JNIEXPORT void JNICALL Java_dim_ObjectDescriptor_copyIntoObject	(	JNIEnv *	env,
		jclass	nativeClass,
		jlong	nativeDataAddress,
		jobject	theObject,
		jlong	desc
	)

Definition at line 2548 of file dim_jni.c.

References a_boolean, objectDescriptorEntry_struct::array, objectDescriptorEntry_struct::arrayOffset, c_boolean, DBGe, dim_Dbg_DESCRIPTORS, objectDescriptor_struct::entries, objectDescriptor_struct::entry, f_boolean, f_byte, f_char, f_double, f_float, f_int, f_long, f_short, objectDescriptorEntry_struct::fieldID, i, Java_dim_ObjectDescriptor_copyFromObject(), objectDescriptorEntry_struct::length, objectDescriptor_struct::objectClass, objectDescriptorEntry_struct::offset, and objectDescriptorEntry_struct::type.

Referenced by Java_dim_ObjectDescriptor_deleteObjectDescriptor().

{
        int i;
        objectDescriptorEntry_type* entry;

        objectDescriptor_type* descriptor = (objectDescriptor_type*) desc;
        jclass objectClass = descriptor->objectClass;

        DBGe(dim_Dbg_DESCRIPTORS) printf("DimJNI: Native.copyIntoObject %08lx\n", (dim_long)desc);

        if(nativeClass){}
        // test if object can be cast to object class
        if((*env)->IsInstanceOf(env, theObject, objectClass) != JNI_TRUE)
        {
                // throw exception
                jclass exceptionClass = (*env)->FindClass(env, "java/lang/IllegalArgumentException");
                (*env)->ThrowNew(env, exceptionClass, " (Sorry...)");
                return;
        }

        // loop over descriptor entries
        entry = descriptor->entry;
        for (i=0; i<descriptor->entries; i++)
        {
                switch (entry->type)
                {
                case f_boolean:
                        (*env)->SetBooleanField(env, theObject, entry->fieldID, *(jboolean*) (nativeDataAddress+entry->offset));
                        break;
                case f_byte:
                        (*env)->SetByteField(   env, theObject, entry->fieldID, *(jbyte*)    (nativeDataAddress+entry->offset));
                        break;
                case f_char:
                        (*env)->SetCharField(   env, theObject, entry->fieldID, *(jchar*)    (nativeDataAddress+entry->offset));
                        break;
                case f_short:
                        (*env)->SetShortField(  env, theObject, entry->fieldID, *(jshort*)   (nativeDataAddress+entry->offset));
                        break;
                case f_int:
                        (*env)->SetIntField(    env, theObject, entry->fieldID, *(jint*)     (nativeDataAddress+entry->offset));
                        break;
                case f_long:
                        (*env)->SetLongField(   env, theObject, entry->fieldID, *(jlong*)    (nativeDataAddress+entry->offset));
                        break;
                case f_float:
                        (*env)->SetFloatField(  env, theObject, entry->fieldID, *(jfloat*)   (nativeDataAddress+entry->offset));
                        break;
                case f_double:
                        (*env)->SetDoubleField( env, theObject, entry->fieldID, *(jdouble*)  (nativeDataAddress+entry->offset));
                        break;
                case a_boolean:
                        (*env)->SetBooleanArrayRegion(env, entry->array, entry->arrayOffset, entry->length, (void*) (nativeDataAddress+entry->offset));
                        break;
                case c_boolean:
                        (*env)->SetBooleanArrayRegion(env, entry->array, entry->arrayOffset, entry->length, (void*) (nativeDataAddress+entry->offset));
                //TODO :: complete this list, including recursive call to this function for objects
                        break;
                default:
                        break;
                }
                //TODO :: ?? if ((*env)->ExceptionOccurred(env)) (*env)->ExceptionDescribe(env); // clear any possible exception, if we do not do this, all further methods will fail!!
                entry++;
        }
        return;
}

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