Examples of org.jpox.ClassLoaderResolver.classForName()

org.jpox.ClassLoaderResolver.classForName()
Class loading method, allowing specification of a primary loader. This method does not initialize the class @param name Name of the Class to be loaded @param primary the primary ClassLoader to use (or null) @return The Class given the name, using the specified ClassLoader @throws ClassNotResolvedException if the class can't be found in the classpath

                    // Files have listeners so go through them in the same order
                    Iterator<EventListenerMetaData> listenerIter = listenerMetaData.iterator();
                    while (listenerIter.hasNext())
                    {
                        EventListenerMetaData elmd = listenerIter.next();
                        Class listenerClass = clr.classForName(elmd.getClassName());
                        String methodName = elmd.getMethodNameForCallbackClass(callbackClass.getName());
                        if (methodName != null)
                        {
                            // Separate listener class taking the PC object as input
                            Object listener = listenerClass.newInstance();

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                    // Class has listeners so go through them in the same order
                    Iterator<EventListenerMetaData> listenerIter = listenerMetaData.iterator();
                    while (listenerIter.hasNext())
                    {
                        EventListenerMetaData elmd = listenerIter.next();
                        Class listenerClass = clr.classForName(elmd.getClassName());
                        String methodName = elmd.getMethodNameForCallbackClass(callbackClass.getName());
                        if (methodName != null)
                        {
                            if (elmd.getClassName().equals(acmd.getFullClassName()))
                            {

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    {
        if (expr instanceof ClassExpression)
        {
            ClassLoaderResolver clr = qs.getClassLoaderResolver();
            Class instanceofClass = ((ClassExpression)expr).getCls();
            Class fieldClass = clr.classForName(mapping.getType());
            if (!fieldClass.isAssignableFrom(instanceofClass) && !instanceofClass.isAssignableFrom(fieldClass))
            {
                // Field type and instanceof type are totally incompatible, so just return false
                return new BooleanLiteral(qs, mapping, true).eq(new BooleanLiteral(qs, mapping, false));
            }

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    private Object getObjectForAbstractClass(ObjectManager om, final Object rs, int[] param, AbstractClassMetaData cmd)
    {
        ClassLoaderResolver clr = om.getClassLoaderResolver();


        // Abstract class, so we need to generate an AID before proceeding
        Class objectIdClass = clr.classForName(cmd.getObjectidClass());
        Class pcClass = clr.classForName(cmd.getFullClassName());
        Object id;
        if (cmd.usesSingleFieldIdentityClass())
        {
            id = createSingleFieldIdentity(om, rs, param, cmd, objectIdClass, pcClass);

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    {
        ClassLoaderResolver clr = om.getClassLoaderResolver();


        // Abstract class, so we need to generate an AID before proceeding
        Class objectIdClass = clr.classForName(cmd.getObjectidClass());
        Class pcClass = clr.classForName(cmd.getFullClassName());
        Object id;
        if (cmd.usesSingleFieldIdentityClass())
        {
            id = createSingleFieldIdentity(om, rs, param, cmd, objectIdClass, pcClass); 
        }

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                expressionsIndex[j] = param[paramIndex++];
            }
            statementExpressionIndex[fmd.getAbsoluteFieldNumber()].setExpressionIndex(expressionsIndex);
        }


        return om.findObjectUsingAID(clr.classForName(cmd.getFullClassName()),
            new FieldValues()
            {
            // StateManager calls the fetchFields method
            public void fetchFields(StateManager sm)
            {

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          {
              sm.setStoringPC();
          }


            MetaDataManager mmgr = om.getStoreManager().getOMFContext().getMetaDataManager();
          boolean isPersistentInterface = mmgr.getMetaDataForInterface(clr.classForName(getType()), clr) != null;
          if (isPersistentInterface)
          {
              // Field is declared as a "persistent-interface" type so all impls of that type should match
              type = clr.classForName(getType());
          }

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            MetaDataManager mmgr = om.getStoreManager().getOMFContext().getMetaDataManager();
          boolean isPersistentInterface = mmgr.getMetaDataForInterface(clr.classForName(getType()), clr) != null;
          if (isPersistentInterface)
          {
              // Field is declared as a "persistent-interface" type so all impls of that type should match
              type = clr.classForName(getType());
          }
          else if (fmd != null && fmd.getFieldTypes() != null && fmd.getFieldTypes().length == 1)
          {
              isPersistentInterface = mmgr.getMetaDataForInterface(clr.classForName(fmd.getFieldTypes()[0]), clr) != null;
              if (isPersistentInterface)

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              // Field is declared as a "persistent-interface" type so all impls of that type should match
              type = clr.classForName(getType());
          }
          else if (fmd != null && fmd.getFieldTypes() != null && fmd.getFieldTypes().length == 1)
          {
              isPersistentInterface = mmgr.getMetaDataForInterface(clr.classForName(fmd.getFieldTypes()[0]), clr) != null;
              if (isPersistentInterface)
              {
                  // Field is declared as interface and accepts "persistent-interface" value, so all impls should match
                  type = clr.classForName(fmd.getFieldTypes()[0]);
              }

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          {
              isPersistentInterface = mmgr.getMetaDataForInterface(clr.classForName(fmd.getFieldTypes()[0]), clr) != null;
              if (isPersistentInterface)
              {
                  // Field is declared as interface and accepts "persistent-interface" value, so all impls should match
                  type = clr.classForName(fmd.getFieldTypes()[0]);
              }
          }


          for (int i=0; i<javaTypeMappings.length; i++)
          {

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