Note: For embedded integration, where the InputPanel is instantitated by the application, there is no need to use this option explicitly. With this option, the desktop integration can be disabled. This behavior can be changed by adding the preferred input method to the configuration, e.g., CONFIG+="lang-zh_TW zhuyin".īy default, the desktop integration is enabled when the target environment is X11 or Windows desktop. For example, the Traditional Chinese language (CONFIG=lang-zh_TW) will include both Zhuyin and Cangjie input methods by default. In most cases, these options are not needed, but there are also cases where their use is justified. The options can also be used for enabling or disabling a specific feature. The table below shows the advanced configuration options that will be applied automatically when activating a certain top-level feature. For example, CONFIG+=lipi-toolkit.Įnables arrow key navigation for the keyboardĪllows controlling the keyboard using the arrow and return keys. To enable handwriting input using a specific engine, use the feature-specific configuration instead. ![]() ![]() This flag enables handwriting input using the first engine available at build time in the following order: t9write, lipi-toolkit. This flag is essentially an alias for CONFIG+="lang-ar_AR lang-da_DK lang-de_DE lang-en_GB lang-es_ES lang-fa_FA lang-fi_FI lang-fr_FR lang-hi_IN lang-it_IT lang-ja_JP lang-ko_KR lang-nb_NO lang-pl_PL lang-pt_PT lang-ru_RU lang-sv_SE lang-zh_CN lang-zh_TW" The virtual keyboard automatically includes the English language if no other languages are specified.Įnables all the languages supported by the virtual keyboard. The virtual keyboard can support one or more languages at a time.įor example, CONFIG+=lang-fi activates the Finnish language. This option can be used to define the language support as required. country is an uppercase, two-letter, ISO 3166 country code.language is a lowercase, two-letter, ISO 639 language code.The specified language can be activated using lang- option, which has the format "language", where: The table below contains the top-level options for configuring the virtual keyboard features. Qt Creator is the preferred build environment for Qt Virtual Keyboard as you can then leverage the shadow build functionality and rapidly switch between build targets. The target is automatically detected by QMAKE and requires no special configuration parameters. The Qt Virtual Keyboard can be built for Linux Desktop/X11, Windows Desktop or Boot2Qt targets. The MultitapInputMethod is implemented in QML while the others are implemented in C++. Qt Virtual Keyboard provides implementations of PlainInputMethod, MultitapInputMethod and HunspellInputMethod. The input methods are implemented either in C++ or QML. Src/virtualkeyboard/3rdparty/tcime/tcime.proĪ project file for compiling the TCIME library. Src/virtualkeyboard/3rdparty/t9write/t9write.proĪ project file for including T9 Write dictionaries as resources. Src/virtualkeyboard/3rdparty/pinyin/pinyin.proĪ project file for compiling the PinyinIME library. Src/virtualkeyboard/3rdparty/openwnn/openwnn.proĪ project file for compiling the OpenWNN library. ![]() Src/virtualkeyboard/3rdparty/lipi-toolkit/lipi-toolkit.proĪ project file for compiling the lipi-toolkit library. The project will be activated when the source code is extracted to this directory. Note: This project is used if the Hunspell library is built from sources rather than depending on the system library. Src/virtualkeyboard/3rdparty/hunspell/hunspell.proĪ project file for compiling the Hunspell library. Qt Virtual Keyboard Style plugin that enables style decorations for the keyboard
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