QScintilla 编译

最新推荐文章于 2025-03-30 10:23:13 发布

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最新推荐文章于 2025-03-30 10:23:13 发布

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文章标签： python c/c++ 操作系统

原文链接：http://www.cnblogs.com/paladin1893/p/4440495.html

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本文详细介绍了QScintilla的安装流程，包括在Windows、MacOS/X及Linux平台上的安装步骤，并提供了与qmake的集成方法，以及Python绑定的配置与构建指导。

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直接上英文了，不翻译了。看不懂的可以留言哈。

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Installation

As supplied QScintilla will be built as a shared library/DLL and installed in the same directories as the Qt libraries and include files.

If you wish to build a static version of the library then pass CONFIG+=staticlib on the qmake command line.

If you want to make more significant changes to the configuration then edit the file qscintilla.pro in the Qt4Qt5 directory.

If you do make changes, specifically to the names of the installation directories or the name of the library, then you may also need to update the Qt4Qt5/features/qscintilla2.prf file.

See your qmake documentation for more details.

To build and install QScintilla, run:

    cd Qt4Qt5
    qmake qscintilla.pro
    make
    make install
If you have multiple versions of Qt installed then make sure you use the correct version of qmake.

Installation on Windows

Before compiling QScintilla on Windows you should remove the Qsci directory containing the QScintilla header files from any previous installation. This is because the Makefile generated by qmake will find these older header files instead of the new ones.

Depending on the compiler you are using you may need to run nmake rather than make.

If you have built a Windows DLL then you probably also want to run:

copy %QTDIR%\lib\qscintilla2.dll %QTDIR%\bin

Installation on MacOS/X

On MacOS/X you may need to pass -spec macx-g++ in order to generate a Makefile, otherwise an XCode project file may be created. In particular the Qt Designer plugin will not load if you do not do this.

Integration with qmake

To configure qmake to find your QScintilla installation, add the following line to your application's .pro file:

CONFIG += qscintilla2

Example Application

The example application provided is a port of the standard Qt application example with the QsciScintilla class being used instead of Qt's QTextEdit class.

The example does not demonstrate all of the extra features of QScintilla.

To build the example, run:

    cd example-Qt4Qt5
    qmake application.pro
    make
On Windows (and depending on the compiler you are using) you may need to run nmake rather than make.

Python Bindings

The Python bindings are in the Python directory. You must have either PyQt v4 or v5 already installed. QScintilla must also already be built and installed.

The configure, build and install the bindings for PyQt v4, run:

    python configure.py
    make
    make install
On Windows (and depending on the compiler you are using) you may need to run nmake rather than make.

If you want to build the bindings for PyQt v5 then pass --pyqt=PyQt5 as an argument to configure.py.

configure.py supports a number of other arguments. Pass -h to display a list of the supported arguments.

configure.py was re-written for QScintilla v2.7.1 to make use of new features of PyQt v4.10. The old version is still provided as configure-old.py. The new configure.py will automatically invoke configure-old.py if it detects a version of PyQt earlier than v4.10. You may of course explicitly run configure-old.py.

Qt Designer Plugin

QScintilla includes an optional plugin for Qt Designer that allows QScintilla instances to be included in GUI designs just like any other Qt widget.

To build the plugin on all platforms, make sure QScintilla is installed and then run (as root or administrator):

    cd designer-Qt4Qt5
    qmake designer.pro
    make
    make install
On Windows (and depending on the compiler you are using) you may need to run nmake rather than make.

转载于:https://www.cnblogs.com/paladin1893/p/4440495.html