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1. #Visual assist whole tomato move line install
2. #Visual assist whole tomato move line upgrade
3. #Visual assist whole tomato move line code

#Visual assist whole tomato move line code

In fact, the most major bug we saw using Visual Assist (abbreviated VAX) 2021.4 with VS2022 and which was one of the issues we fixed for today’s official support, an issue where the code suggestions window sometimes did not show in the right place, was related to the move to one specific async API. Usually, the majority of the work for each new Visual Studio release is around adapting to API changes, and that was the case here too. This is a pattern Visual Studio has been following for several years (and we encourage it-it really helps the IDE) but as you may know migrating from any sync to async model is rarely trivial. Not only did it change to 64-bit, but there are many new APIs as well, and these APIs change the interaction model from synchronous to asynchronous interaction. Visual Studio 2022 was a large change from previous versions. We released Visual Assist 2021.4 shortly before Visual Studio 2022 was released, and many of you are using it with VS2022 already. We started work supporting VS2022 early, and we’ve shared our progress over this past nine months about the work we’ve been doing to support VS2022, with beta support for Previews 3, skipping 4 due to a breaking bug, and 5, 6, and 7/RC.

While I’ve been product manager here for almost three years, this is the first new major version of Visual Studio during that time, and I and the whole team were keen to continue that speedy-support tradition.

#Visual assist whole tomato move line upgrade

While many customers stay on older versions for some time, we have a lot of people who upgrade immediately, so we’ve always put a lot of emphasis on being able to ship a version of Visual Assist supporting new versions of Visual Studio quickly. Historically it’s been very important to us to release support for new versions of Visual Studio very quickly, and if you’ve read our blog posts this year about VS2022, you’ll have read me say that before.

#Visual assist whole tomato move line install

Meanwhile I recommend if you’re using VS2022 you download and install 2021.5 now! Background This blog could be as short as that sentence, but I’d like to write a bit more about our support and how we got here.

We just released Visual Assist 2021.5 and it has our official support for the Visual Studio 2022 release. If a change to the dll requires recompiling of custom plug-ins, the need will be highlighted in the release notes for Visual Assist.Hello! We have very good news today.

Although required by custom plug-ins, the PluginSDK.dll is also required by Visual Assist and the built-in plug-ins. One list of directories applies to all custom plug-ins.Īlso, do not move PluginSDK.dll from the installation directory of Visual Assist. Specify the directory(ies) containing custom plug-in(s) in the options dialog for Visual Assist. Prior installation directories are deleted! Therefore, do not install a custom plug-in to the installation directory of Visual Assist. Custom Plug-Ins Locationīuilt-in plug-ins are located in the installation directory of Visual Assist, but that directory changes every time you install a new build, or reinstall a build, of Visual Assist. The current directory of any custom plug-in that launches is the directory of the file containing the activated Source Link. Instructions can be found in Plugin.cs within the repository. Create a plug-in using the Source Links Example Plugin hosted at GitHub.