0d5d4c8688
* nfc: Add NTAG I2C (Plus) 1K/2K read support * nfc: Add rudimentary NTAG I2C emulation * nfc: Closer NTAG I2C emulation plus debug logging * nfc: Fix NTAG I2C sector select emulation * nfc: Add security for NTAG I2C * nfc: Send NAK correctly for MFUL reads * nfc: Better emulate NTAG I2C SECTOR_SELECT behavior * nfc: Fix non-I2C Ultralight read Per datasheet, max sector for SECTOR_SELECT is 0xfe, so 0xff is OK as uninit value * nfc: Only read sig for NTAG if supported Attempting to read signature breaks immediate call to sector select on NTAG I2C original for some reason, so don't read signature if the command is not supported Co-authored-by: gornekich <n.gorbadey@gmail.com> |
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| ReadMe.md | ||
Flipper firmware
What does it do?
- RTOS
- FuriHAL
- FuriCore
- Services
- Applications
Targets
| Name | Firmware Address | Reset Combo | DFU Combo |
|---|---|---|---|
| f7 | 0x08000000 | L+Back, release both | L+Back, release Back |
Also there is a "hardware" ST bootloader combo available even on a bricked or empty device: L+Ok+Back, release Back, Left.
Target independent code and headers in target/include folders. More details in documentation/KeyCombo.md
Building
With dev docker image:
docker-compose exec dev make -C firmware
With toolchain installed in path:
make -C firmware
Build Options
DEBUG- 0/1 - enable or disable debug build. Default is 1.COMPACT- 0/1 - enable or disable compiler optimizations. Significantly reduces binary size. Default is 0.TARGET- string - target to build. Default isf7.RAM_EXEC- 0/1 - whether to build full firmware or RAM-based stage for firmware update. 0 is default, builds firmware.
Building self-update package
make DEBUG=0 COMPACT=1 updater_package
Flashing
Using SWD (STLink):
make -C firmware flash
Or use DFU (USB):
make -C firmware upload
Debug
Using SWD (STLink):
make -C firmware debug