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QT READER FOR MAC CODE
QT READER FOR MAC MAC

If a new default QSurfaceFormat with a modified OpenGL profile has to be set, it should be set before the application instance is declared, to make sure that all created OpenGL contexts use the same OpenGL profile.

Default QSurfaceFormat OpenGL Profile Support Otherwise rendering issues might occur when creating new web engine view instances after Airplay is switched on or off. To make Qt WebEngine work correctly when streaming to an AppleTV from a MacBook that supports GPU switching, it is important to add the NSSupportsAutomaticGraphicsSwitching option to the application ist file, with the value set to YES. MacOS Airplay Support on MacBooks with Dual GPUs Furthermore, standalone Chromium itself is not officially tested with the App Sandbox enabled, and even if work is done to bypass the App Store's restrictions, that would not guarantee correct behavior of the library. This also ties in with the private API usage. The App Sandbox feature interferes with Chromium's own sandbox initialization, which results in Chromium not being properly initialized. Applications submitted to the App Store must be code-signed with the App Sandbox feature enabled.

QT READER FOR MAC CODE

The Chromium part of the code uses several private API methods, which are prohibited by the App Store.

QT READER FOR MAC MAC

From the earlier Qt version, run qmake & make (& make install).Īpplications using Qt WebEngine are not compatible with the Mac App Store, because:.

To use an earlier Qt version to build Qt Webengine: It means that Qt WebEngine 5.15 can be built with Qt 5.12.x, Qt 5.14.x, and Qt 5.15. Using Earlier Qt Versions to Build Qt WebEngineīuilding Qt WebEngine with earlier Qt versions (down to the last LTS version) is supported. Note: Qt WebEngine cannot be built for the 32-bit mode of macOS (using the macx-clang-32 mkspec). If Qt was configured for xcb, the following pkg-config files are also required:įurther, development packages for khr and libcap need to be installed. The following pkg-config files are required: Qt WebEngine requires pkg-config to detect most of its dependencies. Supported configurations are linux-g++, linux-clang and linux-clang-libc++ On Linux, Clang or GCC version 5 or later is required. This toolchain can be set up on the command line by running vcvarsall.bat amd64_x86. For building Qt WebEngine for x86 applications, you need to configure and compile Qt with the Visual Studio 2017 圆4 to x86 cross-compile toolchain.

Qt WebEngine can only be built on 64-bit Windows, with a 圆4-bit toolchain.

Active Template Library (ATL), usually included in the Visual Studio installation.Visual Studio 2017 version 15.8 or later, or clang-cl version 8 or later.On Windows, the following additional tools are required: Node.js version 8 or later (version 12 or later is recommended).On all platforms, the following tools are required at build time:

They can be found by searching for skipBuild. The tests for skipping the Qt WebEngine build are located in the qtwebengine repository, in the tools\qmake\mkspecs subdirectory. In addition, the following tools are required for building the Qt WebEngine module: The requirements for building Qt 5 modules from source are listed separately for each supported platform: