I have seen and used a rename feature in Visual Studio 2010.
However when editing code in C++ mode, I see no "Refactor" menu, and the CTRL+R CTRL+R command produces the following error message:
The key combination (Ctrl+R, Ctrl+R) is bound to command (Rename...) which is not currently available.
Eclipse seems to have got this right. Is there no rename feature in VS 2010 for VC++?
Is there no rename feature in VS 2010 for VC++?
That is correct. None of the refactoring features work for C++ projects (C# and VB only). If you want these things, you need to use a third party plugin, such as Visual Assist.
Related
Through this answer to a question on per-solution indentation settings for Visual Studio I found out that the EditorConfig format is supported for VS 2017.
What I cannot find is how to use EditorConfig (or failing that: any alternative) to set "New line options for braces" on a per-solution basis.
Here's the relevant settings from Visual Studio:
These settings are persisted on my Visual Studio 2017 account, which is really annoying since I use defaults for my pet projects, but the project I mainly work on uses Egyptian braces style. If I change these settings on my work PC they will be synched to my home PC every time, and vice versa.
Can EditorConfig be used to have per-solution settings for "New line options for braces"? Failing that, is there another way to handle this?
I believe these are controlled by the csharp_new_line_before_open_brace property in .editorconfig. Unfortunately the closest thing I have seen to documentation on the properties used by roslyn is the source code and the issue under which they were added.
My experience with getting visual studio to use a .editorconfig file however, has been a bit hit and miss. Sometimes visual studio will ignore the file without giving any reason.
Visual Studio was added a lot of support for Clang.
I want to use clang-tidy.exe for a Visual-Studio project. In order to do that I need the JSON "compilation database".
Is there some way to export this database from a visual studio (2015) project?
To export the JSON compilation Database you can use the Clang Power Tools VS extension.
All you need to do is to select your VS project from Solution Explorer, open the context menu by pressing right-click on it, and then search for Clang Power Tools. In the submenu search for the Export Compilation Database option. The JSON compilation database will be automatically generated for you.
More details about this feature can be found in this article.
The extension is compatible with Visual Studio 2015, 2017 and 2019.
I've bumped into your question whilst searching for an answer to this very problem. This is what I have found so far:
SourceTrail provides a Visual Studio extension which is able to create a compilation database. See also this discussion. I have no experience with the extension, but it seems to tackle this problem.
compdb is a python script with all sorts of utilities for compilation databases. AFAIK it does not yet support visual studio, but it would be a great place to add support for this functionality.
HTH.
This is a new one for me. I have been asked, for legal reasons, to setup a laptop with Visual Studio, but to disable the ability to compile projects/solutions. The purpose is to enable browsing of the source code, but not allow building or executing it.
Yes, I know this is really a stupid question and unfortunately I can't get into too many details. I've asked about using alternative text editors, but I have been told no. So until I can prove it isn't possible (or that I have at least made a reasonable effort), I have to try and make this work. Notepad++ would be an excellent alternative, but that has been rejected.
This would be in Visual Studio 2010 or later. Is there any way that I can do this?
UPDATE
After trying Marius Bancila's suggestion of removing the compilers and MSBuild, I was surprised to find out that VS continued to work fine (except for building, of course). I did not expect that functionality like F12 (Go To Definition) would continue to work.
This may mean that there still remains the ability to build something somewhere somehow. But as it stands with MSBuild permanently deleted and the Visual Studio Build command not working, it'll take some effort to get around it (if a way in fact does exist).
You didn't say what projects should not be possible to build (VC++, VC#, VB.NET, F#, etc.). Starting with VS2010 they are all built using MSBuild. So if you delete MSBuild they will not be able to build from inside Visual Studio. However, one can still be able to build from the command line, so the only possibility I see is that you delete all the compilers that come with Visual Studio.
It's a little bit crazy, but if you really have to ...
Try deleting some important binaries after installing Visual Studio e.g. linker (link.exe) and compiler (cl.exe).
Use a text editor instead. Notepad++ even comes with color syntax highlighting.
You cannot prevent people from compiling the code. Visual Studio Express is available to anyone, and the compiler can be executed from the command line, without Visual Studio's help.
When Roslyn installed, it comes with a couple of great demo tools. Firstly, the most valuable I think for those who want to learn syntax trees more thoroughly is the Syntax Visualizer Tool Window which shows the syntax tree of active *.cs files.
Everything worked fine when I launched this extension and tried it in a test instance of Visual Studio. But when I have installed this extension, it's not working anymore. I still have View -> Other Windows -> Roslyn Syntax Visualizer but just an empty window tool pops up.
Does anyone have the same problem and know the solution?
I guess that maybe I need to copy DLL files which this extension produces when rebuild but I don't know where should I put it.
Later I found another interesting detail - when I launch my own extension, Syntax Visualizer Tool works! So, it works only in test instance of Visual Studio. Why it should be like that?
The Syntax Visualizer only works when you are running Visual Studio with Roslyn enabled. When you start a test instance of Visual Studio, Roslyn is automatically enabled. Manually starting Visual Studio with Roslyn can be done by adding /rootsuffix Roslyn to the shortcut, but take care that Roslyn is not finished yet. It might not be advisable to enable it by default, depending on what you are working on. Of course, you can also just create another shortcut with Roslyn, so you can choose which one you want.
If you see [Roslyn] in your code tabs in Visual Studio, then you can use the visualizer. Another way of verifying if Roslyn is enabled is to view your extensions. The Roslyn Language Services has to be there for it to work. If this is not the case, then the visualizer can be opened, but it won't show any contents.
You can find more information about the visualizer extension here.
Nico most likely has the answer. Look in the Debug properties of the Syntax Visualizer project to see that it is launching with /rootsuffix Roslyn. Also, without launching this way, you should be able to see the Syntax Visualizer in the C# REPL and C# Script editor windows; as these are Roslyn CSharp editors.
I just moved from Visual Studio 2008 to Visual Studio 2010 (final) and noticed one major flaw:
When I try to use AutoComplete in a C++ source file for managed C++, a small note in the footer appears:
IntelliSense for C++/CLI is not available
Uh, has IntelliSense for C++/CLI been dropped from Visual Studio 2010? Is there any way to get this back? It is rather useful...
You are correct. Unfortunately it has been dropped. You can check this opened issue on Microsoft's Connect website.
I'll just quote them for the sake of the answer:
Unfortunately in this release we had to cut the intellisense support for C++/CLI due to time constraints. If you want to get some intellisense like quick info and memberlist on the native classes you can get it by choosing no /clr support in the project properties.
About getting back intellisense, your best chances for now are using third-party tools like VA Assist for example. I've tried it with Visual Studio 2008 and its IntelliSense is a whole lot better than the default one.
It is available again in Visual Studio 2012.
If you want to get IntelliSense back, install Visual Assist X from Whole Tomato Software. Here you can get a 30-days trial to check the intellisense.
According to the Visual C++ Team Blog, C++/CLI Intellisense will be in the next version of Visual Studio, but not in a service pack for VS2010. That blog post also gives some detail as to what went wrong and led to this sad state.
I don't know if you can use this settings but it work for me. I only check the Common Language RunTime Support for the cpp files that use it. I do not check it for the whole project and I've got intellisense for all the files that don't use the CLI.
Yes! you can enable the IntelliSence, but in a tricky way. Follow these instructions:
Go to your project properties. (Right click on your project name in
Project Explorer, and select Properties. or simply Alt + Enter)
From Configuration Properties, select General
In the right-hand section, find "Common Language Runtime Support"
and change it to "No Common Language Runtime Support".
Click the OK Button.
Now the IntelliSence is working. But a problem is an error when you compile your code! (The error is: error LNK1123: failure during conversion to COFF: file invalid or corrupt)
You can simply go back to Project Properties an change Common Language Runtime Support to "Common Language Runtime Support, Old Syntax (/clr:oldSyntax)".
Good luck.
This solution is only if you don't want Common Language Runtime
It worked for me in VS2010
Go to Project Propreties > Configuration Properties > General > Common Language Runtime Support and set it to No Common Language Runtime Support.
This will work fine just after hitting Apply button.
As mentioned you could install some paid software such as "Visual Assist X from Whole Tomato Software".
or
You could use open source tools that contain intellisense*, one such tool is Qt Creator 3.3.1 (opensource). You have two options, either setup your entire project with Qt to compile using VS2010 compiler, or use Qt to link to your source files and compile with VS2010. You write your code in Qt, save, flip windows to vs2010 and compile and debug.
When changes are saved in Qt, vs2010 will automatically reload the source file in the project and you can compile.