mcu/interface/driver/devdrv/btdma/btdma_public.h

#ifndef _BTDMA_PUBLIC_H_
#define _BTDMA_PUBLIC_H_


typedef kal_uint32 btdma_uint32;
typedef kal_int32  btdma_int32 ;
typedef kal_uint8  btdma_uint8 ;

typedef enum BTDMA_PRIORITY_CHAIN
{
  PRIORITY_0 = 0,
  PRIORITY_1    ,
  PRIORITY_2    ,
  PRIORITY_3    ,
  PRIORITY_4    ,
  PRIORITY_5    ,
  PRIORITY_6    ,
  PRIORITY_7

} btdma_priority_chain;

typedef enum BTDMA_IP
{
  TTBIT = 0  ,
  SFBIT      ,
  OTEBIT   
} btdma_ip;

typedef enum BTDMA_CORE
{
  UNGATE_VCORE  = 0  ,
  UNGATE_MCORE0 = 2  ,
  UNGATE_MCORE1 = 3   
} btdma_core;

typedef enum BTDMA_CALLBACK
{
  #undef BTDMA_CALLBACK_REGISTER
  #define BTDMA_CALLBACK_REGISTER(KEY,CALLBACK) KEY,
  #include "btdma_callback_reg.h"
  #undef BTDMA_CALLBACK_REGISTER
  BTDMA_CALLBACK_NUM
} btdma_callback_index;


typedef struct BTDMA_DESCRIPTION
{
  btdma_uint32          source_address                    ;
  btdma_uint32          target_address                    ;
  btdma_uint32          crc32                             ;
  btdma_uint32          length                :19         ;
  btdma_uint32          reserved_1            :5          ;
  btdma_uint32          crc_enable            :1          ;
  btdma_ip              src_ip                :2          ;
  btdma_ip              dest_ip               :2          ;
  btdma_uint32          reserved_2            :3          ;
  btdma_uint32          signal_enable         :14         ;
  btdma_uint32          reserved_5            :10         ;
  btdma_uint32          axi_qos_r_ultra       :2          ;
  btdma_uint32          axi_qos_r_flush       :2          ;
  btdma_uint32          axi_qos_w_ultra       :2          ;
  btdma_uint32          axi_qos_w_flush       :2          ;
  btdma_callback_index  callback_key                      ;
  btdma_uint32          caller                            ;
  btdma_uint8           job_num               :4          ;
  btdma_uint32          reserved_6            :20         ;
  btdma_uint8           own                               ;
} btdma_description;

#define BTDMA_NO_SIGNAL_ENABLE                       (0)
#define BTDMA_MCORE0_BOOTDONE_ENABLE                 (1 << 0)
#define BTDMA_MCORE1_BOOTDONE_ENABLE                 (1 << 1)
#define BTDMA_VCORE0_BOOTDONE_ENABLE                 (1 << 2)
#define BTDMA_MCORE0_INTERRUPT_ENABLE                (1 << 3)
#define BTDMA_MCORE1_INTERRUPT_ENABLE                (1 << 4)
#define BTDMA_L1CORE_INTERRUPT_ENABLE                (1 << 5)


#define BTDMA_MCORE0_TH0_COMPLETE_ENABLE             (1 << 6)
#define BTDMA_MCORE1_TH0_COMPLETE_ENABLE             (1 << 7)
#define BTDMA_MCORE0_TH1_COMPLETE_ENABLE             (1 << 8)
#define BTDMA_MCORE1_TH1_COMPLETE_ENABLE             (1 << 9)
#define BTDMA_MCORE0_TH2_COMPLETE_ENABLE             (1 << 10)
#define BTDMA_MCORE1_TH2_COMPLETE_ENABLE             (1 << 11)
#define BTDMA_MCORE0_TH3_COMPLETE_ENABLE             (1 << 12)
#define BTDMA_MCORE1_TH3_COMPLETE_ENABLE             (1 << 13)

#define BTDMA_MCORE_TH_COMPLETE_ENABLE               (1 << 6)


#define BTDMA_Trigger_User(source_addr,source_ip,target_addr,target_ip,length,BTDMA_L1CORE_INTERRUPT_ENABLE,priority,callback_key)

void SS_BTDMA_Trigger(btdma_description* desc,
		      btdma_priority_chain priority,
		      btdma_callback_index callback_key);
void BTDMA_MPU_EMI_Region_Set(btdma_uint32 start_address,btdma_uint32 end_address);

void BTDMA_SW_Enable_Ungate_Signal(btdma_core core);
void BTDMA_SW_Disable_Ungate_Signal(btdma_core core);
void BTDMA_Init();
void BTDMA_Polling_Priority_idle(btdma_uint32 priority);

/***************************************************
*
*
*  Marco for assign descriptor
*
*
***************************************************/
#define DESCRIPTION_ASSIGN(SA,TA,SIZE,SE)         \
.source_address = SA     ,                        \
.target_address = TA     ,                        \
.crc32          = 0      ,                        \
.length         = SIZE   ,                        \
.signal_enable  = SE     ,                        \
.src_ip         = OTEBIT    ,                     \
.dest_ip        = OTEBIT   ,                      \
.own            = 0xA5


#define DESCRIPTION_ASSIGN_CRC(SA,SIP,TA,TIP,SIZE,SE,CRC)        \
.source_address = SA     ,                                       \
.target_address = TA     ,                                       \
.crc32          = CRC    ,                                       \
.length         = SIZE   ,                                       \
.signal_enable  = SE     ,                                       \
.crc_enable     = 1      ,                                       \
.src_ip         = SIP    ,                                       \
.dest_ip        = TIP   ,                                        \
.own            = 0xA5

#define DESCRIPTION_ASSIGN_NO_CRC(SA,SIP,TA,TIP,SIZE,SE)         \
.source_address = SA     ,                                       \
.target_address = TA     ,                                       \
.length         = SIZE   ,                                       \
.signal_enable  = SE     ,                                       \
.crc_enable     = 0      ,                                       \
.src_ip         = SIP    ,                                       \
.dest_ip        = TIP   ,                                        \
.own            = 0xA5



#define DESCRIPTION_END                           \
.source_address = 0,                              \
.target_address = 0,                              \
.crc32          = 0,                              \
.length         = 0,                              \
.crc_enable     = 0,                              \
.src_ip         = TTBIT,                          \
.dest_ip        = TTBIT,                          \
.own            = 0


#endif