOSetField = true;
return;
}
//^olsen: get signature from method builder
// for method clone(), check by name and signature
if (methodName.equals(jdoCloneName)
&& methodSig.equals("()Ljava/lang/Object;")) {//NOI18N
// it's OK to have a user-defined clone()
sawMethodJDOClone = true;
return;
}
//@olsen: check whether member starts with the reserved jdo prefix
if (methodName.startsWith("jdo")) {//NOI18N
//@olsen: issue a warning only
env.warning(
getI18N("enhancer.class_has_jdo_like_member",//NOI18N
userClassName(), methodName));
return;
}
//@olsen: disabled feature
/*
boolean sawInitializeContents = false;
boolean sawFlushContents = false;
boolean sawClearContents = false;
*/
//@olsen: disabled feature
/*
else if (methodName.equals("initializeContents") &&
methodSig.equals("(com/sun/forte4j/persistence/internal/ObjectContents;)V"))
sawInitializeContents = true;
else if (methodName.equals("flushContents") &&
methodSig.equals("(Lcom/sun/forte4j/persistence/internal/ObjectContents;)V"))
sawFlushContents = true;
else if (methodName.equals("clearContents") &&
methodSig.equals("()V"))
sawClearContents = true;
*/
//@olsen: disabled feature
/*
else if (methodName.equals("preDestroyPersistent") &&
methodSig.equals("()V"))
needsPreDestroyPersistent = false;
else if (methodName.equals("postInitializeContents") &&
methodSig.equals("()V"))
needsPostInitializeContents = false;
else if (methodName.equals("preFlushContents") &&
methodSig.equals("()V"))
needsPreFlushContents = false;
else if (methodName.equals("preClearContents") &&
methodSig.equals("()V"))
needsPreClearContents = false;
*/
//@olsen: disabled feature
/*
if (!sawInitializeContents)
generate |= GENInitContents;
if (!sawFlushContents)
generate |= GENFlushContents;
if (!sawClearContents)
generate |= GENClearContents;
*/
}
/**
* Add a field as the index'th element of the field vector in the class.
*/
private void insertPersistenceCapableFields(String fieldName,
String fieldSig,
String printableFieldSig,
int accessFlags) {
affirm(implementsPersistence);
control.noteUpdate();
// create it
env.message("adding "//NOI18N
+ control.userClassName() +
"." + fieldName + " " + printableFieldSig);//NOI18N
final ClassFile cfile = classFile();
final ConstantPool pool = cfile.pool();
//@olsen: fix 4467428, add synthetic attribute for generated fields
final AttributeVector fieldAttrs = new AttributeVector();
fieldAttrs.addElement(
new SyntheticAttribute(
pool.addUtf8(SyntheticAttribute.expectedAttrName)));
final ClassField theField
= new ClassField(accessFlags,
pool.addUtf8(fieldName),
pool.addUtf8(fieldSig),
fieldAttrs);
cfile.addField(theField);
}
/**
* Add all the methods required for com.sun.jdo.spi.persistence.support.sqlstore.PersistenceCapable interface.
*/
private void insertPersistenceCapableMethods() {
affirm(implementsPersistence);
control.noteUpdate();
//@olsen: simplified generation of jdo[GS]etStateManager methods
affirm(!sawMethodJDOGetStateManager);
classFile().addMethod(
methodBuilder.makeJDOGetStateManager(
this,
jdoGetStateManagerName));
affirm(!sawMethodJDOSetStateManager);
classFile().addMethod(
methodBuilder.makeJDOSetStateManager(
this,
jdoSetStateManagerName));
//@olsen: simplified generation of jdo[GS]etFlags methods
affirm(!sawMethodJDOGetFlags);
classFile().addMethod(
methodBuilder.makeJDOGetFlags(
this,
jdoGetFlagsName));
affirm(!sawMethodJDOSetFlags);
classFile().addMethod(
methodBuilder.makeJDOSetFlags(
this,
jdoSetFlagsName));
//@olsen: add generation of jdoMakeDirty() method
affirm(!sawMethodJDOMakeDirty);
classFile().addMethod(
methodBuilder.makeJDOMakeDirtyMethod(
this,
jdoMakeDirtyName));
//@olsen: add generation of JDO interrogative methods
affirm(!sawMethodJDOIsDirty);
classFile().addMethod(
methodBuilder.makeJDOInterrogativeMethod(
this,
jdoIsDirtyName));
affirm(!sawMethodJDOIsTransactional);
classFile().addMethod(
methodBuilder.makeJDOInterrogativeMethod(
this,
jdoIsTransactionalName));
affirm(!sawMethodJDOIsPersistent);
classFile().addMethod(
methodBuilder.makeJDOInterrogativeMethod(
this,
jdoIsPersistentName));
affirm(!sawMethodJDOIsNew);
classFile().addMethod(
methodBuilder.makeJDOInterrogativeMethod(
this,
jdoIsNewName));
affirm(!sawMethodJDOIsDeleted);
classFile().addMethod(
methodBuilder.makeJDOInterrogativeMethod(
this,
jdoIsDeletedName));
//@olsen: add generation of jdoGetPersistenceManager method
affirm(!sawMethodJDOGetPersistenceManager);
classFile().addMethod(
methodBuilder.makeJDOGetPersistenceManagerMethod(
this,
jdoGetPersistenceManagerName));
//@olsen: add generation of jdoGetObjectId method
affirm(!sawMethodJDOGetObjectId);
classFile().addMethod(
methodBuilder.makeJDOGetObjectIdMethod(
this,
jdoGetObjectIdName));
//@olsen: add generation of the JDO constructor
affirm(!sawMethodJDOConstructor);
classFile().addMethod(
methodBuilder.makeJDOConstructor(
this,
jdoConstructorName));
//@olsen: add generation of the jdoNewInstance method
affirm(!sawMethodJDONewInstance);
classFile().addMethod(
methodBuilder.makeJDONewInstanceMethod(
this,
jdoNewInstanceName));
//@olsen: add generation of the jdoGetField method
affirm(!sawMethodJDOGetField);
classFile().addMethod(
methodBuilder.makeJDOGetFieldMethod(
this,
jdoGetFieldName));
//@olsen: add generation of the jdoSetField method
affirm(!sawMethodJDOSetField);
classFile().addMethod(
methodBuilder.makeJDOSetFieldMethod(
this,
jdoSetFieldName));
//@olsen: add generation of the jdoClear method
affirm(!sawMethodJDOClear);
classFile().addMethod(
methodBuilder.makeJDOClearMethod(
this,
jdoClearName));
//@lars: removed jdoCopy-method creation
//@olsen: add generation of the jdoCopy method
/*
affirm(!sawMethodJDOCopy);
classFile().addMethod(
methodBuilder.makeJDOCopyMethod(
this,
jdoCopyName));
*/
//@olsen: generate method clone() if not present
if (!sawMethodJDOClone) {
classFile().addMethod(
methodBuilder.makeJDOClone(
this,
jdoCloneName));
}
}
/**
* Add all the methods required for com.sun.jdo.spi.persistence.support.sqlstore.PersistenceCapableHooks interface.
*/
//@olsen: disabled feature
/*
private void insertPersistenceCapableHooksMethods() {
if (needsPreDestroyPersistent)
classFile().addMethod
(methodBuilder.makeNullMethod(this, "preDestroyPersistent"));
if (needsPostInitializeContents)
classFile().addMethod
(methodBuilder.makeNullMethod(this, "postInitializeContents"));
if (needsPreFlushContents)
classFile().addMethod
(methodBuilder.makeNullMethod(this, "preFlushContents"));
if (needsPreClearContents)
classFile().addMethod
(methodBuilder.makeNullMethod(this, "preClearContents"));
if (needsPreDestroyPersistent || needsPostInitializeContents
|| needsPreFlushContents || needsPreClearContents)
control.noteUpdate();
}
*/
/**
* Add the specified interface to list.
*/
private void augmentClassInterface(String interfaceName) {
control.noteUpdate();
ClassFile cfile = classFile();
ConstClass iface = cfile.pool().addClass(interfaceName);
//@olsen: moved output to here
env.message("adding implements "//NOI18N
+ ClassControl.userClassFromVMClass(interfaceName));
cfile.addInterface(iface);
}
}
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