UseĮxpect-err> the cmake_policy command to set the policy and suppress this warning.Įxpect-err> The following variable evaluations were encountered:Įxpect-err> Evaluated directory INCLUDE_DIRECTORIESĮxpect-err> /usr/include/\$ /usr/lib/normalĮxpect-err> /usr/lib/VAL_LINK_DIRS /usr/lib/normalĮxpect-err> This warning is for project developers. Run "cmake -help-policy CMP0019" for policy details. suffix to tellĮxpect-err> CMake that the project does not need compatibility with older versions.Įxpect-err> CMake Warning \(dev\) in CMakeLists.txt:Įxpect-err> Policy CMP0019 is not set: Do not re-expand variables in include and linkĮxpect-err> information. Only difference I see is the regular expression in the expected text.Įxpect-err> ^CMake Deprecation Warning at CMakeLists.txt:1 \(cmake_minimum_required\):Įxpect-err> Compatibility with CMake CMake.Įxpect-err> Update the VERSION argument value or use a. ![]() While packaging CMake ( dpkg-buildpackage -rfakeroot -uc -b), I see that lot of tests fail because stderr does not match that expected. I also downgraded Jinja2 to 3.0.0 from 3.1.2 due to below error: ImportError: Error importing plugin "": cannot import name 'contextfunction' from 'jinja2' (/usr/local/lib/python3.8/dist-packages/jinja2/_init_.py) I hope it is fine to skip it as it is used only for cmake documentation and not required for cmake binary.(I have commented out dh_sphinxdoc -pcmake-doc in rules file in debian folder). I was able to install all dependencies except python3-sphinxcontrib.qthelp:native as it is not available for ubuntu 20.04. We went through using the Ubuntu Software Center and the Ubuntu Terminal to install and delete cmake, as well as removing cmake entirely in Ubuntu 22.04.I am trying to create cmake 3.25.1 debain package for ubuntu 20.04 as it is not available for ubuntu 20.04. You can also remove the CMake application via the terminal using the following command mentioned below: $ sudo snap remove cmakeĬmake is a free platform that aids in software creation, administration, and packaging. Step1: To install CMake, open the Ubuntu terminal and type in the following command: $ sudo snap install cmake -classic There are two methods for installing CMake using the command line: There is another variation of installing the CMake application and that is by installing it via terminal. Step 2: Then, look for “cmake” in the list and click the “Remove” button to the right of it: Step 1: To see a list of currently installed program, launch the Ubuntu Software Center and click the “Installed” tab in the window’s upper-right corner. Using the following instructions, you can uninstall CMake from your system. ![]() Step 6: Later you need to click on the application to launch it and then you should be able to see its main interface as shown below: Step 5: Following a successful installation, you can verify it by clicking the “Show Applications” button and then searching for CMake. The file will be downloaded, and setup will start automatically. Step 4: After providing one’s Ubuntu password in the following “Authentication needed” dialogue box, the user may proceed by clicking the “Authenticate” button. Step 3: Now you need to click on the application where you will see the option to install it as shown below: Step 2: When you click the link, a new window will open where you need to enter the word “cmake” into the search bar which might take some time, and then it will pop up because of the search. ![]() Step 1: Open Ubuntu 22.04 software center as shown in the image below: Follow the steps below if you wish to install CMake via Ubuntu’s Software Centre: If you’re new to Ubuntu or having problems installing a package by typing commands in the Ubuntu terminal, you may instead use the Ubuntu Software Center to install the program, just as you would with the Play Store or the App Store. So, for an effective and simple installation, follow the steps listed below: Method 1: Installing Cmake via GUI in Ubuntu 22.04 The article’s major focus is on installing CMake on Ubuntu 22.04. This makes it a valuable tool for anyone working on software projects in the Linux environment. This allows developers to focus on the code, rather than worrying about the intricacies of the build system.ĬMake also supports a wide range of common build tasks, such as building executables, libraries, and tests, as well as managing dependencies and packaging the final product. It uses a simple, declarative language to describe the build process, and it generates native build scripts for the selected platform and compiler. ![]() It enables developers to specify the desired build configurations in a platform- and compiler-independent manner, making it easy to build and maintain software on a wide range of systems. Cmake is a versatile tool that is widely used in the Linux operating system to manage the build process of software projects.
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