rabix
/
RedPanda-CPP
mirror of https://github.com/Reduced-panda/RedPanda-CPP
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity
RedPanda-CPP/BUILD.md

14 KiB
Raw Blame History

Dependancy

Red Panda C++ need Qt 5 (>=5.12) to build.

Windows

Library + Toolchain \ Target x86 x64 ARM64
MSYS2 + GNU-based MinGW ✔️ ✔️ ❌
MSYS2 + LLVM-based MinGW ✔️ ✔️ ✔️
Qt.io + MinGW ✔️ ✔️ ❌
Qt.io + MSVC ✔️ ✔️ ❌
vcpkg + MSVC ✔️ ✔️ ❌

Notes for Windows on ARM:

  • Red Panda C++ can be built for ARM64 ABI only on Windows 11 ARM64, while it is supposed (but not tested) to run on Windows 10 ARM64.
  • The ARM64EC (“emulation compatible”) ABI, which highlights interoperability with x64, is currently not supported.
    • ARM64EC does not bring significant benefit, since Red Panda C++ can be built to ARM64 classic ABI.
    • However, ARM64EC will allow users to use their favorite input methods, fancy Qt styles.
  • With the ARM32 deprecation in Windows 11 Insider Preview Build 25905, ARM32 support will never be added.

MSYS2 Qt Library with MinGW Toolchain (Recommended)

Red Panda C++ should work with any MinGW toolchain from MSYS2, including GCCs and Clangs in three GNU-based environments (MINGW32, MINGW64 and UCRT64), and Clangs in three LLVM-based environments (CLANG32, CLANG64 and CLANGARM64; see also MSYS2’s document), while the following toolchains are frequently tested:

  • MINGW32 GCC,
  • MINGW64 GCC,
  • UCRT64 GCC (recommended for x64)
  • CLANGARM64 Clang (the only and recommended toolchain for ARM64).

Official distributions of Red Panda C++ are built with MINGW32 GCC and MINGW64 GCC.

Prerequisites:

  1. Windows 8.1 x64 or later, or Windows 11 ARM64.
  2. Install MSYS2.
  3. In selected environment, install toolchain and Qt 5 library: 
    pacman -S $MINGW_PACKAGE_PREFIX-toolchain $MINGW_PACKAGE_PREFIX-qt5-static

For build only:

  1. In selected environment, set related variables: 
    SRC_DIR="/c/src/redpanda-src" # “C:\src\redpanda-src” for example
BUILD_DIR="/c/src/redpanda-build" # “C:\src\redpanda-build” for example
INSTALL_DIR="/c/src/redpanda-pkg" # “C:\src\redpanda-pkg” for example
  2. Navigate to build directory: 
    rm -rf "$BUILD_DIR" # optional for clean build
mkdir -p "$BUILD_DIR" && cd "$BUILD_DIR"
  3. Configure, build and install: 
    $MSYSTEM_PREFIX/qt5-static/bin/qmake PREFIX="$INSTALL_DIR" "$SRC_DIR/Red_Panda_CPP.pro"
mingw32-make -j$(nproc)
mingw32-make install

For development:

  1. Install Qt Creator (either MSYS2 edition from package $MINGW_PACKAGE_PREFIX-qt-creator or standalone edition from Qt.io downloads site).
  2. Open Red_Panda_CPP.pro with Qt Creator.

Qt.io Qt Library with MinGW Toolchain or MSVC Toolchain

Prerequisites:

  1. Windows 7 x64 or later. ARM64 is not supported.
  2. Install Qt with online installer from Qt.io.
    • Select the library (in Qt group, Qt 5.15.2 subgroup, check at lease one of MinGW 8.1.0 32-bit, MinGW 8.1.0 64-bit, MSVC 2019 32-bit or MSVC 2019 64-bit).
    • For MinGW toolchain, select the toolchain (in Qt group, Developer and Designer Tools subgroup, check MinGW 8.1.0 32-bit or MinGW 8.1.0 64-bit, matching the library).
    • Optionally select Qt Creator (in Qt group, Developer and Designer Tools subgroup; recomended for MSVC toolchain for parallel build support).
  3. For MSVC toolchain, install Visual Studio 2019 or later, or Visual Studio Build Tools 2019 or later, with Desktop Development with C++ workload.
    • In Installation Details panel, under the Desktop Development with C++ workload, select at least one MSVC x86/x64 build tools and one Windows SDK.

For build only:

  1. Launch Qt environment from Start Menu.
  2. In Qt environment, set related variables: 
    rem no quotes even if path contains spaces
set SRC_DIR=C:\src\redpanda-src
set BUILD_DIR=C:\src\redpanda-build
set INSTALL_DIR=C:\src\redpanda-pkg
rem for MSVC toolchain
set VS_INSTALL_PATH=C:\Program Files\Microsoft Visual Studio\2022\Community
rem for MSVC toolchain; or x86
set VC_ARCH=amd64
rem for MSVC toolchain; keep unset if Qt Creator is not installed
set QT_CREATOR_DIR=C:\Qt\Tools\QtCreator
  3. Navigate to build directory: 
    rem optional for clean build
rmdir /s /q "%BUILD_DIR%"
mkdir "%BUILD_DIR%" && cd /d "%BUILD_DIR%"
  4. Configure, build and install. For MinGW toolchain: 
    qmake PREFIX="%INSTALL_DIR%" "%SRC_DIR%\Red_Panda_CPP.pro"
mingw32-make -j%NUMBER_OF_PROCESSORS%
mingw32-make install
windeployqt "%INSTALL_DIR%\RedPandaIDE.exe"
    For MSVC toolchain: 
    call "%VS_INSTALL_PATH%\Common7\Tools\VsDevCmd.bat" -arch=%VC_ARCH%
qmake PREFIX="%INSTALL_DIR%" "%SRC_DIR%\Red_Panda_CPP.pro"

set JOM=%QT_CREATOR_DIR%\bin\jom\jom.exe
if "%QT_CREATOR_DIR%" neq "" (
   "%JOM%" -j%NUMBER_OF_PROCESSORS%
   "%JOM%" install
) else (
   nmake
   nmake install
)
windeployqt "%INSTALL_DIR%\RedPandaIDE.exe"

For development:

  1. Open Red_Panda_CPP.pro with Qt Creator.

Advanced Option: vcpkg Qt Static Library with MSVC Toolchain

Prerequisites:

  1. Windows 7 x64 or later. ARM64 is not supported.
    • For a fresh installation of Windows 7, install following components in order:
      1. SHA-2 code signing support (prerequisite of .NET Framework 4.8),
      2. .NET Framework 4.8 (prerequisite of Windows Management Framework 5.1 and Visual Studio; also optional dependency of Git for Windows),
      3. Windows Management Framework 5.1 (prerequisite of vcpkg bootstrapping).
  2. Install Visual Studio 2017 or later, or Visual Studio Build Tools 2017 or later, with Desktop Development with C++ workload.
    • In Installation Details panel, under the Desktop Development with C++ workload, select at least one MSVC x86/x64 build tools and one Windows SDK.
  3. Install standalone vcpkg.
    • As of 2023.08.09, a patch is required for Windows 7 to use compatible version of Python. Affected files will change over time, so manually edit them to apply the patch.
  4. Install Qt with vcpkg. 
    $TARGET = "x64-windows-static" # or "x86-windows-static"
vcpkg install qt5-base:$TARGET qt5-svg:$TARGET qt5-tools:$TARGET

To build with VS 2019 or later in PowerShell (Core) or Windows PowerShell:

  1. Set related variables: 
    $SRC_DIR = "C:\src\redpanda-src"
$BUILD_DIR = "C:\src\redpanda-build"
$INSTALL_DIR = "C:\src\redpanda-pkg"
$VCPKG_ROOT = "C:\src\vcpkg"
$VCPKG_TARGET = "x64-windows-static" # or "x86-windows-static"
$VS_INSTALL_PATH = "C:\Program Files\Microsoft Visual Studio\2022\Community"
$VC_ARCH = "amd64" # or "x86"
$JOM = "$VCPKG_ROOT\downloads\tools\jom\jom-1.1.3\jom.exe" # check the version
  2. Navigate to build directory: 
    Remove-Item -Recurse -Force "$BUILD_DIR" # optional for clean build
(New-Item -ItemType Directory -Force "$BUILD_DIR") -and (Set-Location "$BUILD_DIR")
  3. Configure, build and install: 
    Import-Module "$VS_INSTALL_PATH\Common7\Tools\Microsoft.VisualStudio.DevShell.dll"
Enter-VsDevShell -VsInstallPath "$VS_INSTALL_PATH" -SkipAutomaticLocation -DevCmdArguments "-arch=$VC_ARCH"
& "$VCPKG_ROOT\installed\$VCPKG_TARGET\tools\qt5\bin\qmake.exe" PREFIX="$INSTALL_DIR" "$SRC_DIR\Red_Panda_CPP.pro"
& "$JOM" "-j${Env:NUMBER_OF_PROCESSORS}"
& "$JOM" install

To build with VS 2017 or later in Command Prompt:

  1. Launch proper VC environment from Start Menu.
  2. Set related variables: 
    rem no quotes even if path contains spaces
set SRC_DIR=C:\src\redpanda-src
set BUILD_DIR=C:\src\redpanda-build
set INSTALL_DIR=C:\src\redpanda-pkg
set VCPKG_ROOT=C:\src\vcpkg
rem or x86-windows-static
set VCPKG_TARGET=x64-windows-static
rem check the version
set JOM=%VCPKG_ROOT%\downloads\tools\jom\jom-1.1.3\jom.exe
  3. Navigate to build directory: 
    rem optional for clean build
rmdir /s /q "%BUILD_DIR%"
mkdir "%BUILD_DIR%" && cd /d "%BUILD_DIR%"
  4. Configure, build and install: 
    "%VCPKG_ROOT%\installed\%VCPKG_TARGET%\tools\qt5\bin\qmake.exe" PREFIX="%INSTALL_DIR%" "%SRC_DIR%\Red_Panda_CPP.pro"
"%JOM%" -j%NUMBER_OF_PROCESSORS%
"%JOM%" install

Linux

  • Install gcc and qt5
  • Optionally install fcitx5-qt for building with static version of Qt
  • Open Red_Panda_CPP.pro with Qt Creator

qmake variables:

  • PREFIX: default to /usr/local. It should be set to /usr or /opt/redpanda-cpp when packaging.
  • LIBEXECDIR: directory for auxiliary executables, default to $PREFIX/libexec. Arch Linux uses /usr/lib.
  • XDG_ADAPTIVE_ICON=ON: install the icon file following freedesktop.org Icon Theme Specification for adaptiveness to themes and sizes. Required by AppImage; recommended for Linux packaging if PREFIX set to /usr.
  • LINUX_STATIC_IME_PLUGIN=ON (make phase): link to static ime plugin. Recommended for building with static version of Qt; DO NOT set for dynamic version of Qt.

Debian and Its Derivatives

“deb” Package for Current OS

  1. Install dependency: 
    sudo apt install \
  build-essential debhelper \
  libqt5svg5-dev qtbase5-dev qtbase5-dev-tools qttools5-dev-tools
  2. Build the package: 
    ./packages/debian/builddeb.sh
  3. Install the package: 
    sudo apt install /tmp/redpanda-cpp_*.deb
  4. Run Red Panda C++: 
    RedPandaIDE

Build Packages for Multiple Architectures and Versions in Containers

Extra requirements for Windows host:

  • Docker uses WSL 2 based engine, or enable file sharing on the project folder (Settings > Resources > File sharing);
  • PowerShell (Core) or Windows PowerShell.
  • Linux host: 
    DOCKER=docker # or podman
SOURCE_DIR=/build/RedPanda-CPP # source directory *in container*

MIRROR=mirrors.kernel.org # leave empty for default mirror
PLATFORM=linux/amd64 # or linux/386, linux/arm64/v8, linux/arm/v7, linux/riscv64
IMAGE=debian:12 # or Ubuntu (e.g. ubuntu:22.04)

$DOCKER run --rm -e MIRROR=$MIRROR -e SOURCE_DIR=$SOURCE_DIR -v $PWD:$SOURCE_DIR --platform $PLATFORM $IMAGE $SOURCE_DIR/packages/debian/01-in-docker.sh
  • Windows host: 
    $DOCKER = "docker" # or "podman"
$SOURCE_DIR = "/build/RedPanda-CPP" # source directory *in container*

$MIRROR = "mirrors.kernel.org" # leave empty for default mirror
$PLATFORM = "linux/amd64" # or "linux/386", "linux/arm64/v8", "linux/arm/v7", "linux/riscv64"
$IMAGE = "debian:12" # or Ubuntu (e.g. "ubuntu:22.04")

& $DOCKER run --rm -e MIRROR=$MIRROR -e SOURCE_DIR=$SOURCE_DIR -v "$(Get-Location):$SOURCE_DIR" --platform $PLATFORM $IMAGE $SOURCE_DIR/packages/debian/01-in-docker.sh

Manual Install

  1. Install compiler 
    apt install gcc g++ make gdb gdbserver
  2. Install Qt 5 and other dependencies 
    apt install qtbase5-dev qttools5-dev-tools libqt5svg5-dev git qterminal
  3. Fetch source code 
    git clone https://github.com/royqh1979/RedPanda-CPP.git
  4. Build 
    cd RedPanda-CPP/
qmake Red_Panda_CPP.pro
make -j$(nproc)
sudo make install
  5. Run 
    RedPandaIDE

Arch Linux

A reference PKGBUILD is available at packages/archlinux. Build RedPanda C++ with makepkg and then install.

Enter RedPandaIDE to launch RedPanda C++.

Note that makepkg checks out HEAD of the repo, so any change should be committed before building.

AppImage

  1. Install dependency: Docker or Podman.

    Extra requirements for Windows host:

    • Docker uses WSL 2 based engine, or enable file sharing on the project folder (Settings > Resources > File sharing);
    • PowerShell (Core) or Windows PowerShell.

  2. Prepare build environment. Linux host:

    ARCH=x86_64 # or aarch64, riscv64
DOCKER=docker # or podman
$DOCKER build -t redpanda-builder-$ARCH packages/appimage/dockerfile-$ARCH

    Windows host:

    $ARCH = "x86_64" # or "aarch64", "riscv64"
$DOCKER = "docker" # or "podman"
& $DOCKER build -t redpanda-builder-$ARCH packages/appimage/dockerfile-$ARCH

  3. Build AppImage. Linux host:

    ARCH=x86_64
DOCKER=docker
$DOCKER run --rm -v $PWD:/build/RedPanda-CPP -e CARCH=$ARCH redpanda-builder-$ARCH /build/RedPanda-CPP/packages/appimage/01-in-docker.sh

    Windows host:

    $ARCH = "x86_64"
$DOCKER = "docker"
& $DOCKER run --rm -v "$(Get-Location):/build/RedPanda-CPP" -e CARCH=$ARCH redpanda-builder-$ARCH /build/RedPanda-CPP/packages/appimage/01-in-docker.sh

  4. Run Red Panda C++.

    ./dist/RedPandaIDE-x86_64.AppImage # or *-aarch64.AppImage, *-riscv64.AppImage

Emulated Native Build for Foreign Architectures

It is possible to build Red Panda C++ for foreign architectures using targets’ native toolchains with QEMU user space emulation.

Note: Always run emulated native build in containers. Mixing architectures may kill your system.

For Linux host, install statically linked QEMU user space emulator (package name is likely qemu-user-static) and make sure that binfmt support is enabled.

For Windows host, Docker and Podman should have QEMU user space emulation enabled. If not,

  • For Docker: 
    docker run --rm --privileged multiarch/qemu-user-static:register
  • For Podman, whose virtual machine is based on Fedora WSL, simply enable binfmt support: 
    wsl -d podman-machine-default sudo cp /usr/lib/binfmt.d/qemu-aarch64-static.conf /proc/sys/fs/binfmt_misc/register
wsl -d podman-machine-default sudo cp /usr/lib/binfmt.d/qemu-riscv64-static.conf /proc/sys/fs/binfmt_misc/register