mbed_app.json5

{
    "config": {
        "serial-bootloader-enable": {
            "help": "Build bootloader with serial update support",
            "value": 0
        },
        "secondary-slot-in-flash": {
            "help": "If enabled, store the secondary slot in the application flash immediately after the primary slot.",
            "value": false
        }
    },

    "macros": [
        "MBEDTLS_CIPHER_MODE_CTR"
    ],

    "target_overrides": {
        "*": {
            "platform.stdio-baud-rate": 115200,
            "target.c_lib": "small",
            "mcuboot.log-enable": true,
            "mcuboot.log-level": "MCUBOOT_LOG_LEVEL_DEBUG",
            "mbed-trace.enable": true,
            "mbed-trace.max-level": "TRACE_LEVEL_DEBUG",
            "mbed-trace.fea-ipv6": false,

            // Uncomment to enable encryption of the image
            // "mcuboot.encrypt-rsa": true
        },
        // "NRF52840_DK": {
        //     "target.features_remove": ["CRYPTOCELL310"],
        //     "target.macros_remove": ["MBEDTLS_CONFIG_HW_SUPPORT"],
        //     "mcuboot.primary-slot-address": "0x20000",
        //     "mcuboot.slot-size": "0xC0000",
        //     "mcuboot.scratch-address": "0xE0000",
        //     "mcuboot.scratch-size": "0x20000",
        //     "mcuboot.max-img-sectors": "0x180",
        //     "mcuboot.read-granularity": 4,
        //     "qspif.QSPI_MIN_PROG_SIZE": 4
        // },
        // "EP_AGORA": {
        //     "target.features_remove": ["CRYPTOCELL310"],
        //     "target.macros_remove": ["MBEDTLS_CONFIG_HW_SUPPORT"],
        //     "mcuboot.primary-slot-address": "0x20000",
        //     "mcuboot.slot-size": "0xC0000",
        //     "mcuboot.scratch-address": "0xE0000",
        //     "mcuboot.scratch-size": "0x20000",
        //     "mcuboot.max-img-sectors": "0x180",
        //     "mcuboot.read-granularity": 4,
        //     "qspif.QSPI_MIN_PROG_SIZE": 4
        // },
        // "DISCO_L475VG_IOT01A": {
        //     "mcuboot.primary-slot-address": "0x8020000",
        //     "mcuboot.slot-size": "0xC0000",
        //     "mcuboot.scratch-address": "0x80E0000",
        //     "mcuboot.scratch-size": "0x20000",
        //     "mcuboot.max-img-sectors": "0x180",
        //     "mcuboot.read-granularity": 1,
        //     "qspif.QSPI_MIN_PROG_SIZE": 1
        // },
        "DISCO_F746NG": {
            "target.restrict_size": "0x18000",
            "mcuboot.primary-slot-address": "0x8018000",
            "mcuboot.slot-size": "0xA8000",
            "mcuboot.scratch-address": "0x80C0000",
            "mcuboot.scratch-size": "0x40000",
            "mcuboot.max-img-sectors": "0x180",
            "mcuboot.read-granularity": 1,
            "qspif.QSPI_MIN_PROG_SIZE": 1
        },
        "K64F": {
            // Configure bootloader to live in the first sector of flash
            "target.memory_bank_config": {
                "IROM1": {
                    "size": 0x20000
                }
            },

            // On K64F we store the secondary slot in external memory, not internal.
            // So, the primary slot can take up most of flash.
            "mcuboot.primary-slot-address": "0x20000",
            "mcuboot.slot-size": "0xC0000",

            // Store the scratch space at the end of flash
            "mcuboot.scratch-address": "0xE0000",
            "mcuboot.scratch-size": "0x20000",

            "mcuboot.read-granularity": 512, // External SD card used as block device, this is its read size.

            "mcuboot.max-img-sectors": "1536" // External SD card has smaller sector size, so divide slot size by read granularity
        },

        "MCU_STM32H743xI": {
            // Configure bootloader to live in the first sector of flash
            "target.memory_bank_config": {
                "IROM1": {
                    "size": 0x20000
                }
            },

            // Since STM32H743 boards have no external block device, keep everything in the MCU flash.
            "app.secondary-slot-in-flash": true,

            // Slot size can be as big as 896k, since we need to reserve the first flash sector for the bootloader
            // and the last flash sector for scratch space
            "mcuboot.primary-slot-address": "0x20000",
            "mcuboot.max-img-sectors": "7", // 7 flash sectors per slot
            "mcuboot.slot-size": "0xE0000",

            // STM32H7 flash sector size is 128k, so we need to make the scratch region at least that big
            "mcuboot.scratch-address": "0x1E0000",
            "mcuboot.scratch-size": "0x20000"

        },

        // Config by @zhiyong-ft for NUCLEO_F767ZI.
        // Assumes that an external SPI flash is connected
        "NUCLEO_F767ZI": {
            "target.components_add": ["SPIF"],
            "mcuboot.primary-slot-address": "0x8010000",
            "mcuboot.slot-size": "0xB0000",
            "mcuboot.scratch-address": "0x80C0000",
            "mcuboot.scratch-size": "0x40000",
            "mcuboot.max-img-sectors": "0x180",
            "mcuboot.read-granularity": 1
        }
    }
}