Qt configure xplatform

4. Run the configure script for Qt with the following arguments: # ./configure -release -nomake tests -no-gtkstyle -opengl es2 -egl -no-cups -no-xcb -no-eglfs -no-gtkstyle -xplatform qnx-armv7le-qcc -skip qtserialport -skip qtwebkit -skip qtconnectivity -skip qtsensors or The QT Framework FB Cairo QT/E DirectFB Surface Managers (QScreen) X Window System/Mgrs (QWS, QPaintEngine) Application Framework (QApp, QWidget) HW Device (QScreen) QT for WinCE GDI DDr a w Win32/ Windowing System 11.[编译] QT编译./configure参数的详细解释[新手充电必读] Posted on 2010-12-14 23:36 RTY 阅读(6048) 评论(0) 编辑 收藏 引用 所属分类: QT相关资料收集 可以随便的转载,只要按照规矩走带上咱论坛的链接就好。Compile example programs. 1. Copy target/bin/qmake to folder /bin and rename to qmake-arm; 2. Create new folder "test" under target/examples/tutorial, and then copy cpp programs to this folder;See full list on doc.qt.io platform:本机工具链(configure工具会自动检测);xplatform:目标机工具链 . qt工具和库分为本机工具和目标机工具、库两部分. qmake、uic、rcc、lrelease、lupdate 均为本机工具,需要用本机工具链编译; qt库都是目标机的库,所以需要目标机的工具链; 编译: make -j2. 安装 ... When I run ./configure like this:./configure -release -xplatform linux-arm -no-opengl -opengl es2 -prefix ~/qt5.9.1-arm -opensource -confirm-license -make libs -nomake tools -nomake examples -nomake tests -skip qt3d -skip qtandroidextras -skip qtcanvas3d -skip qtconnectivity -skip qtdatavis3d -skip qtdoc -skip qtgamepad -skip qtimageformats ...Qt with OpenGL ES for ARM9 - All OpenGL ES tests h. system December 1, 2009, 2:12pm #1. OK - I am at wit's end with this one. I. have been trying to cross-compile MESA to include OpenGL ES libraries. in Qt. I am currently developing embedded using the FriendlyArm. mini2440 Development board (Samsung S3C2440 ARM9 (armv4t) processor).That will configure Qt to build without thread/pthreads support (-no-feature-thread). It's better this way for finding possible problems in your application, and when it's all good, then you can re-build Qt with threads enabled. Also, not every browser might actually support pthreads, so that could be another reason for building Qt without it.Install Xplatform Wait..... QT configure ./configure -prefix /opt/qt-5.5.-arm -release -make libs -xplatform linux-arm-gnueabi-g++ -no-iconv 报错:.obj/qimage.o: In function `QImage::fill ...QT configure ./configure -prefix /opt/qt-5.5.-arm -release -make libs -xplatform linux-arm-gnueabi-g++ -no-iconv 报错:.obj/qimage.o: In function `QImage::fill ...C:\Qt\2010.01\qt>configure -static. Unable to detect the platform from environment. Use -platform command lineargum. nt or set the QMAKESPEC environment variable and run configure again. See the README file for a list of supported operating systems and compilers. Usage: configure [-buildkey <key>]The Qt make tool, qmake, can be configured to cross compile for different architectures using different compilers and different settings. How to do all this is reasonably straight forward, but you need to know how to get started. When you've downloaded and extracted Qt you find yourself facing a configure script with loads of options.platform:本机工具链(configure工具会自动检测);xplatform:目标机工具链 . qt工具和库分为本机工具和目标机工具、库两部分. qmake、uic、rcc、lrelease、lupdate 均为本机工具,需要用本机工具链编译; qt库都是目标机的库,所以需要目标机的工具链; 编译: make -j2. 安装 ... The configure script's -xplatform option is used to provide a specification for the target architecture (where the library will be deployed). For example, to cross-compile an application to run on a device with an ARM architecture, using the GCC toolchain, run the configure script at the command line in the following way:Setup Qt Creator for Raspberry Pi cross compilation - [Co] 1. Install development libraries - [Pi] We need to install some development libraries, so the first thing to do is to allow the system to install source packages, for this you only have to uncomment the deb-src line in the /etc/apt/sources.list file, which configures the system ...List of Qt5 configuration parameters for different platforms with references. This page aggregates configuration parameters of Qt5 for different platforms in one place. To configure Qt for Windows Mobile 5.0 for Pocket PC, type the following: C: cd \Qt\4.7 configure -platform win32-msvc2005 -xplatform wincewm50pocket-msvc2005 If you want to configure Qt for another platform or with other options, type configure -help to get a list of all available options.I will not say I'm not missing something here, but Qt is not indicating that I am, so I'm reasonably confident my sysroot is good. I then moved to my Qt build: $ cd /opt/qt-everywhere-src-5.10. $ ./configure -opensource -confirm-license -xplatform linux-aarch64-gnu-g\+\+ -sysroot /projects/xilinx/rootfs -prefix /opt/qt-5.10. -opengl es2 ...Jul 26, 2016 · There are many cases in every cross-platform development framework that you want your source code to be built differently under different operating systems. For example you might want a method to to use platform specific functions in Windows, Linux and Mac OS X but you don’t want to have different projects for each one of … Continue reading "How to Configure a Single Qt Project for ... List of Qt5 configuration parameters for different platforms with references. This page aggregates configuration parameters of Qt5 for different platforms in one place.Configure Qt as a cross-compile build for the wasm-emscripten platform. This will implicitly set the "-static" and "-no-feature-thread" options. Pass the -compile-examples option to enable examples. ./configure -xplatform wasm-emscripten -nomake examples -prefix $PWD/qtbaseQt 5.0.0 Sources. Qt 4.8.4 for Windows (Src and VS2008 32bit Binary) Qt Visual Studio Addin 1.1.11 for Qt4 (Binary) Qt 4.8.4 for Windows (Src and VS2010 32bit Binary) Qt 4.8.4 for Windows (Src and MinGW 32bit Binary) Qt Creator 2.6.1 for Windows (32bit Binary) Qt 4.8.4 for Windows (Src and VS2010 64bit Binary) Qt Commercial Charts 1.1.0. Qt 5.0 ...2. Compiling Qt sources. Open Developer Command Prompt for VS2012: configure -prefix E:githubqt5qt5-winphone-arm-msvc2012 -debug-and-release -xplatform winphone-arm-msvc2012 -no-openssl -no-vcproj -nomake tests -nomake examples -nomake demos -no-sql-sqlite Configure will fail due to new architecture detection mechanism:(1)configure执行时出现 "Basic XLib functionality test failed!" 缺少libx11的开发包,安装即可:apt-get install libx11-dev libxext-dev libxtst-dev(libxext-dev libxtst-dev可以不安装,因为安装libx11-dev时这两个一起安装了)I can get it to configure using "Configure -platform win32-msvc2008 -xplatform wince70embedded-armv4i-msvc2008" but build fails with a lot of linking issues like the following: ... I'm afraid that I only built QT for CE once and that was many years ago, so I am hardly an expert. ...Building Qt embedded for your host ./configure -embedded -qvfb ... Building Qt embedded for your target ./configure -embedded arm -xplatform qws/linux-arm-g++ Configure Qt and skip unsupported modules: ./configure -xplatform android-clang --disable-rpath -nomake tests -nomake examples -android-ndk <path/to/ndk> -android-sdk <path/to/sdk> -android-ndk-host <e.g. linux-x86_64> -skip qttranslations -skip qtserialport -no-warnings-are-errors交叉编译 Qt5.12文章目录交叉编译 Qt5.12前言准备 sysroot基础镜像安装需要的依赖库安装自己要用的工具创建 pkgconfig 软链接退出 qemu 环境处理软链接主机安装编译工具交叉编译工具链安装编译需要的环境编译Qt配置 mkspecsconfiguremakemake installWebEngine去掉qt库交叉编译信息目前遇到的问题eglfsqmake附件附件1 c ...I can get it to configure using "Configure -platform win32-msvc2008 -xplatform wince70embedded-armv4i-msvc2008" but build fails with a lot of linking issues like the following: ... I'm afraid that I only built QT for CE once and that was many years ago, so I am hardly an expert. ...I built Qt 5.3.1 with the above mentioned image mounted on Ubuntu host machine with following configure options. configure -v -opensource -confirm-license -opengl es2 -no-largefile -prefixNov 11, 2009 · Qt/Embedded Linux's configuration system supports cross-compiling, through the configure script's -embedded and -xplatform options. For example, to build for the ARM architecture we would type./configure -embedded arm -xplatform qws/linux-arm-g++. We can create custom configurations by adding new files to Qt's mkspecs/qws directory. 交叉编译 Qt5.12文章目录交叉编译 Qt5.12前言准备 sysroot基础镜像安装需要的依赖库安装自己要用的工具创建 pkgconfig 软链接退出 qemu 环境处理软链接主机安装编译工具交叉编译工具链安装编译需要的环境编译Qt配置 mkspecsconfiguremakemake installWebEngine去掉qt库交叉编译信息目前遇到的问题eglfsqmake附件附件1 c ...这里是正点原子移植Qt5.12.9的配置,因为有些用户拷贝文档时容易出现错误,所以直接上传到gitee上面 tar xvf qt-everywhere-opensource-src-4.6.2.tar.gz cd qt-everywhere-opensource-src-4.6.2 Now go to : cd mkspecs/qws mkdir rasp-g++ cp linux-arm-g++/* rasp-g++ cd rasp-g++Install Xplatform Wait..... When you select mkspec for configure you can select a host platform with -platform, or when cross-compiling you can select target platform with -xplatform. When cross-compiling for a specific supported device you select the mkspec with -device. You can give options for the specific device with -device-option flag../configure -opensource -confirm-license -xplatform wasm-emscripten -release -static -no-feature-thread -nomake examples -no-dbus -no-ssl. I can't find much information around to explain why webengine can't be compiled with emscripten. If you happen to know, let me know. Thanks! 由于要使用触摸屏,所以加入tslib库,把不需要的都不编译,加快编译时间。 ../qt-everywhere-opensource-src-4.7.4/configure -opensource -confirm-license -embedded arm -xplatform qws/linux-arm-gnueabi-g++ -fast -optimized-qmake -pch -qt-libjpeg -qt-libpng -qt-gif -qt-zlib -qt-sql-sqlite -qt-freetype -no-libtiff -no-libmng -no-openssl -no-xcursor -no-xfixes -no-xrandr ... A conan package for Qt. Contribute to Tereius/conan-Qt development by creating an account on GitHub.C:\Qt\2010.01\qt>configure -static. Unable to detect the platform from environment. Use -platform command lineargum. nt or set the QMAKESPEC environment variable and run configure again. See the README file for a list of supported operating systems and compilers. Usage: configure [-buildkey <key>]Build Qt from the sources. Alternatively, you could download the Qt sources in the Downloads section, and build Qt from it. Configure Qt as a cross-compile build for the wasm-emscripten platform. This will implicitly set the "-static" and "-no-feature-thread" options. Pass the -compile-examples option to enable examples. platform:本机工具链(configure工具会自动检测);xplatform:目标机工具链 . qt工具和库分为本机工具和目标机工具、库两部分. qmake、uic、rcc、lrelease、lupdate 均为本机工具,需要用本机工具链编译; qt库都是目标机的库,所以需要目标机的工具链; 编译: make -j2. 安装 ... This page gives a brief description of the different options available when building Qt using the configure script or configure.exe binary. To build Qt using the default options, just call configure from the command line as shown below. ... -xplatform <spec> The operating system and compiler you are cross compiling for.-xplatform 就是告诉configure ,生成qt 4.8.1库的Makefile采用哪一个qmake.conf。 configure -xplatform qws/linux-arm-g++ 即表示采用 qws/linux-arm-g++的qmake.conf,而且这个格式很简单,所以如果有一个新的嵌入式平台,你完全可以在qws建个类似qmake.conf,只要用xplatform通知configure 即可。 Configure Qt as a cross-compile build for the "wasm-emscripten" platform. This will implicitly set the "-static" and "-no-feature-thread" options. The Qt examples are not built by default in order to minimize build size and time. Pass the "-compile-examples" option to enable examples.59172 - PetaLinux - Building and Deploying Applications With Qt 4.8.5, QWT 6.1.0, Qt Creator 3.0. Description. Qt is an applications framework well-suited for embedded systems development. In addition to providing a framework for GUIs and embedded graphics via direct access to the frame buffer under Linux, it provides a rich suite of framework ...Building Qt for WebAssembly · GitHub. Building Qt for WebAssembly. Raw. build-qt-wasm.sh. # Get dependencies in place (example for Debian based systems) sudo apt-get build-dep --yes qt5-default. sudo apt-get install --yes libxcb-xinerama0-dev git python cmake default-jre.Configure Qt as a cross-compile build for the "wasm-emscripten" platform. This will implicitly set the "-static" and "-no-feature-thread" options. The Qt examples are not built by default in order to minimize build size and time. Pass the "-compile-examples" option to enable examples.Building Qt for WebAssembly · GitHub. Building Qt for WebAssembly. Raw. build-qt-wasm.sh. # Get dependencies in place (example for Debian based systems) sudo apt-get build-dep --yes qt5-default. sudo apt-get install --yes libxcb-xinerama0-dev git python cmake default-jre.1.1. 安装arm-linux-gnueabihf-gcc 8.3.0¶. 首先安装教程编译器:arm-linux-gnueabihf-gcc 8.3.0 版本,为什么要选择那么高的版本呢,因为作者测试时使用4.9.3版本编译器编译出来的Qt App在Debian系统上运行时会报一个错误: Hi, I’m trying to build Qt 5.7 using makespec wince80colibri-armv7-msvc2012. I’m using Visual Studio 2013 with Application Builder for Windows Embedded installed. I’ve installed Toradex CE8 SDK v2.2. Configure appears to succeed, but then nmake fails. Here’s my configure command and output: configure -prefix c:\\Qt\\5.7\\vf61 -platform win32-msvc2013 -xplatform wince80colibri-armv7 ... It seems that GCC is now deprecated and will be removed from the Android NDK; Clang will be used instead. That being said Android NDK will never have support for GCC 5 and no updates will be made inJun 13, 2017 · 回答. 1. 当您配置选择 mkspec 你可以选择一台主机平台 -platform ,或者交叉编译,你可以用 -xplatform 选择目标平台。. 当交叉编译特定的 支持 设备时,您选择与 -device 的mkspec。. 您可以使用 -device-option 标志为特定设备提供选项。. 当使用 -device 标志时,您不使用 ... C:\Qt\2010.01\qt>configure -static. Unable to detect the platform from environment. Use -platform command lineargum. nt or set the QMAKESPEC environment variable and run configure again. See the README file for a list of supported operating systems and compilers. Usage: configure [-buildkey <key>]这里是正点原子移植Qt5.12.9的配置,因为有些用户拷贝文档时容易出现错误,所以直接上传到gitee上面 Qt 5.15 available configure options. GitHub Gist: instantly share code, notes, and snippets.Simplified Edition --> configure -opensource -confirm-license -verbose -platform win32-msvc2017 -release -mp -icu -qt-pcre -qt-zlib -openssl -opengl dynamic -qt-freetype -qt-harfbuzz -qt-libpng -qt-libjpeg -no-sql-mysql -qt-sqlite -qt-tiff -qt-webp -webengine-proprietary-codecs -nomake tests -nomake examples -prefix "X:\Qt\Qt5.15.2_custom\5.15 ...这里是正点原子移植Qt5.12.9的配置,因为有些用户拷贝文档时容易出现错误,所以直接上传到gitee上面 Jun 07, 2012 · It appears that "initially" when you run configure (with -xtarget, etc.), it configures then runs your "hosts" gcc to build the local binary file ./bin/qmake./configure -xplatform win32-g++ -device-option CROSS_COMPILE=$cross_prefix_here -nomake examples ... then you run normal "make" and it builds it for mingw. make make install so. yes Configure Qt and skip unsupported modules: ./configure -xplatform android-clang --disable-rpath -nomake tests -nomake examples -android-ndk <path/to/ndk> -android-sdk <path/to/sdk> -android-ndk-host <e.g. linux-x86_64> -skip qttranslations -skip qtserialport -no-warnings-are-errorsSetup Qt Creator for Raspberry Pi cross compilation - [Co] 1. Install development libraries - [Pi] We need to install some development libraries, so the first thing to do is to allow the system to install source packages, for this you only have to uncomment the deb-src line in the /etc/apt/sources.list file, which configures the system ...Simplified Edition --> configure -opensource -confirm-license -verbose -platform win32-msvc2017 -release -mp -icu -qt-pcre -qt-zlib -openssl -opengl dynamic -qt-freetype -qt-harfbuzz -qt-libpng -qt-libjpeg -no-sql-mysql -qt-sqlite -qt-tiff -qt-webp -webengine-proprietary-codecs -nomake tests -nomake examples -prefix "X:\Qt\Qt5.15.2_custom\5.15 ...Jul 26, 2016 · There are many cases in every cross-platform development framework that you want your source code to be built differently under different operating systems. For example you might want a method to to use platform specific functions in Windows, Linux and Mac OS X but you don’t want to have different projects for each one of … Continue reading "How to Configure a Single Qt Project for ... platform:本机工具链(configure工具会自动检测);xplatform:目标机工具链 . qt工具和库分为本机工具和目标机工具、库两部分. qmake、uic、rcc、lrelease、lupdate 均为本机工具,需要用本机工具链编译; qt库都是目标机的库,所以需要目标机的工具链; 编译: make -j2. 安装 ... cd /c/Qt/mobile-Qt5-shadow /c/Qt/Qt$ {VERSION}_src\configure.exe -xplatform wincewm50pocket-msvc2005 -prefix $INSTALLDIR Adjust above command for your target platform, above is for building Qt5 for Windows CE platform. Finally, to build the shadow build, you may use nmake or jom or mingw32-make.configure: Requested 'glib-2.0 >= 2.18' but version of GLib is 2.12.4 configure: error: This package requires GLib >= 2.18 to compile. In file included from gstbufferstraw.h:25,由于项目需要,需要在国产系统(银河麒麟系统--飞腾cpu-arm64)上用firefox加载一个npapi插件,而firefox是一个32位的浏览器,而银河麒麟系统不支持编译32位的动态库,因此只能用交叉编译环境来编译arm32的动态库。 整了一个星期的Qt移植,今天终于弄出来了。网上的移植教程很多,可没有一篇能够完整 ...-xplatform 就是告诉configure ,生成qt 4.8.1库的Makefile采用哪一个qmake.conf。 configure -xplatform qws/linux-arm-g++ 即表示采用 qws/linux-arm-g++的qmake.conf,而且这个格式很简单,所以如果有一个新的嵌入式平台,你完全可以在qws建个类似qmake.conf,只要用xplatform通知configure 即可。 To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are:-xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs... /configure -xplatform wasm-emscripten -nomake examples -feature-thread -prefix ~/Qt/wasm -prefix后面的目录可根据直接的需要进行修改。 成功之后就开始make和make install二连啦。 make-j4 make install 打开Qt Creator进行测试To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are:-xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs.Building Qt for WebAssembly · GitHub. Building Qt for WebAssembly. Raw. build-qt-wasm.sh. # Get dependencies in place (example for Debian based systems) sudo apt-get build-dep --yes qt5-default. sudo apt-get install --yes libxcb-xinerama0-dev git python cmake default-jre.arm-linux-gcc是3.4.1.[[email protected] builed]# ../qt-extended-4.4.2/configure -release -pictureflow -gif -script -xplatform linux-arm-g++This is the Qt Extended Open Source Edition.You are licensed to use this software under the terms of the GPL.Please see the file LICENSE.GPL for the licensing terms.Type 'yes' to accept this license offer.Type ...Many thanks to the team at imxdev.org.Their notes on cross-compilation of Qt helped us greatly in walking through the process of getting Qt up and running on our Nitrogen i.MX51 board under LTIB.. We recently followed those directions to cross-compile Qt. The following are notes about places we deviated from the notes on the imxdev site and first impressions.Jun 07, 2012 · It appears that "initially" when you run configure (with -xtarget, etc.), it configures then runs your "hosts" gcc to build the local binary file ./bin/qmake./configure -xplatform win32-g++ -device-option CROSS_COMPILE=$cross_prefix_here -nomake examples ... then you run normal "make" and it builds it for mingw. make make install so. yes -xplatform 就是告诉configure ,生成qt 4.8.1库的Makefile采用哪一个qmake.conf。 configure -xplatform qws/linux-arm-g++ 即表示采用 qws/linux-arm-g++的qmake.conf,而且这个格式很简单,所以如果有一个新的嵌入式平台,你完全可以在qws建个类似qmake.conf,只要用xplatform通知configure 即可。 Some notes on this configure: xplatform tells Qt that we are cross-compiling. If you are using ARM soft float, change this to linux-arm-gnueabi-g++; ... Now that we have Qt installed, we can setup Qt creator in order to easily cross compile. Open up Qt creator, and go to Tools->Options. Under the 'Qt Versions' tab, add a new Qt version. ...1.1. 安装arm-linux-gnueabihf-gcc 8.3.0¶. 首先安装教程编译器:arm-linux-gnueabihf-gcc 8.3.0 版本,为什么要选择那么高的版本呢,因为作者测试时使用4.9.3版本编译器编译出来的Qt App在Debian系统上运行时会报一个错误: The Qt make tool, qmake, can be configured to cross compile for different architectures using different compilers and different settings. How to do all this is reasonably straight forward, but you need to know how to get started. When you've downloaded and extracted Qt you find yourself facing a configure script with loads of options.Simplified Edition --> configure -opensource -confirm-license -verbose -platform win32-msvc2017 -release -mp -icu -qt-pcre -qt-zlib -openssl -opengl dynamic -qt-freetype -qt-harfbuzz -qt-libpng -qt-libjpeg -no-sql-mysql -qt-sqlite -qt-tiff -qt-webp -webengine-proprietary-codecs -nomake tests -nomake examples -prefix "X:\Qt\Qt5.15.2_custom\5.15 ...Hello all, I need to recompile the Qt library to add some feature I need; the cross compilation seems to ... arm-g++ Can someone help me? Thanks! ... ./configure -embedded arm -xplatform mkspecs/linux-arm-g++ Can someone help me? Thanks! asked Jul 22, 2010 in Linux by johnfulgor New to the Community (0 points)Jul 26, 2016 · There are many cases in every cross-platform development framework that you want your source code to be built differently under different operating systems. For example you might want a method to to use platform specific functions in Windows, Linux and Mac OS X but you don’t want to have different projects for each one of … Continue reading "How to Configure a Single Qt Project for ... To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are: -xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs.Jun 07, 2012 · It appears that "initially" when you run configure (with -xtarget, etc.), it configures then runs your "hosts" gcc to build the local binary file ./bin/qmake./configure -xplatform win32-g++ -device-option CROSS_COMPILE=$cross_prefix_here -nomake examples ... then you run normal "make" and it builds it for mingw. make make install so. yes When I run ./configure like this:./configure -release -xplatform linux-arm -no-opengl -opengl es2 -prefix ~/qt5.9.1-arm -opensource -confirm-license -make libs -nomake tools -nomake examples -nomake tests -skip qt3d -skip qtandroidextras -skip qtcanvas3d -skip qtconnectivity -skip qtdatavis3d -skip qtdoc -skip qtgamepad -skip qtimageformats ...QT configure ./configure -prefix /opt/qt-5.5.-arm -release -make libs -xplatform linux-arm-gnueaConfigure & Make. From the MSVC 2013 x86 Native Tools command line, configure Qt. The mkspec you choose depends on your target platform, but it is always cross-compiled: that is, it uses the -xplatform argument. If you are doing a shadow build (building outside of the source directory) you may prefer to use -developer-build to make modifying Qt ...由于要使用触摸屏,所以加入tslib库,把不需要的都不编译,加快编译时间。 ../qt-everywhere-opensource-src-4.7.4/configure -opensource -confirm-license -embedded arm -xplatform qws/linux-arm-gnueabi-g++ -fast -optimized-qmake -pch -qt-libjpeg -qt-libpng -qt-gif -qt-zlib -qt-sql-sqlite -qt-freetype -no-libtiff -no-libmng -no-openssl -no-xcursor -no-xfixes -no-xrandr ... QT的早期版本和现在版本有点变化,提供的文件也不尽相同,最新的版本为5.0,我这里用的是4.8.4,一个完整的QT应该包括QT库、IDE也就是QT creator,在Linux下的安装中,目前看到的主要有三种方法:A conan package for Qt. Contribute to Tereius/conan-Qt development by creating an account on GitHub.Configure Qt quickly by generating Makefiles only for library and subdirectory targets. All other Makefiles are created as wrappers which will in turn run qmake.-no-exceptions: ... -xplatform <spec> The operating system and compiler you are cross compiling for.The QT Framework FB Cairo QT/E DirectFB Surface Managers (QScreen) X Window System/Mgrs (QWS, QPaintEngine) Application Framework (QApp, QWidget) HW Device (QScreen) QT for WinCE GDI DDr a w Win32/ Windowing System 11.In Qt 5, configure optionally used pkg-config for this, but was also using various compile-time tests. These checks could be tweaked from the command line with various assignments like ICU_PREFIX, ICU_LIBS, etc. In Qt 6, configure relies on CMake to resolve dependencies. For most dependencies, this requires the third-party library to provide a ...Hi, Run configure again with -v to see exactly what is going on. From a quick overview the -xplatform parameter is wrong and you don't seem to have anything set for -sysrootQt for Web Browsers. Introduction to WebAssembly and Emscripten. Building for WebAssembly. Qt applications as a <canvas> Local File Access. Networking. JavaScript and C++ Interop. Qt for Web Browsers (The story so far) Qt for Google Native Client. Qt WebGL Streaming. Qt for WebAssembly. Why Qt for Web Browsers. Build once, deploy everywhere. No ...When you select mkspec for configure you can select a host platform with -platform, or when cross-compiling you can select target platform with -xplatform. When cross-compiling for a specific supported device you select the mkspec with -device. You can give options for the specific device with -device-option flag.List of Qt5 configuration parameters for different platforms with references. This page aggregates configuration parameters of Qt5 for different platforms in one place.tar xvf qt-everywhere-opensource-src-4.6.2.tar.gz cd qt-everywhere-opensource-src-4.6.2 Now go to : cd mkspecs/qws mkdir rasp-g++ cp linux-arm-g++/* rasp-g++ cd rasp-g++This wiki page summarizes the build steps for Qt 4.7.3 and Qwt 6.0.1 libraries as used in the Zynq Base TRD 2015.2 or older. The Zynq Base TRD version 2015.4 uses Qt 5.4.2 and Qwt 6.1.2. Please refer to this wiki page for build instructions.The Qt library allows you to make really cross-platform applications. Once written code can be compiled for many operating systems. But the problem is precisely in the word "compile" because it means that it is necessary to reboot to the target system, have a customized development environment, installed and configured zoo of libraries. Cross compilation is a solution - a compilation that ...可以随便的转载,只要按照规矩走带上咱论坛的链接就好。 全文是按照./configure -help来翻译的 Usage: configure [-h] [-prefix <dir> 2. Compiling Qt sources. Open Developer Command Prompt for VS2012: configure -prefix E:githubqt5qt5-winphone-arm-msvc2012 -debug-and-release -xplatform winphone-arm-msvc2012 -no-openssl -no-vcproj -nomake tests -nomake examples -nomake demos -no-sql-sqlite Configure will fail due to new architecture detection mechanism:When you select mkspec for configure you can select a host platform with -platform, or when cross-compiling you can select target platform with -xplatform. When cross-compiling for a specific supported device you select the mkspec with -device. You can give options for the specific device with -device-option flag.In the "Installation Folder" screen, enter /opt/Qt. In the "Select Components" screen, choose the version you would like to install (Qt 5.11.1 used in this example) and tick the "Desktop gcc 64-bit" option. The installer will request your sudo password during installation. Configure the System.QT交叉编译环境搭建. 大家好,这里是Bingonut的编程笔记。 最近有用到QT编写一个arm开发板的一个ui界面,在电脑ubuntu上设计好ui后,首当其冲的便是要搭建QT的交叉编译环境。我在网上也找了不少教程,大都写得比较含糊,且有些过时了,那便自己写个。 When you select mkspec for configure you can select a host platform with -platform, or when cross-compiling you can select target platform with -xplatform. When cross-compiling for a specific supported device you select the mkspec with -device. You can give options for the specific device with -device-option flag.To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are:-xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs. We are now ready to configure Qt with the packages/modules required for the Base TRD based on the tool chain specified in our mkspec. bash> ./configure -xplatform arm-xilinx-linux-gnueabi-g++ \ -opensource \ -confirm-license \ -nomake examples \ -skip qtquickcontrols \ -skip qtwebkit \ -skip qtwebchannel \ -skip qtactiveqt \ -skip ...Building Qt for WebAssembly · GitHub. Building Qt for WebAssembly. Raw. build-qt-wasm.sh. # Get dependencies in place (example for Debian based systems) sudo apt-get build-dep --yes qt5-default. sudo apt-get install --yes libxcb-xinerama0-dev git python cmake default-jre.Configure Qt as a cross-compile build for the wasm-emscripten platform. This will implicitly set the "-static" and "-no-feature-thread" options. Pass the -compile-examples option to enable examples. ./configure -xplatform wasm-emscripten -nomake examples -prefix $PWD/qtbaseTo configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are:-xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs.Building Qt for WebAssembly · GitHub. Building Qt for WebAssembly. Raw. build-qt-wasm.sh. # Get dependencies in place (example for Debian based systems) sudo apt-get build-dep --yes qt5-default. sudo apt-get install --yes libxcb-xinerama0-dev git python cmake default-jre../configure -opensource -confirm-license -xplatform wasm-emscripten -release -static -no-feature-thread -nomake examples -no-dbus -no-ssl. I can't find much information around to explain why webengine can't be compiled with emscripten. If you happen to know, let me know. Thanks! Nov 11, 2009 · Qt/Embedded Linux's configuration system supports cross-compiling, through the configure script's -embedded and -xplatform options. For example, to build for the ARM architecture we would type./configure -embedded arm -xplatform qws/linux-arm-g++. We can create custom configurations by adding new files to Qt's mkspecs/qws directory. In Qt Creator, choose Tools > External > AppStudio > Advanced Configuration to open the advanced configuration tool. In the advanced configuration tool, click Configure AppStudio with Qt Kits. Check all platforms that you intend to distribute your app on. Keep in mind that the platforms you can use are dictated by your desktop operating system.Build Qt from the sources. Alternatively, you could download the Qt sources in the Downloads section, and build Qt from it. Configure Qt as a cross-compile build for the wasm-emscripten platform. This will implicitly set the "-static" and "-no-feature-thread" options. Pass the -compile-examples option to enable examples. Setup Qt Creator for Raspberry Pi cross compilation - [Co] 1. Install development libraries - [Pi] We need to install some development libraries, so the first thing to do is to allow the system to install source packages, for this you only have to uncomment the deb-src line in the /etc/apt/sources.list file, which configures the system ...59172 - PetaLinux - Building and Deploying Applications With Qt 4.8.5, QWT 6.1.0, Qt Creator 3.0. Description. Qt is an applications framework well-suited for embedded systems development. In addition to providing a framework for GUIs and embedded graphics via direct access to the frame buffer under Linux, it provides a rich suite of framework ..../configure -opensource -embedded arm -xplatform qws/linux-arm-chumby-gnueabi-g++ -no-feature-cursor -qt-mouse-tslib -nomake examples -nomake demos-opensource: specify that we’re using the LGPL. If you have a commercial license you should change this.-embedded arm: specify that we’re compiling Qt/Embedded for ARM. Qt for webOS. Contribute to openwebos/qt development by creating an account on GitHub. To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are: -xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs.Below is the list of all configure options for building Qt. It is taken from Qt 5.5 configure file which can be found under qtbase. Configure options: The defaults (*) are usually acceptable. A plus (+) denotes a default value that needs to be evaluated. If the evaluation succeeds, the feature is included.Oct 14, 2020 · 该qt-configure-module脚本采用与顶级Qt configure调用相同的参数-限于适用于我们当前正在配置的模块的参数。 在以下示例中,我们首先构建并安装qtbase,然后在关闭qml-network功能的情况下构建qtdeclarative。 When you select mkspec for configure you can select a host platform with -platform, or when cross-compiling you can select target platform with -xplatform. When cross-compiling for a specific supported device you select the mkspec with -device. You can give options for the specific device with -device-option flag... /configure -xplatform wasm-emscripten -nomake examples -feature-thread -prefix ~/Qt/wasm -prefix后面的目录可根据直接的需要进行修改。 成功之后就开始make和make install二连啦。 make-j4 make install 打开Qt Creator进行测试Building Qt 5.1 Beta From Source on HOST:(Snow Leopard,OSX Lion and Mountain Lion) TARGET:(OSX,ANDROID,BB10) The building process is often quite terse and is written for developers, which make many assumptions about the level of ability. I have written this guide for developers, whom know how to program in C++, but do not know to much…Jun 10, 2016 · Qt configure 参数不完全说明. findumars 2016-06-10 原文. 只需要加个 -fast参数就ok了。. 其他参数视自己情况而定,比如你不需要qt3支持可以添加-no-qt3support,或者不需要webkit插件 -no-webkit. 配置参数选项: 前面是*号的表示默认参数. +号表示该功能要求被评估,评估成功后 ... Qt TV PyQt & PySide · Page d'accueil · Toutes les classes · Classes principales · Annotées · Classes groupées · Modules · Fonctions ·Nov 11, 2009 · Qt/Embedded Linux's configuration system supports cross-compiling, through the configure script's -embedded and -xplatform options. For example, to build for the ARM architecture we would type./configure -embedded arm -xplatform qws/linux-arm-g++. We can create custom configurations by adding new files to Qt's mkspecs/qws directory. The Qt make tool, qmake, can be configured to cross compile for different architectures using different compilers and different settings. How to do all this is reasonably straight forward, but you need to know how to get started. When you've downloaded and extracted Qt you find yourself facing a configure script with loads of options.To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. This set up varies among the Supported Platforms. Common options are:-xplatform - the target platform. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs.Simplified Edition --> configure -opensource -confirm-license -verbose -platform win32-msvc2017 -release -mp -icu -qt-pcre -qt-zlib -openssl -opengl dynamic -qt-freetype -qt-harfbuzz -qt-libpng -qt-libjpeg -no-sql-mysql -qt-sqlite -qt-tiff -qt-webp -webengine-proprietary-codecs -nomake tests -nomake examples -prefix "X:\Qt\Qt5.15.2_custom\5.15 ..../configure -opensource -confirm-license -xplatform wasm-emscripten -release -static -no-feature-thread -nomake examples -no-dbus -no-ssl. I can't find much information around to explain why webengine can't be compiled with emscripten. If you happen to know, let me know. Thanks! Qt Creator Integration. Qt Creator has had some problems with the QNX / CMake integration. For example these bugs: QTCREATORBUG-20386: QtCreator doesn't not allow selection of the QNX C compiler (qcc) QTCREATORBUG-20392: CMake: Qt Creator is unable to configure and build a project with CMAKE_TOOLCHAIN_FILEWhen cross compiling Qt for Android, configure seems to miss openssl libraries. As of 11-Jun-19, this seems to reliably work in dev, but not 5.13 using Openssl 1.0.2. In the configure test, the following result is seen: test config.qtbase_corelib.tests.atomicfptr succeeded Checking for OpenSSL Headers...That will configure Qt to build without thread/pthreads support (-no-feature-thread). It's better this way for finding possible problems in your application, and when it's all good, then you can re-build Qt with threads enabled. Also, not every browser might actually support pthreads, so that could be another reason for building Qt without it.This directory already contains a qmake.conf file, but it won't work if you keep it as it is. Go to the qtbase directory: cd qt-everywhere-opensource-src-5.1.1/qtbase. and run the configuration and build process: ./configure -v -opensource -confirm-license -release \. -prefix ~/Qt5.1.1_ev3 \.4.然后再执行configure -platform win32-msvc2005 -xplatform wince60standard-armv4i-msvc2005 命令,等待编译完成, -xplatform 后面的参数由你自己需要决定; 5.执行nmake,安装完毕(wince版本的试用见另外篇文章《Qt-WinCE 开发起步》)。 五.QTCreator安装(Linux平台+gcc4.3)To configure Qt for Windows Mobile 5.0 for Pocket PC, type the following: C: cd \Qt\4.7 configure -platform win32-msvc2005 -xplatform wincewm50pocket-msvc2005 If you want to configure Qt for another platform or with other options, type configure -help to get a list of all available options.A conan package for Qt. Contribute to Tereius/conan-Qt development by creating an account on GitHub.Mar 30, 2022 · 交叉编译 Qt5.12文章目录交叉编译 Qt5.12前言准备 sysroot基础镜像安装需要的依赖库安装自己要用的工具创建 pkgconfig 软链接退出 qemu 环境处理软链接主机安装编译工具交叉编译工具链安装编译需要的环境编译Qt配置 mkspecsconfiguremakemake installWebEngine去掉qt库交叉编译信息目前遇到的问题eglfsqmake附件附件1 c ... Configure qt to use open source version with simulator, skipping examples and test ./configure -xplatform macx-ios-clang -developer-build -opensource -release -nomake examples -nomake tests -sdk iphonesimulator Alternatively, use this configure command in a separate git checkout to build for iOS devicesThe binary builds can be downloaded in the Downloads section using your Qt account. Build Qt from the sources Alternatively, you could download the Qt sources in the Downloads section, and build Qt from it. Configure Qt as a cross-compile build for the wasm-emscripten platform. This will implicitly set the "-static" and "-no-feature-thread ...The Qt library allows you to make really cross-platform applications. Once written code can be compiled for many operating systems. But the problem is precisely in the word "compile" because it means that it is necessary to reboot to the target system, have a customized development environment, installed and configured zoo of libraries. Cross compilation is a solution - a compilation that ...Configure & Make. From the MSVC 2013 x86 Native Tools command line, configure Qt. The mkspec you choose depends on your target platform, but it is always cross-compiled: that is, it uses the -xplatform argument. If you are doing a shadow build (building outside of the source directory) you may prefer to use -developer-build to make modifying Qt ...The Qt library allows you to make really cross-platform applications. Once written code can be compiled for many operating systems. But the problem is precisely in the word "compile" because it means that it is necessary to reboot to the target system, have a customized development environment, installed and configured zoo of libraries. Cross compilation is a solution - a compilation that ...4. Run the configure script for Qt with the following arguments: # ./configure -release -nomake tests -no-gtkstyle -opengl es2 -egl -no-cups -no-xcb -no-eglfs -no-gtkstyle -xplatform qnx-armv7le-qcc -skip qtserialport -skip qtwebkit -skip qtconnectivity -skip qtsensors or Then you can configure Qt with glib, phonon and its backend and by adding the pkgconfig option : $ ./configure -embedded YOUR_EMBEDDED_PLATFORM -xplatform YOUR_PLATFORM_MKSPECS -depths 16,18 -no-cups -no-nis -no-qt3support -phonon -phonon-backend -glib -prefix YOUR_INSTALLATION_PATH -force-pkg-config Qt with OpenGL ES for ARM9 - All OpenGL ES tests h. system December 1, 2009, 2:12pm #1. OK - I am at wit's end with this one. I. have been trying to cross-compile MESA to include OpenGL ES libraries. in Qt. I am currently developing embedded using the FriendlyArm. mini2440 Development board (Samsung S3C2440 ARM9 (armv4t) processor).为了编译 Qt,必须运行它的configure脚本,指定主机平台-platform(例如,-platform linux-g++-64如果您使用 g++ 编译器在 64 位 linux 上构建)和目标平台-xplatform(例如,-xplatform win32-g++如果您交叉编译到 Windows )。 X_1