Man I don't believe that you continue this series. I want to choose between Gtk4 and Qt6 and learn one and I'm searching about the available tutorials so far. Thanks a lot for your amazing work!!
Thanks for this series. You are amazing! Personally I think your speed is fine. For me, I would go through the video twice, first time by watching from begin to the end, second time by speeding and dragging the timeline. A small tip, QThread::sleep() is a static function, no need to call it on QThread::currentThread()
The last part of your video contains an misunderstanding of Qt::QueuedConnection. It specifies that the slot is queued as an event and executed in the receiver's thread. The affinity of a receiver to a thread is the thread in which the receiver is created, unless it is specifically moved by moveToThread() function. For QRunnable object, QThreadPool::globalInstance()->start only ensures that its overiden run() function is executed in the pooledThread, but not the object itself. As a result, since the receiver is in the same thread as the sender, the slot function is executed in the main thread as well.
It probably won't be for a while simply because I want to wrap up all the other courses I've done but realistically you could study QML and then read the official QT documents on how to port it over to the embedded device
Man I don't believe that you continue this series. I want to choose between Gtk4 and Qt6 and learn one and I'm searching about the available tutorials so far. Thanks a lot for your amazing work!!
Thanks for this series. You are amazing! Personally I think your speed is fine. For me, I would go through the video twice, first time by watching from begin to the end, second time by speeding and dragging the timeline.
A small tip, QThread::sleep() is a static function, no need to call it on QThread::currentThread()
The last part of your video contains an misunderstanding of Qt::QueuedConnection. It specifies that the slot is queued as an event and executed in the receiver's thread. The affinity of a receiver to a thread is the thread in which the receiver is created, unless it is specifically moved by moveToThread() function. For QRunnable object, QThreadPool::globalInstance()->start only ensures that its overiden run() function is executed in the pooledThread, but not the object itself. As a result, since the receiver is in the same thread as the sender, the slot function is executed in the main thread as well.
Thank you for the great effort, But I am curious , What are your thoughts on Qt performance versus c++ STL.
Depends on the code
A lot of qt specifics were developed because at the time it did not exist in the STL or Qts implement was better
sir, can I know when will you start embedded using qt?
It probably won't be for a while simply because I want to wrap up all the other courses I've done but realistically you could study QML and then read the official QT documents on how to port it over to the embedded device
Your explanation on TH-cam is different from your explanation on Udemy😂😂😂😂
I'm trying to be a bit more accurate every time I do this
can't type everyday... LOL