Real-Time Operating Systems and Systems Programming

Real-Time Operating Systems and Systems Programming

Basic Linux command-line and utilities for accessing it Standard Streams Stack Exploration Exploring Debugger Signals Threads Processes File Attributes Reading Binary Files LAB: Hufmann Encoder Network Sockets Optimization (mmap() helps here)

[ @ ]

Course code: iti8510
Link: http://www.lambda.ee/index.php/Real-Time_Operating_Systems_and_Systems_Programming http://www.lambda.ee/index.php/iti8510
Lecturer: Jaagup Irve
Contact: jaagup.irve@ttu.ee, 56463800, room IT-222
Previous courses: 2012

Times in 2014

Lecture: Wednesday, 17:45-19:15, ICT-A2

Practice: Wednesday, 19:30-21:00, ICT-501

Course information

• Course card in Studies Information System

Assignment

• Hufmann encoder

Lectures

Things may change a bit further down

1. Introduction PDF
2. IO, Hardware interrupts PDF
3. Stack, longjmp PDF
4. Heap, 2d arrays PDF
5. Software interrupts (signals) PDF (note to self: add code examples and better signal definition to slides)
6. Threads, Mutexes PDF
7. Scheduling, Process, Demon, Zombie PDF
8. Standard IO, file management, directory management etc PDF
9. Programming an Operating System PDF
10. Optimizing PDF
11. Networking PDF ; C language constructions PDF
12. Security PDF
13. Compilation and utilities; Mmap() PDF
14. Encoding, localization, internatialization in *nix PDF; Getopt() PDF
15. RTOS: On Real Time Systems PDF
16. Conclusion and Summary PDF

Zipped lecture slides here

Practice Information

The server: dijkstra.cs.ttu.ee

• Basic Linux command-line and utilities for accessing it
• Standard Streams
• Stack Exploration
• Exploring Debugger
• Signals
• Threads
• Processes
• File Attributes
• Reading Binary Files
• LAB: Hufmann Encoder
• Network Sockets
• Optimization (mmap() helps here)

Links

• A well-written C tutorial
• Toyota killer firmware
• Use of Assertions
• IPv6 howto