Re: Download Visual Studio Code Mingw
Tommye Hope
Visual Studio Code is a free source-code editor made by Microsoft for Windows, Linux and macOS. Features include support for debugging, syntax highlighting, intelligent code completion, snippets, code refactoring, and embedded Git.
It currently supports hundreds of programming languages and file formats. Several common languages come supported by default (JavaScript, HTML, CSS, etc), and others gain support by adding integrated extensions. If you find a language that isn't supported by an existing extension, the open nature of the extensions system means you can build one.
Open 'Control Panel' from your start menu and click on System. If you don't find system on your control panel just type 'system' on the search bar which you can find in top right corner of the control panel.
And there you go you have written your first program in C++, I hope this tutorial was helpful if you are facing any problem while installing let me know in the comment section or email me at blog.webdrip.in.
Just one thing I'd add to this, after I installed mingw, I was trying to run my c file but it didn't work because my vs code needed a restart, so if vs code was already open before installing mingw, just give vs code a restart and everything should work.
Could type x in the solution explorer and it will instantly show results for me along with class names functions etc. There can be some issues with Visual Assist though I recall this breaking searches when I used it first.
as I put the info about Using MinGW and Cygwin with Visual C++ here I was curious myself about how this works, so I tried this.It works pretty much great if you setup things correct and I will share the setup here.
Now start Visual Studio IDE and open project by Open Folder and navigate to your plugin sources ( -us/visualstudio/ide/develop-code-in-visual-studio-without-projects-or-solutions?view=vs-2019).
Technically the extension provides a set of commands for use with the $command:... substitution feature used throughout the VS Code and its extensions to enhance their configurability. These commands return full paths to the respective toolchain-specific executables such as the CMake itself, generators, compilers etc.
by opening the Visual Studio Code extensions panel with the Ctrl+Shift+X keyboard shortcut and pasting the above line into the entry, then installing each of highlighted extensions individually.
Unfortunately there are not all extensions available from alternative OpenVSX extension repository used by OSS builds of Visual Studio Code such as VSCoduim. This specifically means no out-of-the-box launch/debugging support. The avaliable extensions are installed as follows:
Instead, it is configured manually via the per user configuration settings specified in the settings.json configuration file.These settings can be set either via the UI or by direct editing the settings.json file in the form of raw JSON data.In either case, the settings are accessible via the Ctrl+, keyboard shortcut.
The (64-bit only) MSYS2 location is specified by the msys2.root configuration setting in the settings.json file which is set to c:\msys64 by default as it is the default location proposed by the MSYS2 installer. This specifically means that no manual configuration is required when MSYS2 is installed into default location.
The 32/64-bit Cygwin locations are specified by the cygwin32.root and cygwin64.root configuration settings in the settings.json file which are set to c:\cygwin and c:\cygwin64 by default, respectively, as they are the default locations proposed by the Cygwin installers. This specifically means that no manual configuration is required when Cygwins are installed into default locations
The 32/64-bit MinGW locations are specified by the respective mingw32.root and mingw64.root configuration settings. If not set, their values will be computed according to the msys2.root value, hence there is no need to coupe with them in order to use the MSYS2-provided MinGW installations.
The MinGW selection logics works as follows.If the mingw??.root configuration setting is set, it is used to determine the root path to the standalone MinGW installation such as MinGW-W64 or TDM-GCC.Otherwise, the mingw??.provider configuration setting is used to determine the MinGW provider. There are four possible values for it: msys2, cygwin32, cygwin64 and anything else with msys2 taken as the default. If it is set to anything but the first three, the selector falls back to the above mingw??.root case.32/64-bit MinGW installations are determined separately with the respective configuration settings.
The MSYS2 extension provides support for the MSYS2-based 32/64-bit Clang toolchains in the same way as for the UCRT. As such, there is no configuration needed aside from installing the Clang toolchain itself which is expected to reside in the msys2.root/clang?? directories. After that, the Clang toolchains are accessible via the Clang32 and Clang64 kits within the CMakeTools.
The CMakeTools-specific configuration is normally done per user by editing the settings.json file either manually or through the VS Code's UI. There are two parts which are to be configured: the CMake itself and the CMake's generator tool. While it is sufficient to set the cmake.cmakePath configuration setting for the CMake part, the latter is a more involved. Of all CMake-supported generators there are two useful ones: GNU Make Makefile and Ninja generators with the latter being strongly recommended.
Note that any changes to the generator settings will most likely require reloading the VS Code window and project reconfiguration afterwards (see the Troubleshooting section below).
Even though the Ninja is a recommended generator, the Makefile generator is a default one (for a reason). While perfectly useful, the Makefile generator suffers from the naming problem which hinders the configuration's platform independence: there are different Makefile generators for different environments. Specifically, the MSYS2's generator is named MSYS Makefiles, the MinGW's is named MinGW Makefiles while Cygwin and WSL share the same Unix Makefiles generator with all three producing incompatible Makefiles.
To overcome this problem the MSYS2 extension's configuration relies on default generator selection mechanism implemented in the CMakeTools. For this to work, the cmake.generator configuration setting must be unset as shown in the following settings.json configuration file.
This is the most comfortable generator to use with CMake as it accounts for the fast switching between different build types (Debug/Release, for example) with no project reconfiguration & recompilation.
There is a problem with this generator, though: the default virtual Linux distribution for WSL2 is Ubuntu 20.04 which ships the CMake version 3.16 whereas the CMake's Ninja Multi-Config generator is implemented in the CMake version 3.17. As a result, the above configuration will not currently work on stock WSL2's virtual Linux (but might work on custom Linuxes, such as openSUSE Leap).
In order to configure the per project configuration in .vscode/launch.json file which plays nicely with the CppTools debugging funcionality, issue the command Ctrl+Shift+P > Open launch.json and paste the configuration below
This configuration employs the GDB debugger specific to the CMake build kit currently in effect.Also, it sets up the PATH environment variable to include both executable directory and toolchain binary directory for launcher to reach all the required dynamic libraries.
In order to compile & run MPI codes both runtime and SDK packages are required to be installed. The runtime package which can be obtained from the aforementioned location is required by all relevant toolchains (Visual Studio included). As for SDK, Visual Studio consumes the official SDK package which is obtaned along with the runtime. On the contrary, the MSYS2-based toolchains require toolchain-specific msmpi packages which should be installed manually with Pacman.
[0.2.0] When switching between the CMakeTools build kits within a single work session, the CMake cmake.cmakePath property is not re-evaluated even in spite of the requested command interpolation ($command:cmake.buildkit.cmake.exe, for example). As a result, a previous kit's value will be reused. In order to synchronize its value, a session restart is required. On the contrary, a generator tool specified by the cmake.configureSettings property gets updated correctly.
[0.1.0] The integrated terminal terminal.integrated.shell.windows setting so far does not actually perform command substitution effectively precluding the use of the package-provided msys2.bash.exe command to obtain the actual path to Bash executable.
i think this setup might be easier to setup for compiling C programs with visual studio code if people already have that installed as you can load a msys prompt inside visual studio code. Its how i usually compile windows program's using gcc (mingw) toolchains in windows
Most MinGW installations, however, include much more than just a compiler. Most distributions of MinGW include a whole host of other tools that can be used to build and assemble software on Windows using the familiar GNU toolset. MinGW build environments often contain an entire POSIX development environment that can be used to develop both native Windows software using POSIX build tools and POSIX software that runs on Windows with the help of an emulation layer.
Please download the preview and try out the latest C++ features. You will need to also make sure you install the Linux Tools for C++ workload in addition to Desktop C++ to use these new features. You can learn more about Open Folder on the Microsoft docs site. We are looking forward to your feedback.
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