- CMAKE TUTORIAL HOW TO
- CMAKE TUTORIAL INSTALL
- CMAKE TUTORIAL GENERATOR
- CMAKE TUTORIAL UPDATE
- CMAKE TUTORIAL CODE
In other words, a rule tells make what it's making (target), what it's made from (dependencies), and how to make it (system command). A rule can also explain how and when to carry out an action.
CMAKE TUTORIAL UPDATE
make carries out the recipe on the prerequisites to create or update the target. Ī rule explains how and when to remake certain files which are the targets of the particular rule.
A simple makefile consists of rules with the following syntax:. There are couple of things we should know about the makefile: So, to use this makefile to delete the executable file and all the object files from the directory, type: Since clean is not a prerequisite of edit, this rule will not run at all if we give the command make with no arguments. To use this makefile to create the executable file called mybuild, type: We will use the previous makefile as a sample. make removes (deletes) mybuild and all object files at make clean.įor more on library (static vs dynamic, dll), see Libraries. As it now has all up-to-date object files for the rule, it executes the command to build mybuild. make looks at the targets foo.obj and compiles these object files in a similar fashion. If not, it runs the command for main.obj by compiling main.cpp to get the object file. If no, as in the example, it checks if main.obj is up to date. make checks whether the prerequisites of main.obj have further dependencies. If yes, as in the example, it runs the rule for first prerequisite, that is, main.obj, to find its dependencies. 
make next checks if any of the two object files are listed as targets. make runs the rule for first target mybuild and figures its dependencies on main.obj and foo.obj. LIBPATH:$(LIBS) myLib.lib /NODEFAULTLIB:libcmt.lib Here is the example of nmake calling makefile.Ĭl /o myTest.exe main.obj foo.obj /link \ Without a target nmake will look for the first available target in the makefile and build it. We can run nmake without a target or we can specify a target such as nmake clean. While it may look like cl.exe is doing all the work, cl.exe does the compilingįor all the compile options we can use cl and for all the linker options we can use link. When we run nmake, it looks for makefile in the current directory. Hit the Ctrl+F5 key to launch the program.This nmake section assumes that we have Visual C++ 2008. You can now edit and compile your program in the Visual Studio IDE. To run the builds from the Build menu or from keyboard shortcuts, set the ZED_Tutorial_1 target as the startup project. 
Open Project.sln and set it in Release mode.
A Visual Studio solution has been generated. You can directly open the solution by clicking on or by closing the cmake-gui window and opening the build folder. CMake has now generated your project in the build directory. Click on to build the Visual Studio project files. CMake may take a few seconds to configure the project. Note: CMake needs to define the target platform as 圆4, on new version it is set by default, if not you can set it. Choose Visual Studio in Win64 and click on. CMAKE TUTORIAL GENERATOR
Another dialog window will ask you to specify a generator for your project.A dialog window asks you if CMake can create the “build” folder.In “Where to build the binaries“, enter the previous path and add: /build.Here we created a project folder “ZED_Tutorial_1” in Documents. In “Where is the source code“, enter the path of the project folder where the CMakeLists.txt is located.Note: When installing Visual Studio, make sure to select Visual C++ option. Applications must be compiled for 64-bit. On Windows, building an application with the ZED SDK requires CMake (3.5.0+) or higher and Visual Studio 2015 or higher. The following files should be in the directory:
CMAKE TUTORIAL CODE
Open the Tutorials/Tutorial - Hello ZED folder to find the code we will build.
You can also browse our GitHub for additional plugins and sample codes.
Download the ZED SDK sample code available on our GitHub page. CMAKE TUTORIAL INSTALL
Download and install the latest ZED SDK. For example, a CMake script can produce Visual Studio projects and solution files. It provides an easy way to build project files that can be used in the compiler environment of your choice. CMake is a cross-platform project generation tool. We will build a simple tutorial application Hello ZED using the ZED SDK and CMake. This section explains how to build an application with the ZED SDK on Windows platforms.
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