Filesystem for linux and windows

First off, there will be some problems with NTFS if you use it in Linux:

1. NTFS doesn’t support file permission mode very well, so you’ll lose the executable bit, setuid bit, etc.

2. The ACL system in NTFS is not so comfortable with Linux, and you can’t disable it like you can with FAT32.

3. Currently, the performance of the NTFS implementation in Linux is not very good. For example, I found if I build a Maven project with NTFS, it is 3 more times slower than ext4.

Personally, I run Windows OS in VirtualBox, and make the virtual disk a raw NTFS image (see here). Since the NTFS image is now in raw format rather than.VDI, you can access the NTFS by mounting it directly, without loading the VM instance.

By using VirtualBox instead of Dual boots, there are several advantages:

1. You don’t have to convert your Linux partition to the NTFS file system. In VirtualBox, you can use Share Folder to access the host OS’s file system. And it’s very fast. Map it to a drive letter if necessary.

2. You can work with both OSes concurrently, without needing to restart in order to switch from one to the other.

3. Your GRUB loader will never be overwritten by Windows. Windows always overwrites your boot record and never prompts you with a yes or no.

4. You will pay more attention to Linux, and then you’ll learn the Linux way to do most of your work. In fact, I found it’s rarely needed to turn on the Windows VM. Because people are lazy about learning new things if you install a dual system, and Windows is enough, why would you bother to boot into another OS?

I found this is the best way to make both Linux and Windows coexist. I have built several Windows VM instances for different usages, and because I don’t install too many applications in each VM, they run fast and it doesn’t feel too different from non-virtual machines.

How it works

Use cases

First off, there will be some problems with NTFS if you use it in Linux:

1. NTFS doesn’t support file permission mode very well, so you’ll lose the executable bit, setuid bit, etc.

2. The ACL system in NTFS is not so comfortable with Linux, and you can’t disable it like you can with FAT32.

3. Currently, the performance of the NTFS implementation in Linux is not very good. For example, I found if I build a Maven project with NTFS, it is 3 more times slower than ext4.

Personally, I run Windows OS in VirtualBox, and make the virtual disk a raw NTFS image (see here). Since the NTFS image is now in raw format rather than.VDI, you can access the NTFS by mounting it directly, without loading the VM instance.

By using VirtualBox instead of Dual boots, there are several advantages:

1. You don’t have to convert your Linux partition to the NTFS file system. In VirtualBox, you can use Share Folder to access the host OS’s file system. And it’s very fast. Map it to a drive letter if necessary.

2. You can work with both OSes concurrently, without needing to restart in order to switch from one to the other.

3. Your GRUB loader will never be overwritten by Windows. Windows always overwrites your boot record and never prompts you with a yes or no.

4. You will pay more attention to Linux, and then you’ll learn the Linux way to do most of your work. In fact, I found it’s rarely needed to turn on the Windows VM. Because people are lazy about learning new things if you install a dual system, and Windows is enough, why would you bother to boot into another OS?

I found this is the best way to make both Linux and Windows coexist. I have built several Windows VM instances for different usages, and because I don’t install too many applications in each VM, they run fast and it doesn’t feel too different from non-virtual machines.

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Last week some of our users told us that they have found the best file system for Linux and Windows. NTFS and FAT32 also work on Linux, given Windows.

First, there are a few issues with NTFS when using Linux:

1. NTFS doesn’t support accepting files very well, so lower the file bit, executable setuid bit, etc.

2. The ACL system in ntfs is considered inconvenient on Linux, and your company cannot disable it like it is in FAT32. Forest

3. Currently, the performance of the Linux NTFS implementation is certainly very high. For example, I have seen that when I build a Maven schema with ntfs it is 3 times slower than ext4.Lasse

I personally embed a Windows OS into Virtualbox and image the raw NTFS virtual disk (see here). Since the NTFS image is now raw in .vdi format, you can access this NTFS by mounting it directly without booting the VM instance.

There may be several advantages to using VirtualBox instead of dual booting:

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   You don’t need to replace your Linux partition with an NTFS file system. I would say that in VirtualBox you absolutelybut you need to use Share Folder to access the host OS’s file system, and it’s become very fast. Optionally, you map to its drive letters.

2. Does Linux use the same file system as Windows?

   Windows uses FAT and NTFS as writing systems, while Linux uses a manual series of file systems. Unlike Windows, you can boot linux from your own network. Unlike Windows, everything in Linux will be either a file or a method. Windows and Linux organize files on a disk into a real directory hierarchy.

   You can run both operating systems at the same time without rebooting to order real fruit. from one another to the GRUB boot machine Indicates

3. windows that will never be overwritten by yours.Windows always overwrites the shoes folder and never asks you yes or no.

4. You will focus more on Linux and whether you can learn Linux in such a way that you can do more of your work. In fact, rarely do I find it important to activate a Windows VM. Because people are too lazy to learn a new language, if you install a dual Windows system and there are enough of them, why switch to another OS at all?

I think this is the best way for Linux and Windows to coexist. I’ve created multiple windows vm instances for different purposes and also because I never install too many applications on a separate each VM they run on and it’s fast. I don’t feel much difference between non-virtual machines. /p>

I like to use a shared project partition between Windows and Linux distributions.

The usual answer to the question of the best way to do this is: “But ntfs, I heard that NTFS is definitely quite slow on Linux.”

How does ExFAT compare? Is it more efficient? Does it work well on Windows? It still supports popular permissions, hard links, etc. d. researched Done?

I am the people offering the UDF. How well does it perform compared to NTFS or ExFAT?

A file system is a set of rules that define how data is stored and organized on a storage system such as a hard drive, flash drive, CD, and so on. Windows supports three formats: FAT32, exFAT, and NTFS. .Three formats All have their pros and cons.

In this guide, we will discuss each file system where and therefore they should be used for maximum performance and compatibility.

Attribution (file table)

FAT32 file systems

fat32, in Probably the most commonly identified file system as it works with almost all operating systems, including all versions of Windows using Windows 95. Other operating systems such as Mac OSX, Linux, Unix also support this file system.

However, FAT32 also has its limitations as they all support a maximum file size of 4 GB and a volume size of 8 TB. Its performance also drops when there are too many files on the volume.

For some reason, this is suitable for those with small storage devices and where cross-platform compatibility is usually required, such as USB flash routines, micro SD cards, etc.

Supported platforms

• Windows XP
• Windows 7/8/10/11/vista
• mac Leopard
• Mac OS X

< li>Linux

• PlayStation
• Xbox

Benefits

• Cross-platform compatibility
• Light weight

Disadvantages

• Very limited file size
• Very limited partition size
• Performance is likely to be affected by a very large number of files on a given volume < people

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Perfect Drives, Use

Removable such as USB sticks, micro SD cards, small external hard drives. (Expandable

Exfat File Allocation Table)

exFAT was introduced to overcome the limitations of FAT32, the writing system. While everything else is the same as FAT32, the maximum number of files for an exFAT file system can be described as 16 EB (ExaByte) and the maximum volume size as 24 (ZettaByte) zb. This

exfat is not compatible with Linux by default, but you can run it with FUSE.

Compatible Platforms

Since Windows systems support FAT32 and NTFS out of the box (and only these two because of your case), Linux does support the whole group of them, including FAT32 and NTFS, it is highly recommended to format The partition or CD you want to share on either FAT32 or NTFS, but because FAT32 has a 4.2 GB file size limit, you should
• Windows 7/8/10/11/Vista
• Mac XP
• Windows operating system (x
• linux with FUSE only)< /li>
  

  Benefits

  Disadvantages

  Performance degrades when using larger disks and more files.

  Perfect Use

  Required for USB drives or other expensive external drives when storing files larger than a certain number of GB.

  NTFS (New Technology File System)

  The current NTFS is the best file system in terms of performance and security. However, since the ideaOwned by Microsoft, it is not considered compatible with all operating systems. OSX mac and Linux NTFS partitions can be viewed but cannot be modified or written to system updates. The maximum file size you can sell in an NTFS file is usually 16 EB, and the maximum depth size is also 16 EB.

  What is the most compatible file system?

  device compatibility Because fat32 has been around for so long, it’s especially compatible with this file system. It works with almost all desktop operating systems, as well as almost all game consoles, Android and mobile devices, media players and other devices.

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