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/*
* Copyright (C) ST-Ericsson SA 2010
* Author: Jean-Philippe FASSINO <jean-philippe.fassino@stericsson.com> for ST-Ericsson.
* License terms: GNU General Public License (GPL), version 2, with
* user space exemption described in the top-level COPYING file in
* the Linux kernel source tree.
*/
/*!
* \brief Service type and data used through service callback.
* \defgroup NMF_SERVICE NMF Service Callback types and data definition
* \ingroup NMF_COMMON
*/
#ifndef SERVICE_TYPE_H
#define SERVICE_TYPE_H
#include <ee/api/panic.idt>
#include <nmf/inc/component_type.h>
#include <share/inc/nmf.h>
/*!
* \brief Define t_nmf_service_type type
*
* It gives the type of service message passed to service callback.
* \ingroup NMF_SERVICE
*/
typedef t_uint32 t_nmf_service_type;
#define NMF_SERVICE_PANIC ((t_nmf_service_type)0) //!< \ingroup NMF_SERVICE
#define NMF_SERVICE_SHUTDOWN ((t_nmf_service_type)1) //!< \ingroup NMF_SERVICE
/*
* The following structured define each data structure used for each service type
* and given to each serviceCallback
*/
/*!
* \brief Define t_nmf_panic_data type
*
* This is the data structure passed to the service callback (inside \ref t_nmf_service_data)
* when t_nmf_service_type == NMF_SERVICE_PANIC
* \ingroup NMF_SERVICE
*/
typedef struct {
t_panic_reason panicReason; //!< The reason of the panic
t_panic_source panicSource; //!< THe source of the panic (One of the MPC or the ARM-EE)
/*!
* union of structures containing specific info, depending on the panicSource
*/
union {
struct {
t_nmf_core_id coreid; //!< The coreId of the MPC on which the panic occured
t_cm_instance_handle faultingComponent; //!< The faulting component handle
t_uint32 panicInfo1; //!< First info (depend on \ref panicReason)
t_uint32 panicInfo2; //!< Second info (depend on \ref panicReason)
} mpc; //!< member to use if panicSource == MPC_EE
struct {
void * faultingComponent; //!< The faulting component handle
t_uint32 panicInfo1; //!< First info (depend on \ref panicReason)
t_uint32 panicInfo2; //!< Second info (depend on \ref panicReason)
} host; //!< member to use if panicSource == HOST_EE
} info; //!< union of structures containing specific info, depending on the panicSource
} t_nmf_panic_data;
/*!
* \brief Define t_nmf_shutdown_data type
*
* This is the data structure passed to the service callback (inside \ref t_nmf_service_data)
* when t_nmf_service_type == NMF_SERVICE_SHUTDOWN
* \ingroup NMF_SERVICE
*/
typedef struct {
t_nmf_core_id coreid; //!< The coreId of the MPC on which has been shutdown
} t_nmf_shutdown_data;
/*!
* \brief Define t_nmf_service_data type
*
* It gives the data passed to the service callbacks for each service type
* This is an union whose member to use is defined by the given \ref t_nmf_service_type
*
* \ingroup NMF_SERVICE
*/
typedef union {
t_nmf_panic_data panic; //!< if service_type == NMF_SERVICE_PANIC
t_nmf_shutdown_data shutdown; //!< if service_type == NMF_SERVICE_SHUTDOWN
} t_nmf_service_data;
/*!
* \brief Define t_nmf_serviceCallback function type to allow to dispatch service message to user.
* \ingroup NMF_SERVICE
*/
typedef void (*t_nmf_serviceCallback)(void *contextHandler, t_nmf_service_type serviceType, t_nmf_service_data *serviceData);
#endif //SERVICE_TYPE_H
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