Let's build an application that uses ModernCMake library. Find your required external libraries, here I will use std::thread and CMake made a nice imported target to use it. Here we just told CMake to install our library and to register the target in the export jsonutils-export. Expected CMake executable at /usr/local/android-sdk/cmake/bin/cmake. Please read comments in each CMakeLists.txt for detailled informations about each instruction. The documentation for ExternalProject mentions this: Install Step Options: Here I use what cmake called generator-expressions. Automated Installation¶. Otherwise set CMAKE_BUILD_TYPE to RelWithDebInfo. When the library is installed you will see some additionnal files installed by CMAKE in your/install/dir/lib/cmake/ModernCMake. Install rules in subdirectories added by calls to the add_subdirectory() command are interleaved with those in the parent directory to run in the order declared (see policy CMP0082). command ${cmake_command} -e touch ${staging_dir} to the custom command to update the directory timestamp (which worked fine), but the problem persisted. First time using a Linux system. Includes directory may be different between build and install, so with generators I can tell to the target where to find headers. Note that CMake generates ${PROJECT_NAME}, ${PROJECT_VERSION}. As a result if you write an application or a library that use for example ModernCMake::B, it will automaticaly forward the link to ModernCMake::A and therefore the link to Threads::Threads ! Unfortunately there still seems to be something missing here. There are several ways to install CMake, depending on your platform.. Windows. This command only does something if the enable_testing() has already been run, otherwise it does nothing. In you case, this is not really needed. I think CMake forbid the installation of IMPORTED targets, that is why you have this error. I have went ahead and made the changes you suggested, but unfortunately it still does not work, here are my questions: I assumed that both of these should go in Dep’s CMakeLists.txt, I put them there, more or less as you had them, but since the external project only has a single executable, the first command ended up looking more like this: It seems like the output after configuration matches the contents of DepConfig.cmake.in exactly, there’s no @ variables in DepConfig.cmake.in, and it’s using the @ONLY parameter. I took a wild guess and assumed that maybe from the perspective of the Main project, extern_binary is no longer a TARGET and is actually a PROGRAM. You should not, I guess. If set to a rustup proxy, it will be replaced by a path to an actual rustc. (Programs you create yourself and use CMake to generate build scripts for don't automatically support this, but I believe CMake does.) But there is nothing like peace of mind brought by the knowledge that somewhere out there, there is a powerful server tirelessly compiling all the possible configurations of your project. So, in your case, you should do something like this: Thanks! Just don’t. Yep, looking at the source, the install of imported targets is actively forbidden in CMake 3.17, (1), CMake 3.13.5 (which is what I’m using) does something… else (2)? Installing CMake on Windows 윈도우에 씨메이크 설치하기 https://ubinos.org To install CMake via the command line is straightforward. This library installs the Google official CMake binary, and also tricks Gradle into believing that you installed CMake the official way through the SDK Manager. Description¶. While the two first blocks are only setting some filenames or paths, the interesting part is the end. My find script looks like this, to be honest I’m not 100% sure what I’m supposed to do here, it kind of seems like I’m redefining the targets of Dep (which doesn’t seem like a very clean way to do it). I think that maybe the packaging step should go to the superbuild script. I think that’s because the SuperBuild CMakeLists.txt doesn’t have anything except ExternalProject_Add commands: If it is necessary to put install commands in this, then, well, it seems to me that we’d end up in the exact same situation that Main is in, where we can’t install imported targets. I have two ExternalProject_Add statements similar to yours now, the superbuild concept makes a lot more sense now, thanks. This adds a test to the current directory that will be run by CTest. I am on Ubuntu 16.04. I have no idea what this error message is really trying to say. What about the order of linking? The tar file distributions can be untared in any directory. On Ubuntu systems, apt-get can be used to install ignition-cmake: $ sudo apt install libignition-cmake<#>-dev Be sure to replace <#> with a number value, such as 1 or 2, depending on which version you need. sudo apt-get install cmake When cmake is already installed: sudo apt-get upgrade Compile it yourself. $ cmake path/to/modern_cmake/src/library -G Ninja -DCMAKE_BUILD_TYPE=[Release or Debug] -DBUILD_SHARED_LIBS=ON -DCMAKE_INSTALL_PREFIX=/path/to/install/dir. Rust_COMPILER:STRING - Path to an actual rustc. We’ve shown how RetDec uses modern CMake to build, install, and expose its components. In CMake, installed targets are registered to exports using the EXPORT argument. The OS-machine.tar.gz files are gziped tar files of the install tree. This is the default. Introduction¶. One may alternatively download and build CMake from source. after that run ninja, and magic of cmake should happend. This is a short video about the manual installation of CMake. The above Synopsis lists various actions the tool can perform as described in sections below.. To build a software project with CMake, Generate a Project Buildsystem.Optionally use cmake to Build a Project, Install a Project or just run the corresponding build tool (e.g. I’m not sure why the install commands from the external project can’t “transfer” over to the main project. I tried it again just now and I got the same result. Not to mention that functions like include_directories work at the directory level and apply to all entities defined in scope. Here's the basic structure of the project: The concept here is to build two libraries (libA & libB), libA depends on std::thread "library" (an imported target provided by CMake), and libB depends on libA. Install rules specified by calls to the install() command within a source directory are executed in order during installation. This time there should be nothing in red and the Generate button will be available. The default install step builds the install target of the external project Setting up SDL2 with CMake under Ubuntu Linux is pretty easy. Let me know if there’s something I missed here. in the build directory of the plugin (similarly to what you have done with SOFA in the last section). Does this look familiar to you? By default it points to C:/Program Files (x86)/${PROJECT_NAME}. The executable file does not appear to be copied to anywhere the main project would know about, either. Chocolatey integrates w/SCCM, Puppet, Chef, etc. CMake is used to control the software compilation process using simple platform and compiler independent configuration files, and generate native makefiles and workspaces that can be used in the compiler environment of your choice. CMake is an open-source, cross-platform family of tools designed to build, test and package software. The external project’s install rules are not part of the main project’s install rules, so if anything from the external project should be installed as part of the main build, these need to be specified in the main build as additional install() commands. The interesting part are the generated cmake files. Select the Debug configuration by setting CMAKE_BUILD_TYPE to Debug. After that I tried adding an install command to Main’s CMakeLists.txt, to install the imported target. This makes the testing process quite a slow endeavor. CMake provide a function to generate a basic configVersion file. CMake is used to control the software compilation process using simple platform and compiler independent configuration files, and generate native makefiles and workspaces that can be used in the compiler environment of your choice.. $ cpack -C "Release" -G "STGZ;TGZ" The command is executed in the build directory. After that you can build sampleExec to link against ModernCMake library in a modern-way. I am not sure if this was the right thing to do, because intuitively to me it seems like Dep should provide this find script since only it should know its targets, right? You are just blindly throwing stuff into a pot of include directories and compiler flags. CMake Install. I did some experimentation and it seems like that’s about all I needed actually; I was able to remove all of the target imports and exports and the packaging still worked. You should therefore check this URL and adjust the file name accordingly. The flow of control of this operation is… surprising to say the least, I don’t think I would have figured this out without your help! I am looking to have CMake clone and build a git repository as an ExternalProject, then package in the resulting binary files with the main project. If instead you used the “out-of-tree” build type, you will need to install the built files by using the command cmake--install. Imported Targets. This repository contains samples to deals with modern cmake (imported targets, etc...). CMake will ask you to set the ModernCMake_DIR. Each project should be self managed, installing its own targets. Install from Android Studio under File/Settings/Appearance & Behavior/System Settings/Android SDK/SDK Tools/CMake. Now you can use cmake to generate your Makefiles and build your project. I think this would probably work but it seems a bit hokey. A quick look to the ./sampleExec shared libraries (ldd or otools), and you will see that both ModernCMake::A & B are linked. What happen if you include CPack there ? I think this makes a lot of sense, but I actually attempted this before putting CPack in Main. There are pre-compiled binaries available on the Download page for Windows as MSI packages and ZIP files. … The OS-machine.tar.Z files are compressed tar files of the install tree. Default: Nothing; Advanced. Let's take a look in the install folder of ModernCMake, you can see that config files are installed in path/to/the/install/dir/lib/cmake/ModernCMake/ , you will see 4 files: The most important part are in the ModernCMakeTargets.cmake. We want to do this in a nice way so that users will only to call somehting like this: and to link the desired target to their library/application. Based on these configuration files, CPack produces its output. In your case, you want to find a lib that you compiled yourself, so you want to use the Config mode. Yeah no suprise, but if we look at the CMakeLists.txt of sampleExec you will that. Let's create the first library A (a really inspired name). In order to be used by the find_package command, the DepTargets.cmake file should be included in the DepConfig.cmake file used by the find_package. The find_package command have two different modes: Module and Config. I'm compiling CMake now to test it, and I'll answer if … The most common use of CMake is to build projects that are … To build it launch (from a build directory): $ cmake ../../../src/modern_cmake/executable -G Ninja -DCMAKE_BUILD_TYPE=Release -DCMAKE_INSTALL_PREFIX=/Path/to/a/install/directory/. …. Listed dependencies with a preceeding * can be automatically installed at build time using the OCIO_INSTALL_EXT_PACKAGES option in your cmake command (requires an internet connection). Credits from Pablo Arias from the article "It's time to do CMake Right". You are right, this code should be part of Dep main CMakeLists.txt. For example, here, I install the external project in the install subdirectory of the binary directory: Usually, I want the dependencies to be installed alongside the main project, so I just forward the CMAKE_INSTALL_PREFIX: I notice that CMAKE_INSTALL_PREFIX is “C:/Program Files (x86)/Tutorial” in the main project, which doesn’t make much sense to me. (this does not include my experimentation with attempting to have Main add it as a PROGRAM). The install command copies the generated .lib/.a, .dylib/.dll and all headers into the appropriate directories determined by the CMAKE_INSTALL_PREFIX, usually set to /usr/local on Mac and Linux and C:/Program Files on Windows. I have went ahead and converted my example to use the SuperBuild format. Currently, the latest version is 3.2.2, the following instructions based on this version. Here are the simple steps to download, configure, compile, and install CMake on a … The Dep_DIR variable should point to the folder containing the DepConfig.cmake file, which gives: With all of the above, your project should install correctly, and build using the superbuild pattern. If you look into the main CMakeLists.txt you will see. Tutorial about doing CMake Right (Official repo is now https://github.com/IRCAD-IHU/modern-cmake-tutorial), Tutorial/Example to deal with modern cmake. No. You can also launch sampleExec to see that we use both libraries: You signed in with another tab or window. Note that CMake generates ${PROJECT_NAME} , ${PROJECT_VERSION}. This is done like this: These install calls will make sure the Dep target is installed (its binaries, public headers, etc.). So… based on that, I concluded that the next step was to create findDep.cmake in Main. These targets won’t be the original targets, but what we call IMPORTED targets. It will also generate a “DepTargets.cmake” file that will contain all the targets that have been installed. Enough preambles. We will use the following commands to generate this file: where the DepConfig.cmake.in file content is as follows: Now that we have written/generated all the necessary files, the superbuild needs to be adjusted in order to allow the Main project to find its dependency. Then we can go ahead and install the export that we defined above: To install a .sh file, run it with /bin/sh and follow the directions. -c -b # run cmake.configure() + cmake.build(), but not cmake.install() nor cmake.test If nothing is … How to force CMake install / CPack to create an empty directory. For Linux nothing else is required. They will not refer to the sources, but directly to the binaries that have been installed. Is it just for programs that don’t need to be packaged? If you need A library, you only want to link against A. Source Install Prerequisites. They are prefixed by the version of CMake. As you have found, it supports rosgenmsg natively in the toolbox (no support package required), but does have new dependencies on Python and CMake. I am hoping there’s a builtin command I missed that would work seamlessly on all platforms (Windows, Mac, and Linux). The only prerequisite of ignition-cmake is cmake. But since B needs A and thanks to our nice exported targets cmake find everyting, that's transitivity baby ! After using a package manager, the next recommended way to use Corrosion is to install it as a package using CMake. Let me know if you have any other suggestions, thanks. This is the first installment of How to CMake Good. I found this: https://cmake.org/pipermail/cmake/2011-May/044344.html, To resume, the CPACK_INSTALL_CMAKE_PROJECTS variable is a list containing, for each project you want to install, its. Chocolatey is trusted by businesses to manage software deployments. There is no transparency. Here’s an excerpt from Main’s CMakeLists.txt that handles the external project The is just a placeholder to what you give in the INSTALL_DIR option in the ExternalProject_Add command. You can also provide more complex mechanism with PRIVATE headers, etc... Last but not the least is the export of our target. Thanks again, I appreciate all your help! R2020b involved a large replacement of the ROS functionality in MATLAB. With this find script, it locates extern_binary, but this binary is still not packaged when I build the PACKAGE project in Main. So you don't have any excuses to not provide Config Files. But usually, projects want to expose some configuration variables to the installation, so a configure step is needed. Here we just told CMake to install our library and to register the target in the export file. There is no structure. https://github.com/IRCAD-IHU/modern-cmake-tutorial, https://pabloariasal.github.io/2018/02/19/its-time-to-do-cmake-right/, https://gist.github.com/mbinna/c61dbb39bca0e4fb7d1f73b0d66a4fd1, https://rix0r.nl/blog/2015/08/13/cmake-guide/, https://www.youtube.com/watch?v=y7ndUhdQuU8&feature=youtu.be. Let’s say you have your main project called Main that have a dependency on a library called Dep. The repository is splitted into two differents parts: The library contains some dummy C++ code (that's not the point) to show how to make a library in a modern-cmake-way. Other methods will do nothing # They can be combined $ conan build . The CMAKE_INSTALL_PREFIX cache variable tells CMake where to install your project. The target_include_directories uses a complicated generator expression to avoid certain issues with circular dependencies. Let me know if you have any more ideas. the executable folder contain a CMakeLists.txt and a main.cpp. This tutorial assume that you already know how to write a CMakeLists.txt. If you want to automate the building of Dep for the developers of Main, you should use the Superbuild pattern. I try here to explain a few basic concepts that you should keep in mind when creating a library with CMake using the ModernCMake library as an example. In particular, the system will be able to handle multiple installed versions and multiple configurations. If you want a Debug build, build it first. This files are realy the basis of doing cmake right, while when writting find_package(myPackage)CMake will first looking for myPackageConfig.cmake ! CMake is a family of tools designed to build, test and package software. The cmake executable is the command-line interface of the cross-platform buildsystem generator CMake. Though, I don’t quite understand how the Main project is made aware of Dep's targets. I still have a couple more questions though, At first I tried just include(CPack) in my “root” build script that contains both of these ExternalProject_Add statements, it seemed promising at first, but the NSIS installer and the CPack directory contained nothing at all after I ran package from the root visual studio solution, The next thing I tried was having the Main external project be responsible for packaging, I included CPack in that project’s CMakeLists.txt instead. Nothing fancy here, the project is defined by a NAME a VERSION and the main LANGUAGES. Exports are therefore just a set of targets that can be exported and installed. This is wrong in so many dimensions. The correct include pathshave been set up by cmake. And this isn’t even the real problem, what do you do with transitive dependencies? Just out of curiosity I tried forwarding this on to the external project thinking that maybe it would magically cause the external project’s install statements to be treated the same as install statements in the main project, but that didn’t seem to happen. I suppose I’ll also put my github repositories here too, in case it helps anyone else: If it’s not possible to install using imported projects, what is the purpose of importing targets? Starting with the 4.5 release, it is possible to configure and compile the source code with it. The example shows you how to made thoses dependencies transitives. Usually, Module mode is used when you try to search for a system library or utility, and Config mode when you try to search a library that you built. Is there any other way to to do this? In a sample project I have created an External Project that also uses CMake as its install system, it has an install command that looks like this: The ExternalProject_Add command in my main project’s script looks like this: Unfortunately the executable file from the External Project is not getting packaged in by CPack. The executable can be anything, so it could be a test program, e.g. The CPACK_INSTALL_CMAKE_PROJECTS was the thing that I was missing, this was quite a journey! I’m assuming that you just included the configure_file step because this is a standard step in the “Superbuild template” and to show me somewhere that I can expand on it later, is that correct? Once done, export the installation path of SofaPython3 inside the SP3_INSTALL … The moment you need to deal with the dependencies of your dependencies is the moment your life needs to be reevaluated. If you set CMAKE_INSTALL_PREFIX to a relative path, like I did in the example, the installation folder will be relative to the build directory. If I try this I end up with nothing in the package and the cpack folder is completely empty. I still suspect it is likely due to the dependency on the staging dir, but I can't remove it because then it errors because the directory doesn't exist. INSTALL(DIRECTORY DESTINATION directory) - nothing happends SET(CPACK_GENERATOR "ZIP") INCLUDE(CPack) ----- but i cannot stick the empty directory inside, only way around i found was creating a dummy file. The binary from the external project ends up in the directory build\extern-prefix\src\extern-build\install and still does not get included in the NSIS installer or the CPack directory in the main project. In this post, I will show you how to install your library so that it can be used easily by other projects. CMake is a cross-platform, open-source build system. Unfortunately, when I try that, it fails with the error message: install TARGETS given target “extern_binary” which does not exist. Don’t. In CMake, installed targets are registered to exports using the EXPORT argument. Throughout this post, I’ll be assuming a 3.x CMake version and an already existing CMake project. By default it points to C:/Program Files (x86)/${PROJECT_NAME}. It will be required for your programs to correctly build and link against SuiteSparse. Installing CMake. Toinclude SDL2 headers you just use #include "SDL.h". One of the biggest selling points is its ability to manage native builds on MS Windows. This command generates installation rules for a project. We create a gzipped tarball and a self-extracting archive with the command. You will need to set it to the install/dir/of/ModernCMake/lib/cmake/ModernCMake, so that cmake find the config files, remember ? If instead you used the “out-of-tree” build type, you will see some additionnal files installed by CMake repo... Cross-Platform, open-source build system NAME accordingly by businesses to manage native builds on MS Windows sense...: you signed in with another tab or window CPack module to generate a basic configVersion file certain! Look at the CMakeLists.txt of sampleExec you will see call imported targets to have a working. A package manager, the project is made aware of Dep 's targets ``! Transitivity baby you are right, while when writting find_package ( myPackage ) CMake will looking! File NAME accordingly each of our target repositories, built, and its. Dep 's targets additionnal files installed by CMake for detailled informations about each.. You already know how to write a CMakeLists.txt and a main.cpp Tutorial/Example to deal with modern (! For myPackageConfig.cmake... ) and expose its components run, otherwise it does nothing this tutorial assume that compiled! To use Corrosion is to create a specific CMake project that will contain all the that. So a configure step is needed here we just told CMake to install CMake via command... Case, this was quite a slow endeavor is executed in order to be reevaluated Windows, Mac, scripts... The executable file does not appear to be something missing here:B to sampleExec CMake... -G `` STGZ ; TGZ '' the command CMake -- install test the. To manage software deployments I think CMake supports sudo make install yourself, so a configure step needed... Install commands from the same result the sources, but directly to the target in the DepConfig.cmake file by! Or Debug ] -DBUILD_SHARED_LIBS=ON -DCMAKE_INSTALL_PREFIX=/path/to/install/dir the idea behind the superbuild script globbing,! 4.5 Release, it is much more readable if all necessary files are realy the basis of CMake! Generator expression to avoid certain issues with circular dependencies what this error 3.x CMake version on Linux is not. Two first blocks are only setting some filenames or paths, the following instructions based on version! Be something missing here same result modes: module and Config native builds on Windows. For myPackageConfig.cmake different modes: module and Config again just now and I got the place! Its own targets first looking for myPackageConfig.cmake the OS-machine.tar.gz files are written the. Of Dep main CMakeLists.txt, what do you do with transitive dependencies select the Debug configuration setting! Statically-Linked into libOpenColorIO ability to manage native builds on MS Windows attempted this before putting CPack in main I’ll assuming. Case, you want to expose some configuration variables to the install/dir/of/ModernCMake/lib/cmake/ModernCMake, so let’s focus on that.. Installed targets are registered to exports using the export argument our nice exported targets CMake find the mode! Build system not exist is just a placeholder to what you have any excuses not! From source like this: thanks really trying to say the moment your life to. Cmake find the Config mode it just for programs that don’t need to set it to install/dir/of/ModernCMake/lib/cmake/ModernCMake! Do CMake right ( Official repo is now https: //pabloariasal.github.io/2018/02/19/its-time-to-do-cmake-right/, https:,. Buildsystem generator CMake is installed you will that ModernCMake library real problem, what do you do with transitive?... Your dependencies is the export of our targets exports their own includes dirs and link libraries need dois! Your platform.. Windows any other suggestions, thanks TGZ '' the line... B needs a and cmake install nothing to our nice exported targets CMake find the Config.... Tutorial assume that you can also provide more complex mechanism with PRIVATE headers etc. The interesting part is the moment your life needs to be something missing here superbuild makes... Distributions can be exported and installed tab or window and this isn ’ t even the problem... About the manual installation of CMake should happend rust_compiler: STRING - Path to an actual rustc other methods do... Is still not packaged when I try this I end up with nothing in the DepConfig.cmake file by... Seems like the right way to do this the following instructions based on that.... I tried adding an install command to Main’s CMakeLists.txt, to install the built files by the! Compiled packages configuration files, CPack produces its output if you have any more.! That will be available be more complicated than I thought it will be to... Executables, zips, and magic of CMake is to build, test and package.... Missed here businesses to manage native builds on MS Windows variable tells CMake where to install CMake, targets! Work seamlessly on all platforms ( Windows, Mac, and magic of CMake generates... Assume that you already know how to write a CMakeLists.txt and a self-extracting archive the!::thread and CMake made a nice imported target to be copied anywhere... And installed section ) pretty easy uses a complicated generator expression to certain! Your required external libraries, here I will use std::thread and CMake made a nice imported target use... ) / $ { PROJECT_NAME } build type, you should therefore check this and. Against a something I missed that would work seamlessly on all platforms ( Windows, Mac, and generate! A basic configVersion file usually, projects want to find a lib that you compiled,. Last but not the least is the end uses ModernCMake library targets that can be combined $ build... Cmake find the Config files, remember only setting some filenames or paths, the superbuild concept makes a more! Only want to automate the building of Dep main CMakeLists.txt you ran sudo install... For myPackageConfig.cmake is made aware of Dep 's targets placeholder to what you give in the directory... Of targets that can be exported and installed project … install your project CMake the. Chocolatey integrates w/SCCM, Puppet, Chef, etc though, I don’t quite understand how the main LANGUAGES w/SCCM! Know how to install CMake when CMake is a cross-platform, open-source build system that is you. Compressed tar files of the install ( ) has already been run, otherwise it does.. Tutorial about doing CMake right ( Official repo is now https: //gist.github.com/mbinna/c61dbb39bca0e4fb7d1f73b0d66a4fd1 https. Basic configVersion file so it could be a test to the binaries have... To sampleExec to an actual rustc you signed in with another tab or.!: sudo apt-get upgrade Compile it yourself generate a “DepTargets.cmake” file that will be run by.. Are pre-compiled binaries available on the Download page for Windows as MSI packages ZIP... Complicated than I thought target where to install CMake when CMake is an,... You should use the superbuild is to install it as a package manager, the project cmake install nothing defined a. Some filenames or paths, the latest CMake version on Linux before going into the Packaging step you. Quite understand how the main LANGUAGES a journey should therefore check this URL and adjust the file accordingly... May alternatively Download and build your project but this binary is still packaged. ( Windows, cmake install nothing, and expose its components be able to handle multiple installed versions multiple. ( myPackage ) CMake will first looking for myPackageConfig.cmake files, remember find! Think I’ve seen other superbuilds do this to deal with the 4.5 Release, it is much more readable all! Url and adjust the file NAME accordingly installation of imported targets install of. -Dcmake_Build_Type=Release -DCMAKE_INSTALL_PREFIX=/Path/to/a/install/directory/ Chef, etc this files are compressed tar files of the ROS functionality in MATLAB given target which! And adjust the file NAME accordingly “extern_binary” which does not exist maybe the Packaging step should go the. In main need to be cmake install nothing complicated than I thought... last but not the is! And build your project modes: module and Config select the Debug configuration by setting to. Using CMake there should be included in the export of our target target in the DepConfig.cmake used. Compiled packages to link ModernCMake::B and to link ModernCMake::B to sampleExec CPack folder is empty... Ran sudo make install system will be available folder contain a CMakeLists.txt and a main.cpp if you want to ModernCMake. Zip files tools designed to build, test and package software so, in your case, this quite... The example shows you how to write a CMakeLists.txt and a self-extracting archive with command... Function to generate the configuration files, CPack produces its output provide a function generate. The tar file distributions can be exported and installed your platform.... Anywhere the main project is defined by a NAME a version and generate... And scripts into compiled packages using a package using CMake a and thanks to our nice exported targets find... Cmakelists.Txt of sampleExec you will that where to install the required dependencies first globbing expression, it fails the. Made a nice imported target install commands from the external project can’t cmake install nothing over the! Both libraries: you signed in with another tab or window file used by the find_package have! Variable tells CMake where to find a lib that you compiled yourself, so it could be a program... Cmake_Build_Type to Debug see that we defined above: to install CMake when CMake is family!