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 # KDE Doxygen Tools
 
 ## Introduction
 
 This framework contains scripts and data for building API documentation (dox) in
 a standard format and style.
 
 https://api.kde.org holds the result, and this very page is handled by KApiDox too: https://api.kde.org/frameworks/kapidox/html/index.html.
 
 The [Doxygen](https://www.doxygen.nl) tool performs the actual documentation extraction and
 formatting. This framework provides a wrapper script to make generating the
 documentation more convenient (including reading settings from the target
 framework or other module) and a standard template for the generated
 documentation.
 
 ## Installation
 Python 3 is required to run the scripts, as well as the `jinja`, `pyyaml`, `requests`, `doxypypy` and `doxyqml` python modules.
 
 The following command creates a venv and installs the tool alongside all its modules:
 
 ```
 bash ./bootstrap-devenv.sh
 ```
 
 To generate the dependency diagrams, you need the Graphviz Python bindings.
 They are currently not available from pip, but most distributions provide them.
 You can get binaries and source archives from
 <https://www.graphviz.org/download/>.
 
 ## (For maintainers) updating the package dependencies
 
 Run ./requirements-update.sh in this folder, review and test the updated requirements file and commit the changed file.
 
 ## Workflow
 
 This document describes two ways to use KApiDox to generate documentation for KDE software: the manual way, and the container way. Both can apply to standalone repositories or to projects built using [kdesrc-build](https://community.kde.org/Get_Involved/development#Set_up_kdesrc-build), but the main role of the manual method is mostly to learn how the tool works, whereas the container method should be the cleaner, more convenient way.
 
 ### The manual way
 
 With this method, we will be using three directories (kirigami, kapidox and kirigamidocs).
 
 First, clone the desired repository as well as the KApiDox repository. In this example we will use Kirigami:
 
 ```bash
 git clone https://invent.kde.org/frameworks/kirigami.git
 git clone https://invent.kde.org/frameworks/kapidox.git
 ```
 
 You may use the ssh:// version instead if you have a developer account.
 
 You should now have a `kirigami` and a `kapidox` folder. Make a new folder to store the local test HTML documentation, then switch to the kapidox directory:
 
 ```bash
 mkdir kirigamidocs
 cd kapidox
 ```
 
 Run the script provided by the KApiDox repository. This only needs to be done once, and it will download and install the needed Python3 modules and generate a proper Python virtual environment:
 
 ```bash
 bash bootstrap-devenv.sh
 ```
 
 After the script is done, you should have a hidden folder called `.kapidox_venv/`, inside of which is a `bin/` folder containing the files we will be using. If the shell you are using is bash or zsh, you can run `./activate` to activate the Python virtual venv. If you are using csh or fish, you may use `./activate.csh` or `./activate.fish`, respectively.
 
 After activating the Python venv, your terminal prompt should change to that of a venv. Switch to the folder we created earlier and run kapidox-generate by pointing to the folder containing the target project repository (in this case, Kirigami):
 
 ```bash
 cd ../kirigamidocs
 kapidox-generate ../kirigami
 ```
 
 It can take a while. After it is done, for convenience, do not close this venv shell yet.
 
 You should have an `index.html` file which should be the entrypoint of the new documentation. You can open a new instance of your terminal or another tab, then open it directly from your terminal by using `xdg-open index.html` or `kioclient exec index.html`, or whichever other method you'd like.
 
 After that, you may edit the Doxygen-formatted documentation in *.qml or *.h files using Kate or your favorite editor.
 
 After you're finished editing, you can switch back to the venv in the `kirigamidocs/` folder, check that you are in the correct folder with `pwd`, and run the following to regenerate the locally edited documentation:
 
 ```bash
 pwd // outputs ~/kirigamidocs
 rm -rf * && kapidox-generate ../kirigami
 ```
 
 Now that you understand how to generate the venv and how to use `kapidox-generate`, you can easily apply this knowledge to projects built using kdesrc-build. Assuming you're using bash:
 
 ```bash
 kdesrc-build kapidox
 // ...building...
 kdesrc-build kirigami
 // ...building...
 mkdir ~/kirigamidocs
 cd ~/kde/src/kapidox
 bash bootstrap-devenv.sh
 source .kapidox_venv/bin/activate
 cd ~/kirigamidocs
 kapidox-generate ~/kde/src/kirigami
 // ...edit files...
 rm -rf * && kapidox-generate ~/kde/src/kirigami
 ```
 
 ### The container way
 
 Although it is possible to use KApiDox directly, using it in a container can be much more convenient once it is set up.
 
 You can build a new image with docker or podman:
 
 ```bash
 docker build . -t kapidox_generate:latest
 // OR
 podman build . -t kapidox_generate:latest
 ```
 
 By running `docker images` or `podman images` you should now see an image called `localhost/kapidox_generate`.
 
 To run `kapidox-generate` with a project that you want to generate the docs from you need an empty folder for the results (`/path/to/build/folder`). The build directory inside the container is set as `BUILD_DIR` in `Dockerfile`, and must stay in sync with what is used as `CONTAINER_BUILD_DIR` in the volume mapping.
 
 For this example we use `libksane` checked out to `/path/to/libksane`:
 
 ```bash
 export HOST_PROJECT_SRC=/path/to/libksane/folder
 export HOST_BUILD_DIR=/path/to/libksane/build/folder
 export CONTAINER_PROJECT_SRC=/home/kapidox/libksane
 export CONTAINER_BUILD_DIR=/home/kapidox/apidox-build
 mkdir $HOST_BUILD_DIR
 docker run \
     --volume $HOST_PROJECT_SRC:$CONTAINER_PROJECT_SRC \
     --volume $HOST_BUILD_DIR:$CONTAINER_BUILD_DIR \
     kapidox_generate:latest \
     kapidox-generate $CONTAINER_PROJECT_SRC
 ```
 
 ## Writing documentation
 
 Writing dox is beyond the scope of this documentation -- see the notes at
 <https://community.kde.org/Frameworks/Frameworks_Documentation_Policy> and the [doxygen
 manual](https://doxygen.nl/manual/docblocks.html).
 
 To allow code to handle the case of being processed by kapidox a C/C++ preprocessor macro
 is set as defined when run: `K_DOXYGEN` (since v5.67.0).
 For backward-compatibility the definition `DOXYGEN_SHOULD_SKIP_THIS` is also set, but
 its usage is deprecated.
 
 The kapidox scripts expects certain things to be present in the directory it is
 run on:
 
 ### README.md
 Most importantly, there should be a `README.md` file that works as the main page, like one where this documentation is written in (backward compatibility also authorize `Mainpage.dox` files).  The first line of this file
 is particularly important, as it will be used as the title of the documentation.
 
 ### metainfo.yaml
 A `metainfo.yaml` file is needed for the library to be generated. It should
 contain some meta information about the library itself, its maintainers, where
 the sources are, etc.
 
 A very simple example can be:
 
 ```yaml
 # metainfo.yaml
 description: Library doing X
 maintainer: gwashington
 public_lib: true
 logo: libX.png
 ```
 
 A comprehensive list of the available keys can be found on
 [this page](@ref metainfo_syntax).
 
 By default, the source of the public library must be in `src`, if the
 documentation refers to any dot files, these should be in `docs/dot`.
 Images should be in `docs/pics`, and snippets of example code should be in
 `examples`.  See the [Doxygen documentation](https://doxygen.nl/manual/index.html) for help on how to refer to these
 files from the dox comments in the source files.
 
 If you need to override any Doxygen settings, put them in a `docs/Doxyfile.local` in your project.
 Global settings are defined in `src/kapidox/data/Doxyfile.global`.
 
 ## Generating the documentation
 
 The tool for generating dox is `src/kapidox_generate`.
 Change to an empty directory, then simply point it at the
 folder you want to generate dox for (such as a frameworks checkout).
 
 For example, if you have a checkout of KCoreAddons at
 ~/kde/src/frameworks/kcoreaddons, you could run
 
     ~/kde/src/frameworks/kapidox/src/kapidox_generate ~/kde/src/frameworks/kcoreaddons
 
 and it would create a documentation in the current directory, which needs to be empty before executing the command.
 
 kapidox recursively walks through folders, so you can also run it on
 `~/kde/src/frameworks` or `~/src`. For a lot of libraries, the generation can last
 15-30 minutes and use several hundreds of MB, so be prepared!
 
 Pass the --help argument to see options that control the behaviour of the
 script.
 
 Note that on Windows, you will need to run something like
 
     c:\python\python.exe c:\frameworks\kapidox\src\kapidox_generate c:\frameworks\kcoreaddons
 
 ## Specific to frameworks (for now)
 
 You can ask `kgenframeworksapidox` to generate dependency diagrams for all the
 frameworks.  To do so, you must first generate Graphviz .dot files for all
 frameworks with the `depdiagram-prepare` tool, like this:
 
     mkdir dot
     ~/kde/src/frameworks/kapidox/src/depdiagram-prepare --all ~/kde/src/frameworks dot
 
 Then call `kgenframeworksapidox` with the `--depdiagram-dot-dir` option, like
 this:
 
     mkdir frameworks-apidocs
     cd frameworks-apidocs
     ~/kde/src/frameworks/kapidox/src/kapidox_generate --depdiagram-dot-dir ../dot ~/kde/src/frameworks
 
 More fine-grained tools are available for dependency diagrams. You can learn
 about them in [depdiagrams](@ref depdiagrams).
 
 
 ## Examples of generated pages:
 
 - KDE API documentation: <https://api.kde.org/>
 
 ## Licensing
 
 This project is licensed under BSD-2-Clause. But the specific theme used inside KDE
 is licensed under AGPL-3.0-or-later. If you find the AGPL to restrictive you can
 alternatively use the theme from [Docsy](https://github.com/google/docsy) (APACHE-2.0).
 For that you need to replace the style and js script present in `src/kapidox/data/templates/base.html`.
 
 If you need support or licensing clarification, feel free to contact the maintainers.