File lvds_registers.h

#define GET_LVDS_STATUS_ALIGN_CNT_RANGE (
    REG
) `((REG >> 22) & 0x3f)`

#define GET_LVDS_STATUS_ARRIVAL_PHASE_RANGE (
    REG
) `((REG >> 20) & 0x3)`

#define GET_LVDS_STATUS_DPA_LOCKED_BIT (
    REG
) `((REG >> 29) & 0x1)`

#define GET_LVDS_STATUS_OUTOF_PHASE_RANGE (
    REG
) `((REG >> 0) & 0xffff)`

#define GET_LVDS_STATUS_PLL_LOCKED_BIT (
    REG
) `((REG >> 31) & 0x1)`

#define GET_LVDS_STATUS_READY_BIT (
    REG
) `((REG >> 30) & 0x1)`

#define LVDS_STATUS_ALIGN_CNT_RANGE_HI `27`

#define LVDS_STATUS_ALIGN_CNT_RANGE_LOW `22`

#define LVDS_STATUS_ARRIVAL_PHASE_RANGE_HI `21`

#define LVDS_STATUS_ARRIVAL_PHASE_RANGE_LOW `20`

#define LVDS_STATUS_DPA_LOCKED_BIT `29`

#define LVDS_STATUS_OUTOF_PHASE_RANGE_HI `15`

#define LVDS_STATUS_OUTOF_PHASE_RANGE_LOW `0`

#define LVDS_STATUS_PLL_LOCKED_BIT `31`

#define LVDS_STATUS_READY_BIT `30`

#define LVDS_STATUS_REGISTER_R `0x4101`

#define LVDS_STATUS_START_REGISTER_W `0x1100`

#define SET_LVDS_STATUS_ALIGN_CNT_RANGE (
    REG,
    VAL
) `((REG & (~(0x3f << 22))) | ((VAL & 0x3f) << 22))`

#define SET_LVDS_STATUS_ARRIVAL_PHASE_RANGE (
    REG,
    VAL
) `((REG & (~(0x3 << 20))) | ((VAL & 0x3) << 20))`

#define SET_LVDS_STATUS_DPA_LOCKED_BIT (
    REG
) `((1 << 29) | REG)`

#define SET_LVDS_STATUS_OUTOF_PHASE_RANGE (
    REG,
    VAL
) `((REG & (~(0xffff << 0))) | ((VAL & 0xffff) << 0))`

#define SET_LVDS_STATUS_PLL_LOCKED_BIT (
    REG
) `((1 << 31) | REG)`

#define SET_LVDS_STATUS_READY_BIT (
    REG
) `((1 << 30) | REG)`

#define UNSET_LVDS_STATUS_DPA_LOCKED_BIT (
    REG
) `((~(1 << 29)) & REG)`

#define UNSET_LVDS_STATUS_PLL_LOCKED_BIT (
    REG
) `((~(1 << 31)) & REG)`

#define UNSET_LVDS_STATUS_READY_BIT (
    REG
) `((~(1 << 30)) & REG)`