385f0732d9
QPromise and QFuture created from it share the same internal state (namely, QFutureInterface object). QPromise provides high-level management of the shared resource, ensuring thread-safe behavior on construction and destruction (also taking into account QFuture::waitForFinished() semantics). QFuture acts as a primary controller of QPromise via action initiating methods such as suspend() or cancel(). QPromise is equipped with methods to check the status, but the actual handling of QFuture action "requests" is user-defined. [ChangeLog][QtCore][QPromise] Added QPromise class to accompany QFuture. It allows one to communicate computation results and progress to the QFuture via a shared state. Task-number: QTBUG-81586 Change-Id: Ibab9681d35fe63754bf394ad0e7923e2683e2457 Reviewed-by: Jarek Kobus <jaroslaw.kobus@qt.io> Reviewed-by: Qt CI Bot <qt_ci_bot@qt-project.org>
29 lines
525 B
Prolog
29 lines
525 B
Prolog
TEMPLATE=subdirs
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qtConfig(thread) {
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SUBDIRS=\
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qatomicint \
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qatomicinteger \
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qatomicpointer \
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qresultstore \
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qfuture \
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qfuturesynchronizer \
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qmutex \
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qmutexlocker \
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qreadlocker \
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qreadwritelock \
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qsemaphore \
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qthread \
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qthreadonce \
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qthreadpool \
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qthreadstorage \
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qwaitcondition \
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qwritelocker \
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qpromise
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}
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qtHaveModule(concurrent) {
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SUBDIRS += \
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qfuturewatcher
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}
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