nagyist / libdigidocpp

Libdigidocpp library offers creating, signing and verification of digitally signed documents, according to XAdES and XML-DSIG standards. Documentation http://open-eid.github.io/libdigidocpp

libdigidocpp

• License: LGPL 2.1
• © Estonian Information System Authority
• Architecture of ID-software

Building

Ubuntu, Fedora

1. Install dependencies

    # Ubuntu
    sudo apt install cmake xxd libxml-security-c-dev xsdcxx libssl-dev zlib1g-dev
    # Fedora
    sudo dnf install cmake openssl-devel xerces-c-devel xml-security-c-devel zlib-devel vim-common https://www.codesynthesis.com/download/xsd/4.0/linux-gnu/x86_64/xsd-4.0.0-1.x86_64.rpm
   

   • doxygen - Optional, for API documentation
   • libboost-test-dev - Optional, for unittests
   • swig - Optional, for C#, Java and python bindings
   • libpython3-dev, python3-distutils - Optional, for python bindings
   • openjdk-8-jdk-headless - Optional, for Java bindings

2. Fetch the source

    git clone --recursive https://github.com/open-eid/libdigidocpp
    cd libdigidocpp
   

3. Configure

    cmake -B build -S .
   

4. Build

    cmake --build build
   

5. Install

    sudo cmake --build build --target install
   

6. Execute

    /usr/local/bin/digidoc-tool
   

macOS

1. Install dependencies from

   • XCode
   • CMake
   • Homebrew

2. Fetch the source

    git clone --recursive https://github.com/open-eid/libdigidocpp
    cd libdigidocpp
   

3. Prepare dependencies (available targets: osx, ios, iossimulator, androidarm, androidarm64, androidx86_64)

    sh prepare_osx_build_environment.sh osx all
   

4. Install dependencies

    brew install xsd
    brew unlink xerces-c
   

   • doxygen - Optional, for API documentation
   • boost - Optional, for unittests
   • swig - Optional, for C# and Java bindings
   • openjdk - Optional, for Java bindings

5. Configure, build and install (available targets: osx, ios, iossimulator, androidarm, androidarm64, androidx86_64)

    ./build-library.sh osx install
   

6. Execute

    /Library/Frameworks/digidocpp.framework/Resources/digidoc-tool
   

Windows

1. Install dependencies and necessary tools from

   • Visual Studio Community 2017/2019/2022
   • CMake
   • Swig - Optional, for C# and Java bindings
   • Doxygen - Optional, for generationg documentation
   • Wix toolset - Optional, for creating Windows installation packages
   • Python - Optional, for Python bindings
   • Java - Optional, for Java bindings

   Toolset:

   • 142 - Visual Studio 2019 (Default)
   • 143 - Visual Studio 2022

2. Fetch the source

    git clone --recursive https://github.com/open-eid/libdigidocpp
    cd libdigidocpp
   

3. Prepare

    powershell -ExecutionPolicy ByPass -File prepare_win_build_environment.ps1 -toolset 142
   

4. Configure

    cmake -DCMAKE_TOOLCHAIN_FILE=vcpkg/scripts/buildsystems/vcpkg.cmake" `
          -DVCPKG_TARGET_TRIPLET=x64-windows-v142 `
          -DXSD_INCLUDE_DIR=xsd/libxsd `
          -DXSD_EXECUTABLE=xsd/bin/xsd.exe `
          -B build -S .
   

   Optional CMake parameters:

   -DSWIG_EXECUTABLE=C:/swigwin-4.1.1/swig.exe
   

   After running the cmake build, digidoc_csharp.dll along with the C# source files will be created, more info at examples/DigiDocCSharp/README.md.

5. Build

    cmake --build build
   

6. Alternative to steps 4. and 5. -

    powershell -ExecutionPolicy ByPass -File build.ps1 -toolset 142
   

   The build script builds executables and installation media for all platforms (x86 and x64 / Debug and Release with debug symbols)

7. Execute

    build/src/digidoc-tool.exe
   

Examples

examples/README.md

Support

Official builds are provided through official distribution point id.ee. If you want support, you need to be using official builds. Contact our support via www.id.ee for assistance.

Source code is provided on "as is" terms with no warranty (see license for more information). Do not file Github issues with generic support requests.