Uninstall at_ext2.dll

Consult the documentation for your distribution's package manager for the precise syntax in your environment:. The package name for the.

Starting with the version 2. Prior versions require the entire version string: for example, dotnet-sdk NET Core installations earlier than 2. Using apt-get , the command is:. On Linux, you must remove the SDKs and runtimes separately, by removing the versioned directories.

These directories may vary depending on your Linux distribution. Removing them deletes the SDK and runtime from disk. For example, to remove the 1.

The version folders may not match the "version" you're uninstalling. The individual runtimes and SDKs that are installed with a single. NET release may have different versions. For example, you may have installed ASP. NET Core 5 Runtime, which installed the 5. NET Core runtime and the 5. NET runtime. Each has a different versioned folder. For more information, see Overview of how. NET is versioned. The parent directories for the SDK and runtime are listed in the output from the dotnet --list-sdks and dotnet --list-runtimes command, as shown in the earlier table.

On Mac, you must remove the SDKs and runtimes separately, by removing the versioned directories. The individual runtimes and SDKs that are installed with. NET may have different versions. For example, you may have installed. NET 5 Runtime, which installed the 5. If you're using an Arm-based Mac, such as one with an M1 chip, review the folder paths described in Install.

Services INF sections are prohibited with exception. Services sections were optional but recommended if the driver could be uninstalled. For these OS versions, you can uninstall your filter driver by using the command line, PowerShell, or a batch file to execute these INF file sections, or a user-mode uninstall application. To execute the DefaultUninstall and DefaultUninstall.

Services sections of your INF file on the command line, type the following command at the command prompt, or create and run a batch file that contains this command:. See Rundll32 and InstallHinfSection for more information. See CimCmdlets for more information. It shows a partition scheme and enables you to administrate drive letters for all non-Windows partitions, including all the Ext2 volumes.

That partition scheme is shown by the setup application of this software package, too. You must have administrator rights.

Drive letters may also be configured with the Windows mountvol utility. See also section "Can drive letters also be configured from scripts? With version 1. This is useful if you want to control them from a script. The persistent volume name of a native volume of Windows remains valid unless Windows is reinstalled again.

The Ext3 file system is the Ext2 file system which has been extended by journaling. Ext3 is backward-compatible to Ext2 - an Ext3 volume can be mounted and used as an Ext2 volume. Just as older Linux Kernels which do not know the Ext3 file system can mount Ext3 volumes as Ext2 volumes , the Ext2 file system driver ext2fs. Of course you do not take advantage of the journaling of the Ext3 file system if you mount it as an Ext2 file system.

If you mount an Ext3 file system as an Ext2 file system and the file system is not cleanly dismounted, e. Linux does it automatically. Running e2fsck can take several hours on large volumes. You do not benefit from journaling the Ext3 file system, because you have to run e2fsck. If you mount an Ext3 file system as an Ext3 file system journaling and the file system is not cleanly dismounted due to a system crash, things are much better: When the volume is mounted next time as an Ext3 file system, a replay of the journal will be done, after which the file system will be consistent.

You need not run e2fsck. If you run e2fsck nevertheless, it won't find any errors of the Ext3 file system, because there will not be any errors after replaying the journal. If a volume is mounted as Ext3 file system, any new data is first completely written into the journal, and then into the file system. This is also called a transaction. Finally, the data is removed from the journal.

So a journal only contains data when you are writing to the file system. After a clean dismount of the Ext3 file system, the journal is empty. When the Linux kernel mounts an Ext3 file system, it first checks whether the journal contains complete transactions not written yet due to a prior crash. If there are any, it does the already mentioned replay of the journal, which means that all data of the journal is written to the file system, and any data will be removed from it.

So a replay always repairs any damage caused by a prior crash. With the described way of writing the journal and the file system's data and with a replay of the journal after a crash, consistency of the file system is always achieved. Thus, e2fsck will not find any error. The Ext2 file system driver of the Ext2 IFS software will refuse mounting an Ext3 file system which contains data in its journal, just like older Linux kernels which have no Ext3 support.

In this way data loss and damaging the file system is avoided when the journal is subsequently replayed. So you can access only those Ext3 volumes with the Ext2 IFS software which have been cleanly dismounted beforehand. The current version of the Ext2 file system driver does not maintain access rights. All users can access all the Ext2 volumes that a drive letter is created for.

User names are readable and passwords of these users can be quite easily cracked and modified! Therefore the current Ext2 file system driver does not fit for installations which require restrictive rights policies. It should be sufficient for your computer at home, which is used by one or a few users only.

Furthermore, you should create drive letters for a root volume of a Linux installation only if you know exactly what you are doing. Revision 0 Linux Kernel 2. Revision 1 dynamic revision implements feature bits as a kind of version control. These feature bits indicate whether an Ext2 file system residing on a disk has particular feature properties. Almost all feature bits are determined at the time when the Ext2 file system is created.

Therefore most of the possible feature bits correspond to the -O switch of the mke2fs tool of Linux. There is also a tune2fs tool for modifying feature bits of an Ext2 file system. The current version of the Ext2 file system driver ext2fs. It is set on the first store operation for a file larger than 2 GBytes. See next section "What is the Large File Feature and how is it configured? If it is cleared, any attempt to store a file larger than 2 TBytes fails.

See section "What is the Huge File Feature and how is it configured?