_idf_target had no S3 case, so every S3 FQBN (esp32s3 / XIAO_ESP32S3 / nano_nora) compiled as plain esp32 (LX6) and could not boot the S3 QEMU machine. Add _is_esp32s3 (covers all three FQBNs; nano_nora has no 's3' token) + return 'esp32s3'; add the xtensa-esp32s3-elf toolchain to the build PATH; place the S3 second-stage bootloader at flash offset 0x0 (like C3) instead of 0x1000 via 'is_c3 or idf_target==esp32s3' at the merge. Requires the xtensa-esp32s3-elf toolchain in the image (install.sh esp32,esp32c3,esp32s3) and a libqemu-xtensa with an esp32s3(-picsimlab) machine. |
||
|---|---|---|
| .. | ||
| boot_images | ||
| esp-idf-template | ||
| __init__.py | ||
| arduino_cli.py | ||
| asm8080.py | ||
| asmz80.py | ||
| board_access.py | ||
| c_compile.py | ||
| chip_compile.py | ||
| esp32_flash_image.py | ||
| esp32_i2c_slaves.py | ||
| esp32_lib_bridge.py | ||
| esp32_lib_manager.py | ||
| esp32_sd_slave.py | ||
| esp32_signals.py | ||
| esp32_spi_slaves.py | ||
| esp32_worker.py | ||
| esp_qemu_manager.py | ||
| espidf_compiler.py | ||
| gpio_shim.py | ||
| qemu_manager.py | ||
| rom_compile.py | ||
| signal_router.py | ||
| stm32_lib_manager.py | ||
| stm32_worker.py | ||
| wasm_chip_runtime.py | ||
| wasm_chip_slave.py | ||
| wifi_status_parser.py | ||