* rename
* core
* structing
* more
* makefile
* structing
* 6240 compiles
* explicit cast instead of implicit narrowing
* 8888
* no extern C
* fix tests build
* extern "C"
* 33810
* 8860
* 33810
* linker
* unbreak master
* don't need that if compiling as C++
* bump config
* fix test
* tests
* unit tests bad merge
* build
* move subaru logic to cpp file
* cpp goodness
* hpp include
* this is probably the right thing to do
* simulator
* TLE8888: add support MR switching from SW
Main Relay has limitation - it is always active while KEY=1. When
KEY=0 MR can be switched on from SW.
* TLE8888: support reading of KEY and WAKE inputs
* Rusefi enums: add new TLE8888 pins
* smart gpio: fix tle8888 direct pin mapping for MRE
* MRE: use TLE8888 pins instead of MCU gpios that drives TLE8888
* TLE8888: cleanup
* TLE8888: do not reset driver private data on WD/undervoltage reset
* TLE8888: diagnostic updates
* TLE8888 driver: BIG driver rework
* TLE8888: check SPI answers for abnormal states
Reply with other than requested register can be a sign of:
-Power-On-Reset, then OpStat0 will be replyed
-WatchDog reset, then FWDStat1 will be replyed
-Invalid communication frame, then Diag0 will be replyed
Keep tracking last accessed register and check with the next reply.
* TLE8888: debug clean-up
* TLE8888: implement spi array write
This reduce CS inactive state time between two consequent accesses
from 8.8 uS to 1.4 uS
* TLE8888: fix PP outputs in OD mode
* TLE8888: cleanup register definitions
* TLE8888: run separate driver thread for each chip instance
Calculating poll interval for few chips become more complex, avoid
this running thread for each device.
* TLE8888: fix cypress and kinetic compilation
Both platforms define its own MAX and cause redifination error if
common.h is included in driver.
* MRE: update mapping.yaml and fix direct pin mapping for TLE8888
* TLE8888: diagnnostic: disable switch off in case of overcurrent
For all output, use current limiting instead
* TLE8888: check for overvoltage on OUT8..OUT13
* TLE8888: add TODO note about how to recover from failure condition
Currently TLE8888 automaticly recovers only from overcurrent and
(may be) overtemperature conditions.
Short to bat cause output disable (bit in OECONFIG is reset) and
needs driver/host intervention.
* TLE8888: save few bytes of RAM
* TLE8888: Lada Kalina is test mule for IDLE stepper on TLE8888
Don't forget to enable PP mode for TLE8888 outputs 21..24:
uncomment line 1087 in tle8888.c
* TLE8888: reorder code, cleanup
* TLE8888: mode all debug/statisctic to per-chip struct
* TLE8888: rework poll interval calculation
* MRE: use TLE8888 pins instead of MCU gpios that drives TLE8888 #2
* smart_gpio.cpp: check _add return values
And occupy gpiochip's pin range if disabled of failed. So base will
align with enum.
* TLE8888: cleanup, move high level code to smart_gpio.cpp
* smart_gpio.cpp: fix compilation when BOARD_EXT_GPIOCHIPS == 0
* board-subaru: fix compilation after latest smart_gpio updates
* tle8888: now we have all 28 pins supported
Matthew Kennedy
rusefillc
Andrey G
rusefi
rusEfi
andreika-git
rusefi