(源码)基于Qt Creator框架的插件管理系统.zip

# Qt Creator Qt Creator is a cross-platform, integrated development environment (IDE) for application developers to create applications for multiple desktop, embedded, and mobile device platforms. The Qt Creator Manual is available at: https://doc.qt.io/qtcreator/index.html For an overview of the Qt Creator IDE, see: https://doc.qt.io/qtcreator/creator-overview.html ## Supported Platforms The standalone binary packages support the following platforms: * Windows 7 or later * (K)Ubuntu Linux 16.04 (64-bit) or later * macOS 10.13 or later ## Contributing For instructions on how to set up the Qt Creator repository to contribute patches back to Qt Creator, please check: https://wiki.qt.io/Setting_up_Gerrit See the following page for information about our coding standard: https://doc.qt.io/qtcreator-extending/coding-style.html ## Compiling Qt Creator Prerequisites: * Qt 5.14.0 or later * Qt WebEngine module for QtWebEngine based help viewer * On Windows: * ActiveState Active Perl * MinGW with GCC 7 or Visual Studio 2017 or later * jom * Python 3.5 or later (optional, needed for the python enabled debug helper) * On Mac OS X: latest Xcode * On Linux: GCC 7 or later * LLVM/Clang 8.0.0 or later (optional, needed for the Clang Code Model, Clang Tools, ClangFormat, Clang PCH Manager and Clang Refactoring plugins, see the section "Get LLVM/Clang for the Clang Code Model". The LLVM C++ API provides no compatibility garantee, so if later versions don't compile we don't support that version.) * CMake (for manual builds of LLVM/Clang, and Qt Creator itself) * Ninja (optional, recommended for building with CMake) * Qbs 1.7.x (optional, sources also contain Qbs itself) The installed toolchains have to match the one Qt was compiled with. You can build Qt Creator with # Optional, needed for the Clang Code Model if llvm-config is not in PATH: export LLVM_INSTALL_DIR=/path/to/llvm (or "set" on Windows) # Optional, disable Clang Refactoring export QTC_DISABLE_CLANG_REFACTORING=1 # Optional, needed to let the QbsProjectManager plugin use system Qbs: export QBS_INSTALL_DIR=/path/to/qbs # Optional, needed for the Python enabled dumper on Windows set PYTHON_INSTALL_DIR=C:\path\to\python # Optional, needed to use system KSyntaxHighlighting: set KSYNTAXHIGHLIGHTING_LIB_DIR to folder holding the KSyntaxHighlighting library # if automatic deducing of include folder fails set KSYNTAXHIGHLIGHTING_INCLUDE_DIR as well # both variables can also be passed as qmake variables cd $SOURCE_DIRECTORY qmake -r make (or mingw32-make or nmake or jom, depending on your platform) Installation ("make install") is not needed. It is however possible, using make install INSTALL_ROOT=$INSTALL_DIRECTORY ## Compiling Qt and Qt Creator on Windows This section provides step by step instructions for compiling the latest versions of Qt and Qt Creator on Windows. Alternatively, to avoid having to compile Qt yourself, you can use one of the versions of Qt shipped with the Qt SDK (release builds of Qt using MinGW and Visual C++ 2017 or later). For detailed information on the supported compilers, see <https://wiki.qt.io/Building_Qt_5_from_Git> . 1. Decide which compiler to use: MinGW or Microsoft Visual Studio. If you plan to contribute to Qt Creator, you should compile your changes with both compilers. 2. Install Git for Windows from <https://git-for-windows.github.io/>. If you plan to use the MinGW compiler suite, do not choose to put git in the default path of Windows command prompts. For more information, see step 9. 3. Create a working directory under which to check out Qt and Qt Creator, for example, `c:\work`. If you plan to use MinGW and Microsoft Visual Studio simultaneously or mix different Qt versions, we recommend creating a directory structure which reflects that. For example: `C:\work\qt5.14.0-vs17, C:\work\qt5.14.0-mingw`. 4. Download and install Perl from <https://www.activestate.com/activeperl> and check that perl.exe is added to the path. Run `perl -v` to verify that the version displayed is 5.10 or later. Note that git ships an outdated version 5.8 which cannot be used for Qt. 5. In the working directory, check out the respective branch of Qt from <https://code.qt.io/cgit/qt/qt5.git> (we recommend the highest released version). 6. Check out Qt Creator (master branch or latest version, see <https://code.qt.io/cgit/qt-creator/qt-creator.git>). You should now have the directories qt and creator under your working directory. 7. Install a compiler: - For a MinGW toolchain for Qt, see <https://wiki.qt.io/MinGW> . - For Microsoft Visual C++, install the Windows SDK and the "Debugging Tools for Windows" from the SDK image. We strongly recommend using the 64-bit version and 64-bit compilers on 64-bit systems. For the Visual C++ compilers, it is recommended to use the tool 'jom'. It is a replacement for nmake that utilizes all CPU cores and thus speeds up compilation significantly. Download it from <https://download.qt.io/official_releases/jom> and add the executable to the path. 8. For convenience, we recommend creating shell prompts with the correct environment. This can be done by creating a .bat-file (such as, `<working_directory>\qtvars.bat`) that contains the environment variable settings. A `.bat`-file for MinGW looks like: set PATH=<path_to_qt>\[qtbase\]bin;<path_to_mingw>\bin;<working_directory>\creator\bin;%PATH% set QMAKESPEC=win32-g++ For the Visual C++ compilers, call the `.bat` file that sets up the environment for the compiler (provided by the Windows SDK or the compiler): CALL "C:\Program Files (x86)\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" amd64 set PATH=<path_to_qt>\[qtbase\]bin;<working_directory>\creator\bin;%PATH% set QMAKESPEC=win32-msvc2013 You can create desktop links to the `.bat` files using the working directory and specifying %SystemRoot%\system32\cmd.exe /E:ON /V:ON /k <working_directory>\qtvars.bat 9. When using MinGW, open the shell prompt and enter: sh.exe That should result in a `sh is not recognized as internal or external command...` error. If a `sh.exe` is found, the compile process will fail. You have to remove it from the path. 10. To make use of the Clang Code Model: * Install LLVM/Clang - see the section "Get LLVM/Clang for the Clang Code Model". * Set the environment variable LLVM_INSTALL_DIR to the LLVM/Clang installation directory if llvm-config is not in PATH. * Before you launch Qt Creator you may prepend the PATH with the location of libclang.dll/.so that you want to be used. See more info in the section "Prebuilt LLVM/Clang packages". 11. You are now ready to configure and build Qt and Qt Creator. Please see <https://wiki.qt.io/Building_Qt_5_from_Git> for recommended configure-options for Qt 5. To use MinGW, open the the shell prompt and enter: cd <path_to_qt> configure <configure_options> && mingw32-make -s cd ..\creator qmake && mingw32-make -s To use the Visual C++ compilers, enter: cd <path_to_qt> configure <configure_options> && jom cd ..\creator qmake && jom 12. To launch Qt Creator, enter: qtcreator 13. To test the Clang-based code model, verify that backend process bin\clangbac