N PHY Periodic Calibration Run (u8 type)

1. Set fullcal to TRUE
2. Set restore to FALSE

3. If bit 0x10 in measure_hold is set

   1. return
4. If type is zero

   1. Set fullcal to (radio_chanspec not equal to nphy_txiqlocal_chanspec

5. Else if type is 2
   1. Set fullcal to FALSE

6. If cal_type_override not zero

   1. If cal_type_override is not 1

      1. Set fullcal to false

7. If mphase_cal_phase_id > 1

   1. If nphy_txiqlocal_chanspec not equal to radio_chanspec

      1. Call PHY Perical Mphase Restart

8. If mphase_cal_phase_id is 9

   1. Write 10000 to shared memory location (0x5c * 2)
9. Suspend MAC

10. Call PHY Register Enter

11. If mphase_cal_phase_id is 0 or 1

    1. Set nphy_cal_orig_pwr_idx[0] to (PHY Register 0x1ED >> 8) & 0x7F

    2. Set nphy_cal_orig_pwr_idx[1] to (PHY Register 0x1EE >> 8) & 0x7F

    3. If nphy_txpwrctrl is 0

       1. Read the N PHY Table with ID 7, length 2, offset 0x110, width 16, and data at nphy_cal_orig_tx_gain

    4. Otherwise

       1. Set nphy_cal_orig_tx_gain[0] and [1] to 0

12. Set target to the returned value from N PHY Get TX Gain

13. Set state to nphy_txpwrctrl

14. Call N PHY TX Power Control Enable with argument 0

15. If antsel is 2

    1. Call N PHY Antenna Select Init with true as argument

16. Set mphase to (mphase_cal_phase_id != 0)

17. If mphase is not true

    1. If PHY revision >= 3

       1. Call N PHY Precal TX Gain

       2. Set nphy_cal_target_gain to the output of N PHY Get TX Gain

       3. Set restore to true

       4. Set target to nphy_cal_target_gain

    2. If the output of N PHY Cal TX IQ Lo with arguments target, fullcal and mphase is 0

       1. If (ipa2g_on and this is a 2G channel) OR (ipa5g_on and this is a 5G channel)

          1. Call PHY a4 with argument true

       2. Call PHY Register Exit

       3. Enable MAC
       4. Write 10000 to shared memory location (0x5c * 2)
       5. Disable MAC

       6. Call PHY Register Enter

       7. If (cal_type_override == 1)

          1. Set tmp to 2
       8. Otherwise
          1. Set tmp to 0

       9. If the output of (N PHY Cal RX IQ with arguments target, (first_cal_after_assoc OR tmp, and false) is zero

          1. Call N PHY Save Cal

          2. Call N PHY TX Power Ctrl Coeff Setup

          3. Set nphy_perical_last to now

    3. If type is 0

       1. Call N PHY RSSI Calibrate

    4. If first_cal_after_assoc OR cal_type_override equals 1

       1. Set first_cal_after_assoc to false

       2. Call N PHY TX Power Control Idle TSSI

       3. Call N PHY TX Power Control TSSI

       4. Call N PHY TX Power Control Setup

    5. If PHY Revision >= 3

       1. Call N PHY Radio 205x VCO Cal

18. Otherwise

    1. If mphase_cal_phase_id is 1

       1. Set nphy_perical_last to now

       2. Set nphy_txiqlocal_chanspec to radio_chanspec

       3. If PHY Revisio0n >= 3

          1. Call N PHY PreCalibrate TX Gain

       4. Set nphy_cal_target_gain to the output value of N PHY Get TX Gain

       5. Increment mphase_cal_phase_id

    2. Else if mphase_cal_phase_id is 2, 3, 4, 5, 6, or 7

       1. If radar_percal_mask AND 0x10 is not zero

          1. Set nphy_rxcal_active to true

       2. If the output of N PHY Cal TX IQ LO with arguments nphy_cal_target_gain, fullcal, and true is not zero

          1. Call PHY Periodic Calibration Multi-Phase Reset

          2. Break

       3. If PHY Revision < 3 AND (mphase_cal_phase_id is 6

          1. Add 2 to mphase_cal_phase_id

       4. Otherwise

          1. Increment mphase_cal_phase_id

    3. Else if mphase_cal_phase_id is 8

       1. If radar_percal_mask & 0x2 is not zero

          1. If (ipa2g_on and this is a 2G channel) OR (ipa5g_on and this is a 5G channel)

             1. Call PHY a4 with argument true

          2. Increment mphase_cal_phase_id

          3. Break

    4. Else if mphase_cal_phase_id is 9

       1. If radar_percal_mask & 0x1 is not zero

          1. Set nphy_rxcal_active to true

          2. If (cal_type_override == 1)

             1. Set tmp to 2
          3. Otherwise
             1. Set tmp to 0

          4. If the output of (N PHY Cal RX IQ with arguments target, (first_cal_after_assoc OR tmp, and false) is zero

             1. Call N PHY Save Cal

          5. Increment mphase_cal_phase_id

    5. Else if mphase_cal_phase_id is 10

       1. If radar_percal_mask & 0x4 is not zero

          1. Set nphy_rxcal_active to true

       2. Call N PHY TX Power Ctrl Coeff Setup

       3. Call N PHY RSSI Calibrate

       4. If PHY Revision >= 3

          1. Call N PHY Radio 205x VCO Cal

       5. Set restore to true

       6. If first_cal_after_assoc

          1. Increment mphase_cal_phase_id

       7. Else

          1. Call PHY Periodic Calibration Multi-Phase Reset

    6. Else if mphase_cal_phase_id is 11

       1. If radar_percal_mask & 0x8 is not zero

          1. Set nphy_rxcal_active to true

       2. If first_cal_after_assoc

          1. Set first_cal_after_assoc to false

          2. Call N PHY TX Power Control Idle TSSI

          3. Call N PHY TX Power Control TSSI

          4. Call N PHY TX Power Control Setup

       3. Call PHY Periodic Calibration Multi-Phase Reset

    7. Otherwise

       1. Call PHY Periodic Calibration Multi-Phase Reset

19. If PHY Revision >= 3

    1. If restore is true
       1. If state is true

          1. Call N PHY TX Power Index with arguments 1, nphy_cal_orig_pwr_idx[0], false

          2. Call N PHY TX Power Index with arguments 2, nphy_cal_orig_pwr_idx[1], false

          3. Set nphy_txpwrindex[0].index to -1

          4. Set nphy_txpwrindex[1].index to -1

       2. Otherwise

          1. Call N PHY TX Power Index with arguments 1, nphy_txpwrindex[0].index_internal, false

          2. Call N PHY TX Power Index with arguments 2, nphy_txpwrindex[1].index_internal, false

20. Call N PHY TX Power Control Enable with argument state

21. Call PHY Register Exit

22. Enable MAC