CMake for Mac works with the following file extensions: Note: You can click on any file extension link from the list below, to view its detailed information. The list of extensions used or otherwise associated with the application may not be complete, because many common file extensions on our website, such as jpg (pictures) or txt (text files. Download CMake for Mac - Powerful and cross-platform, open source make system that helps its users to effortlessly build projects on and for a variety of operating systems. Edirol pc50 drivers for mac. Links: Dependencies: None Version: 3.12.3 CMake is a cross-platform, open-source build system designed to build, test and package software. CMake is used to control the software compilation process using platform and compiler independent configuration files.January 15, 2018
NOTE: The content here has been superseeded by a better implementation outlined here.
After the back of adding the basic clang tools, the ball began rolling to see what else could be integrated into the project infrastructure using CMake. The code coverage tools are pretty unique in that they can be linked into a build just by adding extra compiler flags.
There are two main methods for creating a code-coverage build, the first is by specifying an option that hooks up the current build with the code coverage tools, and the second is a core build just for code coverage.
As an option
The first mode of inclusion, and the preferred way is to add an option, in this case named
CODE_COVERAGE then, when selected to ON either via the command line with
-DCODE_COVERAGE=ON or any CMake UI, will hook in the coverage support to whatever core build type is currently selected in CMake, whether Debug, Release, or any other.
As a core build
Another option added, as was requested by some was the ability to just select coverage as the actual CMake build type, such as by
-DCMAKE_BUILD_TYPE=coverage, where it builds automatically as a Release with it’s flags and the coverage hooked in, essentially the same as doing
GCC vs Clang
Cmake Gui For Mac
Now, while both GCC and Clang have code coverage capabilities, there is a difference between them. The Clang-based tool can generate HTML output by itself using the llvm-cov tool, which is automatically part of the llvm toolset, where as to convert GCC’s coverage files into a nice readable/exportable HTML format requires two tools, lcov and genhtml, which are less commonly found.
So, when coverage tools are requested, the first determination to make is if a required compiler is found. I work on Linux, so I haven’t found a real good tool for MSVC that really stood out unfortunately, but GCC and Clang both are common enough, and their requirements for programs can be checked for and appropriate flags added.
Of course if the programs required for the chosen compiler aren’t found, then the script error’s out fatally, letting the user know what it needs to complete.
The actual targets
In order to generate the coverage information, programs must be run to count the code usage, and thus much like the clang tools, functions are used to generate new targets based off the original, which automatically run the target program. Several new target types are then made available, each displaying the information in a different way.
The show variant displays on the command line the coverage information.
The report shows very quick per-file information about the code.
This generates an HTML per-file report that can be perused showing in a friendly manner the useage of the code in the run program.
Cmake Gui For Mac
This includes showing how many times each statement was executed when hovered over, and highlights items in red that were never executed. As well as expansions for each template type that was instantiated.
Using Cmake On Windows
How To Use Cmake
Full fledged (and possibly updated) sources of this can be found under the Apache 2.0 license here.