Prepare Exfat Ntfs Drives 130 Hold To Keep Existing Cache //top\\

To prepare exFAT and NTFS drives, ensuring that existing cache is held and kept, you need to consider a few steps. This guide assumes you are working in a Windows environment, given the mention of exFAT and NTFS file systems.

2. Understanding the "130 Hold"

• Origin: Often found in storage arrays from manufacturers like Areca, HighPoint, or Linux hdparm/sg3_utils command sets. The number 130 may correspond to a vendor-specific opcode or a script exit code meaning "retain cache metadata".
• Function: When applied, the system bypasses standard filesystem creation steps that would normally flush or rebuild cache pointers (e.g., rewriting the volume boot record or clearing the $LogFile in NTFS).
• Requirement: The underlying block device must not have its partition table rewritten; only filesystem-level preparation is allowed.

Key Challenges

• Formatting erases all data – simple format commands will destroy the 130 GB cache.
• exFAT vs. NTFS differences – exFAT lacks journaling (higher risk of data loss during improper unmount), NTFS supports permissions and compression.
• Cache integrity – must remain readable and writable after preparation.

Prerequisites

• An SD card formatted as exFAT (recommended for files >4GB) or FAT32.
  • Note: While NTFS is rarely used for the primary Switch SD card due to compatibility issues with hekate/fusee, it is sometimes used for external USB drives. This guide assumes standard SD card usage (exFAT/FAT32).
• A PC capable of reading the SD card.
• The latest Hekate payload (.bin file) and the Hekate .zip package.

Section 2: Step-by-Step Preparation (With Cache Preservation)

Below is a universal workflow to prepare exFAT/NTFS drives, resolve error 130, and hold to keep existing cache intact.

Scenario B: "Hold to Keep Existing Data" (Non-Destructive)

If you are trying to "prepare" a drive without losing data (interpreting the "hold to keep existing cache/data" aspect of your prompt):

You cannot convert a drive to exFAT or NTFS without formatting (erasing) it if the drive is currently formatted as something else (like FAT32 or HFS+). prepare exfat ntfs drives 130 hold to keep existing cache

Workaround:

1. Backup Data: Move all data to a temporary location.
2. Format: Prepare the drive as exFAT or NTFS.
3. Restore: Move data back.

Exception: If the drive is already NTFS and you just want to change cache settings or allocation size, you can sometimes modify parameters via command line, but you generally cannot change the file system type without erasing the index.

To convert or repair an exFAT/NTFS drive without losing cache:

Option A: Repair exFAT (keeps cache)

# Linux
fsck.exfat /dev/sdX1 -y
# This fixes error 130 (corrupt allocation bitmap)

Option B: Convert NTFS to exFAT (preserve cache via temporary copy) If you need to switch file systems but keep cache:

1. Create an image of the cache: dd if=/dev/sdX1 of=cache.img bs=4M status=progress
2. Reformat drive to target file system.
3. Restore cache: dd if=cache.img of=/dev/sdX1 seek=original_offset

Option C: Shrink/Expand partition to resolve "130 hold" Error 130 can mean the cache is at the physical end of the drive. Use:

# Shrink NTFS from the end (keeps cache safe at the start)
ntfsresize -s 120G /dev/sdX1 --no-action
# Then adjust partition table with fdisk

Section 5: Troubleshooting Persistent Error 130

If the "hold to keep existing cache" fails, try these: To prepare exFAT and NTFS drives, ensuring that

| Symptom | Fix | |---------|------| | Error 130 during mount | Check for dirty bit: fsck.exfat -y or chkdsk /f | | Cache disappears after prep | You used mkfs without --preserve or the conv=notrunc flag. Restore from backup. | | Drive shows 130 MB less capacity | Shrink operation left unallocated space. Expand with parted or diskpart. | | "Hold" doesn't work on Windows | Use Sysinternals PsSuspend to suspend the process locking the cache folder. |

4. Troubleshooting the "130" Reference

If you are encountering a specific error or prompt containing "130," it may relate to a specific software environment.

• In Linux (Mounting): You might be trying to mount a drive with specific arguments. To mount an NTFS drive keeping the cache in RAM: Origin : Often found in storage arrays from

  sudo mount -t ntfs-3g -o windows_names,uid=1000,gid=1000 /dev/sdb1 /mnt/ntfs
  

  Note: If you want to disable caching (write-through), you would use the sync flag. There is no standard flag "130".

• In PowerShell: Check if you are running a script where $130 is a variable or an exit code.

  • Exit Code 130: In Unix/Linux standard signals, Exit Code 128+2 (SIGINT) is 130, usually meaning the process was interrupted (Ctrl+C) while trying to hold a cache or lock.