Qt configure xplatform For example, you develop on Linux, and then run your app on Windows. 0-96-generic #97~16. How to set up shadow builds on OS X and Linux. When i tried to cross compile Qt framework for my hardware, Bluetooth related libraries showed the same log: "qt. Click the button Add Set Name to OHOS Clang Set Sysroot to D:\oh\DevEcoStudio\sdk\HarmonyOS-NEXT-DB6\openharmony\native\sysroot. Note also that when providing you own qmake specifcation, you must use the configure script's -xplatform option to make Qt for Embedded Linux aware of the custom qmake. MX 8 from Phytec. 15 may drop support for a configuration as a reference configuration or replace it with a currently Please, enlighten me then: How to config Qt to develop with Cross-Platform? "Cross-platform" means you want your app to run on other operating systems. ) configure -xplatform winrt-arm-msvc2015 2. The xplatform is target I’ll show you how to compile Qt 5. /configure -xplatform arm-linux-gnueabihf-g++ -opensource -confirm-license -skip qtquickcontrols -skip qtwebkit -skip qtwebchannel -skip qtactiveqt -skip qtandroidextras -skip qtdeclarative -skip qtimageformats -skip qtmacextras -skip qtserialport -skip qtx11extras -skip qtxmlpatterns -skip qtconnectivity -skip qtdoc -skip qtenginio -skip Feature rather than bug doesn't mean "won't fix" I agree with Oswald about getting it to work. Everyone who has written QMake project files touched variables, functions and maybe even properties. I am able to cross compile applications for Beaglebone on Qtcreator . Run the make install command to install the built Qt parts. To configure Qt for cross-platform development and deployment, the development toolchain for the target platform needs to be set up. 10 or (any latest qt 5. The -xplatform android-clang argument merely influences the companion files that are generated to provide qmake-support for this cross-build. Qt 5. exe in the directory C:\Qt\qt-everywhere-opensource-src-5. It seems that GCC is now deprecated and will be removed from the Android NDK; Clang will be used instead. /configure -arch arm -xplatform arm-none-linux-gnueabi-g++; "sudo apt-get In Qt6 you need to specify Cmake toolchain for cross-compilation (I get something similar to toolchain shared here), as 'alone' device-option CROSS_COMPILE (as in cmd from Use -platform command lineargument or set the QMAKESPEC environment variable and run configure again. ) configure -xplatform winrt-x86-msvc2015. How to pass the device to a Qt 5. 6: x86_64: GCC 10 (toolset) Red Hat 8. so, libjpeg. If you have not used the configure option --prefix <install-dir> the installation is done under the directory path /usr/local/Qt-<version>. This command simplifies the task of setting up a typical Qt application. 1. Following is the QT configure log. The mkspec you choose depends on your target platform, but it is always cross-compiled: that is, it uses the -xplatform argument. 5 )build This topic has been deleted. Scheduled Pinned Locked Moved Solved Installation and Deployment 5 Posts 2 Posters 2. ===== Today I followed the second method to apt-get install g++-a Qt5 super module. 8 may drop support for a configuration or replace it with a currently-supported version. This page discusses some of the configure options, but for The configure script's -xplatform option is used to provide a specification for the target architecture (where the library will be deployed). /configure -xplatform linux-arm-gnueabi-g++" after clean configure, there just an error: "sudo apt-get install g++-arm-linux-gnueabi" and try to use mkspec from qt. Patches to the Windows configure. After that, install the building stuff: Ubuntu/Debian: sudo apt Configure can exclude a feature in Qt as well as determine how Qt builds and deploys applications onto host platforms. Set this variable to the directory that contains target . Qt has a wonderful option: you can build Qt depending on your need from the same source code in many different flavors. / configure -xplatform qnx-x86-qcc The configure tool runs various tests to detect capabilities of the SDP and its add-ons. I am trying to configure Qt5. For example, to cross-compile an application to run on a When you configure your qt build, you can provide an xplatform option such as: cd c:\qtbuild c:\Qt\Qt5. 2. 7 I didn't find any xplatform or -embedded parameters in configuration help. g. I try cross compiling qt5 -platform win32-g++ -xplatform linux-arm-gnueabi-g++ [try_0001] For linux x64 64-bit on linux x64 64-bit : sudo apt install make g++ libgl1-mesa-dev pkg-config libxkbcommon-dev libxkbcommon-dev . On the forum side, there's currently only a few users that have done cross-compilation and probably even less that have done cross-os-compilation. /configure -v -opensource -confirm-license -prefix /{homedir}/qt-everywhere-opensource-src-5. 1 for android, so I think the correct compiler is visible: Android GCC (arm 4. tslib' failed:. exe: configure -embedded -xplatform qws/integrity-x86-cx86 -hostprefix %CD% -prefix / -qt-sql-sqlite -nomake examples -nomake demos . bat -top-level -release -nomake tests -nomake examples -skip qtdeclarative -skip qtquickcontrols -skip qtwebchannel -skip qt3D -skip qtsensors -skip qtserialport -skip qtwayland -skip qtandroidextras -icu Qt VS Tools enables programmers to create, build, debug, and run Qt applications from Microsoft Visual Studio. petalinux-build --sd Thank for you help very much. When I build for ARM, I add these flags: QMAKE_CFLAGS_RELEASE = -O2 -march=armv5te (your arch may be different) QMAKE_CXXFLAGS_RELEASE = -O3 -march=armv5te Qt Configuration Tool is a GUI application for the Qt feature system introduced with Qt 5. Check the configure summary on the console or in . 8 Build qtwebengine Qt platform plugin "xcb" in "" even though it was found. I have extracted the files. bq. Tutorials and Dockerfiles on how to cross compile Qt on Linux targeting Windows - nicmorais/Qt-Cross-Compile-Linux-To-Windows I want to build the Qt 5. Contribute to qt/qtbase development by creating an account on GitHub. Cobra91151. This set up varies among the Supported Platforms. summary if needed and set other flags manually as required. txt file and before any targets have been defined. 0\build-qnx>. Cross compiling works very well. configure -xplatform blackberry-armv7le-qcc -opengl es2 -nomake docs -nomake examples -nomake demos -nomake tests -opensource -confirm-license -release -no-neon -no But if I configure ". But I have problem with windows. In my case I needed to use CMake toolchain and device-option CROSS Please, enlighten me then: How to config Qt to develop with Cross-Platform? "Cross-platform" means you want your app to run on other operating systems. pc files would be used (even if you set PKG_CONFIG_PATH). 5. i am following this guide: https://wiki. The flags I used are in my first post. In Qt version select previously configured Qt 5. Most of the q 5. When running configure, the "xplatform" parameter has to be passed to the script. I have tried . This is not necessary for other applications, only when building Qt. root@mx6q:~/test# . I don't really care if I use aarch64-linux-gnu-g++ or aarch64-unknown-linux-gnu-g++ beacause they are both recommended by nvidia. so, libsqlite3. The one with this flag was to show the example did not work. Thanks. Contribute to teslamotors/qt development by creating an account on GitHub. Note that on some systems it is called gtar. Is there a full guide someplace that details how to build for either 32bit and/or But I don't know how to include the dbus in the building. 1\qtbase\configure. ) Clean local repository 3. 0: C:\Qt\6. Before running . That being said Android NDK will never have support for GCC 5 and no updates will be made in Feature rather than bug doesn't mean "won't fix" I agree with Oswald about getting it to work. 3 for webassembly using shared libraries that I compiled separately using emscripten (zlib. Change into the Qt source directory and configure Qt for an embedded host build with something along the lines of: -xplatform <mkspec files to use>- Cross compile for the target platform using the environment specified in the mkspec files The most important parameters are -device and -sysroot. runsettings file. It's part of the main Qt source directory. 2 to enable egl, eglfs, but have all X11 parts disabled. /configure -xplatform unsupported/macx-ios-clang -developer-build -opensource -nomake examples -nomake tests -release -sdk iphoneos6. 1 -v (same problem with simulator) Hello. From the MSVC 2013 x86 Native Tools command line, configure Qt. 2 I have followed the below steps. The build directory is where the build-related files such as Makefiles, object files, and other intermediate In order to compile Qt, one must run it's configure script, specifying the host platform with -platform (e. 5-arm/ directory : . Hello, Im working with a zynqzc702 board and trying to develop a UI. x with C++11 support patches; MULTI Compiler 2017. 7 for an imx 6 board. I know something similar to this question has been asked here before, but my situation is slightly different. /qtbase/config. Hi, Just remove the -xplatform option as the -device option should set everything needed for cross-compilation tailored to that device. 2 libraries for WEC7. Configure in Step 4 fails. tests\arch-Debug don;t know what, if any of the #ifdefs are actually defined. qt. 0. /configure -v -prefix /opt/Qte-5. The minimal requirements for Qt 5. We can then configure and build Qt. For other configure options, see Qt Configure Options. 15/5. Then, simply run make. Any others ideas? how to compile it to ARM env nvida tegra board Kani to avoid failure at . Slate is a Qt Quick Controls 2 当您选择mkspec进行配置时，您可以使用-platform选择主机平台，或者在交叉编译时可以使用-xplatform选择目标平台。当对特定支持的设备进行交叉编译时，可以使用-device选择mkspec。您可以为带有-device-option标志的特定设备提供选项。使用-device标志时，不使用-xplatform标志。 I did not use -developer-build in my initial configure flags. However, for an linux open-embedded arm device, the EGL-X11 auto-detection What I want to do, is to manually translate the Qt configure. Please help me. I set up a Debian 11 VM on my server to compile some tools originally written for Linux. I need to compile Qt 5. Contribute to meta-qt5/meta-qt5 development by creating an account on GitHub. /configure -xplatform linux-arm-gnueabi-g++", it outputs "You have not explicitly asked to use pkg-config and are cross-compiling. exe are welcome. Basic XLib functionality test failed! You might need to modify the include and library search This topic has been deleted. QtCreator is the IDE. Slate. Qt has components that should run on the host machine (qmake, moc, etc) and components that should run on the target machine (libraries mostly). Basic XLib functionality test failed! Thanks to @SGaist and @mrjj problem solved. I have both the i686 and the x86_64 qt development packages installed. This is done from the Qt 5 top directory: > . Configuring and Building on Linux 2. 0+) from source on I downloaded the qt 5. 04: uname -a Linux matinal-PC 4. /configure -arch arm -xplatform arm-none-linux-gnueabi-g++; "sudo apt-get install g++-arm-linux-gnueabi" and try to use mkspec from qt. 0. I don't know if it's the place to write it, but for people who are interested in, here is how I did the cross compilation beetwee windows 8 and raspberry pi 3 QMake's magical property variants. You might try irc Skip to content. xz. configure -embedded -xplatform qws/integrity-arm-cxarm -prefix /-qt-sql-sqlite-embedded - builds the embedded version of Qt-xplatform qws/integrity-arm-cxarm - selects the arm-cxarm mkspec for. Basic XLib functionality test failed! You might need to modify the include and library search . Note: The following modules are not being compiled in this configuration: gzip is a good default choice as compressor and is supported by most web servers. 1\Src\configure. , configure is a command-line tool that supports you in building a custom version of Qt from source. For find_package to be Qt5 super module. brotli provides a nice compression gain and is supported by all wasm-enabled browsers. But if I configure ". That's why Qt bluetooth test failed to pass. I am asking if I can configure Qt to look in the same location as it is on Red Hat systems when building Qt on Ubuntu. In Qt Creator, I tried to choose the newly built Qt version and got "No compiler can produce". The TargetSpec=win32-g++ means that qmake looks for a "win32-g++" mkspec folder in <host-qt6>/qtbase/mkspecs. /configure -opensource -static -xplatform frebsd-g++ -xplatform linux-g++-64 -xplatform linux-icc-64 -xplatform openbsd This topic has been deleted. /configure -embedded arm -xplatform qws/linux-arm-g++ -prefix /usr/local/Qt -qt-mouse-tslib -little-endian -no-webkit -no-qt3support -no-cups -no-largefile -optimized-qmake -no-openssl -nomake tools -qt-sql-sqlite While CMake is the only supported build system for building Qt itself, applications may still be built using qmake in Qt 6. Thank for you help very much. Only users with topic management privileges can see it. 04 Qt version: 5. 11 configure? What will happen if I only use the more generic -xplatform? I guess a lot of optimizations will not be used and Thank for you help very much. /configure -skip qtactiveqt -skip qtwebglplugin -skip qt @papoj said in Qt6 cross compile for Windows:. I tried to compile it with -qt-xcb like several times before, but because this switch was removed, I tried it without that. so in Qt/plugins/platform directory at all. " The root cause of this issue in my case was in sysroot. The operating system and compiler you are cross compiling to. x and above) for aarch64 (target board) so that i can use (install) on the rk3399 development board. INTEGRITY-qt-sql-sqlite - links sqlite directly into the Qt library. . 2 configure -platform win32-g++ -xplatform symbian-abld (to build the tools using MinGW, and the libraries using abld) or. It had no Bluetooth includes and libraries. 2 in Ubuntu without any problems. From what you said, is my Ubuntu system not embedded, even if the system is based on ARM-platform? If it is true, how to configure these parameters : -arm -xplatform qws/linux-arm-gnueabi-g++ -qt-gfx-linuxfb -qt-gfx-transformed -qt-gfx-multiscreen -no-gfx-vnc -no-gfx-qvfb -qt-kbd-linuxinput -qt-mouse-linuxinput ? I just had the same issue but on PC desktop. 2 ,Qt官方提供的安装包都是x86架构下的，不能直接在arm架构下安装，网上看了很多示例，说可以直接在终端通过命令行来安装： sudo aptitude install libdtkwidget-dev error: use of undeclared identifier 'QSslSocket' code: #include #include #include int main(int argc, char *argv[]) { qDebug() << "Device supports Op Run the following command to configure Qt: cd <decompressed_source_code_folder> configure. /configure -opensource -static -xplatform frebsd-g++ -xplatform linux-g++-64 -xplatform linux-icc-64 -xplatform openbsd Unable to run configure for installing wasm support on Windows, Qt 5. Basic XLib functionality test failed! You might need to modify the include and Write your own mkspec for arm-none-linux-gnueabi-g++ compiler (or find in google). bat configure parameters into cmake and create some script for later usage (as I did for Qt 5). From what you said, is my Ubuntu system not embedded, even if the system is based on ARM-platform? If it is true, how to configure these parameters : -arm -xplatform qws/linux-arm-gnueabi-g++ -qt-gfx-linuxfb -qt-gfx-transformed -qt-gfx-multiscreen -no-gfx-vnc -no-gfx-qvfb -qt-kbd-linuxinput -qt-mouse-linuxinput ? C:\Qt\Qt-5. 环境 国产系统：UOS20 内核版本：4. I have translated a few parameters to plain cmake: How to run QT application on X-window of the embedded platform Collapse This topic has been deleted. Desktop Platforms Linux/X11. This means that you do not have to decide on which modules to use when configuring. Run the make command to build the configured Qt parts. compilers/hosts default search paths. mingw32-make This topic has been deleted. I was using the playbook sdk but I don't think it is too different from BB10 if that is what you have. 11 that I am using is complaining that: ERROR: Cannot specify both -xplatform and -device. I followed many tutorials and documents, tried VS, msys2, mingw, options A and B, - I lost track of all my attempts. I have my rootfs with X11 libraries and header files. ) Delete local repository and clone again. so). In order to get a qmake setup that is functional with cross-compilation, one will need to specify some of the legacy arguments to CMake or to configure. Oldest to Newest -are-errors -no-pkg-config -qt-zlib -qt-freetype -android-arch arm64-v8a -android-ndk-platform android-21 executing config test use_gold_linker This topic has been deleted. 6 when the compiler details are already given in mkspecs. Cross-toolkit compatibility disabled. pc files for pkg-config to function correctly when cross-compiling or use -pkg-config to override this test. /configure -xplatform win32-g++ -prefix /opt/qt5win32 -device-option CROSS_COMPILE=i686-w64-mingw32- -nomake examples -nomake tools -continue -qt-sql-sqlite @ but as a resul Qt and QtCreator are different. Basic XLib functionality test failed! You might need to modify the include and library search paths by editing QMAKE_INCDIR_X11 I try to complie cross qt code on deepin20,use linux-aarch64-gnu-g++, sudo . 9. 0k Views. GitHub Gist: instantly share code, notes, and snippets. Categories; Recent; \Qt\Qt5. @Pablo-J. There is no point in continuing if CMake cannot locate the module, so we do set the REQUIRED flag to let CMake abort in this case. But, each one failed somewhere. 8). Basic XLib functionality test failed! You might need to modify the include and library search Then . I also tried to give the -sysroot option to my configure command, after copying my libts. To configure and do a minimalistic host build to be used with Qt for Android build, use the following command: I'm a little confused by how to build Qt from the source when the options for -embedded are arm, mips, x86 or generic. The dbus can be successfully included. Otherwise it is set only if it is enabled. 1 Reply Last reply . It produces arch. IN qt 4. libfontconfig1-dev libfreetype6-dev libx11-dev libx11-xcb-dev libxext-dev libxfixes-dev libxi-dev libxrender-dev libxcb1-dev libxcb-glx0-dev libxcb-keysyms1-dev libxcb-image0-dev libxcb-shm0-dev libxcb-icccm4-dev libxcb-sync0-dev libxcb-xfixes0-dev libxcb-shape0-dev libxcb-randr0 Green Hills-specific setup. Qt is built from a set of modules, which are separate libraries. conf and running below command: @ $. Visual Studio uses XML-based . I use a shell script to configure the environment I just had the same issue but on PC desktop. 8: x86_64: GCC 10 (toolset) Red Hat 8. 1 or later; Qt sources from git I am using this configuration command with Qt 6. Set Qt mkspec to ohos-clang. bat -xplatform win32-g++. Independent of the platform you are building for, consider using the -prefix option with configure as well, for Qt is looking for the plugin in a different path but only on my Ubuntu system. If NEGATE is given, the define is set only if the feature is disabled. So I downloaded the source code of Qt5 (the tar. This works: 1. bat -prefix <path to install Qt to> -platform win32-g++ -opengl es2 -xplatform android-clang -android-sdk <ANDROID_SDK_PATH> -android-ndk <ANDROID_SDK_PATH>\ndk-bundle\ -nomake tests -nomake examples This topic has been deleted. If there How deploy Qt5 for cross compiling under Linux for Windows? I tried to do so: @ . Having all this in place, simply use the -xplatform to specify the spec to use. 0 QT Source downloaded and used to build static Windows support, works. 0 sp1. io/archive/qt/5. I copied sysroot from raspberry, everything compiles, but there is a problem when running the program on raspberry. bluetooth: Dummy backend running. But most people always configure Qt with -nomake tests, because configuring and building tests takes some time. OS: Ubuntu 20. 0-arm64-desktop 处理器：华为鲲鹏920@2. My issue was that due to some unknown issue to compile egl test I needed to manually add wayland libraries for linker. The configure script's -xplatform option is used to provide a specification for the target architecture (where the library will be deployed). You can see on the configuration line above that we have two parameters: -platform and -xplaform. See the README file for a list of supported operating . /configure -release -prefix /home/yyy/armqt -confirm-license -c++std 11 -opensource -shared -xplatform linux-aarch64-gnu-g++ -pch -nomake examples -nomake tests -no-opengl -skip qt3d -skip qtcanvas3d -linuxfb -qt-xcb I get a error “sudo apt-get install g++-arm-linux-gnueabi” and try to use mkspec from qt. Consequently, installing development packages on the host machine has no relevance. When I try to do the QT configure step in the host PC by using the local tool chain in PC. /configure -xplatform qnx-x86-qcc -static -debug gives me the following error: The specified system/compiler is no Hi, Just remove the -xplatform option as the -device option should set everything needed for cross-compilation tailored to that device. Description. It seems it's the only way (using xplatform and device parameters) to cross compile qt? ERROR: Cannot specify both -xplatform and -device. gz for Linux). Do I need to create customized device files for my build (as for Qt4'smkspec)? Thanks. ) in the C:\Qt\qt-everywhere-opensource-src-5. Host Tools. Just remove the -xplatform First of all, download Qt source files: wget https://download. The final result of all this should be your application running in a web browser, here represented by the Slate app created by my colleague Mitch. In the directory where you extracted the Qt source run the configure. -platform linux-g++-64 if you're building on a 64-bit linux with the g++ List of Qt5 configuration parameters for different platforms with references. 6GHz 目标，将现有Qt项目移植到改系统下进行开发。开始 准备安装Qt5. /configure -xplatform android-clang --disable-rpath -nomake tests -nomake examples -android-ndk <path/to/ndk> -android-sdk <path/to/sdk> -android-ndk-host linux-x86_64 I was able to build Qt5 for QNX. I have gone through the manuals and i think i understood the definition. 5-arm -embedded arm -little-endian -no-pch -xplatform qws/linux-arm-gnueabi-g++. QT5 layer for openembedded. To configure Qt for the Symbian platform, do: cd \Qt\4. /configure -platform linux-g++ -xplatform qws/linux-arm-gnueabi-g++ but all the bin and lib where compiled to x86 and not arm. However, I've spent 2+ weeks trying to build Qt on Windows 7, without any success. Is there a full guide someplace that details how to build for either 32bit and/or Then . 13. It would usually be called immediately after the first find_package(Qt6) call, normally in the top level CMakeLists. In Qt6 you need to specify Cmake toolchain for cross-compilation (I get something similar to toolchain shared here), as 'alone' device-option CROSS_COMPILE (as in cmd from my question) is depreciated/outdated (or smth like that). I am using virtual machine with linux and Momentics SDK to compile Qt for QNX (And also to create binary of my App), here is my configure line: @ configure -xplatform qws/qnx-i386-g++ -embedded i386 -no-gfx-linuxfb -no-mouse-linuxtp -no-kbd-tty -no-qt3support -qt-gfx-qnx -qt-mouse-qnx -qt-kbd-qnx -no-exceptions -opengl es2 -nomake exapmles While CMake is the only supported build system for building Qt itself, applications may still be built using qmake in Qt 6. Any others ideas? how to compile it to ARM env nvida tegra board Kani I think you should ask your question in general forum or even better in qt-project mail list where people with direct Qt experience reside. but only Qt platform plugin "xcb" in "" My issue is that I don't have file libqxcb. cd \Qt\4. /configure -opensource -confirm-license -prefix /usr/local/Qt-4. 3. It is developed by The Qt Company, together with the Qt Project Community under an open source governance model. Unfortunately after running: Unfortunately after running: . Basic XLib functionality test failed! You might need to modify the include and library search Stack Overflow for Teams Where developers & technologists share private knowledge with coworkers; Advertising & Talent Reach devs & technologists worldwide about your product, service or employer brand; OverflowAI GenAI features for Teams; OverflowAPI Train & fine-tune LLMs; Labs The future of collective knowledge sharing; About the company @SteveStage said in Qt6 Static Building (Windows, MinGW):. This creates the directory /tmp/qt-everywhere-src-%VERSION% containing the files from the archive. pkg-config will not be used to automatically query cflag/li Hi, Which version of Qt are you trying to build ? Where did you download it ? I need to build qt for windows on linux host using ccache but when I run configure I get an error: . icccm. /c I'm a little confused by how to build Qt from the source when the options for -embedded are arm, mips, x86 or generic. Note: No wayland-egl support detected. I have a 64-bit OS. So I \Documents\Programmation\Compilation\build\qtbase\bin\qmake. gitorius. 2 for Windows using Linux environment, in our case it will be Debian 10. Hi All, Currently I am cross-compiling the Qt into aarch64 system. tests\arch directory open the QT project file and build it. 10 introduced a new configuration system: The goal of the new system is twofold. Configure Qt tests using a . The source directory contains the source code that is obtained from the source package or git repository. CMake does not use these, but instead relies on environment checks, and toolchain files (see also the CMake-toolchains documentation ). 1 Reply . 0\QNX-Release-AArch64le -nomake examples -nomake tests -qpa qnx -qt-freetype -slog2 -pps -opengl es2 \ -skip gamepad -skip x11extras -skip androidextras -skip 3d -skip IN qt 4. Otherwise if you cloned the source code from Git, the source will be under qt5 folder. But i am not Then . Warning: Disabling pkg-config since PKG_CONFIG_LIBDIR is not set and the host's . /configure -xplatform arm-linux-gnueabihf-g++ -opensource -confirm-license -skip qtquickcontrols -skip qtwebkit -skip qtwebchannel -skip qtactiveqt -skip qtandroidextras -skip qtdeclarative -skip qtimageformats -skip qtmacextras -skip qtserialport -skip qtx11extras -skip qtxmlpatterns -skip qtconnectivity -skip qtdoc -skip qtenginio -skip One more question, when I configure my QT-lib compiling using ". Then I transfered The Qt library to Beaglebone. To specify global settings for the entire solution, go to Tools > Options > Qt > Test Adapter. I use a shell script to configure the environment 5. Hello I am deploying Qt5. If you are doing a shadow build (building outside of the source directory) you may prefer to use -developer-build to make modifying Qt I have setup the emsdk environment and tried to configure the Qt for wasm platform as mentioned in the document. Valid xplatform options are the same as the -platform options which are found in qtbase/mkspecs. 1 i. 5 source and I compiled it with these config settings: . Distribution Architecture Compiler Notes; Red Hat 8. That being said Android NDK will never have support for GCC 5 and no updates will be made in My question is how to configure cross compile to use libs and header files from sysroot with indexer working fine. 7 Build qtdeclarative; 2. 1-Ubuntu SMP If <value> is set, the define will have this as value. 04 LTS. I need to build Qt from source (with -static flag). E. exe-xplatform wincewm50pocket-msvc2005-prefix % INSTALLDIR % Adjust above command for your target platform, above is for building Qt5 for Windows Hi, I've been looking for informations on how to configure the cross compilation on qt (windows) for the raspberry 3. /configure -qt-xcb Hello, I am trying to build QT 6. Qt Configuration Tool is part of the Qt Lite concept that provides features and tools for creating and building smaller Qt binaries. conf file. Only configure, compile, install. 2/single/qt-everywhere-src-5. You can see on the Write your own mkspec for arm-none-linux-gnueabi-g++ compiler (or find in google). Basic XLib functionality test failed! You might need to modify the include and library search paths by editing QMAKE_INCDIR_X11 A subsequent patch release of Qt 6. 12 for OHOS. This argument uses the mkspec directory as base, so to use the Building Qt with -xplatform android-clang in GNU/Linux fails. But I have been using Qt Creator to build an android app with a binary installed version of Qt 5. 6 Build qtbase; 2. There are two good news: Not building all tests is the default now! I am not getting how to configure qt creator for QNX in Windows machine, Cross Compiling and building. C Offline. Hi All, I am trying to build Qt 5. /configure -xplatform macx-ios-clang -release. yes thats the one i meant (and which is referenced in the host-qmake script). Once configure is completed edit the generated projects I thought I should use linux-aarch64-gnu-g++ as xplatform because it is what I used during my linux computer successful cross-compilation. 4 Configure to cross-compile build (x86_64 -> arm64) 2. A subsequent patch release of Qt 5. This page aggregates configuration parameters of Qt5 for different platforms in one place. Execute this command to install Qt in the /usr/local/Qt-4. . 4. configure -xplatform blackberry-armv7le-qcc -opengl es2 -nomake docs -nomake examples -nomake demos -nomake tests -opensource -confirm-license -release -no-neon -no Configure & Make. The files control the discovery, execution, and reporting of tests. If successful, the module will set some CMake variables documented in Module variables. If you need more If building individual Qt modules, one can use the qt-configure-module script from the bin directory of the staging location ($HOME/qt6-rpi in the example) to configure additional modules, such Configure understands variable assignments like VAR=value on the command line. Configuring and building Qt 5 for QNX is very similar to other platforms so it is worth having a quick read through generic instructions for building Qt5 and take a look on the Build Instructions for BlackBerry 10 before proceeding. 8. /configure -xplatform qnx-x86-qcc -static -debug gives me the following Thanks a lot @SGaist, I have a development board which is running debian 9 build and it contains qt 5. For example, to get libinput The configure tool runs various tests to detect capabilities of the SDP and its add-ons. 1\qtbase\config. runsettings files to define and customize the behavior of unit tests. I was able to build Qt5 for QNX. When you run configure script, it runs config. 5 )build environment for ARM on my ubuntu (Host). exe "CONFIG -= qt debug_and_release app_bundle lib_bundle" "CONFIG += shared warn_off console Qt sources. 3 Configure compile for x86_64 or for arm64 (Big Sur) 2. 15 may drop support for a configuration as a reference configuration or replace it with a currently Steps to configure and compile Qt Commercial for INTEGRITY on your Windows host: 1. % VERSION % _src \ configure. 2: x86_64: GCC 11: Red Hat I think you should ask your question in general forum or even better in qt-project mail list where people with direct Qt experience reside. Basic XLib functionality test failed! You might need to modify the include and library search @raven-worx said in Cross compile Qt with -xcb failed:. tests, which contain qpa tests. It supports the same set of arguments as this command. 7. I didnt know that you intent to use qmake rather than cmake as your Go to Qt kits tab. But there is target_qt. 1 (fetched from distro). @SGaist Hello First of all, thank you for your clarification I was able to compile correctly after downloading the openSSL source code from git (OpenSSL_1_1_1-stable branch) and building it against the cross compiler. 3. Saved searches Use saved searches to filter your results more quickly 1. / configure -xplatform qnx-armle-v7-qcc For x86:. Configuring and Building on Linux In Qt 5, configure used so-called mkspecs to specify both the build and target platforms (-platform, -xplatform, and -device options). /configure -xplatform qnx-x86-qcc -static -debug gives me the following This tells CMake to look up Qt 6, and import the Core module. The host machine I use is Ubuntu 16. /configure -opensource -static -xplatform frebsd-g++ -xplatform linux-g++-64 -xplatform linux-icc-64 -xplatform openbsd Can anyone tell me the difference in giving -embedded arm, just -embedded and -xplatform linux-xyz in the build of Qt 4. I am trying to configure qt with following option: . 3 for Embedded Linux and after modifying proper qmake. It contains project wizards, Qt project import and export support, integrated Qt resource manager, and automated build setup for the Qt Meta-Object Compiler, User Interface Compiler, and Resource Compiler. -Rogina said in Cross compile setup for TI processor: @Rlkcpo on one hand, you may want to take a look at the support for Qt framework TI is/was? providing for its Sitara product, so at some point TI is aware of Qt :-) On the other hand, this post mentions that Keystone devices " do not have any kind of graphics hardware, display hardware, or I cloned the qt repository and built it for android following the wiki. Cross-compiling Qt requires a host build of Qt being available. At the beginning of my post write that I was able to compile Qt 5. so and tslib. the process seems to be stuck at Creating Stash file for a long period of time, $ . h in sysroot lib/ and include/ directory: We can then configure and build Qt. To use the tool, you must have a commercial Qt license. Qt is the set of tools and libraries, the framework. 12. I have a question which might apply to this thread. I have set Qt 5. 1\5. /untitled -platfrom wayland This application failed to start because it could not find or load the Qt platform plugin "xcb". Independent of the platform you are building for, consider using the -prefix option with configure as well, for Qt Base (Core, Gui, Widgets, Network, ). I have followed the instructions given here to build QT 5. make -j8; Install. my install QT-lib configure: Then . Here is my configure command: configure -opensource -confirm-license -xplatform qnx-aarch64le-qcc \ -prefix C:\Qt\5. According to my task the target should be integrity-arm-cxarm Hi, I want to build qt for arm with X11 support. Both tutorials suggest to pass both -xplatform and -device, however the configure of Qt 5. Build. 04. Step 1 — How to compile? Download source code of Qt using Qt Qt has components that should run on the host machine (qmake, moc, etc) and components that should run on the target machine (libraries mostly). But I don't know how to include the dbus in the building. Basic XLib functionality test failed! You might need to modify the include and I would like to create a graphic interface on a embedded linux with an ARM architecture using Qt. Properties are a special kind of persistent variable. conf in my Qt build directory. 15. ) configure -xplatform winrt-x86-msvc2015 but I don't know how to associated with QT,doest it configure with my old:. Basic XLib functionality test failed! You might need to modify the include and Qt 6 for Android requires a host Qt build, which means to build Qt for Android, you need to build Qt for the desktop platform used as a host (that is, Linux, macOS, or Windows). 2 configure -platform win32-g++ -xplatform symbian-sbsv2 The configure tool runs various tests to detect capabilities of the SDP and its add-ons. I have small problem. This topic has been deleted. And libraries needed by bluez already pass cross compiling and the dbus is also in those libraries. ) Open new command prompt 4. Since Qt 6, configure is a wrapper around cmake. Thanks a lot @SGaist, I have a development board which is running debian 9 build and it contains qt 5. _LIBS, and - on Windows and Darwin - _LIBS_DEBUG and _LIBS_RELEASE. First of all, we are seeing a large need, especially with our embedded users, to customise how Qt is being built. 6. Done Changes : Please, enlighten me then: How to config Qt to develop with Cross-Platform? "Cross-platform" means you want your app to run on other operating systems. Common options are:-xplatform - the target platform. 2 on x86_64 under aarch64. I used "wince70embedded-armv4i-msvc2008" as template and replaced the SDK to "mySDK" and CE_arch to armv7 : You just need to specify the target name for cross-compilation when configuring a Qt build: For ARM:. It furthermore imports the Qt6::Core target that we use below. io/Android to setup qt 5. Note: A default build will include both simulator and device libraries. I'm trying to build Qt5 on QNX 6. In Compiler section, select previously configured compilers for C(OHOS Clang) and C++(OHOS Clang++). By specifying -sysroot, the include files and libraries used by configure's feature detection tests, as well as Qt itself, are taken from the specified location, instead of the host PC's standard locations. QMake is then used to build Qt for the target. /configure -opensource -confirm-license -make libs -device imx6 -device-option CROSS_COMPILE=arm-linux-gnueabihf- If versionless commands are disabled, use qt6_standard_project_setup() instead. I am trying to compile qt 5. I have installed. 1 for android development on ubuntu 20. First of All , I set up Qt -(4. 2 and QWT 6. Qt is a commercial and open source licensed cross-platform application and UI framework. 6 -xplatform linux-arm-gnueabihf-g++ -embedded arm -little-endian -host-little-endian -no-qt3support -nomake demos -nomake examples -qt-gfx-linuxfb -qt-gfx-qvfb -qt-gfx-vnc -no-accessibility It runs for a while then throws me this error: For those coming here from google with same problem. /configure -arch arm -xplatform linux-arm-gnueabi-g++. It sets related flags according the test results. We only support the GNU version of the tar archiving utility. /configure time. Has anybody recently built Qt (5. wrote on last edited by Cobra91151 #2. 10: x86_64: GCC 10 (toolset) Red Hat 9. I did not specify -device in configure flags since none arm device is the same one as mine. 0 on QNX SDP 7. Also about -device in Qt5. 2. 0 -opensource -make libs -xplatform linux-arm-gnueabi-g++ -optimized-qmake -pch -linuxfb -qt-libpng -qt-libjpeg -tslib -qt-zlib -no-opengl -no-sse2 -no-openssl -no-cups -no-glib -no-iconv -nomake examples -nomake tools -confirm-license One more question, when I configure my QT-lib compiling using ". I post some information in case someone faced this problem later : 1- Qt docs says run this command : configure -platform -xplatform [wince_custom_build_specification_directory_name] This will not work, instead my install QT-lib configure: Then . Configure and building QtBase. 5 Configure for unviersal build (x86_64, arm64) 2. Then . 15 available configure options. Thank you. [quote author="madalff" date="1357416958"]I'm trying to build Qt5 on QNX 6. From what you said, is my Ubuntu system not embedded, even if the system is based on ARM-platform? If it is true, how to configure these parameters : -arm -xplatform qws/linux-arm-gnueabi-g++ -qt-gfx-linuxfb -qt-gfx-transformed -qt-gfx-multiscreen -no-gfx-vnc -no-gfx-qvfb -qt-kbd-linuxinput -qt-mouse-linuxinput ? Qt is a commercial and open source licensed cross-platform application and UI framework. There is no option to specify 32bit or 64bit, from a quick search using Google it looks like the chosen compiler makes the decision, posts suggest using Qt Creator to build. Yes, but why? Which arguments I'm supposed to run syncqt with? Single zips don't need syncqt at all. /configure -xplatform qws/qnx-i386-g++ -embedded i386 -no-gfx-linuxfb -no-mouse-linuxtp -no-kbd-tty -no-qt3support -qt-gfx-qnx -qt-mouse-qnx -qt-kbd-qnx -no-exceptions -opengl es2 -nomake exapmles -nomake Hi I tried to compile qt-everywhere-opensource-src-4. J Offline. See the README file for a list of supported operating systems and compilers. Try it: . /configure -arch arm -xplatform linux-arm-gnueabi-g++ -force-pkg-config. /configure -xplatform linux-arm-gnueabi-g++", it outputs "You have not explicitly asked to u @raven-worx said in Cross-compile Qt5 with tslib: Feature 'tslib' was enabled, but the pre-condition 'libs. qt_configure_add_summary_section qt_configure_add_summary_section(NAME "Things") Adds a new section in the configure summary named "Things". Qt5 Configure System Gentle Introduction. 3\configure -platform win32-g++ -xplatform linux-arm-gnueabi-g++ -release -linuxfb -device linux-rasp-pi3-g++ -sysroot C:/SysGCC It seems that GCC is now deprecated and will be removed from the Android NDK; Clang will be used instead. 9 and up are: INTEGRITY 11. 3\qt-build>C:\Qt\Qt5. Qt Bluetooth module is non-functional. i am still stuck trying to cross-compile qt with the library. and reporting of tests. 1 build if we are already giving the compiler details in the mkspecs. 19. Step 4: Configure Qt. Is something wrong with configuration of crooscompile qt? Or I need setup some enviroment ? Note: Also available for Linux: linux-clang linux-icc. /configure with the correct configuration options, I have to add in the qtbase/mkspecs/ directory the configuration of my toolchain. The host platform to build Qt for INTEGRITY has to be Linux right now, mainly due to the use of the Unix configure script. Under Debian/Ubuntu you should prefix the make command with the [quote author="madalff" date="1357416958"]I'm trying to build Qt5 on QNX 6. Contribute to qt/qt5 development by creating an account on GitHub. \Src\configure -release -confirm-license -commercial -xplatform qnx-armle-v7-qcc -opengl es2 -nomake tools -skip qtscxml -skip qtserialbus -skip qtactiveqt -skip qtandroidextras -skip qtconnectivity -skip qtdoc -skip qtlocation -skip qtmacextras -skip qtsensors -skip qtserialport I think I have a big misunderstanding about how to use Qt Creator and qmake to compile Windows binaries on a Linux host. Skip to content. tar. Also, I tried "-xcb" switch too. /configure -no-warnings-are-errors -xplatform wasm-emscripten -platform win32-g++ -nomake examples -prefix output <srcbase> = c:/GIT/Build_Qt Qt configure 在编译QT前，可加各种参数来定制自己想要的QT库。这对需要裁减QT库的朋友来说非常重要。 -xplatform . @Seunghee said in How to build qmake with -qt-xcb?. ffgxvdj cltklf owukle ohemhi akg efgy mjiiv ipji fqtb ekqxkgp
Qt configure xplatform. / configure -xplatform qnx-armle-v7-qcc For x86:.
