backend/cimxml/constClass.c - third_party/sblim-sfcc - Git at Google

 /*!
   \file constClass.c
   \brief Native CMPIConstClass implementation.

   This is the native CMPIConstClass implementation as used for remote
   providers. It reflects the well-defined interface of a regular
   CMPIConstClass, however, it works independently from the management broker.

   It is part of a native broker implementation that simulates CMPI data
   types rather than interacting with the entities in a full-grown CIMOM.

   (C) Copyright IBM Corp. 2003

   THIS FILE IS PROVIDED UNDER THE TERMS OF THE ECLIPSE PUBLIC LICENSE
   ("AGREEMENT"). ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS FILE
   CONSTITUTES RECIPIENTS ACCEPTANCE OF THE AGREEMENT.

   You can obtain a current copy of the Eclipse Public License from
   http://www.opensource.org/licenses/eclipse-1.0.php

   \author Adrian Schuur

 */

 #include <stdio.h>
 #include <stdlib.h>
 #include <string.h>
 #include "cmcidt.h"
 #include "cmcift.h"
 #include "cmcimacs.h"
 #include "native.h"

 #ifdef DMALLOC
 #include "dmalloc.h"
 #endif

 /****************************************************************************/


 static CMPIStatus __ccft_release ( CMPIConstClass * ccls )
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;

 	if ( cc ) {

 		free ( cc->classname );
 		propertyFT.release ( cc->props );
 		qualifierFT.release ( cc->qualifiers );
         methodFT.release ( cc->methods );
 		free ( cc );

 		CMReturn ( CMPI_RC_OK );
 	}

 	CMReturn ( CMPI_RC_ERR_FAILED );
 }


 static CMPIConstClass * __ccft_clone ( CMPIConstClass * ccls, CMPIStatus * rc )
 {
 	struct native_constClass * cc   = (struct native_constClass *) ccls;
 	struct native_constClass * new = (struct native_constClass *)
 		calloc ( 1, sizeof ( struct native_constClass ) );

 	new->ccls      = cc->ccls;
 	new->classname = strdup ( cc->classname );
 	new->qualifiers= qualifierFT.clone ( cc->qualifiers, rc );
 	new->props     = propertyFT.clone ( cc->props, rc );
 	new->methods   = methodFT.clone ( cc->methods, rc );

 	return (CMPIConstClass *) new;
 }


 static CMPIString *__ccft_getClassName ( CMPIConstClass * ccls,
 				    CMPIStatus * rc )
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;

 	return native_new_CMPIString ( cc->classname, NULL );
 }


 static CMPIData __ccft_getProperty ( CMPIConstClass * ccls,
 				    const char * name,
 				    CMPIStatus * rc )
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;

 	return propertyFT.getDataProperty ( cc->props, name, rc );
 }

 static CMPIData __ccft_getPropertyAt ( CMPIConstClass * ccls,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;

 	return propertyFT.getDataPropertyAt ( cc->props, index, name, rc );
 }


 static unsigned int __ccft_getPropertyCount ( CMPIConstClass * ccls,
 					     CMPIStatus * rc )
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;

 	return propertyFT.getPropertyCount ( cc->props, rc );
 }


 static CMPIData __ccft_getQualifier ( CMPIConstClass * ccls,
 				      const char * name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;

 	return qualifierFT.getDataQualifier ( c->qualifiers, name, rc );
 }

 static CMPIData __ccft_getQualifierAt ( CMPIConstClass * ccls,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;

 	return qualifierFT.getDataQualifierAt ( c->qualifiers, index, name, rc );
 }

 static unsigned int __ccft_getQualifierCount ( CMPIConstClass * ccls,
 					     CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;

 	return qualifierFT.getQualifierCount ( c->qualifiers, rc );
 }

 static CMPIData __ccft_getPropertyQualifier ( CMPIConstClass * ccls,
 				      const char * pname, const char *qname,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_property *p=propertyFT.getProperty ( c->props, pname );

 	if (p) return qualifierFT.getDataQualifier ( p->qualifiers, qname, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
 	CMPIData ret = { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static CMPIData __ccft_getPropertyQualifierAt ( CMPIConstClass * ccls,
 				      const char * pname,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_property *p=propertyFT.getProperty ( c->props, pname );

 	if (p) return qualifierFT.getDataQualifierAt ( p->qualifiers, index, name, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
 	CMPIData ret= { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static unsigned int __ccft_getPropertyQualifierCount ( CMPIConstClass * ccls,
 				             const char * pname,
 					     CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_property *p=propertyFT.getProperty ( c->props, pname );

 	if (p) return qualifierFT.getQualifierCount ( p->qualifiers, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
 	return 0;
 }

 static CMPIData __ccft_getMethod ( CMPIConstClass * ccls,
 				      const char * name,
 				      CMPIStatus * rc )
 {
     struct native_constClass * c = (struct native_constClass *) ccls;

     return methodFT.getDataMethod ( c->methods, name, rc );
 }

 static CMPIData __ccft_getMethodAt ( CMPIConstClass * ccls,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
     struct native_constClass * c = (struct native_constClass *) ccls;

     return methodFT.getDataMethodAt ( c->methods, index, name, rc );
 }

 static unsigned int __ccft_getMethodCount ( CMPIConstClass * ccls,
 				      CMPIStatus * rc )
 {
     struct native_constClass * c = (struct native_constClass *) ccls;

     return methodFT.getMethodCount ( c->methods, rc );
 }

 static CMPIData __ccft_getMethodQualifier ( CMPIConstClass * ccls,
 				      const char * mname, const char *qname,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return qualifierFT.getDataQualifier ( m->qualifiers, qname, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	CMPIData ret = { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static CMPIData __ccft_getMethodQualifierAt ( CMPIConstClass * ccls,
 				      const char * mname,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return qualifierFT.getDataQualifierAt ( m->qualifiers, index, name, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	CMPIData ret= { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static unsigned int __ccft_getMethodQualifierCount ( CMPIConstClass * ccls,
 				      const char * mname,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return qualifierFT.getQualifierCount ( m->qualifiers, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	return 0;
 }

 static CMPIData __ccft_getMethodParameter ( CMPIConstClass * ccls,
 				      const char * mname, const char *pname,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return parameterFT.getDataParameter ( m->parameters, pname, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	CMPIData ret = { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static CMPIData __ccft_getMethodParameterAt ( CMPIConstClass * ccls,
 				      const char * mname,
 				      unsigned int index,
 				      CMPIString ** name,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return parameterFT.getDataParameterAt ( m->parameters, index, name, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	CMPIData ret= { 0, CMPI_nullValue, {0} };
 	return ret;
 }

 static unsigned int __ccft_getMethodParameterCount ( CMPIConstClass * ccls,
 				      const char * mname,
 				      CMPIStatus * rc )
 {
 	struct native_constClass * c = (struct native_constClass *) ccls;
 	struct native_method *m=methodFT.getMethod ( c->methods, mname );

 	if (m) return parameterFT.getParameterCount ( m->parameters, rc );
 	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
 	return 0;
 }


 CMPIConstClass * native_new_CMPIConstClass ( char  *cn, CMPIStatus * rc )
 {
 	static CMPIConstClassFT ccft = {
 		NATIVE_FT_VERSION,
 		__ccft_release,
 		__ccft_clone,
 		__ccft_getClassName,
 		__ccft_getProperty,
 		__ccft_getPropertyAt,
 		__ccft_getPropertyCount,
 		__ccft_getQualifier,
 		__ccft_getQualifierAt,
 		__ccft_getQualifierCount,
 		__ccft_getPropertyQualifier,
 		__ccft_getPropertyQualifierAt,
 		__ccft_getPropertyQualifierCount,
 		__ccft_getMethod,
 		__ccft_getMethodAt,
 		__ccft_getMethodCount,
 		__ccft_getMethodParameter,
 		__ccft_getMethodParameterAt,
 		__ccft_getMethodParameterCount,
 		__ccft_getMethodQualifier,
 		__ccft_getMethodQualifierAt,
 		__ccft_getMethodQualifierCount
 	};
 	static CMPIConstClass cc = {
 		"CMPIConstClass",
 		&ccft
 	};

 	struct native_constClass * ccls =
 		(struct native_constClass *)
 		calloc ( 1, sizeof ( struct native_constClass ) );

 	ccls->ccls = cc;

 	ccls->classname = strdup (cn );

 	return (CMPIConstClass *) ccls;
 }


 int addClassProperty( CMPIConstClass * ccls,
 				      char * name,
 				      CMPIValue * value,
 				      CMPIType type,
 				      CMPIValueState state)
 {
 	struct native_constClass * cc = (struct native_constClass *) ccls;


 	if ( propertyFT.setProperty ( cc->props,
 				      name,
 				      type,
 				      value ) ) {
 		propertyFT.addProperty ( &cc->props,
 					 name,
 					 type,
 					 state,
 					 value );
 	}

 	return ( CMPI_RC_OK );
 }

 int addClassQualifier( CMPIConstClass* cc, char * name,
 				      CMPIValue * value,
 				      CMPIType type)
 {
    struct native_constClass * c = (struct native_constClass *) cc;

 	if ( qualifierFT.setQualifier ( c->qualifiers,
 				      name,
 				      type,
 				      value ) ) {
 		qualifierFT.addQualifier ( &c->qualifiers,
 					 name,
 					 type,
 					 0,
 					 value );
 		}

 	return ( CMPI_RC_OK );
 }

 int addClassPropertyQualifier( CMPIConstClass* cc, char * pname, char *qname,
 				      CMPIValue * value,
 				      CMPIType type)
 {
    struct native_constClass * c = (struct native_constClass *) cc;
    struct native_property *p=propertyFT.getProperty ( c->props ,pname );

    if (p) {
 	if ( qualifierFT.setQualifier ( p->qualifiers,
 				      qname,
 				      type,
 				      value ) ) {
 		qualifierFT.addQualifier ( &p->qualifiers,
 					 qname,
 					 type,
 					 0,
 					 value );
 		}

 	return ( CMPI_RC_OK );
    }
    return CMPI_RC_ERR_NO_SUCH_PROPERTY;
 }

 int addClassMethod( CMPIConstClass * cc,
                      char * name,
                      CMPIValue * value,
                      CMPIType type,
                      CMPIValueState state)
 {
    struct native_constClass * c = (struct native_constClass *) cc;

    if ( methodFT.setMethod ( c->methods,
                      name,
                      type,
                      value ) ) {
         methodFT.addMethod ( &c->methods,
                      name,
                      type,
                      state,
                      value );
    }
    return ( CMPI_RC_OK );
 }

 int addClassMethodQualifier( CMPIConstClass* cc, char * mname, char *qname,
                      CMPIValue * value,
                      CMPIType type)
 {
    struct native_constClass * c = (struct native_constClass *) cc;
    struct native_method *m=methodFT.getMethod ( c->methods, mname );

    if (m) {
      if ( qualifierFT.setQualifier ( m->qualifiers,
                      qname,
                      type,
                      value ) ) {
         qualifierFT.addQualifier ( &m->qualifiers,
                      qname,
                      type,
                      0,
                      value );
      }
      return ( CMPI_RC_OK );
    }
    return CMPI_RC_ERR_METHOD_NOT_FOUND;
 }

 int addClassMethodParameter( CMPIConstClass* cc, char * mname, char *pname,
                       CMPIType type)
 {
    struct native_constClass * c = (struct native_constClass *) cc;
    struct native_method *m=methodFT.getMethod ( c->methods, mname );

    if (m) {
      if ( parameterFT.setParameter ( m->parameters,
                      pname,
                      type ) ) {
         parameterFT.addParameter ( &m->parameters,
                      pname,
                      type );
      }
      return ( CMPI_RC_OK );
    }
    return CMPI_RC_ERR_METHOD_NOT_FOUND;
 }

 /****************************************************************************/

 /*** Local Variables:  ***/
 /*** mode: C           ***/
 /*** c-basic-offset: 8 ***/
 /*** End:              ***/
	/*!
	\file constClass.c
	\brief Native CMPIConstClass implementation.

	This is the native CMPIConstClass implementation as used for remote
	providers. It reflects the well-defined interface of a regular
	CMPIConstClass, however, it works independently from the management broker.

	It is part of a native broker implementation that simulates CMPI data
	types rather than interacting with the entities in a full-grown CIMOM.

	(C) Copyright IBM Corp. 2003

	THIS FILE IS PROVIDED UNDER THE TERMS OF THE ECLIPSE PUBLIC LICENSE
	("AGREEMENT"). ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS FILE
	CONSTITUTES RECIPIENTS ACCEPTANCE OF THE AGREEMENT.

	You can obtain a current copy of the Eclipse Public License from
	http://www.opensource.org/licenses/eclipse-1.0.php

	\author Adrian Schuur

	*/

	#include <stdio.h>
	#include <stdlib.h>
	#include <string.h>
	#include "cmcidt.h"
	#include "cmcift.h"
	#include "cmcimacs.h"
	#include "native.h"

	#ifdef DMALLOC
	#include "dmalloc.h"
	#endif

	/****************************************************************************/


	static CMPIStatus __ccft_release ( CMPIConstClass * ccls )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;

	if ( cc ) {

	free ( cc->classname );
	propertyFT.release ( cc->props );
	qualifierFT.release ( cc->qualifiers );
	methodFT.release ( cc->methods );
	free ( cc );

	CMReturn ( CMPI_RC_OK );
	}

	CMReturn ( CMPI_RC_ERR_FAILED );
	}


	static CMPIConstClass * __ccft_clone ( CMPIConstClass * ccls, CMPIStatus * rc )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;
	struct native_constClass * new = (struct native_constClass *)
	calloc ( 1, sizeof ( struct native_constClass ) );

	new->ccls = cc->ccls;
	new->classname = strdup ( cc->classname );
	new->qualifiers= qualifierFT.clone ( cc->qualifiers, rc );
	new->props = propertyFT.clone ( cc->props, rc );
	new->methods = methodFT.clone ( cc->methods, rc );

	return (CMPIConstClass *) new;
	}


	static CMPIString __ccft_getClassName ( CMPIConstClass ccls,
	CMPIStatus * rc )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;

	return native_new_CMPIString ( cc->classname, NULL );
	}


	static CMPIData __ccft_getProperty ( CMPIConstClass * ccls,
	const char * name,
	CMPIStatus * rc )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;

	return propertyFT.getDataProperty ( cc->props, name, rc );
	}

	static CMPIData __ccft_getPropertyAt ( CMPIConstClass * ccls,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;

	return propertyFT.getDataPropertyAt ( cc->props, index, name, rc );
	}


	static unsigned int __ccft_getPropertyCount ( CMPIConstClass * ccls,
	CMPIStatus * rc )
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;

	return propertyFT.getPropertyCount ( cc->props, rc );
	}


	static CMPIData __ccft_getQualifier ( CMPIConstClass * ccls,
	const char * name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return qualifierFT.getDataQualifier ( c->qualifiers, name, rc );
	}

	static CMPIData __ccft_getQualifierAt ( CMPIConstClass * ccls,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return qualifierFT.getDataQualifierAt ( c->qualifiers, index, name, rc );
	}

	static unsigned int __ccft_getQualifierCount ( CMPIConstClass * ccls,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return qualifierFT.getQualifierCount ( c->qualifiers, rc );
	}

	static CMPIData __ccft_getPropertyQualifier ( CMPIConstClass * ccls,
	const char * pname, const char *qname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_property *p=propertyFT.getProperty ( c->props, pname );

	if (p) return qualifierFT.getDataQualifier ( p->qualifiers, qname, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
	CMPIData ret = { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static CMPIData __ccft_getPropertyQualifierAt ( CMPIConstClass * ccls,
	const char * pname,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_property *p=propertyFT.getProperty ( c->props, pname );

	if (p) return qualifierFT.getDataQualifierAt ( p->qualifiers, index, name, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
	CMPIData ret= { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static unsigned int __ccft_getPropertyQualifierCount ( CMPIConstClass * ccls,
	const char * pname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_property *p=propertyFT.getProperty ( c->props, pname );

	if (p) return qualifierFT.getQualifierCount ( p->qualifiers, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_NO_SUCH_PROPERTY );
	return 0;
	}

	static CMPIData __ccft_getMethod ( CMPIConstClass * ccls,
	const char * name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return methodFT.getDataMethod ( c->methods, name, rc );
	}

	static CMPIData __ccft_getMethodAt ( CMPIConstClass * ccls,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return methodFT.getDataMethodAt ( c->methods, index, name, rc );
	}

	static unsigned int __ccft_getMethodCount ( CMPIConstClass * ccls,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;

	return methodFT.getMethodCount ( c->methods, rc );
	}

	static CMPIData __ccft_getMethodQualifier ( CMPIConstClass * ccls,
	const char * mname, const char *qname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return qualifierFT.getDataQualifier ( m->qualifiers, qname, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	CMPIData ret = { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static CMPIData __ccft_getMethodQualifierAt ( CMPIConstClass * ccls,
	const char * mname,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return qualifierFT.getDataQualifierAt ( m->qualifiers, index, name, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	CMPIData ret= { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static unsigned int __ccft_getMethodQualifierCount ( CMPIConstClass * ccls,
	const char * mname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return qualifierFT.getQualifierCount ( m->qualifiers, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	return 0;
	}

	static CMPIData __ccft_getMethodParameter ( CMPIConstClass * ccls,
	const char * mname, const char *pname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return parameterFT.getDataParameter ( m->parameters, pname, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	CMPIData ret = { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static CMPIData __ccft_getMethodParameterAt ( CMPIConstClass * ccls,
	const char * mname,
	unsigned int index,
	CMPIString ** name,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return parameterFT.getDataParameterAt ( m->parameters, index, name, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	CMPIData ret= { 0, CMPI_nullValue, {0} };
	return ret;
	}

	static unsigned int __ccft_getMethodParameterCount ( CMPIConstClass * ccls,
	const char * mname,
	CMPIStatus * rc )
	{
	struct native_constClass * c = (struct native_constClass *) ccls;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) return parameterFT.getParameterCount ( m->parameters, rc );
	CMSetStatus ( rc, CMPI_RC_ERR_METHOD_NOT_FOUND );
	return 0;
	}



	CMPIConstClass * native_new_CMPIConstClass ( char cn, CMPIStatus rc )
	{
	static CMPIConstClassFT ccft = {
	NATIVE_FT_VERSION,
	__ccft_release,
	__ccft_clone,
	__ccft_getClassName,
	__ccft_getProperty,
	__ccft_getPropertyAt,
	__ccft_getPropertyCount,
	__ccft_getQualifier,
	__ccft_getQualifierAt,
	__ccft_getQualifierCount,
	__ccft_getPropertyQualifier,
	__ccft_getPropertyQualifierAt,
	__ccft_getPropertyQualifierCount,
	__ccft_getMethod,
	__ccft_getMethodAt,
	__ccft_getMethodCount,
	__ccft_getMethodParameter,
	__ccft_getMethodParameterAt,
	__ccft_getMethodParameterCount,
	__ccft_getMethodQualifier,
	__ccft_getMethodQualifierAt,
	__ccft_getMethodQualifierCount
	};
	static CMPIConstClass cc = {
	"CMPIConstClass",
	&ccft
	};

	struct native_constClass * ccls =
	(struct native_constClass *)
	calloc ( 1, sizeof ( struct native_constClass ) );

	ccls->ccls = cc;

	ccls->classname = strdup (cn );

	return (CMPIConstClass *) ccls;
	}


	int addClassProperty( CMPIConstClass * ccls,
	char * name,
	CMPIValue * value,
	CMPIType type,
	CMPIValueState state)
	{
	struct native_constClass * cc = (struct native_constClass *) ccls;


	if ( propertyFT.setProperty ( cc->props,
	name,
	type,
	value ) ) {
	propertyFT.addProperty ( &cc->props,
	name,
	type,
	state,
	value );
	}

	return ( CMPI_RC_OK );
	}

	int addClassQualifier( CMPIConstClass* cc, char * name,
	CMPIValue * value,
	CMPIType type)
	{
	struct native_constClass * c = (struct native_constClass *) cc;

	if ( qualifierFT.setQualifier ( c->qualifiers,
	name,
	type,
	value ) ) {
	qualifierFT.addQualifier ( &c->qualifiers,
	name,
	type,
	0,
	value );
	}

	return ( CMPI_RC_OK );
	}

	int addClassPropertyQualifier( CMPIConstClass* cc, char * pname, char *qname,
	CMPIValue * value,
	CMPIType type)
	{
	struct native_constClass * c = (struct native_constClass *) cc;
	struct native_property *p=propertyFT.getProperty ( c->props ,pname );

	if (p) {
	if ( qualifierFT.setQualifier ( p->qualifiers,
	qname,
	type,
	value ) ) {
	qualifierFT.addQualifier ( &p->qualifiers,
	qname,
	type,
	0,
	value );
	}

	return ( CMPI_RC_OK );
	}
	return CMPI_RC_ERR_NO_SUCH_PROPERTY;
	}

	int addClassMethod( CMPIConstClass * cc,
	char * name,
	CMPIValue * value,
	CMPIType type,
	CMPIValueState state)
	{
	struct native_constClass * c = (struct native_constClass *) cc;

	if ( methodFT.setMethod ( c->methods,
	name,
	type,
	value ) ) {
	methodFT.addMethod ( &c->methods,
	name,
	type,
	state,
	value );
	}
	return ( CMPI_RC_OK );
	}

	int addClassMethodQualifier( CMPIConstClass* cc, char * mname, char *qname,
	CMPIValue * value,
	CMPIType type)
	{
	struct native_constClass * c = (struct native_constClass *) cc;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) {
	if ( qualifierFT.setQualifier ( m->qualifiers,
	qname,
	type,
	value ) ) {
	qualifierFT.addQualifier ( &m->qualifiers,
	qname,
	type,
	0,
	value );
	}
	return ( CMPI_RC_OK );
	}
	return CMPI_RC_ERR_METHOD_NOT_FOUND;
	}

	int addClassMethodParameter( CMPIConstClass* cc, char * mname, char *pname,
	CMPIType type)
	{
	struct native_constClass * c = (struct native_constClass *) cc;
	struct native_method *m=methodFT.getMethod ( c->methods, mname );

	if (m) {
	if ( parameterFT.setParameter ( m->parameters,
	pname,
	type ) ) {
	parameterFT.addParameter ( &m->parameters,
	pname,
	type );
	}
	return ( CMPI_RC_OK );
	}
	return CMPI_RC_ERR_METHOD_NOT_FOUND;
	}

	/****************************************************************************/

	/* Local Variables: */
	/* mode: C */
	/* c-basic-offset: 8 */
	/* End: */