The GDMA layer used `max_data_burst_size == 0` as the only way to disable the
data burst. That conflicts with the upstream drivers' convention where a zeroed
config struct means "unset", so users had no way to ask for the driver default
burst size.
GDMA now treats both 0 and 1 as "no data burst": a single-beat burst has no
benefit over the non-burst mode. The MSPI alignment constraint under Flash
Encryption / PSRAM ECC still takes precedence and is reported with a warning.
The upstream drivers using GDMA now apply their own default burst size (16
bytes) when the user leaves `dma_burst_size` as 0, following the UHCI driver:
- esp_async_crc (AHB / AXI GDMA backend)
- esp_async_memcpy (AHB / AXI / LP-AHB / DW_GDMA backend)
Callers that really want no burst can now set `dma_burst_size` to 1.
Add an example under examples/storage/generic_partition_bdl that
partitions a raw block device at run time using only the Block Device
Layer (BDL) interface.
The example obtains a whole-disk BDL (SPI flash data partition by
default, or an SD/eMMC card via menuconfig), writes an MBR partition
table onto it with the esp_ext_part_tables managed component (fetched
via idf_component.yml), then creates a generic-partition BDL for each
MBR entry with esp_blockdev_generic_partition_get() and mounts FATFS on
the FAT slice and LittleFS on the LittleFS slice.
__generate_gdbinit wrote into a single shared directory and derived the
application ELF from a global property, so a project building multiple
executables had their gdbinit files overwrite each other. Take the ELF
path and output directory as arguments, and derive them per executable in
idf_build_generate_metadata.
- Update LC3 in btc and bta, update AT
- Update LC3 in SCO frame transfer and examples
- improve lc3 transfer speed
- Fix some encoding and decoding bugs
- Rename the functions and macros to fit both msbc and lc3
- Add config dependency
- Add migration guides for bluetooth-classic
- change the statement of "Wide Band Speech" to "Wideband Speech" to fit HFPv1.10
- Added macros for registering handlers to run before the scheduler and app main.
- Updated various components to utilize the new registration system for initialization.
- Refactored app startup logic to streamline initialization sequence.
Auto-detect used to pick the first Espressif device, even when it did
not match IDF_TARGET. With several boards attached, flash/monitor could
talk to the wrong chip.
Pass the project target into esptool so unmatched ports are skipped.
Resolve the port after ensure_build_directory() so the target is known.
For monitor on an unconfigured project, probe the connected chip and
pass it directly to idf_monitor without configuring the project.
Roland Dobai
Armando (Dou Yiwen)
Mo Fei Fei
morris
Steven (Yang Minghui)
Island
Liu Linyan
Marius Vikhammer
Martin Vychodil
Adam Múdry
Mahavir Jain
Peter Dragun
wuzhenghui
Ashish Sharma
Sudeep Mohanty
Chen Chen
renpeiying
Xu Si Yu
Chen Jichang
Wang Meng Yang
chenqianandCursor
hejiaxin
Konstantin Kondrashov
Vojtech Piroch
Jiang Jiang Jian
Jin Cheng
Hu Rui