System Programming

Lecture 2. Low-level File I/O (system call)

• What is File?
• Basic shell commands for files
• File descriptor (fd)
• Basic system calls for handling files

Contents (schedule)

• Slides (9/12)
• Lab. (9/17) / Message for Lab. 2-3
• Summary
  • Notes

Lecture 4. File an Directory

• File organization
  • filename, i-node, data block
• Directory organization
• Hard link and Symbolic link

Contents (schedule)

• Slides / Video (10/3, online lecture)
• Lab. (10/8) (problems by students)
  • Files for Lab.
  • Commentary for Lab A / Lab B
• Summary by Students
  • A : (Slides) (Notes) / B : (Slides) (Notes)

Lecture 6. Process Information

• What is Process?
• Process hierarchy
• Processing running time
• Environment variables

Contents (schedule)

• Slides (10/17)
• Lab. (10/22) (problems by students)
  • Commentary for Lab A / Lab B
• Summary by Students
  • A : (Slides) (Notes) / B : (Slides) (Notes)

Lecture 7. Process Management

• Running a New Process
• Terminating a Process
• Synchronization with Child processes

Contents (schedule)

• Slides (10/31)
• Lab. (11/05) (problem by students)
  • Commentary for Lab A / Lab B
• Summary by Students
  • A : (Slides) (Notes) / B : (Slides) (Notes)

Lecture 9. Memory Mapping

• Mapping a File to Memory
• Synchronizing a File with a Mapping
• IPC with a Memory Mapped File

Contents (schedule)

• Slides (11/14)
• Lab. (11/19) (problem by students)
  • Files for Lab A
  • Commentary for Lab A / Lab B
• Summary by Students
  • A : (Slides) (Notes) / B : (Slides) (Notes)

Lecture 11. IPC I

• IPC in Unix/Linux
• Message Queue

Contents (schedule)

• Slides (11/28)
• Lab. (12/03) (problem by students)
  • Commentary for Lab A / Lab B
• Summary by Students
  • A : (Slides) (Notes) / B : (Slides) (Notes)