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This new debugging feature of the Qt VS Tools integrates with the QML debugging infrastructure, a part of the Qt QML module which provides services for debugging, inspecting, and profiling applications via a TCP port. To extend the Visual Studio debugger with features of the QML debugging infrastructure, a Visual Studio QML debug engine is provided. This debug engine consists, for the most part, of implementations of interfaces from the Active Debugging 7 (AD7) extensibility framework for the Visual Studio debugger.

If a Qt project contains any QML resource files, starting a debug session (e.g. by pressing F5), besides launching the native application, now also connects to the QML debugging infrastructure of that application. This can be seen in the Processes window of the Visual Studio debugger: two processes are listed, a native process that corresponds to the actual physical process created for the C++ debugging session, and a QML process, which does not correspond to any physical process that is running on the machine, but rather represents the connection to the QML debugging runtime within the native process.

Since both a native process and a QML process are present, it is possible to request breakpoints both in C++ or QML code. The Visual Studio debugger will forward requests to the appropriate debug engine. As usual, a filled circular breakpoint marker in QML code indicates a valid breakpoint; this means that a breakpoint request for that file position has been sent to, and confirmed by the QML runtime.

When a breakpoint is hit, Visual Studio will show the current state of the call stack. Unlike other scenarios of debugging applications that use different languages (e.g. .NET + Native debugging), the QML debug engine does not provide true mixed mode debugging. It runs concurrently with the native debug engine and, from the point of view of the Visual Studio debugger, it is not related to the native process. This means that, even though it is possible to debug both C++ and QML in the same debugging session, the stack that is shown when a QML breakpoint is hit will only include QML function calls -- the C++ context of those calls will not be available.

As in the case of native debugging, while in break mode, it is possible to view and modify the values of local variables, in the context of the currently active call stack frame, as well as create watches for any variable or expression. The Immediate window is also available for evaluation of any expression in the context of the current stack frame.

Moving the mouse over a QML expression pops up an instant watch window (or "DataTip"). The value of that expression in the current context is displayed and can also be modified.

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