/space/home/slher/rel/Beken/v6_4_5/macsw/modules/ke/src/ke_event.h

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#ifndef _KE_EVENT_H_
#define _KE_EVENT_H_

/*
 * INCLUDE FILES
 ****************************************************************************************
 */
// for target dependent directives
#include "rwnx_config.h"
// for ke environment
#include "ke_env.h"
// for CO_BIT
#include "co_math.h"

/*
 * CONSTANTS
 ****************************************************************************************
 */

enum
{
    KE_EVT_RESET = 0,
    #if NX_GP_DMA
    KE_EVT_GP_DMA_UL,
    #endif
    #if NX_MM_TIMER
    KE_EVT_MM_TIMER,
    #endif
    KE_EVT_KE_TIMER,
    KE_EVT_MACIF_MSG,
    KE_EVT_KE_MESSAGE,
    KE_EVT_HW_IDLE,
    #if NX_BEACONING || ((NX_POWERSAVE || NX_CONNECTION_MONITOR || NX_UMAC_PRESENT) && !NX_MULTI_ROLE)
    KE_EVT_PRIMARY_TBTT,
    #endif
    #if NX_BEACONING
    KE_EVT_SECONDARY_TBTT,
    #endif
    KE_EVT_RXUPLOADED,
    #if NX_UMAC_PRESENT
    KE_EVT_RXUREADY,
    #endif
    KE_EVT_RXREADY,
    #if NX_TX_FRAME
    KE_EVT_TXFRAME_CFM,
    #endif
    #if NX_BEACONING
    KE_EVT_TXCFM_BCN,
    #endif
    KE_EVT_TXCFM_AC3,
    KE_EVT_TXCFM_AC2,
    KE_EVT_TXCFM_AC1,
    KE_EVT_TXCFM_AC0,
    #if NX_BEACONING
    KE_EVT_MACIF_TXDESC_BCN,
    #endif
    KE_EVT_MACIF_TXDESC_AC3,
    KE_EVT_MACIF_TXDESC_AC2,
    KE_EVT_MACIF_TXDESC_AC1,
    KE_EVT_MACIF_TXDESC_AC0,
    #if NX_GP_DMA
    KE_EVT_GP_DMA_DL,
    #endif
    KE_EVT_MAX
};

#define KE_EVT_RESET_BIT          CO_BIT(31 - KE_EVT_RESET)          
#if NX_MM_TIMER
#define KE_EVT_MM_TIMER_BIT       CO_BIT(31 - KE_EVT_MM_TIMER)       
#endif
#define KE_EVT_KE_TIMER_BIT       CO_BIT(31 - KE_EVT_KE_TIMER)       
#define KE_EVT_KE_MESSAGE_BIT     CO_BIT(31 - KE_EVT_KE_MESSAGE)     
#define KE_EVT_HW_IDLE_BIT        CO_BIT(31 - KE_EVT_HW_IDLE)        
#if NX_BEACONING || ((NX_POWERSAVE || NX_CONNECTION_MONITOR || NX_UMAC_PRESENT) && !NX_MULTI_ROLE)
#define KE_EVT_PRIMARY_TBTT_BIT   CO_BIT(31 - KE_EVT_PRIMARY_TBTT)   
#else
#define KE_EVT_PRIMARY_TBTT_BIT   0
#endif
#if NX_BEACONING
#define KE_EVT_SECONDARY_TBTT_BIT CO_BIT(31 - KE_EVT_SECONDARY_TBTT) 
#endif
#if NX_UMAC_PRESENT
#define KE_EVT_RXUREADY_BIT       CO_BIT(31 - KE_EVT_RXUREADY)       
#endif
#define KE_EVT_RXREADY_BIT        CO_BIT(31 - KE_EVT_RXREADY)        
#define KE_EVT_RXUPLOADED_BIT     CO_BIT(31 - KE_EVT_RXUPLOADED)     
#if NX_TX_FRAME
#define KE_EVT_TXFRAME_CFM_BIT    CO_BIT(31 - KE_EVT_TXFRAME_CFM)    
#endif
#if NX_BEACONING
#define KE_EVT_MACIF_TXDESC_BCN_BIT CO_BIT(31 - KE_EVT_MACIF_TXDESC_BCN) 
#endif
#define KE_EVT_MACIF_TXDESC_AC3_BIT CO_BIT(31 - KE_EVT_MACIF_TXDESC_AC3) 
#define KE_EVT_MACIF_TXDESC_AC2_BIT CO_BIT(31 - KE_EVT_MACIF_TXDESC_AC2) 
#define KE_EVT_MACIF_TXDESC_AC1_BIT CO_BIT(31 - KE_EVT_MACIF_TXDESC_AC1) 
#define KE_EVT_MACIF_TXDESC_AC0_BIT CO_BIT(31 - KE_EVT_MACIF_TXDESC_AC0) 
#define KE_EVT_MACIF_MSG_BIT            CO_BIT(31 - KE_EVT_MACIF_MSG)            
#if NX_BEACONING
#define KE_EVT_TXCFM_BCN_BIT      CO_BIT(31 - KE_EVT_TXCFM_BCN)      
#endif
#define KE_EVT_TXCFM_AC0_BIT      CO_BIT(31 - KE_EVT_TXCFM_AC0)      
#define KE_EVT_TXCFM_AC1_BIT      CO_BIT(31 - KE_EVT_TXCFM_AC1)      
#define KE_EVT_TXCFM_AC2_BIT      CO_BIT(31 - KE_EVT_TXCFM_AC2)      
#define KE_EVT_TXCFM_AC3_BIT      CO_BIT(31 - KE_EVT_TXCFM_AC3)      
#if NX_GP_DMA
#define KE_EVT_GP_DMA_DL_BIT      CO_BIT(31 - KE_EVT_GP_DMA_DL)      
#define KE_EVT_GP_DMA_UL_BIT      CO_BIT(31 - KE_EVT_GP_DMA_UL)      
#endif

#if NX_BEACONING
#define KE_EVT_TXCFM_MASK   ( KE_EVT_TXCFM_AC0_BIT  \
                            | KE_EVT_TXCFM_AC1_BIT  \
                            | KE_EVT_TXCFM_AC2_BIT  \
                            | KE_EVT_TXCFM_AC3_BIT  \
                            | KE_EVT_TXCFM_BCN_BIT)
#else
#define KE_EVT_TXCFM_MASK   ( KE_EVT_TXCFM_AC0_BIT  \
                            | KE_EVT_TXCFM_AC1_BIT  \
                            | KE_EVT_TXCFM_AC2_BIT  \
                            | KE_EVT_TXCFM_AC3_BIT)
#endif


/*
 * MACROS
 ****************************************************************************************
 */
__INLINE evt_field_t ke_evt_get(void)
{
    return ke_env.evt_field;
}

/*
 * FUNCTION PROTOTYPES
 ****************************************************************************************
 */
void ke_evt_set(evt_field_t const);

void ke_evt_clear(evt_field_t const);

void ke_evt_schedule(void);

void ke_init(void);

void ke_flush(void);


#endif //_KE_EVENT_H_

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