- Oct 15, 2018 Launching Visual Studio. We provide the demo code for running our single-view depth prediction model. First, download the pre-trained model by running the following.
- In this tutorial, you configure Visual Studio Code to use the Microsoft Visual C compiler and debugger on Windows. After configuring VS Code, you will compile and debug a simple Hello World program in VS Code. This tutorial does not teach you details about the Microsoft C toolset or the C language. For those subjects, there are many good.
- If the problem still persists, you should change the Target SDK in the Visual Studio Project: check whether the Windows SDK version is 10.0.15063.0. In: Project - Properties - General - Windows SDK Version - select 10.0.15063.0.
Creating the simple game engine project in Visual Studio. To get started we need to create a new project in Visual Studio, complete with all the required properties to work with SFML. If you haven’t completed the Building your first SFML game project you will need to do that first in order for the next steps to work.
Recently I changed my setup from macOS to Windows, and I’d like to do some experiments with GameDev in Windows. So one of the first things that I did was try to set up my dev environment and test some SDL2 code.
This is a simple guide to how to setup SDL2 with Visual Studio Code and mingw64, for me worked and I hope that you can start with SDL2 in Windows.
Installing the tools.
The first thing that we need to install is Visual Studio Code editor. Download, install, and launch VS Code.
You need to install the C/C++ plugin from Microsoft.
Now, you need to install mingw64 to use the compilers that are included like g++, if you want to use the Visual Studio compiler, you can change some of the settings here but for now we continue with mingw64.
For easy installation, use the MinGW-W64 Online Installer, take note of the path where you installed your compiler, because we’re going to need it in the configuration.
Note: Be sure that you are added the bin directory of MinGW to your Windows PATH. If you don’t do this step, VS Code won’t be able to find the proper tools!
Now, we need to download SDL2. For our case, we have to download the Development libraries for MinGW
And download the Runtime libraries to run our games.
We are going to use the x64 version. Unzip those folders in a location that you can find because we are going to need it.
Creating the SDL2 project
Now we are ready to start our SDL2 project. Create a folder for your project and open it with VSCode. Inside the folder, create another called src, here is where are going to save our code files. For our SDL2 and C++ configuration, create a .vscode folder. For the output of our compilation, create a build folder. Your editor should be like this
The first thing that we need to create is our Task to compile our code. In the .vscode folder, create a new file and name it tasks.json. Inside the file, write the following configuration.
label option is the name in which we are going to identify our task.
In the command option, we need to put the path to our g++ installation, that is where we install mingw64.
In the args options, we have some arguments that are important to notice. For example, 'buildgame.exe', is the name of our game and the folder where we’re going to save it.
'-ID:/sdk/sdl2/mingw/x86_64/include' is where we save our SDL2 files, this is for SDL2 include libraries, the same as '-LD:/sdk/sdl2/mingw/x86_64/lib', is the path to SDL2 libraries.
'-lmingw32' is an option to compile with the mingw libraries, besides that said 32, we’re are using the 64 bits compiler. '-lSDL2main', in this case, we are indicating to our compiler that we need to include the SDL2main and SDL2 libraries and we don’t want the command prompt when launching our game.
'-lSDL2',
'-mwindows'
Now, we need to create a launch.json file to launch our game and debugging.
'program': '${workspaceFolder}buildgame.exe', is the executable that we are going to launch, in our case is the same that our game.
'miDebuggerPath': 'D:sdkmingw-w64x86_64-8.1.0-posix-seh-rt_v6-rev0mingw64bingdb.exe' is the path where gdb.exe is.
'preLaunchTask': 'SDL2' before launch our program, we need to run the task “SDL2”, this is the name that we put in the label option in tasks.json.
Now, as the last configuration step, we need to configure our C++ options to have a better Intellisense autocomplete and configuration of our compiler.
In Visual Studio Code, press CTRL + SHIFT + P, write C/C++ and select C/C++ Edit configurations (GUI). Here we’re are going to change some configurations.
In Compiler Path, you need to put the path to your compiler. Like we put in the tasks.json and change the IntelliSense mode to gcc_x64. In Include Path, add the path to your SDL2 includes.
Sfml Visual Studio Code 2020
Other options that you may change are C Standard and C++ Standard, If you save these configurations, you are going to have a file named c_cpp_properties.json in your .vscode folder.
Now, you need to put the SDL2.dll file in the build folder, to be able to run our SDL2 game.
Sfml Visual Studio Code Linux
Remember to use the version of your game
Testing our SDL2 game.
Create a main.cpp file in the src folder to test our environment, and write the next code
Press F5 and cross your fingers. You should watch a red window, is you see it, then you are ready to work with SDL2 and VS Code!
This is a simple configuration for start with SDL2, if you want to use SDL_image, you should do the same steps to add the headers and libraries. I will continue with SDL2 and check if with this configuration can be have some problems, but for now, you are able to start working with SDL2.