- Gitlab Kitware Vtk
- Kitware Gitlab Community
- Kitware Gitlab Default
- Kitware Gitlab Ce
- Kitware Gitlab In Windows
- Eigen is written and maintained by volunteers. You can contribute in many ways to help: give support to new users, write and improve documentation, helping with bugs and other issues in the issue tracker on GitLab, discussing the design and the API, running tests and writing code.
- Kitware Wins U.S. Of Energy Contract to Advance Web-Based Computing Software, ParaView. This two-year contract will result in major improvements to the popular data visualization platform, ParaView, which was originally developed by Kitware.
Gitlab Kitware Vtk
Latest Release (3.20.1) The release was packaged with CPack which is included as part of the release. The.sh files are self extracting gziped tar files. CMake 是一个跨平台的自动化构建系统,它使用一个名为 CMakeLists.txt 的文件来描述构建过程,可以产生标准的构建文件,如 Unix 的 Makefile 或Wind. The origin of VTK is with the textbook 'The Visualization Toolkit, an Object-Oriented Approach to 3D Graphics' originally published by Prentice Hall and now published by Kitware, Inc. (Third Edition ISBN 1-930934-07-6).
Kitware Gitlab Community
|Developer(s)||Andy Cedilnik, Bill Hoffman, Brad King, Ken Martin, Alexander Neundorf|
|Initial release||2000; 21 years ago|
|Written in||C, C++|
|Type||Software development tools|
In software development, CMake is cross-platformfree and open-source software for build automation, testing, packaging and installation of software by using a compiler-independent method. CMake is not a build system but rather it generates another system's build files. It supports directory hierarchies and applications that depend on multiple libraries. It is used in conjunction with native build environments such as Make, Qt Creator, Ninja, Android Studio, Apple's Xcode, and Microsoft Visual Studio. It has minimal dependencies, requiring only a C++ compiler on its own build system.
CMake is distributed as open-source software under permissive New BSD license.
CMake development began in 1999 in response to the need for a cross-platform build environment for the Insight Segmentation and Registration Toolkit. The project is funded by the United States National Library of Medicine as part of the Visible Human Project. It was partially inspired by pcmaker, which was made by Ken Martin and other developers to support the Visualization Toolkit (VTK). At Kitware, Bill Hoffman blended components of pcmaker with his own ideas, striving to mimic the functionality of Unixconfigure scripts. CMake was first implemented in 2000 and further developed in 2001.
Continued development and improvements were fueled by the incorporation of CMake into developers’ own systems, including the VXL Project,[clarification needed] the CABLE features added by Brad King,[clarification needed] and GE Corporate R&D for support of DART.[clarification needed] Additional features were created when VTK transitioned to CMake for its build environment and for supporting ParaView.
Version 3.0 was released in June 2014. It has been described as the beginning of 'Modern CMake'. Experts now advise to avoid variables in favor of targets and properties. The commands
link_libraries that were at the core of CMake 2 should now be replaced by target-specific commands.
A key feature is the ability to (optionally) place compiler outputs (such as object files) outside the source tree. This enables multiple builds from the same source tree and cross-compilation. It also keeps the source tree clean and ensures that removing a build directory will not remove the source files.
Flexible project structure
CMake can locate system-wide and user-specified executables, files, and libraries. These locations are stored in a cache, which can then be tailored before generating the target build files. The cache can be edited with a graphical editor, which is shipped with the CMake.
Complicated directory hierarchies and applications that rely on several libraries are well supported by CMake. For instance, CMake is able to accommodate a project that has multiple toolkits, or libraries that each have multiple directories. In addition, CMake can work with projects that require executables to be created before generating code to be compiled for the final application. Its open-source, extensible design allows CMake to be adapted as necessary for specific projects.
IDEs configuration support
CMake can generate project files for several popular IDEs, such as Microsoft Visual Studio, Xcode, and Eclipse CDT. It can also produce build scripts for MSBuild or NMake on Windows; Unix Make on Unix-like platforms such as Linux, macOS, and Cygwin; and Ninja on both Windows and Unix-like platforms.
The build of a program or library with CMake is a two stage process. First, standard build files are created (generated) from configuration files (CMakeLists.txt) which are written in CMake language. Then the platform's native build tools (native toolchain) are used for actual building of programs.
The build files are configured depending on used generator (e.g. Unix Makefiles for make). Advanced users can also create and incorporate additional makefile generators to support their specific compiler and OS needs. Generated files are typically placed (by using
cmake flag) into a different from sources folder, e.g.,
Each build project in turn contains a
CMakeCache.txt file and
CMakeFiles directory in every (sub-)directory of the projects (happened to be included by
add_subdirectory(...) command earlier) helping to avoid or speed up regeneration stage once it's run over again.
Types of build targets
Depending on CMakeLists.txt configuration the build files may be either executables, libraries (e.g.
xyz.dll etc), object file libraries or pseudo-targets (including aliases). Cmake can produce object files that can be linked against by executable binaries/libraries avoiding dynamic (run-time) linking and using static (compile-time) one instead. This enables flexibility in configuration of various optimizations.
CMake has a relatively simple interpreted, functional, scripting language. It supports variables, string manipulation, arrays, function/macro declarations, and module inclusion (import). CMake Language commands (or directives) are read by
cmake from a file named
CMakeLists.txt. This file specifies the source files and build parameters, which cmake will place in the project's build specification (such as a Makefile). Additionally,
.cmake-suffixed files can contain scripts used by cmake.
To generate a project's build files, one invokes
cmake and specifies the directory which contains
CMakeLists.txt. This file contains one or more commands in the form
COMMAND(argument ...). The arguments are whitespace-separated.
The language includes commands to specify dependencies. For example, commands such as
add_library(...) introduce the target and dependencies for executables and libraries, respectively. Some build dependencies can be determined automatically.
The arguments can include keywords to separate groups of arguments. For example, in the command
SET_SOURCE_FILE_PROPERTIES(source_file...COMPILE_FLAGScompiler_option...). Here, the keyword
COMPILE_FLAGS terminates the list of source files and begins the list of compiler options.
Once the Makefile (or alternative) has been generated, build behavior can be fine-tuned via target properties (since version 3.1) or via
CMAKE_...-prefixed global variables.The latter is discouraged for target-only configurations because variables are also used to configure CMake itself and to set up initial defaults.
Cmake supports extracting values into variables from the JSON-data strings (since version 3.19).
Kitware Gitlab Default
The executable programs CMake, CPack, and CTest are written in the C++ programming language.
Much of CMake's functionality is implemented in modules that are written in the CMake language.
Since release 3.0, CMake's documentation uses reStructuredText markup. HTML pages and man pages are generated by the Sphinx documentation generator.
Modules & Tools
CMake ships with numerous
.cmake modules and tools. These facilitate work such as finding dependencies (
FindXYZ modules), testing the toolchain environment and executables, packaging releases (
CPack module and
cpack command), and managing dependencies on external projects (
- ctest — is used for target testing commands specified by CMakeLists.txt
- ccmake and cmake-gui — tweaks and updates configuration variables intended for the native build system
- cpack — helps to package software
CPack is a packaging system for software distributions. It is tightly integrated with CMake but can function without it.
It can be used to generate:
- Linux RPM, deb, and gzip packages (for both binaries and source code).
- NSIS files (for Microsoft Windows).
- macOS packages.
The following source code files demonstrate how to build a simple hello world program written in C++ by using CMake. The source files are placed in a
bash script to run CMake on a Linux system. This example assumes that the script will be kept next to the
- GYP (Generate Your Projects) - Google-made project building tool
- ^'CMake 3.20.2 available for download'.
- ^'The CMake Open Source Project on OpenHub'. OpenHub. Retrieved 2016-04-09.
- ^'Licenses · master · CMake / CMake'. GitLab. Retrieved 2020-11-13.
- ^'FLOSS Weekly 111: CMake'. podcast. TWiT Network. Retrieved 27 February 2011.
- ^'The CABLE'. Archived from the original on 2013-06-19. Retrieved 2010-11-10.
- ^Maynard, Robert (June 10, 2014). '[CMake] [ANNOUNCE] CMake 3.0.0 Released'.
- ^'Effective Modern CMake'. Gist.
- ^ abhttps://github.com/boostcon/cppnow_presentations_2017/blob/master/05-19-2017_friday/effective_cmake__daniel_pfeifer__cppnow_05-19-2017.pdf, https://gist.github.com/mbinna/c61dbb39bca0e4fb7d1f73b0d66a4fd1
- ^ abNeundorf, Alexander (2006-06-21). 'Why the KDE project switched to CMake—and how'. LWN.net.
- ^'cmake-toolchains(7) — CMake 3.19.0-rc2 Documentation'. cmake.org. Retrieved 2020-10-29.
- ^'cmake-buildsystem(7) — CMake 3.19.0-rc3 Documentation'. cmake.org. Retrieved 2020-11-14.
- ^'cmake-language(7) — CMake 3.19.0-rc2 Documentation'. cmake.org. Retrieved 2020-10-29.
- ^'add_executable — CMake 3.19.0-rc1 Documentation'. cmake.org. Retrieved 2020-10-25.
- ^'add_library — CMake 3.19.0-rc1 Documentation'. cmake.org. Retrieved 2020-10-25.
- ^Andrej Cedilnik (2003-10-30). 'Cross-Platform Software Development Using CMake Software'. Linux Journal. Retrieved 2021-01-29.
- ^'CMake 3.19 Release Notes — CMake 3.19.7 Documentation'. cmake.org. Retrieved 2021-03-15.
- ^'cmake-language(7) — CMake 3.19.0-rc1 Documentation'. cmake.org. Retrieved 2020-10-25.
- ^'cmake-modules(7) — CMake 3.14.7 Documentation'. cmake.org. Retrieved 2020-10-24.
- ^'ExternalProject — CMake 3.14.7 Documentation'. cmake.org. Retrieved 2020-10-24.
- ^'Packaging With CPack'. CMake Community Wiki.
cpack(1)– Linux General Commands Manual
- Official website
- CMake on GitHub
- C++Now 2017: Daniel Pfeifer “Effective CMake' on YouTube
There are multiple ways to get the software:
The standalone python links point to a package containing a binary executable that you can simply download, unpack, and run to create visualizations using VTK’s python interface. For Tcl or Java support, or for more full-featured Python integration, you will have to compile VTK from source code using CMake and compiler for your platform. Note that compared to the git master branch, the latest release option is better tested and easier to install, but it will not have the newest features being developed in the git repository. You can also:
Kitware Gitlab Ce
- Download additional components (FFMPEG or MPEG2 source code)
Latest Release (9.0.1)
git tag: “v9.0.0”
Previous Release (8.2.0)
git tag: “v8.2.0”
An Earlier Release (7.1.1)
|Standalone Python Interface (Installer)||vtkpython-7.1.1-Windows-64bit.exe||f75e6f49c167c464192fbc8ef473954a|
git tag: “v7.1.1”
This software may not be exported in violation of any U.S. export laws or regulations. For more information regarding Export Control matters please go to https://www.kitware.com/legal/.
Access the Git source-code repository
VTK development is hosted in Git here: https://gitlab.kitware.com/vtk/vtk
Kitware Gitlab In Windows
Download additional components
Nightly Documentation Archive – The documentation for the nightly build of VTK is also available as a gzipped tarball: vtkNightlyDocHtml.tar.gz. This is useful if you would like your own local copy of the VTK documentation without spending the extra time and effort to build it yourself. MPEG2 Source Code – Download a CMake-ified source tree of the patented MPEG2 library with the different flavors of line endings from one of these links: Windows: vtkmpeg2encode.zip or Unix/Mac: vtkmpeg2encode.tar.gz. FFMPEG Source Code – The FFMPEG multimedia library source code can be obtained either from the sourceforge web site or by downloading ffmpeg_source.tar.gz. The tar file also contains instructions on how to link Paraview to the library.
Questions / Problems
For problems or questions, we recommend that you join to the VTK discourse, and post your questions there. Or, send an email to: [email protected]