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#Build cmake linux how to
#Build cmake linux install
#Build cmake linux generator
#Build cmake linux code

Insert the following snippet into your CMakeLists.txt to make CMake download the latest release, compile it and make the CMake integration available: You can include SixtyFPS in your CMake project using CMake’s FetchContent feature. You should have the rustc compiler and the cargo build system installed in your path.Ī C++ compiler that supports C++17 (e.g., MSVC 2019 on Windows)

#Build cmake linux install

Install Rust by following the Rust Getting Started Guide. The recommended and most flexible way to use the C++ API is to build SixtyFPS from sources.įirst you need to install the prerequisites: You can select the CMake Ninja backend by passing -GNinja or setting the CMAKE_GENERATOR environment variable to Ninja.

#Build cmake linux generator

Note: We recommend using the Ninja generator of CMake for the most efficient build and. Offers a CMake target for convenient linkage. SixtyFPS comes with a CMake integration that automates the compilation step of the. Function sixtyfps::testing::send_keyboard_string_sequence.Template Function sixtyfps::invoke_from_event_loop.Template Function sixtyfps::blocking_invoke_from_event_loop.The batch files will contain all the necessary environment setup and command lines required to build the project from scratch, e.g.Build the project and dump the build command line to a different batch file:.Go to the VisualGDB Build window, locate the CMake configuration line, right-click on it and select “Dump Command Line to Batch File”:.Right-click on the project and select “Reload CMake Project”:

#Build cmake linux how to

Now we will show how to find out the exact command line used by VisualGDB to configure and build the project using the VisualGDB Build window. VisualGDB CMake projects are fully self-contained and can be built on any machine with CMake (all changes made via Visual Studio GUI will be automatically applied to the CMakeLists.txt files).

#Build cmake linux code

You can set the breakpoints, step through the code and use the other debugging functionality:.

VisualGDB will launch the Qt application on the target and will automatically display its GUI on the Windows machine using the SSH X11 forwarding: If you reopen the main source file, generated UI headers will be located successfully:

Build the project by pressing Ctrl-Shift-B.

Note that as the project is not built yet, the generated UI files will be missing: VisualGDB will automatically reference the Qt framework from the CMakeLists.txt file and will create a basic Qt window. If you are using a 3rd-party cross-toolchain, follow the toolchain vendor’s instructions to copy the Qt-related headers and libraries to the location where your Linux distro and the toolchain expects them. If you are using Raspberry Pi or any other board that is directly supported by VisualGDB, you can choose the corresponding cross-toolchain and VisualGDB will automatically copy the necessary files to it.

On the next page of the wizard select whether you would like to build the project directly on the target, or use a cross-toolchain: If you are new to Qt development, we advise starting with building the project directly on the target.

Select “New Project -> Qt” and, ensure you are using “Qt5-based application (CMake)” as the project template and check the “Use the advanced CMake Project Subsystem” checkbox:.

Enter the name and location of your project:.

Start Visual Studio and open VisualGDB Linux Project Wizard:.

by running “sudo apt-get install qt5-default” on Debian-based distros).īefore you begin, install VisualGDB 5.5 or later.

If you don’t have Qt installed on your Linux machine, install it (e.g. This tutorial shows how to use CMake to create Qt-based projects with VisualGDB.