In ESP32-C6, every peripheral reset enable bit is in different register
(unlike some of the previous SoCs) and hence they must be handled with
multiple register write operations.
This allows AES, MPI peripherals to works correctly after DS peripheral
has done some operations.
In ESP32-H2, every peripheral reset enable bit is in different register
(unlike some of the previous SoCs) and hence they must be handled with
multiple register write operations.
This allows AES, MPI peripherals to works correctly after DS peripheral
has done some operations.
This adds a new outdated option, which only lists outdated
packages installed in IDF_TOOLS_PATH. It searches for the
latest installed tool version in the IDF_TOOLS_PATH/tools path and
compares it against the latest available version in the tools.json
file. If the latest version of a tool installed in IDF_TOOLS_PATH/tools
is smaller, it's reported as outdated. Nothing is reported if the tool
is up to date.
Two new tests are added. First just checks if nothing is reported in
case there is no update available. The second artificially generates
new tools.json file called tools.outdated.json and sets XTENSA_ESP32_ELF
version to 'zzzzzz'. It then checks if the XTENSA_ESP32_ELF tool
is reported as outdated by the 'zzzzzz' version.
Description of the new outdated option is addedd to docs as well.
Signed-off-by: Frantisek Hrbata <frantisek.hrbata@espressif.com>
When a USB does not support a particular string dsecriptor (e.g.,
manufacturer, product, and serial number), the string descriptors corresponding
index will be set to 0 in the device descriptor (e.g., iManufacturer, iProduct,
iString).
Previously, the Hub driver would always attempt to fetch the all three string
descriptors, thus leading an error in CHECK_SHORT_SER_STR_DESC if the device
did not support the descriptor.
This commit fixes the Hub drvier by skipping the enumeration stages of a
particular descriptor if its index is 0 (i.e., not supported by the device).
USB devices may support string descriptors in multiple languages. The supported
languages are stored in a LANGID table, which itself is a string descriptor at
index 0.
When fetching the LANGID table itself, the USB 2.0 specification does not
specify what LANGID to use, thus the Hub driver would use the default LANGID
"ENUM_LANGID". However, this would cause some devices to stall.
This commit fixes the issue by always requesting the LANGID table itself using
a LANGID of 0.
This commit adds a new API ulp_reisv_reset() to enable reseting of the
ULP core from the main core. This is particularly necessary in case the
ULP crashes due to any reason. Earlier the only way to recover the ULP
was to do a power reset. This commit also adds new test cases which
exercise this scenario.
1. Concurrency might cause ESP_ERR_TIMEOUT when calling uart_wait_tx_done
2. Concurrency might cause RTS line being de-assreted during tx transmission for rs485 mode
For Secure Boot v2 case, unsigned image is first padded to next 64K
aligned boundary and then a signature block of 4K gets appended. Thus
an app partition whose size is 4K aligned should be allowed here.
For Secure Boot v1 case, app partition size must be 64K aligned as the
signature block lies at the very end of 64K boundary.
Relevant:
57b601ab7f
esp_mm: new virtual memory mapping driver via mmu
Closes IDF-5847, IDF-6076, IDF-5023, IDF-5339, and IDFGH-8961
See merge request espressif/esp-idf!20540
Prior to this commit, we don't consider the offset of the irom vaddr
start.
If the offset + size is bigger than the MMU page size, for example:
MMU page size: 0x10000
irom vaddr: 0x4200_0800, so offset = 0x800
irom size: 0xF900
offset + size = 0x10100
Under this condition, the 0x4200_0000 ~ 0x4202_0000, two MMU pages are
used.
With this commit, when reserving the irom and drom, we take the offset
into consideration as well.
