naibrd_irig.h

Go to the documentation of this file.

 
typedef enum naibrd_irig_interrupt_trigger_type
{
   NAIBRD_IRIG_EDGE_INTERRUPT, /*Interrupts only on trigger condition from a prior non-triggered state*/
   NAIBRD_IRIG_LEVEL_INTERRUPT /*Interrupts as long as trigger condition persists.*/
} naibrd_irig_interrupt_trigger_type_t;
typedef enum naibrd_irig_format
{
   NAIBRD_IRIG_CTRL_MODE_IRIG_FORMAT_A = 1, /* R/W IRIG Format A */
   NAIBRD_IRIG_CTRL_MODE_IRIG_FORMAT_B = 2, /* R/W IRIG Format B */
   NAIBRD_IRIG_CTRL_MODE_IRIG_FORMAT_G = 7  /* R/W IRIG Format G */
} naibrd_irig_format_t;
typedef enum naibrd_irig_modulation
{
   NAIBRD_IRIG_CTRL_MODE_IRIG_MODULATION_DCLS,          /* R/W IRIG Modulation DCLS */
   NAIBRD_IRIG_CTRL_MODE_IRIG_MODULATION_AM_ASK,        /* R/W IRIG Modulation AM ASK */
   NAIBRD_IRIG_CTRL_MODE_IRIG_MODULATION_DC_MANCHESTER  /* R/W IRIG Modulation DC Manchester */
} naibrd_irig_modulation_t;
typedef enum naibrd_irig_carrier_freq
{
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_NONE,   /* R/W Carrier Frequency No Carrier */
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_100HZ,  /* R/W Carrier Frequency 100 Hz */
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_1KHZ,   /* R/W Carrier Frequency 1 kHz */
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_10KHZ,  /* R/W Carrier Frequency 10 kHz */
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_100KHZ, /* R/W Carrier Frequency 100 kHz */
   NAIBRD_IRIG_MODE_CARRIER_FREQUENCY_1MHZ    /* R/W Carrier Frequency 1 MHz */
} naibrd_irig_carrier_freq_t;
typedef enum naibrd_irig_code_exp
{
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_CF_SBS,         /* R/W Code Expression BCDTOY, CF, SBS */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_CF,             /* R/W Code Expression BCDTOY, CF */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY,                /* R/W Code Expression BCDTOY */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_SBS,            /* R/W Code Expression BCDTOY, SBS */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_BCDYEAR_CF_SBS, /* R/W Code Expression BCDTOY, BCDYEAR, CF, SBS */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_BCDYEAR_CF,     /* R/W Code Expression BCDTOY, BCDYEAR, CF */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_BCDYEAR,        /* R/W Code Expression BCDTOY, BCDYEAR */
   NAIBRD_IRIG_CTRL_MODE_CODE_EXP_BCDTOY_BCDYEAR_SBS     /* R/W Code Expression BCDTOY, BCDYEAR, SBS */
} naibrd_irig_code_exp_t;
typedef enum naibrd_irig_dst_status_type
{
   NAIBRD_IRIG_DST_STATUS_DISABLED,
   NAIBRD_IRIG_DST_STATUS_ENABLED
} naibrd_irig_dst_status_type_t;
typedef enum naibrd_irig_capture_event_edge_type_t
{
   NAIBRD_IRIG_CAPTURE_EVENT_RISING_EDGE,
   NAIBRD_IRIG_CAPTURE_EVENT_FALLING_EDGE
} naibrd_irig_capture_event_edge_type_t;
typedef enum naibrd_irig_capture_event_input_state_type
{
   NAIBRD_IRIG_CAPTURE_EVENT_INPUT_STATE_LO,
   NAIBRD_IRIG_CAPTURE_EVENT_INPUT_STATE_HI
} naibrd_irig_capture_event_input_state_type_t;
typedef enum naibrd_irig_terminate_t
{
   NAIBRD_IRIG_NOT_TERMINATED,
   NAIBRD_IRIG_TERMINATED
} naibrd_irig_terminate_t;
typedef enum naibrd_irig_protocol_value
{
   NAIBRD_IRIG_PROTOCOL_VALUE_1000 = 0x1000,
   NAIBRD_IRIG_PROTOCOL_VALUE_1001 = 0x1001,
   NAIBRD_IRIG_PROTOCOL_VALUE_1002 = 0x1002,
   NAIBRD_IRIG_PROTOCOL_VALUE_1003 = 0x1003,
   NAIBRD_IRIG_PROTOCOL_VALUE_1004 = 0x1004,
   NAIBRD_IRIG_PROTOCOL_VALUE_1005 = 0x1005,
   NAIBRD_IRIG_PROTOCOL_VALUE_1006 = 0x1006,
   NAIBRD_IRIG_PROTOCOL_VALUE_1007 = 0x1007,
   NAIBRD_IRIG_PROTOCOL_VALUE_1130 = 0x1130,
   NAIBRD_IRIG_PROTOCOL_VALUE_1131 = 0x1131,
   NAIBRD_IRIG_PROTOCOL_VALUE_1132 = 0x1132,
   NAIBRD_IRIG_PROTOCOL_VALUE_1133 = 0x1133,
   NAIBRD_IRIG_PROTOCOL_VALUE_1134 = 0x1134,
   NAIBRD_IRIG_PROTOCOL_VALUE_1135 = 0x1135,
   NAIBRD_IRIG_PROTOCOL_VALUE_1136 = 0x1136,
   NAIBRD_IRIG_PROTOCOL_VALUE_1137 = 0x1137,
   NAIBRD_IRIG_PROTOCOL_VALUE_2000 = 0x2000,
   NAIBRD_IRIG_PROTOCOL_VALUE_2001 = 0x2001,
   NAIBRD_IRIG_PROTOCOL_VALUE_2002 = 0x2002,
   NAIBRD_IRIG_PROTOCOL_VALUE_2003 = 0x2003,
   NAIBRD_IRIG_PROTOCOL_VALUE_2004 = 0x2004,
   NAIBRD_IRIG_PROTOCOL_VALUE_2005 = 0x2005,
   NAIBRD_IRIG_PROTOCOL_VALUE_2006 = 0x2006,
   NAIBRD_IRIG_PROTOCOL_VALUE_2007 = 0x2007,
   NAIBRD_IRIG_PROTOCOL_VALUE_2120 = 0x2120,
   NAIBRD_IRIG_PROTOCOL_VALUE_2121 = 0x2121,
   NAIBRD_IRIG_PROTOCOL_VALUE_2122 = 0x2122,
   NAIBRD_IRIG_PROTOCOL_VALUE_2123 = 0x2123,
   NAIBRD_IRIG_PROTOCOL_VALUE_2124 = 0x2124,
   NAIBRD_IRIG_PROTOCOL_VALUE_2125 = 0x2125,
   NAIBRD_IRIG_PROTOCOL_VALUE_2126 = 0x2126,
   NAIBRD_IRIG_PROTOCOL_VALUE_2127 = 0x2127,
   NAIBRD_IRIG_PROTOCOL_VALUE_7001 = 0x7001,
   NAIBRD_IRIG_PROTOCOL_VALUE_7002 = 0x7002,
   NAIBRD_IRIG_PROTOCOL_VALUE_7005 = 0x7005,
   NAIBRD_IRIG_PROTOCOL_VALUE_7006 = 0x7006,
   NAIBRD_IRIG_PROTOCOL_VALUE_7141 = 0x7141,
   NAIBRD_IRIG_PROTOCOL_VALUE_7142 = 0x7142,
   NAIBRD_IRIG_PROTOCOL_VALUE_7145 = 0x7145,
   NAIBRD_IRIG_PROTOCOL_VALUE_7146 = 0x7146
} naibrd_irig_protocol_value_t;
typedef enum naibrd_irig_signal_level
{
   NAIBRD_IRIG_SIGNAL_LEVEL_RS232 = 0,
   NAIBRD_IRIG_SIGNAL_LEVEL_RS485 = 1
} naibrd_irig_signal_level_t;
typedef enum naibrd_irig_signal_type
{
   NAIBRD_IRIG_SIGNAL_DIGITAL_OUT = 0,
   NAIBRD_IRIG_SIGNAL_1PPS_OUT_EVENT_IN = 1
} naibrd_irig_signal_type_t;
typedef enum naibrd_irig_serial_port_type
{
   NAIBRD_IRIG_SERIAL_PORT_1 = 0,
   NAIBRD_IRIG_SERIAL_PORT_2 = 1
} naibrd_irig_serial_port_type_t;
typedef enum naibrd_irig_event_mapped_status_type
{
   NAIBRD_IRIG_EVTMAP_STATUS_BIT_DATA_LOSS_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_BIT_DATA_LOSS_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_BIT_SOFT_FAULT_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_BIT_SOFT_FAULT_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_REF_LOSS_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_REF_LOSS_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_RX_REF_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_RX_REF_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_REF_PULSE_RX_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_REF_PULSE_RX_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_INTERRUPT_1PPS_OUTPUT_HIGH_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_INTERRUPT_1PPS_OUTPUT_HIGH_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_RX_CONTROL_BITS_CHANGED_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_RX_CONTROL_BITS_CHANGED_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_CONTROL_BITS_RX_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_CONTROL_BITS_RX_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_CHANGE_REF_SRC_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_CHANGE_REF_SRC_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_EVENT_DETECTED_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_EVENT_DETECTED_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_USER_INTERRUPT_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_USER_INTERRUPT_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_DST_ADJUST_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_DST_ADJUST_REALTIME,
   NAIBRD_IRIG_EVTMAP_STATUS_TEST_INTERRUPT_LATCHED,
   NAIBRD_IRIG_EVTMAP_STATUS_TEST_INTERRUPT_REALTIME
} naibrd_irig_event_mapped_status_type_t;
typedef enum naibrd_irig_event_mapped_category_type
{
   NAIBRD_IRIG_EVTMAP_CATEGORY_BIT,
   NAIBRD_IRIG_EVTMAP_CATEGORY_GENERAL
} naibrd_irig_event_mapped_category_type_t;