This topic captures known issues that affect language provisioning in Windows 10.
In this article. You can use Windows Setup to deploy a multilingual edition of Windows. This is a typical scenario for corporations that deploy Windows in a multilingual environment where the users must be able to switch the display language between multiple languages on a single computer. .The number aligns to the month (e.g., 9 = September), and the letter aligns to the quality update type. See this blog post for more information on the monthly update terminology and servicing cadence. Adding language packs in Windows 10, version 1803 and later versions: Known issue.
Adding Local Experience Packs (LXPs) in Windows 10 version 2004 and later versions: Known issue
When servicing a Windows image with a cumulative monthly security update or public preview, the corresponding LXP ISO for that update needs to be downloaded and installed for the LXPs to work correctly. If this step is skipped, then the user may experience unexpected language fallback (e.g., see text in a language that they cannot understand) until they are able to update their LXP via the Microsoft Store. Note that LXPs cannot be updated until OOBE is completed (i.e., device has reached the Desktop) and the device has established internet connectivity.
To find the correct LXP ISO for your associated monthly quality update, look for the abbreviation of your update in the LXP ISO filename (e.g., 9B). If a quality update doesn't have a corresponding LXP ISO, use the LXP ISO from the previous release.
|Monthly quality update||Servicing update file name and KB article||LXP ISO part numbers and/or filenames|
|*9B||2020-09 Cumulative Update for Windows 10 Version 2004 for x64-based Systems (KB4571756)|
|*9C||2020-09 Cumulative Update Preview for Windows 10 Version 2004 for x64-based Systems (KB4577063)|
|*10C||2020-10 Cumulative Update Preview for Windows 10 Version 2004 for x64-based Systems (KB4580364)|
|*11C||2020-11 Cumulative Update Preview for Windows 10 Version 2004 for x64-based Systems (KB4586853)|
*The number aligns to the month (e.g., 9 = September), and the letter aligns to the quality update type. See this blog post for more information on the monthly update terminology and servicing cadence.
Adding language packs in Windows 10, version 1803 and later versions: Known issue
In Windows 10, version 1803 (build 17134) and later versions, you use Lpksetup.exe or Deployment Image Servicing and Management (DISM.exe) to add language packs to an image. However, the language does not automatically appear in the list of Windows display languages under Settings > Time & Language > Language.
Professional obligationsms. schrader's teaching portfolio assessment. Beginning in Windows 10, version 1803, a background cleanup task removes language packs that are not actively used. The list of Windows display languages shows only the languages of the language packs that have been used. It is possible for the cleanup task to remove a language pack before the language pack can be used.
The specific steps to resolve this issue depend on the version of Windows 10 that you are using.
Windows 10, version 1903(build 18362) and later
After you install the language pack, change the Group Policy that governs the affected computer. To do this, set the BlockCleanupOfUnusedPreinstalledLangPacks Group Policy Object (GPO) to Yes.
X64 Language Windows 7
After you make this change, the added language remains visible under Settings > Time & Language > Language > Windows display language.
Windows 10, versions 1803 and 1809
When you run the commands that are described in this section, you must use the security context of the user who will use the language pack. If more than one user will be using the system, you have to run these commands under the security context of each user in turn.
After you install the language pack, add the language pack to the user language list. To do this, open a Windows PowerShell window, and run the following commands:
In these commands, <language> represents the language code of the language pack that you want to add.
To verify that the language pack was added to the user language list, run the Get-WinUserLanguageList cmdlet.
This example adds the Spanish language pack (“es-es') to the list of Windows display languages. To add other language packs, replace all instances of “es-es” with the language code of the desired language pack.
Install a language pack by using Lpksetup.exe or DISM.exe. To do this, open an elevated Command Prompt window, and run one of the following commands:
Verify that the language pack is installed. To do this, type the following command at an elevated command prompt:
Depending on the version of Windows 10, do one of the following:
- Windows 10, version 1903(build 18362) and later: Change the Group Policy that governs the affected computer. Set the BlockCleanupOfUnusedPreinstalledLangPacks Group Policy Object (GPO) to Yes.
- Windows 10, versions 1803 and 1809: Open a PowerShell window and run the following commands:
To verify that the language is now available, do one of the following:
- In a PowerShell window, run Get-WinUserLanguageList.
- Select Settings > Time & Language > Language > Windows display language, and verify that Español (España) appears.
- In a PowerShell window, run Get-WinUserLanguageList.
Windows 7 X64 Language Pack Download
FreeBASIC is a free/open source (GPL), 64-bit BASIC compiler for Microsoft Windows.
When used in its 'QB' language mode, FreeBASIC provides a high level of support for programs written for QuickBASIC. Many programs written for QuickBASIC will compile and run in this mode with no changes needed. However, for compilation in the FreeBASIC default language mode, most substantial programs will require changes.
FreeBASIC for Windows x64 is a self-hosting compiler which makes use of the GNU binutils programming tools as backends and can produce console, graphical/GUI executables, dynamic and static libraries. FreeBASIC fully supports the use of C libraries and has partial C++ library support. This lets programmers use and create libraries for C and many other languages. It supports a C style preprocessor, capable of multiline macros, conditional compiling and file inclusion.
FreeBASIC has been rated close in speed with mainstream tools, such as GCC.
The FreeBASIC project is a set of cross-platform development tools initially created by Andre Victor, consisting of a compiler, GNU-based assembler, linker and archiver, and supporting runtime libraries, including a software-based graphics library. The compiler, fbc, currently supports building for i386-based architectures on the DOS, Linux, Windows and Xbox platforms. The project also contains thin bindings (header files) to some popular 3rd party libraries such as the C runtime library, Allegro, SDL, OpenGL, GTK+, the Windows API and many others, as well as example programs for many of these libraries.
FreeBASIC is a high-level programming language supporting procedural, object-orientated and meta-programming paradigms, with a syntax compatible to Microsoft QuickBASIC. In fact, the FreeBASIC project originally began as an attempt to create a code-compatible, free alternative to Microsoft QuickBASIC, but it has since grown into a powerful development tool. FreeBASIC can be seen to extend the capabilities of Microsoft QuickBASIC in a number of ways, supporting more data types, language constructs, programming styles, and modern platforms and APIs.
Most Important Features
FreeBASIC is not a 'new' BASIC language. You don't need to learn much new if you are familiar with any Microsoft-BASIC variant. You can use either '-lang qb' for compatibility, or (default) '-lang fb' for some of the new features, but it also brings some restrictions and some similarity with the 'C' programming language. FreeBASIC is case-insensitive; explicit 'main' procedure is not required; most of the graphic and console statements and procedures found in Microsoft QuickBASIC are implemented, et cetera. Only with '-lang qb': scalar variables don't need to be dimensioned and suffixes can be used; line numbers are supported; On Error and Gosub supported.
Only a small number of keywords have been added. All procedures are implemented as libraries, so for the most part, there are no new intrinsic routines, and therefore there is a low chance of having name duplication with old code.
Thin bindings (header files) to existing C libraries and APIs
No wrappers or helpers are necessary, just a ported header file, making usage of external C libraries very easy. The official distribution comes with several bindings to existing C libraries already, see External Libraries TOC for a complete up-to-date list.
FreeBASIC currently runs on 32-bit Windows, Linux, and DOS (a 16-bit DOS is good enough, although FreeBASIC itself and compiler output are 32-bit) and also creates applications for the Xbox console. More platforms to come. The runtime library was written with portability in mind. All third-party tools used exist on most operating systems already as they are from the GNU binutils.