Captive NTFS, a 'wrapping' driver that uses Windows' own driver ntfs.sys, exists for Linux. It was built as a Filesystem in Userspace (FUSE) program and released under the GPL but work on Captive NTFS ceased in 2006.[40]

It sounds like the suggestion to use ntfs-3g will meet your needs. I am in the category of "I can't think of a reason for this to break". We added support for FUSE in the kernel in 2016 which is what allows ntfs-3g to be installed and used. BRadM had a comment about this when discussing exFAT here.

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If hard drive was connected to a windows machine windows 8, 8.1 or 10 you need to perform a full shutdown, to do that you need to hold shift and click the shutdown button.

You can read why here: ntfs and ubuntu

More complicated way to do a full shutdown: Windows 10 full shutdown

Will try to make it as simple as possible.

If hard drive was connected to a windows machine windows 8, 8.1 or 10 you need to perform a full shutdown, to do that you need to hold shift and click the shutdown button.

You can read why here: ntfs and ubuntu

More complicated way to do a full shutdown: Windows 10 full shutdown

Failed to execute command 'export PATH=/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin; export LANG=C; mount -v --source '/dev/disk/by-label/Datengrab' 2>&1' with exit code '21': modprobe: ERROR: ../libkmod/libkmod.c:586 kmod_search_moddep() could not open moddep file '/lib/modules/4.19.50-v7l+/modules.dep.bin' modprobe: FATAL: Module fuse not found in directory /lib/modules/4.19.50-v7l+ ntfs-3g-mount: fuse device is missing, try 'modprobe fuse' as root

Manjaro (and most other Linux distributions) have recently switched to the ntfs3 kernel module/driver. If an indicator of damage is found, it will rightfully refuse to mount the NTFS filesystem. This is a safety feature; the damage must be properly repaired before ntfs3 will allow the drive to mount.

It might be a practical reason, The appimage requires fuse2 (deprecated) and fuse3 is installed. see: How to Enable AppImage Support in Ubuntu 23.04 - OMG! Ubuntu Careful with that one if you want ntfs. Installing fuse2 might remove ntfs-3g

Check your dmesg for errors with ntfs3. Chances are the volume is still marked dirty, and ntfs3 will not mount a partition where that is the case without the force option. ntfsfix without any arguments will actively set the dirty bit, so that a chkdsk from Windows can do a real check/analysis. If you don't have that handy and want to clear the dirty bit despite ntfsfix not being entirely a good checking tool you can pass the -d argument to ntfsfix.

I've been having some performance issues with games on my NTFS drive. I share a steam library between Linux and Windows, which resides on a PCIe4 NVME, NTFS formatted. Running e.g Baldur's Gate 3 of it loads very slowly, compared to running it from my ext4, also on a pcie4 NVME. The difference is staggering, 15 seconds vs 60. Yet both drives are similar in terms of read specs.There's also a CPU spike by the ntfs-3g driver while loading.

I tried pretty much everything to up the performance, like noatime, big_writes and the likes, nothing worked. Until I tried lowntfs-3g. I tried it as a last resort and it worked. It's very fast, as fast as the ext4!

So, the honest answer is: ntfs-3g and lowntfs-3g are two different NTFS drivers. They do share some code, but it's actually not that much in the critical functions, for example fuse_ntfs_read: ntfs-3g version, lowntfs-3g version.

As the name hints at, lowntfs-3g uses a lower-level FUSE API, and it seems it's faster. I can't say whether that's due to the low-level FUSE API being faster, or because the code is seemingly a few years newer and they just learned from the first revision.

I'm a bit surprised ext4 is only four times faster than ntfs-3g! That's a massive achievement for a FUSE driver, by the way; usually, any access to a file (e.g. on ext4) would just require a program to make a syscall, which saves the processor state (which describes the point in the program that was executing, and all the relevant registers in your CPU) and the scheduling state, and kicks of the getting of data in the kernel; as soon as the kernel is done getting the data your program asked for, execution of the program can continue, so the state of the process as it was executing kernel code is saved, and the state of the processor as it was executing the program code is restored, and the CPU jumps back to where your program left off when it did the syscall. (Details are of course more hairy, but that's the basic idea.)

So, FUSE is literally an unholy feast of context switches (at least 6 instead of 2), with lots of CPU caches being potentially thrashed in between. This is really bad for performance (the smaller the individual read requests are, the worse!). That's why I'm so positively surprised about ntfs-3g's performance, and amazed by the lowntfs-3g performance you report!

My point remains that my purpose for mounting this ntfs volume is NOT for dual-booting anything. I want to instead mount it so that I can then (separately) make it available to machines on my local network.

Understood. I encountered this topic while researching how to add ntfs support in my situation. I just wanted to clarify that the issue with ntfs support extends beyond the need you addressed in your excellent answer. 0852c4b9a8

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