naibrd_dl.h

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typedef enum naibrd_dl_subchannel
{
   NAIBRD_DL_SUBCHANNEL_A,
   NAIBRD_DL_SUBCHANNEL_B
} naibrd_dl_subchannel_t;
typedef enum naibrd_dl_on_off
{
   NAIBRD_DL_OFF,
   NAIBRD_DL_ON
} naibrd_dl_on_off_t;
typedef enum naibrd_dl_measured_value_type
{
   NAIBRD_DL_MEASURED_WRAP_POSITION_SUBCHANNEL_A,
   NAIBRD_DL_MEASURED_WRAP_POSITION_SUBCHANNEL_B,
   NAIBRD_DL_MEASURED_REF_VOLTAGE,
   NAIBRD_DL_MEASURED_VLL_VOLTAGE,
   NAIBRD_DL_MEASURED_VLL_VOLTAGE_SUBCHANNEL_B,
   NAIBRD_DL_MEASURED_REF_FREQUENCY,
   NAIBRD_DL_MEASURED_SIGNAL_CURRENT,
   NAIBRD_DL_MEASURED_SIGNAL_CURRENT_SUBCHANNEL_B,
   NAIBRD_DL_MEASURED_VELOCITY_SUBCHANNEL_A,
   NAIBRD_DL_MEASURED_VELOCITY_SUBCHANNEL_B
} naibrd_dl_measured_value_type_t;
typedef enum naibrd_dl_configuration_type
{
   NAIBRD_DL_CONFIGURATION_PHASE_OFFSET,
   NAIBRD_DL_CONFIGURATION_WIRE_MODE,
   NAIBRD_DL_CONFIGURATION_THRESHOLD_VLL_VOLT,
   NAIBRD_DL_CONFIGURATION_THRESHOLD_VLL_VOLT_SUBCHANNEL_B,
   NAIBRD_DL_CONFIGURATION_THRESHOLD_REF_VOLT,
   NAIBRD_DL_CONFIGURATION_THRESHOLD_CURRENT_SUBCHANNEL_A,
   NAIBRD_DL_CONFIGURATION_THRESHOLD_CURRENT_SUBCHANNEL_B,
   NAIBRD_DL_CONFIGURATION_RESPONSE_FILTER,
   NAIBRD_DL_CONFIGURATION_VLL_VOLT,
   NAIBRD_DL_CONFIGURATION_REF_VOLT,
   NAIBRD_DL_CONFIGURATION_OUTPUT_MODE,
   NAIBRD_DL_CONFIGURATION_ACTIVE_MODE
} naibrd_dl_configuration_type_t;
typedef enum naibrd_dl_floating_point_attributes_type
{
   NAIBRD_DL_FLOATING_POINT_POSITION_A_OFFSET,
   NAIBRD_DL_FLOATING_POINT_POSITION_B_OFFSET,
   NAIBRD_DL_FLOATING_POINT_POSITION_A_SCALE,
   NAIBRD_DL_FLOATING_POINT_POSITION_B_SCALE
} naibrd_dl_floating_point_attributes_type_t;
typedef enum naibrd_dl_chan_mapped_status_type
{
   NAIBRD_DL_CHAN_MAPPED_STATUS_BIT_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_BIT_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_SIGNAL_LOSS_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_SIGNAL_LOSS_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_REF_LOSS_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_REF_LOSS_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_PLL_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_PLL_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_OVERCURRENT_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_OVERCURRENT_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_BIT_B_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_BIT_B_REALTIME,
   NAIBRD_DL_CHAN_MAPPED_STATUS_SIGNAL_LOSS_B_LATCHED,
   NAIBRD_DL_CHAN_MAPPED_STATUS_SIGNAL_LOSS_B_REALTIME
} naibrd_dl_chan_mapped_status_type_t;
typedef enum naibrd_dl_vll_mode_type
{
   NAIBRD_DL_VLL_MODE_RATIO,
   NAIBRD_DL_VLL_MODE_FIXED
} naibrd_dl_vll_mode_type_t;
typedef enum naibrd_dl_wire_mode_type
{
   NAIBRD_DL_4WIRE_MODE = 1,
   NAIBRD_DL_2WIRE_MODE = 2
} naibrd_dl_wire_mode_type_t;
typedef enum naibrd_dl_test_type
{
   NAIBRD_DL_D0_TEST,
   NAIBRD_DL_D2_TEST,
   NAIBRD_DL_D3_TEST
} naibrd_dl_test_type_t;
typedef enum naibrd_dl_rawByChannel_type
{
   NAIBRD_DL_RAW_WRAP_POSITION_SUBCHANNEL_A, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_POSITION_SUBCHANNEL_B, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_VLL_VOLT, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_VLL_VOLT_SUBCHANNEL_B, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_REF_VOLT, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_REF_FREQ, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_VELOCITY_SUBCHANNEL_A, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_VELOCITY_SUBCHANNEL_B, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_CURRENT_SUBCHANNEL_A, /* READ ONLY */
   NAIBRD_DL_RAW_WRAP_CURRENT_SUBCHANNEL_B, /* READ ONLY */
   NAIBRD_DL_RAW_POSITION_SUBCHANNEL_A,
   NAIBRD_DL_RAW_POSITION_SUBCHANNEL_B,
   NAIBRD_DL_RAW_THRESHOLD_VLL_VOLT,
   NAIBRD_DL_RAW_THRESHOLD_VLL_VOLT_SUBCHANNEL_B,
   NAIBRD_DL_RAW_THRESHOLD_REF_VOLT,
   NAIBRD_DL_RAW_THRESHOLD_CURRENT_SUBCHANNEL_A,
   NAIBRD_DL_RAW_THRESHOLD_CURRENT_SUBCHANNEL_B,
   NAIBRD_DL_RAW_FILTER_TIME,
   NAIBRD_DL_RAW_VLL_VOLT,
   NAIBRD_DL_RAW_REF_VOLT,
   NAIBRD_DL_RAW_PHASE_OFFSET,
   NAIBRD_DL_RAW_RATIO_FIXED_MODE,
   NAIBRD_DL_RAW_CHAN_WIRE_MODE
} naibrd_dl_rawByChannel_type_t;
typedef enum naibrd_dl_raw_type
{
   NAIBRD_DL_RAW_SIG_LOSS_STATUS,
   NAIBRD_DL_RAW_SIG_LOSS_STATUS_REAL,
   NAIBRD_DL_RAW_REF_LOSS_STATUS,
   NAIBRD_DL_RAW_REF_LOSS_STATUS_REAL,
   NAIBRD_DL_RAW_PHASE_LOSS_STATUS,
   NAIBRD_DL_RAW_PHASE_LOSS_STATUS_REAL,
   NAIBRD_DL_RAW_BIT_LOSS_STATUS,
   NAIBRD_DL_RAW_BIT_LOSS_STATUS_REAL,
   NAIBRD_DL_RAW_OVERCURRENT_STATUS,
   NAIBRD_DL_RAW_OVERCURRENT_STATUS_REAL,
   NAIBRD_DL_RAW_BIT_TEST_ENABLE,
   NAIBRD_DL_RAW_BIT_TEST_VERIFY,
   NAIBRD_DL_RAW_OUTPUT_MODE,
   NAIBRD_DL_RAW_WIRE_MODE,
   NAIBRD_DL_RAW_POWER_STATE,
   NAIBRD_DL_RAW_ENABLE_CHANNEL,  /*active channel*/
   NAIBRD_DL_RAW_OSC_VOLT,
   NAIBRD_DL_RAW_OSC_FREQ,
   NAIBRD_DL_RAW_SIG_LOSS_INTERRUPT_ENABLE,
   NAIBRD_DL_RAW_REF_LOSS_INTERRUPT_ENABLE,
   NAIBRD_DL_RAW_PHASE_LOSS_INTERRUPT_ENABLE,
   NAIBRD_DL_RAW_BIT_LOSS_INTERRUPT_ENABLE,
   NAIBRD_DL_RAW_OVERCURRENT_INTERRUPT_ENABLE,
   NAIBRD_DL_RAW_SIG_LOSS_INTERRUPT_VECTOR,
   NAIBRD_DL_RAW_REF_LOSS_INTERRUPT_VECTOR,
   NAIBRD_DL_RAW_PHASE_LOSS_INTERRUPT_VECTOR,
   NAIBRD_DL_RAW_BIT_LOSS_INTERRUPT_VECTOR
} naibrd_dl_raw_type_t;