![]() But all the other properties you can figure out before the experiment that would be unacceptable tradeoffs. Probably other reasons? Does it support a high number of hard links? And in that case, are you actually making the Windows ACLs in sync with Linux properly?.Security concerns aside, either you dump everything in the root and surprise Windows, or you somehow put it in a subdir, pass init=… on the kernel CLI, and somehow switch_root to a subdir of the rootfs in the initramfs? Sounds like a PITA no real gain unless you can't repartition. I suppose you can coexist within the same FS as Windows if you tried hard enough, the one pressing edge use cases I would see. And even if your swap file or device, if any, is not on the NTFS, then does the NTFS rootfs perform reasonably well under memory pressure? TBD? I still wouldn't see it for serious workloads. You're not going to find all the important priority inversions or failures to work at all under pressure by just running it for a few minutes and one workload. Add NTFS compression option to Windows File System. It isn't battle tested with swapfiles, and that's a longer term study, not just boot it try it. FTP: When listing, ignore total NNN and other such garbage lines. I thought many small file performance in NTFS wasn't great, and given that it's a common and valid workload on Linux… I'm not going to run VM, container, DB, and a few other workloads on NTFS. 2021 Torvalds Merges Support for Microsoft’s NTFS File System, Complains GitHub ‘Creates Absolutely Useless Garbage Merges’. The filesystem will always be a second class citizen, review/support/whatever-wise, and that matters especially for / and /var. Fine, Paragon driver in 5.15, so easy-peasy initramfs with MODULES=(). This is the complete commit message of that merge: Merge branch torvalds:master into master Yeah, thats not an acceptable message. The FUSE driver is annoying to bundle in the initramfs. A plugin filter system is available to handle additional types of reparse points, allowing for chunk-deduplicated files, system-compressed files, and OneDrive files to be read.What's definitely valuable info is NTFS usage at all.īut the result of the NTFS rootfs experiment seemed more evident than not to me here: The open source NTFS-3G driver implements built-in support for the link-type reparse points, namely symbolic links and junction points. They also can act as hard links, but are not limited to pointing to files on the same volume: they can point to directories on any local volume. Also, reparse points are used as placeholders for files moved by Windows 2000's Remote Storage Hierarchical Storage System. Microsoft includes several default tags including NTFS symbolic links, directory junction points, volume mount points and Unix domain sockets. MUM files and MANIFEST files, and the associated security catalog (. A reparse point contains a reparse tag and data that are interpreted by a filesystem filter driver identified by the tag. The MANIFEST files (.manifest) and the MUM files (.mum) that are installed for each environment are listed separately in the 'Additional file information for Windows Server 2008 and for Windows Vista' section. Reparse points provide a way to extend the NTFS filesystem. ![]() It is available with the NTFS v3.0 found in Windows 2000 or later versions. Trash folder (if the item was backed up before being moved to Trash, restore. Re: ntfs-3g-devel Experimental support for Windows 10 System Compressed files. An NTFS reparse point is a type of NTFS file system object. refuse to open them from within the Shell or in most applications, except.
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