tree bc85635f90c4762f128a0cb9de17c2493eff41eb
parent 5c947d0dbae8038ec1c8b538891f6475350542ee
parent 00f5117c5f785b95b13663e52dcdcf684a47d4e3
author Linus Torvalds <torvalds@linux-foundation.org> 1641925536 -0800
committer Linus Torvalds <torvalds@linux-foundation.org> 1641925536 -0800
mergetag object 00f5117c5f785b95b13663e52dcdcf684a47d4e3
 type commit
 tag hwmon-for-v5.17
 tagger Guenter Roeck <linux@roeck-us.net> 1641787377 -0800
 
 hwmon updates for v5.17
 
 New drivers:
 - PMBus driver for MPS Multi-phase mp5023
 - PMBus driver for Delta AHE-50DC fan control module
 - Driver for NZXT RGB&Fan Controller/Smart Device v2
 - Driver for Texas Instruments INA238
 - Driver to support X370 Asus WMI
 - Driver to support B550 Asus WMI
 
 Other notable changes:
 - Cleanup of ntc_thermistor driver, and added support for Samsung 1404-001221 NTC
 - Improve detection of LM84, MAX1617, and MAX1617A in adm1021 driver
 - Clean up tmp401 driver, and convert to with_info API
 - Add support for regulators and IR38060, IR38164 IR38263 to ir38064 PMBus driver
 - Add support for AMD Family 19h Models 10h-1Fh and A0h-AFh to k10temp driver
 - Add support for F81966 to f71882fg driver
 - Add support for ONSEMI N34TS04 to jc42 driver
 - Clean up and simplify dell-smm driver
 - Add support for ROG STRIX B550-A/X570-I GAMING to nct6775 driver
 
 Various other minor improvements and fixes.
 -----BEGIN PGP SIGNATURE-----
 
 iQIzBAABCAAdFiEEiHPvMQj9QTOCiqgVyx8mb86fmYEFAmHbsioACgkQyx8mb86f
 mYGL2A//RPRWUgnBqzT6dwrhqiRzYFJXbqFPUIEIeBBFTZ/QbyQWazvQYlxOieDm
 8Y8NZlgqCP2UJ1pYI7jh7g7n6GFp4stNHgAO9GsGbkQNZYCR7eyRCSxVTB9oW+L4
 Cxt1sXclUwcQXi5h3cMZbBTebAcKwUtg81QaIkOBjpfmLzP6PisS0rB6Dy9WjWnF
 aXTNH6wHNY/xqOFpUuS5DkS+FT5eu35kP9DDLvF8yHLUdvn1JzwMOVNV/p0H1VZ8
 ZmOyhgDqqwcaYJlHIY5R6M5u1sH/r4I+zUgQPzmuzw3CLYSa3C/yhnmagRAqheT2
 HguOJClQuSilO49W4w3iiOOOUy6Qf082Mta62RjQT6/+po1FYNQTfYbAyYR1CkMH
 sj0c9TvSOzSXpy2W0jTmCGL38VLy54lXMq+xM2o+dVzSKpN3JyuGpBLt730Z25on
 gTRNO8DpytLe2EPZ32R5hu1UcoMe1O+X2tCctyyC0RZMwKwWRcC5N3Kvx98ea61L
 dkvjQyTzfI8nZoUoh0ML15OhhOTJV10fQt6NB6oA9/iFjPblE9YqU6jeN/2gCTFL
 SkDKUO35vD8d6aBl7YtRNSSdjF1wuC22GSPpj47vh4eM3MU9eCL2Qyqd6hksFTFF
 wYm9PzvKxmPSlsCvifZj/oKdFODOgG06+7tGZki/gfCv66uJl4U=
 =bh5w
 -----END PGP SIGNATURE-----

Merge tag 'hwmon-for-v5.17' of git://git.kernel.org/pub/scm/linux/kernel/git/groeck/linux-staging

Pull hwmon updates from Guenter Roeck:
 "New drivers:

   - PMBus driver for MPS Multi-phase mp5023

   - PMBus driver for Delta AHE-50DC fan control module

   - Driver for NZXT RGB&Fan Controller/Smart Device v2

   - Driver for Texas Instruments INA238

   - Driver to support X370 Asus WMI

   - Driver to support B550 Asus WMI

  Other notable changes:

   - Cleanup of ntc_thermistor driver, and added support for Samsung
     1404-001221 NTC

   - Improve detection of LM84, MAX1617, and MAX1617A in adm1021 driver

   - Clean up tmp401 driver, and convert to with_info API

   - Add support for regulators and IR38060, IR38164 IR38263 to ir38064
     PMBus driver

   - Add support for AMD Family 19h Models 10h-1Fh and A0h-AFh to
     k10temp driver

   - Add support for F81966 to f71882fg driver

   - Add support for ONSEMI N34TS04 to jc42 driver

   - Clean up and simplify dell-smm driver

   - Add support for ROG STRIX B550-A/X570-I GAMING to nct6775 driver

  And various other minor improvements and fixes"

* tag 'hwmon-for-v5.17' of git://git.kernel.org/pub/scm/linux/kernel/git/groeck/linux-staging: (49 commits)
  hwmon: (nzxt-smart2) make array detect_fans_report static const
  hwmon: (xgene-hwmon) Add free before exiting xgene_hwmon_probe
  hwmon: (nzxt-smart2) Fix "unused function" warning
  hwmon: (dell-smm) Pack the whole smm_regs struct
  hwmon: (nct6775) Additional check for ChipID before ASUS WMI usage
  hwmon: (mr75203) fix wrong power-up delay value
  hwmon/pmbus: (ir38064) Fix spelling mistake "comaptible" -> "compatible"
  hwmon/pmbus: (ir38064) Expose a regulator
  hwmon/pmbus: (ir38064) Add of_match_table
  hwmon/pmbus: (ir38064) Add support for IR38060, IR38164 IR38263
  hwmon: add driver for NZXT RGB&Fan Controller/Smart Device v2.
  hwmon: (nct6775) add ROG STRIX B550-A/X570-I GAMING
  hwmon: (pmbus) Add support for MPS Multi-phase mp5023
  dt-bindings: add Delta AHE-50DC fan control module
  hwmon: (pmbus) Add Delta AHE-50DC fan control module driver
  hwmon: prefix kernel-doc comments for structs with struct
  hwmon: (ntc_thermistor) Add Samsung 1404-001221 NTC
  hwmon: (ntc_thermistor) Drop OF dependency
  hwmon: (dell-smm) Unify i8k_ioctl() and i8k_ioctl_unlocked()
  hwmon: (dell-smm) Simplify ioctl handler
  ...
