There is a lot of misinformation about multithreaded programming and the use of real-time operating system features. Misinformation and programmer inexperience often leads to poor task decomposition and introduces system failures such as task starvation, deadlock, and priority inversion. This course utilizes Netrino's Zero Bugs...Period firmware design methodology to teach the proper use of C and RTOS APIs in developing multithreaded software. Variants of the course cover specific RTOS APIs and features, such as VxWorks, µC/OS-II, and IAR PowerPac.

Length/Options

• 2 days (hands-on with µC/OS-II)
• 1 day (lecture only, choice of RTOS)

Audience

• Firmware developers evaluating or using a real-time operating system

Prerequisites

• Familiarity with the C programming language

Related Courses

• RTOS Alternatives
• Embedded Software Boot Camp
• Hardware Interfacing with C
• Embedded Programming with C++
• Embedded Linux Jumpstart
• Real-Time Programming with Java

Outline

• Multitasking Fundamentals
• Tasks and Task States
• Scheduling Points
• Context Switching
• System Calls
• Mutual Exclusion
• Rate Monotonic Scheduling
• Preemption
• Rate Monotonic Algorithm
• Schedulable Bound
• Aperiodic Tasks
• Priority Inversion
• Intertask Communication
• Semaphores
• Mailboxes
• Message Queues
• Event Flags
• Starvation and Deadlock
• Related Topics
• Memory Management
• Timer Ticks
• OS Hooks
• Interrupt Handling
• Task Partitioning

Demonstrated Tools/Platform

• IAR C Compiler and Embedded Workbench IDE for ARM
• microC/OS-II Real-Time Operating System
• STMicro STR912F ARM9 Development Board
• IAR J-Link USB-driven JTAG interface for ARM

Learn More

To request pricing or dates, or for more information about this course, contact us.