fpsdk_build.hpp

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/**
 * \verbatim
 * ___    ___
 * \  \  /  /
 *  \  \/  /   Copyright (c) Fixposition AG (www.fixposition.com) and contributors
 *  /  /\  \   License: see the LICENSE file
 * /__/  \__\
 * \endverbatim
 *
 * @file
 * @brief Fixposition SDK: Documentation
 */
 
#ifndef __FPSDK_BUILD_HPP__
#define __FPSDK_BUILD_HPP__
 
namespace fpsdk {
/* ****************************************************************************************************************** */
// clang-format off
 
/*!
 
    @page FPSDK_BUILD_DOC Fixposition SDK: Build and installation
 
    @section FPSDK_BUILD_DEPS Dependencies
 
    For building the libraries and apps:
 
    - **Linux**, GCC (C++-17), glibc, cmake, bash, etc. (tested with Ubuntu 20.04/22.04/24.04 and Debian Bookworm)
    - boost           (≥ 1.71.0, tested with 1.71.0, 1.74.1, 1.83.0)
    - curl            (≥ 7.68.0, tested with 7.68.0, 7.88.1, 8.5.0)
    - Eigen3          (≥ 3.3.7,  tested with 3.3.7, 3.4.0)
    - yaml-cpp        (≥ 0.6.2,  tested with 0.6.2, 0.7.0, 0.8.0)
    - zlib1g          (≥ 1.2.11, tested with 1.2.11, 1.2.13, 1.3)
    - PROJ        (*) (≥ 9.4.x,  tested with 9.4.0, 9.4.1)
    - ROS1        (*) (Noetic), or
    - ROS2        (*) (Humble or Jazzy)
 
    (*) Optional dependencies. Without these some functionality in the libraries and apps is unavailable (compiled out).
 
    For development additionally:
 
    - clang-format (≥ 17, tested with 17)
    - Doxygen      (≥ 1.11.0, tested with 1.11.0)
    - GTest        (≥ 1.12.0, tested with 1.12.1 and 1.13.0)
 
    <!-- trick doxygen -->
 
    @page FPSDK_BUILD_DOC
 
    @section FPSDK_BUILD_BUILD Building
 
    @subsection FPSDK_BUILD_BUILD_TLDR tl;dr
 
    @code{sh}
    ./docker/docker.sh pull noetic-dev       # Or "docker.sh build noetic-dev" to build the image locally
    ./docker/docker.sh run noetic-dev bash
    # Now inside Docker do:
    make install
    ./fpsdk/bin/fpltool -h
    @endcode
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_BUILD_DEVCONTAINER VSCode devcontainer
 
    Open the fpsdk.code-workspace, change to one of the provided devcontainers, and in a terminal do:
 
    @code{sh}
    make install
    ./fpsdk/bin/fpltool
    @endcode
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_BUILD_DOCKER Docker container
 
    Docker images are provided that include all the dependencies:
 
    @code{sh}
    ./docker/docker.sh pull noetic-dev       # Or "docker.sh build noetic-dev" to build the image locally
    ./docker/docker.sh run noetic-dev bash
    make install
    ./fpsdk/bin/fpltool
    @endcode
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_BUILD_CI Run CI
 
    @code{sh}
    ./docker/docker.sh run noetic-ci ./docker/ci.sh
    ./docker/docker.sh run humble-ci ./docker/ci.sh
    ./docker/docker.sh run jazzy-ci ./docker/ci.sh
    @endcode
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_BUILD_MANUAL Manual build
 
    This details the manual setup of the dependencies and building the SDK on a ROS1 system (for example, Ubuntu 20.04
    with ROS Noetic). It works similarly for ROS2 (for example, Ubuntu 22.04 with ROS Humble) or non-ROS (for example,
    Debian Bookworm) based systems. Refer to the Docker configration files and scripts in the docker/ folder on
    installing the required dependencies.
 
    1. Setup build system, install dependencies
 
        The exact steps required depend on your system. You'll need the dependencies mentioned above installed system
        wide or otherwise tell CMake where to find them.
 
        @code{sh}
        sudo apt install libyaml-cpp-dev libboost-all-dev zlib1g-dev libeigen3-dev linux-libc-dev       # For building
        sudo apt install libgtest-dev clang-format doxygen pre-commit                                   # For development
        source /opt/ros/noetic/setup.bash                                                               # If you have ROS1
        @endcode
 
    3. Configure
 
        @code{sh}
        cmake -B build -DCMAKE_INSTALL_PREFIX=~/fpsdk
        @endcode
 
        Additional parameters include (see CMakeList.txt files of the projects for details):
 
        - Build type: `-DCMAKE_BUILD_TYPE=Debug` or `-DCMAKE_BUILD_TYPE=Release` (default)
        - Force ROS1 package path: `-DROS_PACKAGE_PATH=/path/to/ros` (default: auto-detect)
        - Explicitly enable or disable testing: `-DBUILD_TESTING=OFF` or `-DBUILD_TESTING=ON`.
          The default is to automatically enable testing if a suitable GTest library is found.
        - Explicitly enable or disable use of the PROJ library: `-DUSE_PROJ=ON` or `-DUSE_PROJ=OFF`.
          The default is to automatically use the PROJ library if a suitable version is found
 
    4. Build
 
        @code{sh}
        cmake --build build
        @endcode
 
    5. Install
 
        @code{sh}
        cmake --install build
        @endcode
 
    6. Enjoy!
 
        For example:
 
        @code{sh}
        ~/fpsdk/bin/fpltool -h
        @endcode
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_DOC_DOXYGEN Documentation
 
    @code{sh}
    make doc
    @endcode
 
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_PACKAGE Individual packages
 
    For example to build the fpsdk_common package (library):
 
    @code{sh}
    cmake -B build -S fpsdk_common -DCMAKE_INSTALL_PREFIX=~/fpsdk
    cmake --build build
    cmake --install build
    @endcode
 
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_ROS ROS workspace
 
    The packages build in a ROS workspace using catkin) (ROS1) resp. colcon (ROS2). For example:
 
    @code{sh}
    catkin build fpsdk_common
    @endcode
 
 
    <!-- trick doxygen -->
 
    @subsection FPSDK_BUILD_DETAILS Details
 
    Refer to the various CMakeList.txt files, the CI workflow configuration (`.github/workflows/ci.yml`)
    and the CI script (`docker/ci.sh`) for details on how things are done.
 
 
 
*/
 
// clang-format on
/* ****************************************************************************************************************** */
}  // namespace fpsdk
#endif  // __FPSDK_BUILD_HPP__