Webinars and Video Trainings
For our conducted webinars and training sessions, you can find below all video recordings for watching.
The videos are sorted by the topics covered. Make you selection.
Universal Debug Engine – Debugging, trace and test for multicore SoCs and MCUs
Webinar
Universal Debug Engine UDE at a glance. This presentation will give a general introduction into the PLS tool for debugging, tracing and testing of microcontrollers and multicore SoCs.
Tools for debugging and trace
Webinar hosted by Hitex
This webinar gives an introduction in the debug, trace and test tool UDE:
- Supported microcontrollers
- Debugger hardware
- Feature overview
Visualizing Variables 101
Webinar
In this presentation, you will learn all about the UDE's extensive options for visualizing target variables.
Debugging S32S in UDE: Visualizing Application Data
Short video
Debug features for S32S: This video shows some basics on how to visualize application data with UDE.
Multicore Debugging with UDE
Webinar hosted by Hitex
In this webinar, you will learn how to create a multicore debug session from scratch. You will get an introduction to the UDE debugger environment and discover the basic functions for debugging a multicore SoC.
Multicore debugging for AURIX
Webinar
In this webinar you will learn all about multicore debugging for Infineon AURIX including synchronized debugging of cores, multicore breakpoints and more.
Multicore debugging of Arm Cortex-A and Cortex-R SoCs
Webinar
In this webinar you will learn all about multicore debugging for Arm Cortex-A53 and Cortex-R52 SoCs. We demonstrate UDE's multicore features with examples using NXP S32 Automotive Platform (S32G, S32S) and ST Stellar.
From SPC5 UDESDK to UDE – Multicore Debugging and Trace for SPC5
Webinar hosted by Hitex
Although the SPC5 UDESDK from ST offers some interesting debugging functions for SPC5 devices, true multicore debugging and tracing is only possible with the professional UDE. This webinar will show you how to benefit from the advanced multicore debugging and trace capabilities of UDE.
Debugging S32S in UDE: Basic Multi-Core Debugging
Short video
Multicore debug features for S32S: This video shows you some basics on how to debug a multicore application with UDE.
Multicore and multi-controller debugging for AURIX
Webinar hosted by Hitex
In this webinar we show how to do basic multicore debugging for AURIX and how multi-controller debugging of two AURIX CPUs can be performed.
Multicore debugging of Arm Cortex-A and Cortex-R SoCs
Webinar hosted by Hitex
This webinar demonstrates the basics of multicore debugging for Cortex-A and -R devices on the example of the Rensas R-Car and NXP S32V:
- UDE user interface
- Specific multicore functions
- Basic multicore trace
Scripting and debug automation
Webinar
This webinar shows how to automate your daily tasks using the powerful scripting features of UDE and your favorite scripting languages. Real live examples are used to show how to control the target system, query the target state and finally manipulate it.
How to use Python for debug automation with UDE
Webinar hosted by Hitex
In this webinar, you will learn how to control the target system, determine the target state, and finally manipulate it with the popular Python scripting language using UDE's powerful scripting capabilities.
Advanced Scripting for UDE
Webinar hosted by Hitex
This webinar gives an deeper look into UDE's scripting support. Using selected examples from real customer projects, we will take a closer look at particularly useful features of the UDE software API.
Scripting and debug automation with UDE
Webinar hosted by Hitex
This webinar shows how to automate your daily tasks using UDE’s powerful scripting capabilities. It demonstrates how the UDE object model, the UDE software API, is used with common scripting languages.
Trace-based debugging and runtime analysis
Webinar
This presentation gives a general overview of the trace features of UDE. It shows how to use trace for debugging, e.g. to investigate the misbehavior of an application, and how to use trace to analyze the runtime behavior of your multicore application.
Trace-based debugging and runtime analysis with UDE
Webinar hosted by Hitex
In this webinar we show you the trace features of UDE on the example of the AURIX MCDS. In the first part we demonstrate trace based debugging for investigating the misbehavior of an application. In the second part we show you how to use trace for different types of run-time analysis.
Tracing S32S in UDE: Multicore Trace and Run-Time Analysis
Short video
In this webinar we show you the trace features of UDE on the example of the AURIX MCDS. In the first part we demonstrate trace based debugging for investigating the misbehavior of an application. In the second part we show you how to use trace for different types of run-time analysis.
RTOS aware debugging
Webinar
This presentation gives a general overview about the trace features of UDE. It shows how to use Trace for debugging, e.g. to investigate the misbehavior of an application, and how to use Trace to analyze the runtime behavior of multicore applications.
RTOS aware debugging with UDE
Webinar hosted by Hitex
This webinar gives you an introduction into the RTOS awareness of UDE. You will learn how to debug an application that is under control of a RTOS.
Proof Your Test Quality – Non-Intrusive Code Coverage with UDE
Webinar hosted by Hitex
This webinar coveres UDE's trace-based code coverage feature. Trace-based code coverage allows to measure the code coverage in situations where other code coverage tools reaching their limits:
- where code instrumentation is not allowed anymore,
- where the code is optimized by the compiler and
- if you want to test without affecting the run-time behavior of your application.
You will get some hints what to consider with optimized code and how to use UDE scripting features to measure the code coverage in automated tests.
Non-intrusive code coverage
Webinar
We show you how to measure the code coverage without any code instrumentation and without affecting the runtime behavior of your application.
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