Modified the UDA size

Autonomous Machines Jetson & Embedded Systems Jetson Orin NX
1

Hi! I try to modified the UDA size partition with the flash_l4t_nvme_rootfs_enc.xml config file in the jetpack 5.1.2 R35.4.1. I finally find how to modified the rootfs with p3767.conf.common. Can you show me how to modified the size of this partition. I try to modified the lash_l4t_nvme_rootfs_enc.xml, but I was not able to change the size of this partition.

<?xml version="1.0"?>

<!-- Nvidia Tegra Partition Layout Version 1.0.0 -->

<partition_layout version="01.00.0000">
    <device type="external" instance="0" sector_size="512" num_sectors="NUM_SECTORS">
        <partition name="master_boot_record" type="protective_master_boot_record">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 512 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains protective MBR. </description>
        </partition>
        <partition name="primary_gpt" type="primary_gpt">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 19968 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains primary GPT of the `nvme` device. All
              partitions defined after this entry are configured in the kernel, and are accessible
              by standard partition tools such as gdisk and parted. </description>
        </partition>
        <partition name="APP" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 419430400 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <unique_guid> APPUUID </unique_guid>
            <filename> system_boot.img </filename>
            <description> **Required.** Contains the boot partition. This partition must be defined
              after `primary_GPT` so that it can be accessed as the fixed known special device
              `/dev/nvme0n1p1`. </description>
        </partition>
        <partition name="APP_ENC" type="data" encrypted="true">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> APP_ENC_SIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <unique_guid> APP_ENC_UUID </unique_guid>
            <filename> system_root_encrypted.img_ext </filename>
            <description> **Required.** Contains the encrypted root partition("/"). </description>
        </partition>
        <partition name="kernel" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 134217728 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> LNXFILE </filename>
            <description> **Required.** Chain A; contains boot.img (kernel, initrd, etc)
              which is loaded in when cpu-bootloader failes to launch the kernel
              from the rootfs at `/boot`. </description>
        </partition>
        <partition name="kernel-dtb" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 786432 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> DTB_FILE </filename>
            <description> **Required.** Chain A; contains kernel device tree blob. </description>
        </partition>
        <partition name="reserved_for_chain_A_user" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 33161216 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Reserved space for chain A on user device. </description>
        </partition>
        <partition name="kernel_b" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 134217728 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> LNXFILE </filename>
            <description> **Required.** Chain B; contains boot.img (kernel, initrd, etc)
              which is loaded in when cpu-bootloader failes to launch the kernel
              from the rootfs at `/boot`. </description>
        </partition>
        <partition name="kernel-dtb_b" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 786432 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> DTB_FILE </filename>
            <description> **Required.** Chain B; contains kernel device tree blob. </description>
        </partition>
        <partition name="reserved_for_chain_B_user" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 33161216 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Reserved space for chain B on user device. </description>
        </partition>
        <partition name="RECNAME" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> RECFILE </filename>
            <description> **Required.** Contains recovery image. </description>
        </partition>
        <partition name="RECDTB-NAME" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 524288 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> RECDTB-FILE </filename>
            <description> **Required.** Contains recovery DTB image. </description>
        </partition>
        <partition name="RECROOTFS" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECROOTFSSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Optional.** Reserved for future use by the recovery filesystem;
              removable. </description>
        </partition>
        <partition name="esp" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 67108864 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> ESP_FILE </filename>
            <partition_type_guid> C12A7328-F81F-11D2-BA4B-00A0C93EC93B </partition_type_guid>
            <description> **Required.** EFI system partition with L4T Launcher. </description>
        </partition>
        <partition name="RECNAME_alt" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** For fail-safe recovery update. </description>
        </partition>
        <partition name="RECDTB-NAME_alt" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 524288 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** For fail-safe recovery DTB update. </description>
        </partition>
        <partition name="esp_alt" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 67108864 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** EFI system partition for fail-safe ESP update. </description>
        </partition>
        <partition name="UDA" type="data" encrypted="true">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 220200960 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x808 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <filename> UDA_FILE </filename>
            <description> **Required.** Automatically takes all remaining space on the device except space
              occupied by `secondary_gpt`. Allocation attribute must be set to 0x808. This
              partition may be mounted and used to store user data. </description>
        </partition>
        <partition name="secondary_gpt" type="secondary_gpt">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 0xFFFFFFFFFFFFFFFF </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains secondary GPT of the `nvme`
              device. </description>
        </partition>
    </device>
</partition_layout>

Can you tell me how to modified the size of this partition. Here you can see the size of my partition after my rootfs is modified to 20GiB.

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Just want to specified that I try to modified the size of the partition in the config file.

Thanks in advanced!

3

I don’t really know what you are talking about here.

This means UDA should automatically takes all remaining disk space not occupied by rootfs.
How did you flash the device?

4

Apologies for any confusion earlier. I was using the flash_l4t_t234_nvme_rootfs_enc.xml. We’ve determined that using the XML file (specifically, flash_l4t_nvme_rootfs_enc.xml) in the device encryption command allows the User Data Area (UDA) to utilize all the available space on the drive, but the percentage of file system doesn’t take all the space. The partition have 234GiB but I can only used 400MB of the disk partition. I try to resize the disk partition with cryptsetup resize with no success. Do you have any clue of what I should do next ?

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These are the step
I modified the rootfs size in the p3767.conf.common. to 20GiB
after these are the command :

sudo ./tools/kernel_flash/l4t_initrd_flash.sh --network usb0 --no-flash --showlogs -p "-c bootloader/t186ref/cfg/flash_t234_qspi.xml" p3509-a02+p3767-0000 internal

sudo ROOTFS_ENC=1 ./tools/kernel_flash/l4t_initrd_flash.sh --showlogs --no-flash --external-device nvme0n1p1  -i ./ekb.key -c ./tools/kernel_flash/flash_l4t_nvme_rootfs_enc.xml --external-only --append --network usb0 p3509-a02+p3767-0000 external

sudo ./tools/kernel_flash/l4t_initrd_flash.sh --showlogs --network usb0 --flash-only

XML files modified for the UDA size

<?xml version="1.0"?>

<!-- Nvidia Tegra Partition Layout Version 1.0.0 -->

<partition_layout version="01.00.0000">
    <device type="external" instance="0" sector_size="512" num_sectors="250069680">
        <partition name="master_boot_record" type="protective_master_boot_record">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 512 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains protective MBR. </description>
        </partition>
        <partition name="primary_gpt" type="primary_gpt">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 19968 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains primary GPT of the `nvme` device. All
              partitions defined after this entry are configured in the kernel, and are accessible
              by standard partition tools such as gdisk and parted. </description>
        </partition>
        <partition name="APP" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 419430400 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <unique_guid> APPUUID </unique_guid>
            <filename> system_boot.img </filename>
            <description> **Required.** Contains the boot partition. This partition must be defined
              after `primary_GPT` so that it can be accessed as the fixed known special device
              `/dev/nvme0n1p1`. </description>
        </partition>
        <partition name="APP_ENC" type="data" encrypted="true">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> APP_ENC_SIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <unique_guid> APP_ENC_UUID </unique_guid>
            <filename> system_root_encrypted.img_ext </filename>
            <description> **Required.** Contains the encrypted root partition("/"). </description>
        </partition>
        <partition name="kernel" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 134217728 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> LNXFILE </filename>
            <description> **Required.** Chain A; contains boot.img (kernel, initrd, etc)
              which is loaded in when cpu-bootloader failes to launch the kernel
              from the rootfs at `/boot`. </description>
        </partition>
        <partition name="kernel-dtb" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 786432 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> DTB_FILE </filename>
            <description> **Required.** Chain A; contains kernel device tree blob. </description>
        </partition>
        <partition name="reserved_for_chain_A_user" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 33161216 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Reserved space for chain A on user device. </description>
        </partition>
        <partition name="kernel_b" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 134217728 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> LNXFILE </filename>
            <description> **Required.** Chain B; contains boot.img (kernel, initrd, etc)
              which is loaded in when cpu-bootloader failes to launch the kernel
              from the rootfs at `/boot`. </description>
        </partition>
        <partition name="kernel-dtb_b" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 786432 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> DTB_FILE </filename>
            <description> **Required.** Chain B; contains kernel device tree blob. </description>
        </partition>
        <partition name="reserved_for_chain_B_user" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 33161216 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Reserved space for chain B on user device. </description>
        </partition>
        <partition name="RECNAME" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> RECFILE </filename>
            <description> **Required.** Contains recovery image. </description>
        </partition>
        <partition name="RECDTB-NAME" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 524288 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> RECDTB-FILE </filename>
            <description> **Required.** Contains recovery DTB image. </description>
        </partition>
        <partition name="RECROOTFS" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECROOTFSSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Optional.** Reserved for future use by the recovery filesystem;
              removable. </description>
        </partition>
        <partition name="esp" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 67108864 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <filename> ESP_FILE </filename>
            <partition_type_guid> C12A7328-F81F-11D2-BA4B-00A0C93EC93B </partition_type_guid>
            <description> **Required.** EFI system partition with L4T Launcher. </description>
        </partition>
        <partition name="RECNAME_alt" type="kernel">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> RECSIZE </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** For fail-safe recovery update. </description>
        </partition>
        <partition name="RECDTB-NAME_alt" type="kernel_dtb">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 524288 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** For fail-safe recovery DTB update. </description>
        </partition>
        <partition name="esp_alt" type="data">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 67108864 </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** EFI system partition for fail-safe ESP update. </description>
        </partition>
        <partition name="UDA" type="data" encrypted="true">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 105606860288 </size> <!--Modified size for 105 GiB. Space remaining after Rootfs resize to 20GiB-->
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x808 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <filename> UDA_FILE </filename>
            <description> **Required.** Automatically takes all remaining space on the device except space
              occupied by `secondary_gpt`. Allocation attribute must be set to 0x808. This
              partition may be mounted and used to store user data. </description>
        </partition>
        <partition name="secondary_gpt" type="secondary_gpt">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 0xFFFFFFFFFFFFFFFF </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains secondary GPT of the `nvme`
              device. </description>
        </partition>
    </device>
</partition_layout>
5

What does this mean?

6 
<partition name="UDA" type="data" encrypted="true">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 105606860288 </size> <!--Modified size for 105 GiB. Space remaining after Rootfs resize to 20GiB-->
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 0x808 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <align_boundary> 4096 </align_boundary>
            <filename> UDA_FILE </filename>
            <description> **Required.** Automatically takes all remaining space on the device except space
              occupied by `secondary_gpt`. Allocation attribute must be set to 0x808. This
              partition may be mounted and used to store user data. </description>
        </partition>
        <partition name="secondary_gpt" type="secondary_gpt">
            <allocation_policy> sequential </allocation_policy>
            <filesystem_type> basic </filesystem_type>
            <size> 0xFFFFFFFFFFFFFFFF </size>
            <file_system_attribute> 0 </file_system_attribute>
            <allocation_attribute> 8 </allocation_attribute>
            <percent_reserved> 0 </percent_reserved>
            <description> **Required.** Contains secondary GPT of the `nvme`
              device. </description>
        </partition>

Hello Dave,

I hope this message finds you well. I aim to convey my situation regarding the UDA partition as clearly and concisely as possible. The UDA partition has been created at its full size, following the expected behavior, specifically utilizing the 0x808 configuration to occupy all available space on the disk. The size specified, 105606860288, represents the total space it is intended to utilize. Despite this configuration, I find myself unable to adjust the partition size, and no changes take effect when I attempt to do so.

Interestingly, although the partition appears to occupy all the remaining space on the NVMe drive, I encounter a limitation where I can only write up to 320MB to the drive even if the partition take up the full space of 105GiB. This situation is peculiar, especially considering the partition’s configured size and the expected behavior based on the 0x808 setting.

To provide additional context, the standard size of the UDA partition, as defined in the XML template, is 335544320 bytes (approximately 320MB). This standard setting and the discrepancy observed in the partition’s usable space raise questions about the partitioning process or a potential misalignment with the expected configuration and actual disk space utilization.

/dev/mapper/crypt_UDA   374M   14K  350M   1% /mnt/crypt_UDA

I need the UDA to be 105G (The space remaining in this partition)

During my tests, which involved drives of capacities 256GiB and 128GiB, this issue became apparent. For now, let’s focus on the 128GiB drive to understand the underlying cause of this limitation. The behavior and challenges I’m facing with the UDA partition, especially regarding its size adjustment and the actual usable space, underline the need for a closer examination of the partitioning logic and any specific requirements or constraints that may be influencing this scenario.

This is the message I get when I modified the size of the UDA partition:

[ 341]: l4t_flash_from_kernel: Warning: skip writing esp_alt partition as no image is specified
writing item=17, 9:0:UDA, 22428798976, 40116645376, user_data_encrypted.img_ext, 563201744, expand-<reserved>-16, 394b1726673261ea554de365862f6e49cf00c7fb
Writing UDA partition with user_data_encrypted.img_ext
Get size of partition through connection.
blkdiscard /dev/nvme0n1p16
/mnt/simg2img /mnt/external/user_data_encrypted.img_ext /dev/nvme0n1p16
error: file_skip: lseek64: Invalid argument
Writing UDA partition done
writing item=18, 9:0:secondary_gpt, 62545444352, 16896, gpt_secondary_9_0.bin, 16896, fixed-<reserved>-0, 0cd667b5c0011d2359072416b08d1cd4966a4b07
[ 371]: l4t_flash_from_kernel: Successfully flash the external device
[ 371]: l4t_flash_from_kernel: Flashing success
[ 371]: l4t_flash_from_kernel: The device size indicated in the partition layout xml is smaller than the actual size. This utility will try to fix the GPT.
Flash is successful
Reboot device

When the device bootup, the UDA partition ask to be format and mount. I need this partition to be format ,mount and have the remaining space left on the drive during the flash.

I look forward to any insights or further discussions on this matter.

7

Then what do you have with lsblk now?
Have you tried without disk encryption?

8

Is this still an issue to support? Any result can be shared?

9

I resize the disk with resize2fs

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11

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