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Qt World Summit 2019: Roundup

Once again the Qt World Summit 2019 is over. Jeremias Bosch and Frank Meerkötter hosted four talks on a number of topics – ranging from Qt Quick on low-end hardware, Qt and its place in a world that has been heavily influenced by web-technology as well as an introduction to the Qt OPC UA module and a fun regretrospective about Qt Quick in various projects. 

Once again we were represented with a booth and were able to hold many exciting discussions with other Qt developers.

Checkout our conferences section to see all talks and to download the papers.

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Jeremias Bosch

Jeremias Bosch

Jeremias Bosch consults in his position as Technical Project Manager our customers in building embedded HMI applications, as well as the implementation of next generation cloud projects. He is responsible for the system/software-architecture and the development within customer projects as well as the agile project management. He has over 12 years of experience in developing HMIs and Web Applications. He has delivered multiple large and medium scale Qt Quick and cloud applications in industries such as automotive, aerospace and manufacturing engineering. He holds a diploma of computer science from the University of Applied Sciences in Isny. Is a certifed SCRUM Master and Product Owner as well as a certifed Qt Developer.

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Toolbox
basysKom
Jeremias Bosch
Awesome :-) The basysKom Toolbox

We would like to introduce our basysKom Toolbox to you. It is a state-of-the-art collection of best practices in agile management and software development and a valuable tool for every kickoff meeting.

Come and visit us on the Embedded World 2020 and take your own copy of the printed card deck with you!

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Pyhton
Python Qt
Sumedha Widyadharma
Using Shiboken2 to create Python bindings for a Qt library

With the release of Qt 5.12, Qt for Python is officially supported and can be used to write full-fledged Qt applications using Python as the main programming language.

This prompted us to also take a closer look at the bindings (the Python module is called PySide2) and also the underlying technology, namely the binding generator called Shiboken2.

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