* HAL_Delay() was being used before HAL_Init() was called.
* Brings it in-line with ST examples which follow this call order:
CubeMX generated code goes startup_xxx.s (asm) -> SystemInit(), then
main(), HAL_Init(), SystemClock_Config()
Boot-tested on:
* SPRacingF4NEO
* SPRacingF7DUAL
* SPRacingH7ZERO
Moved vtxtable frequency mode implementation into `vtx_common.c`.
This makes the implementation available for all vtx types and allows
for some code deduplication (see point below)
Removed band and channel tracking from tramp and rtc6705.
The hardware underlying both only support frequency mode and
the tracking is now done in `vtx_common.c` using the new factory flag.
Deleted vtxStringXXX. to continue supporting builds without
`USE_VTX_TABLE`, new infrastructure was created in
`drivers/vtx_table.c`, which loads fixed tables into vtxTableXXX
when built witout `USE_VTX_TABLE`. Individual vtx implementations no
longer need to load any band/channel tables. They only need to load
their individual power tables when built without `USE_VTX_TABLE`.
Additionally this allows for the next point:
Fully integrated vtxTableXXX and removed the old and no longer needed
indirection of frequency and power tables in `vtxDevice_t`.
Removed VTX_SETTINGS_* constants from `vtx_common.h` and replaced them
with the vtxtable equivalent.
rtc6705 implementation now uses power values from vtxtable instead of
using indices directly. It also stops using index 0. This makes it
consistent with other vtx implementations and is more user configurable.
It also cleans up `telemetry\srxl.c` which had to have a special case for rtc6705.
Finally, frequency entries in the vtxtable can now be marked as empty
by setting their frequency to 0. Betaflight will never allow a blocked
channel to be selected. This is useful for vtxtable index mode
(FACTORY flag set) where manufacturer-defined bands can be truncated
to ensure compliance with local laws and regulations.
* On boot SPI or SDIO is initialised.
* Filesystem is initialised (including creation of blackbox freespace
file)
* Empty config file is created if it doesn't exist, or read if it does.
* If config is invalid/empty then config file is written to, then read
back and verified.
Enable as follows.
target.h:
target.c:
uint8_t eepromData[EEPROM_SIZE];
Changes:
- Replace boolean init flags with single initFlags variables.
- Avoid unused variable warnings.
- Initial cut
- QuadSPI - Update before flash w25n01g driver QSPI change
- QuadSPI add missing resource names.
- Config and setup code for QSPI bank 2 (doesn't work yet)
- QSPI Support BK2 only using CS pin via software
- Fix inclusion of platform.h
- Fixes per PR comment
If DSHOT telemetry is enabled but one or more ESC's are not supplying valid telemetry packets, then send the DSHOT command to enable telemetry once a second while disarmed until all ESC's are supplying telemetry.
Addresses the issue of the flight controller booting without the ESC's powered. In this case the initial command at boot to enable bidirectional telemetry will be missed by the ESC since they're not powered. If the battery is subsequently plugged in the ESC's will default to bidirectional telemetry disabled.
This change will detect that ESC's are not supplying telemetry and attempt to preiodically enable them.
Remove the giant `select` block that contained all the code to generate the elements and transition them to individual functions called only when the element is active. Simplifies the code and results in a performance improvement as it's not necessary to fall through the large `select` statement for every element that will be drawn. The individual functions and the element to function mapping are moved to a new `osd_elements.c` file.
Moved the OSD related code files to a new `osd/` directory.
Also pre-analyze the active elements and only process those that are active. This also saves processing as it's not necessary to loop through all 50 or so elements when only a couple are active.
Various other cleanup and removal of stale or unnecessary code.
In the default configuration the element drawing phase of the OSD task is reduced from ~51us to ~35us - resulting in about a 30% decrease in processing time.
