I'm trying to use ANTLR4 in Visual Studio 2018 (C++, Windows 10), and I simply do not understand what to do, despite reading the getting started and the C++ target readme, and looking at a dozen other places.
I can take the grammar suggested from the getting started page, and use the ANTLR4 jar to create the HelloParser.h, HelloParser.cpp, etc files. I have downloaded the runtime (antlr4-cpp-runtime-4.7.1-vs2015) as well. But what am I supposed to do with these files in order to include them in my main solution/project? Let's say my solution is in C:\Users\UserName\source\repos\test.
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I am unable to create a VC++ project in VS2015 Community. When I attempt to do so, I get two messages starting with, 'The "Visual Studio C++ Project System Package" did not load correctly.' Then this fatal message appears:
I also have VS2005 Professional installed on my machine; I need the two for different projects.
This seemed similar to not able to create VC++ project, with VS11 so I created a batch file that sets those env vars and then calls devenv.exe for VS2015. Still got the same error messages.
Visual Studio 2015 (community)- cannot create new project c++ suggests an incompatibility between two versions and to delete an old directory. But as I need both versions, that does not seem to be a good solution either (and suggestion didn't appear to help that OP).
As final data points, Intel Visual Fortran 2017 is installed and integrated with VS2015, and I note that a resulting VFPROJ file is in the pre-VS2010 format - .vcproj format with <VisualStudioProject> being an element.
At any rate, I cannot create a new project inside VS2015 for C++ and would appreciate your help towards a solution.
I chose Repair for on VS2015 under Control Panel - Programs and Features and I am now able to create a C++ project. I will continue testing by creating a nother Fortran project and if it causes the problem to recur I will repost.
Visual Studio 2017 RC includes much tighter CMake integration, allowing one to skip the intermediate step of generating project/solution files and use CMake effectively as the project file itself. There is sufficient documentation from Microsoft for using these features with regular C++ files, and there is sufficient documentation on this website (example) for making CUDA and Cmake play nicely, when it comes to linking CUDA code to C++ code.
What I can't find information on is how to make CMake, Visual Studio 2017 RC, and CUDA 8.0 all play nicely. This is a difficult problem, because 2017RC has no integration for the CUDA SDK anyways, and I was hoping to use 2017RC so that my C++ interface to the CUDA code could use C++14 and/or C++17. I'm working on the beginning of a large project that will primarily involve writing a static CUDA library that is accessed through C++: so, I'd like to get the CMake to take care of compiling my CUDA sources into a static library, and for it to help with feeding the linking information to Visual Studio. So far, I haven't had any success with using FindCUDA's various features to accomplish this, but I'm assuming that's due to a misunderstanding on my part. I've read through the documentation on separable compilation from Nvidia, but that wasn't helpful for figuring out CMake.
Further, whenever I try to use CMake in VS2017RC, I still end up with the various vcxproj files that CMake likes to spit out. Is this due to an error on my part? How do I edit the build command arguments, or CMakeLists.txt, to get the functionality demonstrated here to work?
The very short (and only at the time of writing) answer is that you can't. CUDA 8 doesn't support VS2017. Only VS2015 is presently supported.
You can always find the compiler/IDE versions which the release version of CUDA supports here
Edit to add that the CUDA 9 release will add official support for VS2017.
All you need to do is set the CUDA_HOST_COMPILER variable to a supported compiler for example the visual studio 2015 compiler.
In my case this is:
C:/Program Files (x86)/Microsoft Visual Studio 14.0/VC/bin/amd64/cl.exe
As both runtime libraries are binary compatible you can use the 2015 compiler within CUDA and compile all the rest of the application with the 2017 compiler.
I have searched for answers until I have become crossed-eyed and confused.
I have a Windows XP environment with Visual Studios 2010. I have downloaded and extracted CppUnit 1.12.1 from Sourceforge to C:\CppUnit. I understand I must use Visual Studio to open src/CppUnitLibraries.dsw and Batch Build all of the projects it opens to populate the lib directory with libraries. This is essentially the extent of the CppUnit "installation" process.
However when I try to open CppUnitLibraries.dsw, Visual Studio says the project must be converted to the current Visual C++ project format. If I click "yes" (to convert and open the project), it says the project file cannot be loaded and it asks if I want to remove the unloadable project from the solution, to which I say "No" since I'm certain this is not what I want to have happen. It does this for many projects in the CppUnitLibraries.dsw solution and I'm assuming this is unwanted behavior.
A few of my search results indicated that I should open src\msvc6\testrunner\MsDevCallerListCtrl.cpp, find the line that says...
#import "libid:80cc9f66-e7d8-4ddd-85b6-d9e6cd0e93e2" version("7.0") lcid("0") raw_interfaces_only named_guids"
...and replace the 7.0 with 10.0. But this does not help.
Am I doing something wrong? What must I do to get started with CppUnit? (I'm sorry if this is a very noobish question. I'm stuck, frustrated, and very confused.)
I've successfully converted CPPUNIT 1.12.1 to be a VS2010 solution. It's described here: http://blogs.powersoft.ca/erict/archive/2012/02/21/cppunit-in-vs2010ndashwith-a-sample.aspx and the solution can be downloaded from there.
I believe that the extension .dsw was used by Visual Studio 6 in 1998.
By Visual Studio .NET 2003, they had moved to .sln Solution Files. Although the format has changed somewhat, Visual Studio 2010 still uses 2010 files.
So, if you've downloaded some software that comes with a .dsw file, Visual Studio 2010 will need to convert that file to a .sln to be able to use it.
Each time we've upgraded to a newer version of Visual Studio, at work, over the years, we've had to make some source code changes, for the newer compiler. So I'd say that any C++ code which comes with .dsw file is likely to require some significant effort.
I'd suggest trying to find a newer build or version of CppUnit, or looking for another tool.
This question looks useful.
I want to list properties and functions present in c++ classes. Is that functionality already implemented in any library ? Does visual studio intellisense use any library ? Is that library available publicly from Microsoft?
Visual Studio parses your code, so that's how it knows. You would need to do the same.
The Visual C++ team maintains a blog that has had several very nice articles about how IntelliSense has worked in the past and how it will work in the future:
IntelliSense History, Part 1
IntelliSense, Part 2 (The Future)
Visual C++ Code Model
Rebuilding Intellisense
Visual C++ Code Model in Visual Studio 2010
Essentially they build their own 'reflection' database (the .ncb file in current and past version sof VS, using a compact SQL database starting with VS2010) by parsing the headers and other source files - using both custom parsers and parsing that's done with the cooperation of the compiler.
Apparently at least some of that information is available in the VCCodeModel and related interfaces that the Visual Studio extensibility model provides. I have no idea how well the extensibility model works or how easy it is to use.
They use a propriety format to store intellisense information (they are saved as NCB files). You can delete these files to force VS to recreate its intellisense database if things go wrong.
They then scan header files for class information as well as dependencies, then build the NCB file for future reference.
No, this library is not available for personal use.
Intellisense in C# is lots better than the one in C++
VS2010 will see C++ have the same intellisense features as C# currently enjoys.
I would imagine that Visual Studio uses the header files to provide Intellisense.
I have a project containing files generated from a .g file (antlr 2.7.x). The guy who wrote the whole thing has left me with it. Until now, I did not need to modify the grammar and all was fine. But now, I cannot continue without modifying the grammar (i.e. the .g-file).
I have the source code of the used antlr and the visual studio 2005 project. Unfortunately, the lexer and parser files are not generated prior to the build (in fact they are never generated) and that leads to my question: how do I generate these files whenever the grammar file is modified? Or in other words, how do I integrate antlr into visual studio?
The ANTLR wiki has a few entries about Visual Studio integration:
VisualStudio C# Projects & C/C++ .rules Files for Visual Studio
How do I make ANTLRWorks and Visual Studio work together?