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Windows Subsystem for Linux (WSL) is a feature of Microsoft Windows that allows for using a Linux environment without the need for a separate virtual machine or dual booting. WSL is installed by default in Windows 11. [2] In Windows 10, it can be installed either by joining the Windows Insider program or manually via Microsoft Store or Winget. [3]
A POSIX application uses psxdll.dll to communicate with the subsystem while communicating with posix.exe to provide display capabilities on the Windows desktop. The POSIX subsystem was replaced in Windows XP and Windows Server 2003 by "Windows Services for UNIX", [2] (SFU) which is based in part on OpenBSD code and other technology developed by ...
Windows Subsystem for Linux, a part of Microsoft Windows 10 and Windows 11 which allows the installation of Linux distributions. Organisations Swiss ...
The subsystem translate Linux system call that Ubuntu uses to those of Windows NT kernel. This allows the Bash and other Ubuntu command line apps to run within the Windows console. There is, however, the interoperability restriction: Bash cannot run Windows apps and Windows cannot run Linux software.
Although designed for and primarily used with Linux, an ext4 file system can be accessed via other operating systems via interoperability tools. Windows provides access via its Windows Subsystem for Linux (WSL) technology. Specifically, the second major version, WSL 2, is the first version with ext4 support.
The Interix subsystem included in SFU 3.0 and 3.5 and later released as SUA Windows components provided header files and libraries that made it easier to recompile or port Unix applications for use on Windows; they did not make Linux or other Unix binaries (BSD, Solaris, Xenix etc) compatible with Windows
The Windows Subsystem for Linux running Bash on Windows 10 Cmd.exe running on Windows CE 3.0. Traditionally, the Client/Server Runtime Subsystem (CSRSS) has been responsible for managing console windows on the Windows NT family of operating systems. [7] In Windows 7, CSRSS spawns one conhost.exe for each console window, to manage it.
Applications that are linked directly against this library are said to use the native subsystem; the primary reason for their existence is to perform tasks that must run early in the system startup sequence before the Win32 subsystem is available. An obvious but important example is the creation of the Win32 subsystem process, csrss.exe. Before ...