naibrd_1553_defs.h

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typedef enum naibrd_1553_gen_device_access
{
   NAIBRD_1553_ACCESS_CARD       = 0x0000u,   /* Card. (Equivalent DDC definition: ACE_ACCESS_CARD)      */
   NAIBRD_1553_ACCESS_SIMULATION = 0x0001u,   /* Simulation. (Equivalent DDC definition: ACE_ACCESS_SIM) */
   NAIBRD_1553_ACCESS_USER       = 0x0002u    /* User. (Equivalent DDC definition: ACE_ACCESS_USR)       */
} naibrd_1553_gen_device_access_t;
typedef enum naibrd_1553_bc_opcode
{  NAIBRD_1553_OPCODE_TRAP                        = 0x0000u, /* Trap. (Equivalent DDC definition: ACE_OPCODE_TRP)                        */
   NAIBRD_1553_OPCODE_EXECUTE_MESSAGE             = 0x0001u, /* Execute message. (Equivalent DDC definition: ACE_OPCODE_XEQ)             */
   NAIBRD_1553_OPCODE_JUMP                        = 0x0002u, /* Jump. (Equivalent DDC definition: ACE_OPCODE_JMP)                        */
   NAIBRD_1553_OPCODE_CALL_SUBROUTINE             = 0x0003u, /* Call subroutine. (Equivalent DDC definition: ACE_OPCODE_CAL)             */
   NAIBRD_1553_OPCODE_RETURN_FROM_SUBROUTINE      = 0x0004u, /* Return from subroutine. (Equivalent DDC definition: ACE_OPCODE_RTN)      */
   NAIBRD_1553_OPCODE_INTERRUPT_REQUEST           = 0x0006u, /* Interrupt request. (Equivalent DDC definition: ACE_OPCODE_IRQ)           */
   NAIBRD_1553_OPCODE_HALT                        = 0x0007u, /* Halt the BC. (Equivalent DDC definition: ACE_OPCODE_HLT)                 */
   NAIBRD_1553_OPCODE_DELAY                       = 0x0008u, /* Delay in microseconds. (Equivalent DDC definition: ACE_OPCODE_DLY)       */
   NAIBRD_1553_OPCODE_WAIT_END_OF_FRAME           = 0x0009u, /* Wait until frame counter is zero. (Equivalent DDC definition:            */
                                                             /* ACE_OPCODE_WFT)                                                          */
   NAIBRD_1553_OPCODE_COMPARE_TO_FRAME_TIMER      = 0x000Au, /* Compare frame timer to value. (Equivalent DDC definition: ACE_OPCODE_CFT)*/
   NAIBRD_1553_OPCODE_COMPARE_TO_MESSAGE_TIMER    = 0x000Bu, /* Compare message timer to value                                           */
   NAIBRD_1553_OPCODE_UPDATE_GENERAL_PURPOSE_FLAG = 0x000Cu, /* Set/clear/toggle the 8 GP bits. (Equivalent DDC definition:              */
                                                             /* ACE_OPCODE_FLG)                                                          */
   NAIBRD_1553_OPCODE_LOAD_TIME_TAG_COUNTER       = 0x000Du, /* Load time tag counter. (Equivalent DDC definition: ACE_OPCODE_LTT)       */
   NAIBRD_1553_OPCODE_LOAD_FRAME_TIMER            = 0x000Eu, /* Load frame time register. (Equivalent DDC definition: ACE_OPCODE_LFT)    */
   NAIBRD_1553_OPCODE_START_FRAME_TIMER           = 0x000Fu, /* Start frame time counter. (Equivalent DDC definition: ACE_OPCODE_SFT)    */
   NAIBRD_1553_OPCODE_PUSH_TIME_TAG_COUNTER       = 0x0010u, /* Push time tag reg to queue. (Equivalent DDC definition: ACE_OPCODE_PTT)  */
   NAIBRD_1553_OPCODE_PUSH_BLOCK_STATUS_WORD      = 0x0011u, /* Push block status word to queue. (Equivalent DDC definition:             */
                                                             /* ACE_OPCODE_PBS)                                                          */
   NAIBRD_1553_OPCODE_PUSH_VALUE                  = 0x0012u, /* Push data to queue. (Equivalent DDC definition: ACE_OPCODE_PSI)          */
   NAIBRD_1553_OPCODE_PUSH_INDERCT_VALUE          = 0x0013u, /* Push memory to queue. (Equivalent DDC definition: ACE_OPCODE_PSM)        */
   NAIBRD_1553_OPCODE_WAIT_FOR_TRIGGER            = 0x0014u, /* Wait for external trigger. (Equivalent DDC definition: ACE_OPCODE_WTG)   */
   NAIBRD_1553_OPCODE_EXECUTE_AND_FLIP            = 0x0015u, /* Execute and flip message. (Equivalent DDC definition: ACE_OPCODE_XQF)    */
   /* (From here on: nai's unique hardware opcodes) */
   NAIBRD_1553_OPCODE_FOCUS_ON_VARIABLE           = 0x0016u, /* Focus on variable                                                        */
   NAIBRD_1553_OPCODE_ADD_TO_VARIABLE             = 0x0017u, /* Add value to the currently focused variable                              */
   NAIBRD_1553_OPCODE_LOAD_TO_VARIABLE            = 0x0018u, /* Load value to the currently focused variable                             */
   NAIBRD_1553_OPCODE_COMPARE_VARIABLE            = 0x0019u, /* Compare the currently focused variable                                   */
   NAIBRD_1553_OPCODE_PUSH_VARIABLE               = 0x001Au, /* Focus on variable and push its value to the general purpose queue        */
   /* (From here on: software opcodes) */
   /* A software opcode that's parsed into a series of hardware opcodes that condition the Tx of a message with available frame time,    */
   /* similar to what's                                                                                                                  */
   NAIBRD_1553_OPCODE_TIME_CONDITIONED_MESSAGE_TX = 0xC000u  /* done asynchronous messages. (Equivalent DDC definition:                  */
                                                             /* ACE_S_OPCODE_AMSG)                                                       */
} naibrd_1553_bc_opcode_t;
typedef enum naibrd_1553_bc_active_state
{
   NAIBRD_1553_BC_STATE_IDLE = 0x0000,  /* BC currently isn't running any frame. (Equivalent DDC definition: ACE_BC_IDLE)  */
   NAIBRD_1553_BC_STATE_BUSY = 0x0001,  /* BC currently running a frame. (Equivalent DDC definition: ACE_BC_BUSY)          */
   NAIBRD_1553_BC_STATE_INVALID
} naibrd_1553_bc_active_state_t;
typedef enum naibrd_1553_bc_num_retries
{
   NAIBRD_1553_MESSAGE_RETRY_NONE  = 0,    /* No retry on message failure. (Equivalent DDC definition: ACE_RETRY_NONE) */
   NAIBRD_1553_MESSAGE_RETRY_ONCE  = 1,    /* One retry on message failure. (Equivalent DDC definition: ACE_RETRY_ONCE) */
   NAIBRD_1553_MESSAGE_RETRY_TWICE = 2     /* Two retries on message failure. (Equivalent DDC definition: ACE_RETRY_TWICE) */
} naibrd_1553_bc_num_retries_t;
typedef enum naibrd_1553_bc_retry_bus
{
   NAIBRD_1553_MESSAGE_RETRY_SAME = 0, /* Upon message failure do retry on same bus. (Equivalent DDC definition: ACE_RETRY_SAME)       */
   NAIBRD_1553_MESSAGE_RETRY_ALT  = 1  /* Upon message failure do retry on the other bus. (Equivalent DDC definition: ACE_RETRY_ALT)   */
} naibrd_1553_bc_retry_bus_t;
typedef enum naibrd_1553_bc_dataBlockSize
{
   NAIBRD_1553_BC_DATABLOCK_SIZE_1           = 1u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_2           = 2u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_3           = 3u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_4           = 4u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_5           = 5u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_6           = 6u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_7           = 7u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_8           = 8u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_9           = 9u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_10          = 10u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_11          = 11u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_12          = 12u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_13          = 13u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_14          = 14u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_15          = 15u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_16          = 16u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_17          = 17u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_18          = 18u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_19          = 19u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_20          = 20u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_21          = 21u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_22          = 22u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_23          = 23u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_24          = 24u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_25          = 25u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_26          = 26u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_27          = 27u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_28          = 28u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_29          = 29u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_30          = 30u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_31          = 31u,
   NAIBRD_1553_BC_DATABLOCK_SIZE_32_SINGLE   = 32u,  /* Single data block of 32 words. (Equivalent DDC definition: ACE_BC_DBLK_SINGLE)   */
   NAIBRD_1553_BC_DATABLOCK_SIZE_64_DOUBLE   = 33u   /* Double data block of 64 words. (Equivalent DDC definition: ACE_BC_DBLK_DOUBLE)   */
} naibrd_1553_bc_dataBlockSize_t;
typedef enum naibrd_1553_bc_condition
{
   /* Opcode condition: Less than. (Equivalent DDC definition: ACE_CNDTST_LT) */
   NAIBRD_1553_OPCODE_COND_LESS_THAN               = 0x0000u,
 
   /* Opcode condition: Greater than. (Equivalent DDC definition: ACE_CNDTST_GT) */
   NAIBRD_1553_OPCODE_COND_GREATER_THAN            = 0x0010u,
 
   /* Opcode condition: Equal. (Equivalent DDC definition: ACE_CNDTST_EQ) */
   /* Opcode condition: GP1 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP1_1) */
   NAIBRD_1553_OPCODE_COND_EQUAL_OR_COND_GP1_1     = 0x0001u,
 
   /* Opcode condition: Not equal. (Equivalent DDC definition: ACE_CNDTST_NEQ) */
   /* Opcode condition: GP1 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP1_0) */
   NAIBRD_1553_OPCODE_COND_NOT_EQUAL_OR_COND_GP1_0 = 0x0011u,
 
   /* Opcode condition: GP2 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP2_1) */
   NAIBRD_1553_OPCODE_COND_GP2_1                   = 0x0002u,
 
   /* Opcode condition: GP2 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP2_0) */
   NAIBRD_1553_OPCODE_COND_GP2_0                   = 0x0012u,
 
   /* Opcode condition: GP3 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP3_1)*/
   NAIBRD_1553_OPCODE_COND_GP3_1                   = 0x0003u,
 
   /* Opcode condition: GP3 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP3_0)*/
   NAIBRD_1553_OPCODE_COND_GP3_0                   = 0x0013u,
 
   /* Opcode condition: GP4 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP4_1)*/
   NAIBRD_1553_OPCODE_COND_GP4_1                   = 0x0004u,
 
   /* Opcode condition: GP4 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP4_0) */
   NAIBRD_1553_OPCODE_COND_GP4_0                   = 0x0014u,
 
   /* Opcode condition: GP5 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP5_1) */
   NAIBRD_1553_OPCODE_COND_GP5_1                   = 0x0005u,
 
   /* Opcode condition: GP5 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP5_0) */
   NAIBRD_1553_OPCODE_COND_GP5_0                   = 0x0015u,
 
   /* Opcode condition: GP6 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP6_1) */
   NAIBRD_1553_OPCODE_COND_GP6_1                   = 0x0006u,
 
   /* Opcode condition: GP6 is logic 0. (Equivalent DDC definition:ACE_CNDTST_GP6_0) */
   NAIBRD_1553_OPCODE_COND_GP6_0                   = 0x0016u,
 
   /* Opcode condition: GP7 is logic 1. (Equivalent DDC definition: ACE_CNDTST_GP7_1) */
   NAIBRD_1553_OPCODE_COND_GP7_1                   = 0x0007u,
 
   /* Opcode condition: GP7 is logic 0. (Equivalent DDC definition: ACE_CNDTST_GP7_0) */
   NAIBRD_1553_OPCODE_COND_GP7_0                   = 0x0017u,
 
   /* Opcode condition: No response from RT. (Equivalent DDC definition: ACE_CNDTST_NO_RES) */
   NAIBRD_1553_OPCODE_COND_NO_RESPONSE             = 0x0008u,
 
   /* Opcode condition: Response from RT. (Equivalent DDC definition: ACE_CNDTST_RES) */
   NAIBRD_1553_OPCODE_COND_RESPONSE                = 0x0018u,
 
   /* Opcode condition: Format error. (Equivalent DDC definition: ACE_CNDTST_FMT_ERR) */
   NAIBRD_1553_OPCODE_COND_FORMAT_ERROR            = 0x0009u,
 
   /* Opcode condition: No format error. (Equivalent DDC definition: ACE_CNDTST_NO_FMT_ERR) */
   NAIBRD_1553_OPCODE_COND_NO_FORMAT_ERROR         = 0x0019u,
 
   /* Opcode condition: Good data block transfer. (Equivalent DDC definition: ACE_CNDTST_GD_XFER) */
   NAIBRD_1553_OPCODE_COND_GOOD_TRANSFER           = 0x000Au,
 
   /* Opcode condition: Bad data block transfer. (Equivalent DDC definition: ACE_CNDTST_BAD_XFER) */
   NAIBRD_1553_OPCODE_COND_BAD_TRANFER             = 0x001Au,
 
   /* Opcode condition: Masked status set. (Equivalent DDC definition: ACE_CNDTST_MSK_STS_SET) */
   NAIBRD_1553_OPCODE_COND_MASKED_STATUS_SET       = 0x000Bu,
 
   /* Opcode condition: Masked status clear. (Equivalent DDC definition: ACE_CNDTST_MSK_STS_CLR) */
   NAIBRD_1553_OPCODE_COND_MASKED_STATUS_CLEAR     = 0x001Bu,
 
   /* Opcode condition: Bad message. (Equivalent DDC definition: ACE_CNDTST_BAD_MSG) */
   NAIBRD_1553_OPCODE_COND_BAD_MESSAGE             = 0x000Cu,
 
   /* Opcode condition: Good message. (Equivalent DDC definition: ACE_CNDTST_GOOD_MSG) */
   NAIBRD_1553_OPCODE_COND_GOOD_MESSAGE            = 0x001Cu,
 
   /* Opcode condition: No retries. (Equivalent DDC definition: ACE_CNDTST_0RETRY)  */
   NAIBRD_1553_OPCODE_COND_NO_RETRY                = 0x001Du,
 
   /* Opcode condition: One retry. (Equivalent DDC definition: ACE_CNDTST_1RETRY)   */
   NAIBRD_1553_OPCODE_COND_1_RETRY                 = 0x000Du,
 
   /* Opcode condition: Two retries. (Equivalent DDC definition: ACE_CNDTST_2RETRY) */
   NAIBRD_1553_OPCODE_COND_2_RETRIES               = 0x000Eu,
 
   /* Opcode condition: Always run opcode. (Equivalent DDC definition: ACE_CNDTST_ALWAYS) */
   NAIBRD_1553_OPCODE_COND_ALWAYS                  = 0x000Fu,
 
   /* Opcode condition: Never run opcode. (Equivalent DDC definition: ACE_CNDTST_NEVER) */
   NAIBRD_1553_OPCODE_COND_NEVER                   = 0x001Fu
 
} naibrd_1553_bc_condition_t;
typedef enum naibrd_1553_bc_conditionCode
{
   /* Condition code: Equal. (Equivalent DDC definition: ACE_CND_LT_GT) */
   NAIBRD_1553_BC_COND_GPF_EQUAL_FLAG_OR_COND_GPF0       = 0x0000,
 
   /* Condition code: Less than. (Equivalent DDC definition: ACE_CND_EQ_NE) */
   NAIBRD_1553_BC_COND_GPF_LESS_THAN_FLAG_OR_COND_GPF1   = 0x0001,
 
   /* Condition code: GPF-2. (Equivalent DDC definition: ACE_CND_GPF2) */
   NAIBRD_1553_BC_COND_GPF2                              = 0x0002,
 
   /* Condition code: GPF-3. (Equivalent DDC definition: ACE_CND_GPF3) */
   NAIBRD_1553_BC_COND_GPF3                              = 0x0003,
 
   /* Condition code: GPF-4. (Equivalent DDC definition: ACE_CND_GPF4) */
   NAIBRD_1553_BC_COND_GPF4                              = 0x0004,
 
   /* Condition code: GPF-5. (Equivalent DDC definition: ACE_CND_GPF5) */
   NAIBRD_1553_BC_COND_GPF5                              = 0x0005,
 
   /* Condition code: GPF-6. (Equivalent DDC definition: ACE_CND_GPF6) */
   NAIBRD_1553_BC_COND_GPF6                              = 0x0006,
 
   /* Condition code: GPF-7. (Equivalent DDC definition: ACE_CND_GPF7) */
   NAIBRD_1553_BC_COND_GPF7                              = 0x0007,
 
   /* Condition code: No response. (Equivalent DDC definition: ACE_CND_NORES) */
   NAIBRD_1553_BC_COND_NO_RESPONSE                       = 0x0008,
 
   /* Condition code: Format error. (Equivalent DDC definition: ACE_CND_FMT_ERR) */
   NAIBRD_1553_BC_COND_FORMAT_ERROR                      = 0x0009,
 
   /* Condition code: Good data block transfer. (Equivalent DDC definition: ACE_CND_GD_DATA) */
   NAIBRD_1553_BC_COND_GOOD_DATA_BLOCK_TRANSFER          = 0x000A,
 
   /* Condition code: Masked status. (Equivalent DDC definition: ACE_CND_MSKED_STS) */
   NAIBRD_1553_BC_COND_MASKED_STATUS                     = 0x000B,
 
   /* Condition code: Bad message. (Equivalent DDC definition: ACE_CND_BAD_MSG) */
   NAIBRD_1553_BC_COND_BAD_MESSAGE                       = 0x000C,
 
   /* Condition code: Retry count. (Equivalent DDC definition: ACE_CND_RETRY) */
   NAIBRD_1553_BC_COND_RETRY_COUNT                       = 0x000D,
 
   /* Condition code: Always. (Equivalent DDC definition: ACE_CND_ALWAYS) */
   NAIBRD_1553_BC_COND_ALWAYS                            = 0x000E
} naibrd_1553_bc_conditionCode_t;
typedef enum naibrd_1553_bc_frameType
{
   NAIBRD_1553_BC_FRAME_MAJOR = 0x0000,   /* Major frame. (Equivalent DDC definition: ACE_FRAME_MAJOR) */
   NAIBRD_1553_BC_FRAME_MINOR = 0x0002    /* Minor frame. (Equivalent DDC definition: ACE_FRAME_MINOR) */
} naibrd_1553_bc_frameType_t;
typedef enum naibrd_1553_bc_frameoptions
{
   NAIBRD_1553_BC_FRAME_DEFAULT           = 0x0000,   /* Default frame options                 */
   NAIBRD_1553_BC_MINOR_FRAME_IRQ_DISABLE = 0x0001    /* Disable interrupt at the end of frame */
} naibrd_1553_bc_frameoptions_t;
typedef enum naibrd_1553_bc_gpfNumber
{
   NAIBRD_1553_BC_GPF0 = 0x0000, /* GFP-0. (Equivalent DDC definition: ACE_GPF0) */
   NAIBRD_1553_BC_GPF1 = 0x0001, /* GFP-1. (Equivalent DDC definition: ACE_GPF1) */
   NAIBRD_1553_BC_GPF2 = 0x0002, /* GFP-2. (Equivalent DDC definition: ACE_GPF2) */
   NAIBRD_1553_BC_GPF3 = 0x0003, /* GFP-3. (Equivalent DDC definition: ACE_GPF3) */
   NAIBRD_1553_BC_GPF4 = 0x0004, /* GFP-4. (Equivalent DDC definition: ACE_GPF4) */
   NAIBRD_1553_BC_GPF5 = 0x0005, /* GFP-5. (Equivalent DDC definition: ACE_GPF5) */
   NAIBRD_1553_BC_GPF6 = 0x0006, /* GFP-6. (Equivalent DDC definition: ACE_GPF6) */
   NAIBRD_1553_BC_GPF7 = 0x0007  /* GFP-7. (Equivalent DDC definition: ACE_GPF7) */
} naibrd_1553_bc_gpfNumber_t;
typedef enum naibrd_1553_bc_effect
{
   NAIBRD_1553_BC_GPF_LEAVE  = 0x0000, /* GPF effect: Leave bit unchanged. (Equivalent DDC definition: ACE_GPF_LEAVE)   */
   NAIBRD_1553_BC_GPF_SET    = 0x0001, /* GPF effect: Set bit. (Equivalent DDC definition: ACE_GPF_SET)                 */
   NAIBRD_1553_BC_GPF_CLEAR  = 0x0002, /* GPF effect: Clear bit. (Equivalent DDC definition: ACE_GPF_CLEAR)             */
   NAIBRD_1553_BC_GPF_TOGGLE = 0x0003  /* GPF effect: Toggle bit. (Equivalent DDC definition: ACE_GPF_TOGGLE)           */
} naibrd_1553_bc_effect_t;
typedef enum naibrd_1553_rt_rtAddressSource
{
   NAIBRD_1553_RT_ADDR_SOURCE_EXTERNAL = 0x0000u,   /* RT address source is external. (Equivalent DDC definition: ACE_RT_EXTERNAL_ADDR) */
   NAIBRD_1553_RT_ADDR_SOURCE_INTERNAL = 0x0001u,   /* RT address source is internal. (Equivalent DDC definition: ACE_RT_INTERNAL_ADDR) */
   NAIBRD_1553_RT_ADDR_SOURCE_INVALID
} naibrd_1553_rt_rtAddressSource_t;
typedef enum naibrd_1553_rt_commandStackSize
{
   NAIBRD_1553_RT_CMDSTK_SIZE_256  = 0x0000, /* Command stack size is  256 words. (Equivalent DDC definition: ACE_RT_CMDSTK_256) */
   NAIBRD_1553_RT_CMDSTK_SIZE_512  = 0x2000, /* Command stack size is  512 words. (Equivalent DDC definition: ACE_RT_CMDSTK_512) */
   NAIBRD_1553_RT_CMDSTK_SIZE_1024 = 0x4000, /* Command stack size is 1024 words. (Equivalent DDC definition: ACE_RT_CMDSTK_1K)  */
   NAIBRD_1553_RT_CMDSTK_SIZE_2048 = 0x6000  /* Command stack size is 2048 words. (Equivalent DDC definition: ACE_RT_CMDSTK_2K)  */
} naibrd_1553_rt_commandStackSize_t;
typedef enum naibrd_1553_rt_dataBlockType
{
   NAIBRD_1553_RT_DATABLOCK_SINGLE_01            = 0x0001, /* Single message data block, 1 word                                      */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_02            = 0x0002, /* Single message data block, 2 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_03            = 0x0003, /* Single message data block, 3 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_04            = 0x0004, /* Single message data block, 4 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_05            = 0x0005, /* Single message data block, 5 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_06            = 0x0006, /* Single message data block, 6 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_07            = 0x0007, /* Single message data block, 7 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_08            = 0x0008, /* Single message data block, 8 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_09            = 0x0009, /* Single message data block, 9 words                                     */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_10            = 0x000A, /* Single message data block, 10 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_11            = 0x000B, /* Single message data block, 11 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_12            = 0x000C, /* Single message data block, 12 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_13            = 0x000D, /* Single message data block, 13 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_14            = 0x000E, /* Single message data block, 14 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_15            = 0x000F, /* Single message data block, 15 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_16            = 0x0010, /* Single message data block, 16 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_17            = 0x0011, /* Single message data block, 17 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_18            = 0x0012, /* Single message data block, 18 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_19            = 0x0013, /* Single message data block, 19 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_20            = 0x0014, /* Single message data block, 20 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_21            = 0x0015, /* Single message data block, 21 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_22            = 0x0016, /* Single message data block, 22 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_23            = 0x0017, /* Single message data block, 23 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_24            = 0x0018, /* Single message data block, 24 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_25            = 0x0019, /* Single message data block, 25 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_26            = 0x001A, /* Single message data block, 26 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_27            = 0x001B, /* Single message data block, 27 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_28            = 0x001C, /* Single message data block, 28 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_29            = 0x001D, /* Single message data block, 29 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_30            = 0x001E, /* Single message data block, 30 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_31            = 0x001F, /* Single message data block, 31 words                                    */
   NAIBRD_1553_RT_DATABLOCK_SINGLE_32            = 0x0020, /* Single message data block, 32 words. (Equivalent DDC definition:       */
                                                           /* ACE_RT_DBLK_SINGLE)                                                    */
   NAIBRD_1553_RT_DATABLOCK_DOUBLE               = 0x0021, /* Doubled buffered msg data block, 64 words. (Equivalent DDC definition: */
                                                           /* ACE_RT_DBLK_DOUBLE)                                                    */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_128         = 0x0022, /* Circular buffer,  128 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_128)                                                     */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_256         = 0x0023, /* Circular buffer,  256 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_256)                                                     */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_512         = 0x0024, /* Circular buffer,  512 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_512)                                                     */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_1024        = 0x0025, /* Circular buffer, 1024 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_1K)                                                      */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_2048        = 0x0026, /* Circular buffer, 2048 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_2K)                                                      */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_4096        = 0x0027, /* Circular buffer, 4096 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_4K)                                                      */
   NAIBRD_1553_RT_DATABLOCK_CIRCULAR_8192        = 0x0028, /* Circular buffer, 8192 words long. (Equivalent DDC definition:          */
                                                           /* ACE_RT_DBLK_C_8K)                                                      */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_128  = 0x0029, /* Common circular buffer,  128 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_128)                                                 */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_256  = 0x002A, /* Common circular buffer,  256 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_256)                                                 */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_512  = 0x002B, /* Common circular buffer,  512 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_512)                                                 */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_1024 = 0x002C, /* Common circular buffer, 1024 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_1K)                                                  */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_2048 = 0x002D, /* Common circular buffer, 2048 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_2K)                                                  */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_4096 = 0x002E, /* Common circular buffer, 4096 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_4K)                                                  */
   NAIBRD_1553_RT_DATABLOCK_COMMON_CIRCULAR_8192 = 0x002F  /* Common circular buffer, 8192 words long. (Equivalent DDC definition:   */
                                                           /* ACE_RT_DBLK_GBL_C_8K)                                                  */
} naibrd_1553_rt_dataBlockType_t;
typedef enum naibrd_1553_rt_modeCodeType
{
   NAIBRD_1553_RT_MODECODE_TYPE_RX_NO_DATA           = 0x0000, /* Undefined mode codes. (Equivalent DDC definition:                    */
                                                               /* ACE_RT_MCTYPE_RX_NO_DATA)                                            */
   NAIBRD_1553_RT_MODECODE_TYPE_RX_DATA              = 0x0001, /* Rx mode codes with data. (Equivalent DDC definition:                 */
                                                               /* ACE_RT_MCTYPE_RX_DATA)                                               */
   NAIBRD_1553_RT_MODECODE_TYPE_TX_NO_DATA           = 0x0002, /* Tx mode codes without data. (Equivalent DDC definition:              */
                                                               /* ACE_RT_MCTYPE_TX_NO_DATA)                                            */
   NAIBRD_1553_RT_MODECODE_TYPE_TX_DATA              = 0x0003, /* Tx mode codes with data. (Equivalent DDC definition:                 */
                                                               /* ACE_RT_MCTYPE_TX_DATA)                                               */
   NAIBRD_1553_RT_MODECODE_TYPE_BROADCAST_RX_NO_DATA = 0x0004, /* Undefined mode codes. (Equivalent DDC definition:                    */
                                                               /* ACE_RT_MCTYPE_BCST_RX_NO_DATA)                                       */
   NAIBRD_1553_RT_MODECODE_TYPE_BROADCAST_RX_DATA    = 0x0005, /* Broadcast Rx mode codes with data. (Equivalent DDC definition:       */
                                                               /* ACE_RT_MCTYPE_BCST_RX_DATA)                                          */
   NAIBRD_1553_RT_MODECODE_TYPE_BROADCAST_TX_NO_DATA = 0x0006, /* Broadcast Tx mode codes without data. (Equivalent DDC definition:    */
                                                               /* ACE_RT_MCTYPE_BCST_TX_NO_DATA)                                       */
   NAIBRD_1553_RT_MODECODE_TYPE_BROADCAST_TX_DATA    = 0x0007  /* Broadcast transmit mode codes with data. (Equivalent DDC definition: */
                                                               /* ACE_RT_MCTYPE_BCST_TX_DATA)                                          */
} naibrd_1553_rt_modeCodeType_t;
typedef enum naibrd_1553_rt_dataContainingModeCode
{
   /* Data containing mode code: Rx - synchronize. (Equivalent DDC definition: ACE_RT_MCDATA_RX_SYNCHRONIZE) */
   NAIBRD_1553_RT_MC_DATA_RX_SYNCHRONIZE                        = 0x0001,
 
   /* Data containing mode code: Rx - transmitter shutdown. (Equivalent DDC definition: ACE_RT_MCDATA_RX_SEL_T_SHUTDWN) */
   NAIBRD_1553_RT_MC_DATA_RX_TRANSMITTER_SHUTDOWN               = 0x0004,
 
   /* Data containing mode code: Rx - override transmitter shutdown. (Equivalent DDC definition: ACE_RT_MCDATA_RX_OVR_SEL_T_SHUTDWN) */
   NAIBRD_1553_RT_MC_DATA_RX_OVERRIDE_TX_SHUTDOWN               = 0x0005,
 
   /* Data containing mode code: Tx - transmit vector word. (Equivalent DDC definition: ACE_RT_MCDATA_TX_TRNS_VECTOR) */
   NAIBRD_1553_RT_MC_DATA_TX_TRANSMIT_VECTOR_WORD               = 0x0010,
 
   /* Data containing mode code: Tx - transmit last command word. (Equivalent DDC definition: ACE_RT_MCDATA_TX_TRNS_LAST_CMD) */
   NAIBRD_1553_RT_MC_DATA_TX_TRANSMIT_LAST_COMMAND_WORD         = 0x0012,
 
   /* Data containing mode code: Tx - transmit built in test word. (Equivalent DDC definition: ACE_RT_MCDATA_TX_TRNS_BIT) */
   NAIBRD_1553_RT_MC_DATA_TX_TRANSMIT_BUILT_IN_TEST_WORD        = 0x0013,
 
   /* Data containing mode code: Broadcast - synchronize. (Equivalent DDC definition: ACE_RT_MCDATA_BCST_SYNCHRONIZE) */
   NAIBRD_1553_RT_MC_DATA_BCST_SYNCHRONIZE                      = 0x0021,
 
   /* Data containing mode code: Broadcast - selected transmitter shutdown. (Equivalent DDC definition: ACE_RT_MCDATA_BCST_SEL_T_SHUTDWN) */
   NAIBRD_1553_RT_MC_DATA_BCST_SELECTED_TX_SHUTDOWN             = 0x0024,
 
   /* Data containing mode code: Broadcast - override selected transmitter shutdown.
    * (Equivalent DDC definition: ACE_RT_MCDATA_BCST_OVR_SEL_T_SHUTDWN)
    */
   NAIBRD_1553_RT_MC_DATA_BCST_OVERRIDE_SELECTED_TX_SHUTDOWN    = 0x0025
 
} naibrd_1553_rt_dataContainingModeCode_t;
typedef enum naibrd_1553_rt_ownAddressOrBroadcast
{
   NAIBRD_1553_RT_ADDRESS_BROADCAST = 0x0000,  /* Broadcast address. (Equivalent DDC definition: ACE_RT_BCST_ADDRSS), for use with */
                                               /* naibrd_1553_RtMsgLegalEnable, naibrd_1553_RtMsgLegalDisable,                     */
                                               /* naibrd_1553_RtMessageLegalityGetStatus                                           */
   NAIBRD_1553_RT_ADDRESS_OWN       = 0x0001,  /* Own RT address. (Equivalent DDC definition: ACE_RT_OWN_ADDRESS), for use with    */
                                               /* naibrd_1553_RtMsgLegalEnable, naibrd_1553_RtMsgLegalDisable,                     */
                                               /* naibrd_1553_RtMessageLegalityGetStatus                                           */
   NAIBRD_1553_RT_ADDRESS_BOTH      = 0xFFFF   /* All addresses, both broadcast and own RT address. (Equivalent DDC definition:    */
                                               /* ACE_RT_MODIFY_ALL), for use with naibrd_1553_RtMsgLegalEnable,                   */
                                               /* naibrd_1553_RtMsgLegalDisable                                                    */
} naibrd_1553_rt_ownAddressOrBroadcast_t;
typedef enum naibrd_1553_messageDirection
{
   NAIBRD_1553_DIRECTION_RX  = 0x0000u, /* Rx message[s], for use with naibrd_1553_RtMsgLegalEnable,                                     */
                                        /* naibrd_1553_RtMsgLegalDisable, naibrd_1553_RtMessageLegalityGetStatus,                        */
                                        /* naibrd_1553_MtMsgMonitoringEnable, naibrd_1553_MtMsgMonitoringDisable,                        */
                                        /* naibrd_1553_MtMsgMonitoringGetStatus                                                          */
                                        /* naibrd_1553_BcMessageCreateMode, naibrd_1553_BcMessageCreateBroadcastMode,                    */
                                        /* naibrd_1553_BcMessageModifyMode, naibrd_1553_BcMessageModifyBroadcastMode,                    */
                                        /* naibrd_1553_BcAsynchronousMessageCreateMode,                                                  */
                                        /* naibrd_1553_BcAsynchronousMessageCreateBroadcastMode, (Equivalent DDC definition: ACE_RX_CMD) */
 
   NAIBRD_1553_DIRECTION_TX  = 0x0001u, /* Tx message[s], for use with naibrd_1553_RtMsgLegalEnable,                                     */
                                        /* naibrd_1553_RtMsgLegalDisable, naibrd_1553_RtMessageLegalityGetStatus,                        */
                                        /* naibrd_1553_MtMsgMonitoringEnable, naibrd_1553_MtMsgMonitoringDisable,                        */
                                        /* naibrd_1553_MtMsgMonitoringGetStatus                                                          */
                                        /* naibrd_1553_BcMessageCreateMode, naibrd_1553_BcMessageCreateBroadcastMode,                    */
                                        /* naibrd_1553_BcMessageModifyMode, naibrd_1553_BcMessageModifyBroadcastMode,                    */
                                        /* naibrd_1553_BcAsynchronousMessageCreateMode,                                                  */
                                        /* naibrd_1553_BcAsynchronousMessageCreateBroadcastMode, (Equivalent DDC definition: ACE_tX_CMD) */
 
   NAIBRD_1553_DIRECTION_ALL = 0xFFFFu  /* All directions, both Rx and Tx (Equivalent DDC definition: ACE_RT_MODIFY_ALL), for use with */
                                        /* naibrd_1553_RtMsgLegalEnable, naibrd_1553_RtMsgLegalDisable,                                */
                                        /* naibrd_1553_MtMsgMonitoringEnable, naibrd_1553_MtMsgMonitoringDisable                       */
} naibrd_1553_messageDirection_t;
typedef enum naibrd_1553_rt_messageTypes
{
   /* Rx messages to subaddress will use data block. (Equivalent DDC definition: ACE_RT_MSGTYPE_RX) */
   NAIBRD_1553_RT_MESSAGE_TYPE_RX              =  0x0001,
 
   /* Tx messages to subaddress will use data block. (Equivalent DDC definition: ACE_RT_MSGTYPE_TX) */
   NAIBRD_1553_RT_MESSAGE_TYPE_TX              =  0x0002,
 
   /* Broadcast messages to subaddress will use data block. (Equivalent DDC definition: ACE_RT_MSGTYPE_BCST) */
   NAIBRD_1553_RT_MESSAGE_TYPE_BROADCAST       =  0x0004,
 
   /* Rx messages or Broadcast messages to subaddress will use data block. (Equivalent DDC definition: */
   /* ACE_RT_MSGTYPE_BCST | ACE_RT_MSGTYPE_RX)                                                         */
   NAIBRD_1553_RT_MESSAGE_TYPE_RX_OR_BROADCAST =  0x0005,
 
   /* Rx, Tx, and broadcast message will use data block. (Equivalent DDC definition: ACE_RT_MSGTYPE_ALL) */
   NAIBRD_1553_RT_MESSAGE_TYPE_ALL             =  0x0007
} naibrd_1553_rt_messageTypes_t;
typedef enum naibrd_1553_rt_irqOptions
{
   /* No IRQs generated */
   NAIBRD_1553_RT_DATABLOCK_IRQ_NONE            = 0x0000,
 
   /* IRQs generated on circular buffer rollover. (Equivalent DDC definition: ACE_RT_DBLK_CIRC_IRQ) */
   NAIBRD_1553_RT_DATABLOCK_IRQ_CIRC_BUFFER     = 0x0001,
 
   /* IRQs generated on end of message. (Equivalent DDC definition: ACE_RT_DBLK_EOM_IRQ) */
   NAIBRD_1553_RT_DATABLOCK_IRQ_END_OF_MESSAGE  = 0x0002,
 
   /* IRQs generated on all above mentioned occasions */
   NAIBRD_1553_RT_DATABLOCK_IRQ_ALL             = 0x0003
} naibrd_1553_rt_irqOptions_t;
typedef enum naibrd_1553_mt_stackMode
{
   NAIBRD_1553_MT_STACK_OPT_SINGLE     = 0,      /* Use a single stack. (Equivalent DDC definition: ACE_MT_SINGLESTK) */
   NAIBRD_1553_MT_STACK_OPT_DOUBLE     = 1      /* Use the two stacks, A and B. (Equivalent DDC definition: ACE_MT_DOUBLESTK) */
} naibrd_1553_mt_stackMode_t;
typedef enum naibrd_1553_mt_commandStackSize
{
   NAIBRD_1553_MT_CMDSTK_SIZE_256   = 0x0000, /* Command stack size is  256 words. (Equivalent DDC definition: ACE_MT_CMDSTK_256) */
   NAIBRD_1553_MT_CMDSTK_SIZE_1024  = 0x0800, /* Command stack size is 1024 words. (Equivalent DDC definition: ACE_MT_CMDSTK_1K) */
   NAIBRD_1553_MT_CMDSTK_SIZE_4096  = 0x1000, /* Command stack size is 4096 words. (Equivalent DDC definition: ACE_MT_CMDSTK_4K)   */
   NAIBRD_1553_MT_CMDSTK_SIZE_16384 = 0x1800  /* Command stack size is 16384 words. (Equivalent DDC definition: ACE_MT_CMDSTK_16K)  */
} naibrd_1553_mt_commandStackSize_t;
typedef enum naibrd_1553_mt_dataStackSize
{
   NAIBRD_1553_MT_DATA_STACK_SIZE_512    = 0x0700,   /* Data stack size is   512 words. (Equivalent DDC definition: ACE_MT_DATASTK_512) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_1024    = 0x0600,   /* Data stack size is  1024 words. (Equivalent DDC definition: ACE_MT_DATASTK_1K) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_2048    = 0x0500,   /* Data stack size is  4096 words. (Equivalent DDC definition: ACE_MT_DATASTK_2K) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_4096    = 0x0400,   /* Data stack size is 16384 words. (Equivalent DDC definition: ACE_MT_DATASTK_4K) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_8192    = 0x0300,   /* Data stack size is 16384 words. (Equivalent DDC definition: ACE_MT_DATASTK_8K) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_16384 = 0x0200,   /* Data stack size is 16384 words. (Equivalent DDC definition: ACE_MT_DATASTK_16K) */
   NAIBRD_1553_MT_DATA_STACK_SIZE_32768 = 0x0100   /* Data stack size is 32768 words. (Equivalent DDC definition: ACE_MT_DATASTK_32K) */
} naibrd_1553_mt_dataStackSize_t;
typedef enum naibrd_1553_mt_stack_selector
{
   NAIBRD_1553_MT_STACK_ACTIVE          = 0,   /* Use the active stack. (Equivalent DDC definition: ACE_MT_STKLOC_ACTIVE) */
   NAIBRD_1553_MT_STACK_INACTIVE          = 1,   /* Use the inactive stack. (Equivalent DDC definition: ACE_MT_STKLOC_INACTIVE) */
   NAIBRD_1553_MT_STACK_STACK_A          = 2,   /* Use stack A. (Equivalent DDC definition: ACE_MT_STKLOC_STKA) */
   NAIBRD_1553_MT_STACK_STACK_B          = 3   /* Use stack B. (Equivalent DDC definition: ACE_MT_STKLOC_STKB) */
} naibrd_1553_mt_stack_selector_t;
typedef enum naibrd_1553_mt_options
{
   NAIBRD_1553_MT_OPT_NONE = 0x00000000,                     /* None                                                                       */
   NAIBRD_1553_MT_OPT_1553A_MODE_CODES_ENABLED = 0x00000200  /* 1553a mode codes enabled. (Equivalent DDC definition: ACE_MT_OPT_1553A_MC) */
} naibrd_1553_mt_options_t;
typedef enum naibrd_1553_general_responseTimeout
{
   NAIBRD_1553_RESP_TIMEOUT_18US  = 0x0000, /* Response timeout of 18.5us. (Equivalent DDC definition: ACE_RESPTIME_18US) */
   NAIBRD_1553_RESP_TIMEOUT_22US  = 0x0001, /* Response timeout of 22.5us. (Equivalent DDC definition: ACE_RESPTIME_22US) */
   NAIBRD_1553_RESP_TIMEOUT_50US  = 0x0002, /* Response timeout of 50.5us. (Equivalent DDC definition: ACE_RESPTIME_50US) */
   NAIBRD_1553_RESP_TIMEOUT_130US = 0x0003  /* Response timeout of 130us. (Equivalent DDC definition: ACE_RESPTIME_130US) */
} naibrd_1553_general_responseTimeout_t;
typedef enum naibrd_1553_general_decodedInput
{
   NAIBRD_1553_INPUT_SINGLE_ENDED = 0x0000, /* Decode single ended input. (Equivalent DDC definition: ACE_SINGLE_ENDED) */
   NAIBRD_1553_INPUT_DOUBLE_ENDED = 0x0001  /* Decode double ended input. (Equivalent DDC definition: ACE_DOUBLE_ENDED) */
} naibrd_1553_general_decodedInput_t;
typedef enum naibrd_1553_general_expandedXingOption
{
   NAIBRD_1553_EXPANDED_XING_DISABLE = 0x0000, /* Sample single clock edge. (Equivalent DDC definition: ACE_DISABLE_EXPANDED_XING)  */
   NAIBRD_1553_EXPANDED_XING_ENABLE  = 0x0001  /* Sample both clock edges. (Equivalent DDC definition: ACE_ENABLE_EXPANDED_XING)    */
} naibrd_1553_general_expandedXingOption_t;
typedef enum naibrd_1553_general_ramParityCheckEnabler
{
   NAIBRD_1553_PARITY_CHECK_DISABLE = 0x0000, /* Disable RAM parity check. (Equivalent DDC definition: ACE_DISABLE_PARITY_CHECK) */
   NAIBRD_1553_PARITY_CHECK_ENABLE  = 0x0001  /* Enable RAM parity check. (Equivalent DDC definition: ACE_ENABLE_PARITY_CHECK)   */
} naibrd_1553_general_ramParityCheckEnabler_t;
typedef enum naibrd_1553_general_timeTagResolution
{
   NAIBRD_1553_TIME_TAG_2US            = 0x0000, /* Time tag resolution of 2us. (Equivalent DDC definition: ACE_TT_2US)    */
   NAIBRD_1553_TIME_TAG_4US            = 0x0001, /* Time tag resolution of 4us. (Equivalent DDC definition: ACE_TT_4US)    */
   NAIBRD_1553_TIME_TAG_8US            = 0x0002, /* Time tag resolution of 8us. (Equivalent DDC definition: ACE_TT_8US)    */
   NAIBRD_1553_TIME_TAG_16US           = 0x0003, /* Time tag resolution of 16us. (Equivalent DDC definition: ACE_TT_16US)  */
   NAIBRD_1553_TIME_TAG_32US           = 0x0004, /* Time tag resolution of 32us. (Equivalent DDC definition: ACE_TT_32US)  */
   NAIBRD_1553_TIME_TAG_64US           = 0x0005, /* Time tag resolution of 64us. (Equivalent DDC definition: ACE_TT_64US)  */
   NAIBRD_1553_TIME_TAG_TEST           = 0x0006, /* Test time tag clock. (Equivalent DDC definition: ACE_TT_TEST)          */
   NAIBRD_1553_TIME_TAG_EXTERNAL_CLOCK = 0x0007  /* Use external time tag clock. (Equivalent DDC definition: ACE_TT_EXT)   */
} naibrd_1553_general_timeTagResolution_t;
typedef enum naibrd_1553_general_interruptMode
{
   NAIBRD_1553_IRQ_MODE_PULSE = 0u, /* Pulse mode interrupts. (Equivalent DDC definition: ACE_IRQ_PULSE) */
   NAIBRD_1553_IRQ_MODE_LEVEL = 1u  /* Level mode interrupts. (Equivalent DDC definition: ACE_IRQ_LEVEL) */
} naibrd_1553_general_interruptMode_t;
typedef enum naibrd_1553_general_autoClear
{
   NAIBRD_1553_IRQ_NO_AUTO_CLEAR = 0x0000u, /* Auto clear IRQs disabled. (Equivalent DDC definition: ACE_IRQ_NO_AUTO_CLR) */
   NAIBRD_1553_IRQ_AUTO_CLEAR    = 0x0001u  /* Auto clear IRQs enabled. (Equivalent DDC definition: ACE_IRQ_AUTO_CLR) */
} naibrd_1553_general_autoClear_t;
typedef enum naibrd_1553_general_clockFrequency
{
   NAIBRD_1553_CLOCK_16MHZ = 0, /* Frequency of 16MHZ. (Equivalent DDC definition: ACE_CLOCK_16MHZ) */
   NAIBRD_1553_CLOCK_12MHZ = 1, /* Frequency of 12MHZ. (Equivalent DDC definition: ACE_CLOCK_12MHZ) */
   NAIBRD_1553_CLOCK_20MHZ = 2, /* Frequency of 20MHZ. (Equivalent DDC definition: ACE_CLOCK_20MHZ) */
   NAIBRD_1553_CLOCK_10MHZ = 3  /* Frequency of 10MHZ. (Equivalent DDC definition: ACE_CLOCK_10MHZ) */
} naibrd_1553_general_clockFrequency_t;
typedef enum naibrd_1553_general_auxRegAddress
{
   NAIBRD_1553_AUX_ADDRESS_RT_ADDRESS                = 0x00000000u, /* R   */
   NAIBRD_1553_AUX_ADDRESS_RESET                     = 0x00000001u, /*   W */
   NAIBRD_1553_AUX_ADDRESS_MISC_BITS                 = 0x00000002u, /* R/W */
   NAIBRD_1553_AUX_ADDRESS_SIMPLEX                   = 0x00000003u  /* R/W */
} naibrd_1553_general_auxRegAddress_t;
typedef enum naibrd_1553_general_intRegAddress
{
   NAIBRD_1553_INT_ADDRESS_DYNAMIC                = 0x00000000u, /* R   */
   NAIBRD_1553_INT_ADDRESS_LATCHED                = 0x00000001u, /* R/W */
   NAIBRD_1553_INT_ADDRESS_ENABLE                 = 0x00000002u, /* R/W */
   NAIBRD_1553_INT_ADDRESS_EDGE_OR_LEVEL          = 0x00000003u  /* R/W */
} naibrd_1553_general_intRegAddress_t;
typedef enum _naibrd_1553_status_type_t
{
   NAIBRD_1553_STATUS_LATCHED,
   NAIBRD_1553_STATUS_REALTIME,
   NAIBRD_1553_STATUS_TYPE_ENUM_COUNT
} naibrd_1553_status_type_t;
typedef enum naibrd_1553_module_power_reset_status_type
{
   NAIBRD_1553_MODULE_POWER_RESET_STATUS_POWERED_DOWN,
   NAIBRD_1553_MODULE_POWER_RESET_STATUS_NOT_DETECTED,
   NAIBRD_1553_MODULE_POWER_RESET_STATUS_NOT_LINK_INIT,
   NAIBRD_1553_MODULE_POWER_RESET_STATUS_FW_NOT_READY,
   NAIBRD_1553_MODULE_POWER_RESET_STATUS_COMM_ERROR
} naibrd_1553_module_power_reset_status_type_t;
typedef enum naibrd_1553_module_power_reset_type
{
   NAIBRD_1553_MODULE_POWER_RESET_REQUEST_RESET = 0,
   NAIBRD_1553_MODULE_POWER_RESET_REQUEST_POWER_DOWN,
   NAIBRD_1553_MODULE_POWER_RESET_REQUEST_POWER_UP
} naibrd_1553_module_power_reset_type_t;