QtWs17: Practical Qt Lite

The Qt World Summit recordings 2017 are online. basysKom presented “Practical Qt Lite”. Qt Lite is a project within Qt geared towards optimizing Qt for smaller devices. One important feature of the overall Qt Lite story is the ability to create size optimized, application specific builds of Qt. These require less flash, less RAM and also load faster. In this presentation we show how to create such size optimized builds with and without Qt Lite and present some actual numbers on achievable savings. Have fun!

Sorry, comments are disabled on this post.

Frank Meerkötter

Frank Meerkoetter is the Development Lead for basysKom GmbH, where he is consulting customers on industrial and embedded applications, often in combination with Qt. He is responsible for the technical consulting, system- and software-architecture within basysKom. He is the maintainer of Qt OPC UA and a contributor to the Qt project. He has a strong background in Embedded Linux, systems programming, distributed systems and application development. He holds a Master of Computer Science from the University of Applied Sciences in Darmstadt.

basysKom

FOSS-Update: basysKom contributions to the OpenAPI Generator

Over the last months basysKom contributed a number of improvements to the OpenAPI Generator project. OpenAPI as a standard provides a structured way to define, implement, test and maintain REST-like APIs.

OPC UA

Secure Connections with Qt OPC UA

Starting with the Qt 5.13 release, due end of May, the Qt OPC UA API

OPC UA

OPC UA support in Qt 5.11 Release

OPC UA is a central element of the Industry 4.0 story providing seamless communication between

QtWS15: A deep dive into QML memory management internals

If you missed our session “A deep dive into QML memory management internals” during the

Qt Quick and Swagger/OpenAPI – a tutorial

We take a close look how to generate Qt specific code from Swagger/OpenAPI and explain how to integrate the generated code with a Qt Quick Application.

Python Qt

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.

Privacy Overview

In order to make this page function correctly, we use cookies. You can disable all non-necessary cookies.
If you want to know more about our data protection policy, please follow this link: Show more information

Cookie	Type	Duration	Description
Necessary: Cookielawinfo-checkbox-necessary	persistent	1h	Saves the cookie setting for necessary cookies. Speichert das nötige Cookies gespeichert werden.
Necessary: Cookielawinfo-checkbox-non-necessary	persistent	1h	Saves the selection of the non necessary cookies. Speichert Ihre Auswahl ob nicht umbedingt nötige Cookies erlaubt sind.
Non-Necessary: Google Analytics	third_party	> 1 Jahr	We use google analytics to improve our website for you. Um unsere Website ständig zu verbessern, nutzen wir Google Analytics. Dieses Cookie ist nicht notwendig und kann abgeschaltet werden.

Necessary

Always Enabled

Non-necessary

QtWs17: Practical Qt Lite

Sorry, comments are disabled on this post.

Frank Meerkötter

Read more

Services

Technologies

About Us

Follow Us

QtWs17: Practical Qt Lite

Sorry, comments are disabled on this post.

Frank Meerkötter

Read more

Services

Technologies

About Us

Follow Us

Our Cookie preferences für this webseite