Moved the following kconfig options out of the target component:
* ESP32_X_BROWNOUT_* -> esp_system
* ESP32_X_DEBUG_OCDAWARE -> esp_system
* APP_NO_BLOBS -> build type (main kconfig)
Can be used in target-specific C code to distinguish when Linux target
is used.
Also don't enable CONFIG_APP_BUILD_GENERATE_BINARIES and
CONFIG_APP_BUILD_BOOTLOADER when building for Linux, since the
bootloader is not used. CONFIG_APP_BUILD_GENERATE_BINARIES might make
sense in some cases, can be re-enabled later.
To make the transition from 32-bit time_t to 64-bit time_t smoother,
detect the size of this type in CMake and remove the manual option in
Kconfig.
The information about 64-bit time_t support is moved from Kconfig help
string into the "system time" section of the API reference.
These optional feature produces a graphviz file showing component
dependencies. It is useful for debugging reasons why certain
components got added to the build.
Add new Kconfig option to enable -msave-restore flag for RISC-V
targets. This option can be used to reduce binary size by replacing
inlined register save/restore sequences with library calls.
Updates the following with changes from verification branches:
* esp_rom linker files
* rtc_cntl and system reg and struct headers
Also updates:
* GDMA driver with new register layout
* esptool submodule commit
The previous location was the return from the first ets_printf call
that prints ROM sign-on message. Since the main function was patched
in ECO3, the new address no longer works — there is no instruction at
0x40007901 in ECO3 ROM. This could be solved by setting two
breakpoints (one would work for ECO <=2, the other for ECO3), but we
would need to remove the unused breakpoint later.
Fix this by setting the breakpoint at ets_printf. This means that when
debugging a loadable ELF the ROM sign-on message will no longer be
shown, but this doesn't seem to be an issue.
Add four check maros:
* ESP_RETURN_ON_ERROR()
* ESP_GOTO_ON_ERROR()
* ESP_RETURN_ON_FALSE()
* ESP_GOTO_ON_FALSE()
Also add a `xx_ISR` version for each of them, which can be used in ISR.
* Target components pull in xtensa component directly
* Use CPU HAL where applicable
* Remove unnecessary xtensa headers
* Compilation changes necessary to support non-xtensa gcc types (ie int32_t/uint32_t is no
longer signed/unsigned int).
Changes come from internal branch commit a6723fc
