Net Framework For Games Windows 10

[Marilina Crawn]

Excuseme.

How can this question be solved if the internet connection is required to solve this issue?

Is there a solution for the person who has the framework laptop issue with no internet access on the laptop? ( which makes sense )

I think it would be great if the Framework team could either update their driver package that they provide, or perhaps update the instructions in the WiFi card install guide to suggest that people do this if they hit this issue.

Today (April 4 2022) my framework went from Windows 10 to Windows 11, I already had the Framework beta Windows 11 driver bundle downloaded, so I ran that as soon as the Windows 11 update finished. That worked, and rebooted.

In order to install Windows onto the expansion card, it is necessary to manually create the required partitions, then copy the Windows image over manually. This manual process is entirely accomplished from within the Windows installer itself, by dropping into a command prompt rather than installing graphically as usual.

Once booted into the Windows installer, proceed page by page until you have accepted the license agreement, then on the next page hit Shift+F10 to open a command prompt.

From this point on, ignore the graphical installer, everything will be done manually via the command prompt.

In my case, running Debian Bullseye on my internal drive, I ran the sudo update-grub command and it automatically generated a grub boot menu entry for the Windows Boot Manager. This allows for choosing which OS to boot without having to manually override using the F12 key.

So from the sound of it, if you were to install Windows 10 Pro with /Apply-Image above and then leave this as /index 1, if you were to eventually restore your OS via the recovery partition you would have your install changed to Windows 10 Home

You can then boot back into the Windows installer, repeat the assign letter="" commands from Partition the disk (it seems to forget a few of the letters when you exit the installer), then continue to Copy Windows data to the newly created partitions.

The only difference now is that instead of copying install.esd from X:\sources\ you copy it from your primary Windows partition - in the guide this is W:\ but for me it was C:\. After that I was able to follow the rest of the steps without any hiccups.

And that was it! After Rufus was done, I unplugged my storage card from the other machine and put it back in my framework laptop. I turned it on, spammed f12, selected the storage card as my boot media, and voila: I was in Windows.

Precisely, as Ian is asking if you made a Windows install boot drive then the necessary drivers to run setup and install the necessary files are already present. Once Windows is installed, as per the Framework instructions, you will need to install the Framework Windows Driver pack. This will ensure all devices work as they should and you will be good to go at that point.

Eventually, I gave up and ended up launching the windows 11 setup.exe from within my installed Windows 10. All in all, pretty frustrating (and I really wish I could just use this as my Linux machine).

Hello. I normally run Linux on my Framework (Arch), and I have no issues. However, due to an online exam and lockdown browser (college student), I need to use windows. I was able to install it a few weeks ago on a 250GB expansion card using Rufus and Windows-to-go, and after installing the driver bundle, everything works except sound.

@nrp Sadly no change. I uninstalled the Realtek driver beforehand, to give it a good shot, but the behavior is still the same as with the beta bundle (after reinstalling Realtek). The speaker and mic show up, but the speaker is non-functional, and the microphone is completely dead.

@nrp

Might be a good idea to link to stand-alone driver packages alongside the bundle installer. May make it easier to troubleshoot driver issues between bundle releases if there are any newer drivers that are not yet in the latest bundle.

Hi, I downloaded the latest Beta drivers for Windows 11 from Framework site. Using an unzip program extract the individual drivers. Install the realtek audio driver and restart machine. I tried various other things but then uninstalled the realtek driver and the sound returned.

Having being unsuccessful to find a decent resource I am finally asking it over here. I have a legacy .Net Frmework Windows Service (which is now migrated to .Net Framework 4.7.2) which I want to eventually migrate to Azure PaaS. After looking around I found 3 ways I could do that and not counting the options like hiding it behind a web app hosted in IIS because I do not think that is the correct solution. I think the correct ways are:

3) Use Containers: This seems to be the solution most suitable but I want some expert to guide me through it as I am completely new to docker and azure. Since the service is in .Net Framework, the target OS could only be Windows Server Core( -us/dotnet/standard/modernize-with-azure-and-containers/modernize-existing-apps-to-cloud-optimized/deploy-existing-net-apps-as-windows-containers) but when I pull the image I get the message that it "cannot be used on this platform". I am using Windows 10. Does this mean that I need to be working on Windows server family OS to be able to pull image which effectively means that to be able to deploy .Net Framework application in an Azure container, I need to be working on Windows Server OS.

Links to a few good reads or videos are welcome as I am unable to find may be because I am not searching it correctly. I would imagine that windows service migration to Azure is a common scenario but I may be wrong.

The .NET Framework (pronounced as "dot net") is a proprietary software framework developed by Microsoft that runs primarily on Microsoft Windows. It was the predominant implementation of the Common Language Infrastructure (CLI) until being superseded by the cross-platform .NET project. It includes a large class library called Framework Class Library (FCL) and provides language interoperability (each language can use code written in other languages) across several programming languages. Programs written for .NET Framework execute in a software environment (in contrast to a hardware environment) named the Common Language Runtime (CLR). The CLR is an application virtual machine that provides services such as security, memory management, and exception handling. As such, computer code written using .NET Framework is called "managed code". FCL and CLR together constitute the .NET Framework.

FCL provides the user interface, data access, database connectivity, cryptography, web application development, numeric algorithms, and network communications. Programmers produce software by combining their source code with the .NET Framework and other libraries. The framework is intended to be used by most new applications created for the Windows platform. Microsoft also produces an integrated development environment for .NET software called Visual Studio.

.NET Framework began as proprietary software, although the firm worked to standardize the software stack almost immediately, even before its first release. Despite the standardization efforts, developers, mainly those in the free and open-source software communities, expressed their unease with the selected terms and the prospects of any free and open-source implementation, especially regarding software patents. Since then, Microsoft has changed .NET development to more closely follow a contemporary model of a community-developed software project, including issuing an update to its patent promising to address the concerns.[2]

In April 2019, Microsoft released .NET Framework 4.8, the last major version of the framework as a proprietary offering, followed by .NET Framework 4.8.1 in August 2022. Only monthly security and reliability bug fixes to that version have been released since then. No further changes to that version are planned. The .NET Framework will continue to be included with future releases of Windows and continue to receive security updates, with no plans to remove it as of November 2023.[3]

Microsoft began developing .NET Framework in the late 1990s, originally under the name of Next Generation Windows Services (NGWS), as part of the .NET strategy. By early 2000, the first beta versions of .NET 1.0 were released.

In August 2000, Microsoft, and Intel worked to standardize Common Language Infrastructure (CLI) and C#. By December 2001, both were ratified ECMA standards.[4][5] International Organization for Standardization (ISO) followed in April 2003. The current version of ISO standards are ISO/IEC 23271:2012 and ISO/IEC 23270:2006.[6][7]

While Microsoft and their partners hold patents for CLI and C#, ECMA and ISO require that all patents essential to implementation be made available under "reasonable and non-discriminatory terms". The firms agreed to meet these terms, and to make the patents available royalty-free. However, this did not apply to the part of the .NET Framework not covered by ECMA-ISO standards, which included Windows Forms, ADO.NET, and ASP.NET. Patents that Microsoft holds in these areas may have deterred non-Microsoft implementations of the full framework.[8]

On October 3, 2007, Microsoft announced that the source code for .NET Framework 3.5 libraries was to become available under the Microsoft Reference Source License (Ms-RSL[a]).[9] The source code repository became available online on January 16, 2008, and included BCL, ASP.NET, ADO.NET, Windows Forms, WPF, and XML. Scott Guthrie of Microsoft promised that LINQ, WCF, and WF libraries were being added.[10]

The .NET Compact Framework and .NET Micro Framework variants of the .NET Framework provided support for other Microsoft platforms such as Windows Mobile, Windows CE and other resource-constrained embedded devices. Silverlight provided support for web browsers via plug-ins.

In November 2014, Microsoft also produced an update to its patent grants, which further extends the scope beyond its prior pledges. Prior projects like Mono existed in a legal grey area because Microsoft's earlier grants applied only to the technology in "covered specifications", including strictly the 4th editions each of ECMA-334 and ECMA-335. The new patent promise, however, places no ceiling on the specification version, and even extends to any .NET runtime technologies documented on MSDN that have not been formally specified by the ECMA group, if a project chooses to implement them. This allows Mono and other projects to maintain feature parity with modern .NET features that have been introduced since the 4th edition was published without being at risk of patent litigation over the implementation of those features. The new grant does maintain the restriction that any implementation must maintain minimum compliance with the mandatory parts of the CLI specification.[11]

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