Function print_fw_info

framework_lib/src/ccgx/hid.rs:155–249

(info: &HidFirmwareInfo, verbose: bool)

}

fn print_fw_info(info: &HidFirmwareInfo, verbose: bool) {
    assert_eq!(info.report_id, ReportIdCmd::E0Read as u8);

    info!("  Signature:            {:X?}", info.signature);
    // Something's totally off if the signature is invalid
    if info.signature != [b'C', b'Y'] {
        error!("Firmware Signature is invalid.");
        return;
    }

    info!("  Bootloader Info");
    info!(
        "    Security Support:   {:?}",
        info.bootloader_info & 0b001 != 0
    );
    info!(
        "    Flashing Support:   {:?}",
        info.bootloader_info & 0b010 == 0
    );
    // App Priority means you can configure whether the main or backup firmware
    // has priority. This can either be configured in the flash image or by
    // sending a command. But the CCG3 SDK lets you disable support for this at
    // compile-time. If disabled, both images have the same priority.
    let app_priority_support = info.bootloader_info & 0b100 != 0;
    info!("    App Priority:       {:?}", app_priority_support);
    info!(
        "    Flash Row Size:     {:?} B",
        decode_flash_row_size(info.bootloader_info)
    );
    info!("  Boot Mode Reason");
    info!(
        "    Jump to Bootloader: {:?}",
        info.bootmode_reason & 0b000001 != 0
    );
    let image_1_valid = info.bootmode_reason & 0b000100 == 0;
    let image_2_valid = info.bootmode_reason & 0b001000 == 0;
    info!("    FW 1 valid:         {:?}", image_1_valid);
    info!("    FW 2 valid:         {:?}", image_2_valid);
    if app_priority_support {
        info!(
            "    App Priority:       {:?}",
            info.bootmode_reason & 0b110000
        );
    }
    info!("    UID:                {:X?}", info.device_uid);
    info!("  Silicon ID:      {:X?}", info.silicon_id);
    let bl_ver = BaseVersion::from(info.bl_version.as_slice());
    let base_version_1 = BaseVersion::from(info.image_1_ver.as_slice());
    let base_version_2 = BaseVersion::from(info.image_2_ver.as_slice());
    info!("  BL Version:      {} ", bl_ver,);
    info!(
        "  Image 1 start:   0x{:08X}",
        u32::from_le_bytes(info.image_1_row)
    );
    info!(
        "  Image 2 start:   0x{:08X}",
        u32::from_le_bytes(info.image_2_row)
    );