What you'll learn:
- OSEK RTOS overview
- Extended tasks management
- Standard OIL description for events & alarms
- Events management in OSEK environments
- Alarms management & counters in OSEK environments
- Hook routines & Debugging support
- Events, alarms, hooks APIs in OSEK standard
Learn the most common real time operating system in the Automotive software industry.
OSEK operating system which is the standard platform that is running on almost all of the Electronics Control Units (ECUs) in modern vehicles to support different application software components.
This course provides a complementary part to the previous course [Intro To OSEK OS I] to give you a complete overview of what an OSEK real time operating system is and how it works using ARM Keil Uvision simulator and/or TM4C123 evaluation kit.
In this course, we will start with quick review on the development cycle in OSEK environment, Oil system description, Task management and resource management in OSEK real time kernel. Then we will learn the alarm management, Event control and Hook routines in OSEK OS.
OSEK Alarm Management
You will understand the counter/alarm concepts, alarm types, alarm actions, alarm oil description and how can we use alarm objects to support periodic threads in OSEK kernel. The APIs that are provided by OSEK kernel to handle alarms. Each point is supported with practical example to ensure a rigid understanding and programming exercise will be conducted at the end.
Event Control
The event concept will be introduced first, Then the usage and oil description of event objects. The events effects on the task management and scheduling activities. The events & the server threads. Event setting as an alarm actions. Event APIs that are provided by OSEK kernel. Each point is supported with practical example to ensure a rigid understanding and programming exercise will be conducted at the end.
Hook routines
The hook concepts will be introduced as an OSEK object. The startup sequence of the OS and the startup hook. Pre/post task hooks will be introduced then and how to use them to handle the runtime measurements.
The course includes lots of examples to make sure that you have a thorough and practical understanding.
Now lets get started.
