qURL | Simple libcurl wrapper based on KxSystems/kdb | Wrapper library

I figured it out: I don't need to brute force the path in; in the .pydevproject file of your python project, make sure you add in the full path to PySide6 because for some reason the system cannot find it without the path. Something like this:

You have to use qmldir to indicate that there is a module in that folder and for it to be used it must be in the list of imports of the engine and for this you must use the addImportPath method.

The cause of the error is:

Applying the concepts of another technology (programming language, library, framework) are often a bad approach to use some other technology. Each technology has its own methodology and good practices to implement any requirement.

In the case of QML the other languages such as C++, python, etc. are generally considered to implement business logic (something like a backend) and QML takes care of the view and the operation. In this case, it is recommended to create a QObject that provides other QObjects that create, modify, etc. the data and this can be reflected in the view. In this particular case, for the requirement, it is enough to use a model and a custom qml Item.

Box.qml

The problem is caused because QQuickView expects an Item as root, not a Window.

The problem is because QQuickView expects an element as root, not a window. Your program does the following:

1. When you start the window that is visible is the QML
2. Then the QQuickView window appears
3. And after it hides the QQuickView and passes step 2.

Steps 1 and 2 answer your question 1 and 2 respectively. In the case of question 3 the answer is that you are only hiding the second window.

This is pointed out in the QQmlApplicationEngine docs:

Unlike QQuickView, QQmlApplicationEngine does not automatically create a root window. If you are using visual items from Qt Quick, you will need to place them inside of a Window.

So there are 2 options:

• Or replace Window with Item:

A socket typically behaves asynchronously (i.e., signals are emitted at some indeterminate time after calling methods), but you are setting up the mock object such that it behaves synchronously (signals are emitted immediately as a result of calling the method). You should be attempting to simulate asynchronous behavior.

Typically, you would achieve this behavior by calling the signal manually (and not as part of an invoke clause):

You have to implement a logic that implements the printing sequentially, that is, after page N is printed, the printing of page N + 1 starts.

If you want to resize an element manually then you shouldn't use a layout. In this you must use a QWidget as a container and then place the FigureCanvas in that container using a layout.

On the other hand, I have implemented a logic that simplifies and allows easy handling of the resize functionality without the need for resizeEvent override.

*.ui

You have to use layouts to position the elements, in this case a QGridLayout.