Warning
This page is located in archive.

Table of Contents

Lectures

Supporting materials for the lectures.

These supportive materials are not intended as a replacement for your own notes from the lectures. They are rather provided to help you to understand the studied problems.

Most of the lectures are covered in the book:

K. N. King: C Programming A Modern Approach, Second Edition. W. W. Norton & Company, Inc., 2008.

The source codes presented in the lectures are attached in the particular .zip archive. It is highly recommended to become familiar with programs, implement complex programs by yourself and use the provided sources as a source of inspiration/receipt.



Wednesday 9:15-10:45 KN:E-311 KN:E-2
Topic
01 25.09. Lecture 01 - Course information, Introduction to C programming
K. N. King: chapters 1, 2, and 3
02 02.10. Lecture 02 - Writing your program in C, expressions, control structures (loops)
K. N. King: chapters 4, 5, 6, and 20
03 09.10. Lecture 03 - Data types, arrays, pointer, memory storage classes, function call
K. N. King: chapters 7, 8, 9, 10, 11, and 18
04 16.10. Lecture 04 - Arrays, strings, and pointers
K. N. King: chapters 8, 11, 12, 13, and 17
05 23.10. Lecture 05 - Data types: Struct, Union, Enum, Bit fields. Preprocessor and Building Programs.
K. K. King: chapters 10, 14, 15, 16, and 20
06 30.10. Lecture 06 - Input/Output and Standard C Library
K. N. King: chapters 21, 22, 23, 24, 26, and 27
07 06.11. Implementation test
08 13.11. Lecture 07 - Implementation test summary
09 20.11. Lecture 08 - Parallel programming, parallel processing, and synchronizations primitives (semaphores, messages, shared memory)
10 27.11. Lecture 09 - Multi-threading programming, application models, POSIX threads and C11 threads
11 04.12. Lecture 10 - Version Control Systems (VCSs)
12 11.12. Lecture 11 - ANSI C, C99, C11, and differences between C and C++. Introduction to object-oriented programming in C++
13 18.12. Lecture 12 - Object-oriented programming in C++: classes, objects, inheritance and polymorphism Early exam date
14 Concluding lecture, exam organization

1. Course Information, Introduction to C Programming

— Jan Faigl 2017/10/03 21:40

2. Writing your program in C, expressions, control structures (loops)

— Jan Faigl 2017/10/03 21:41

3. Data types, arrays, pointer, memory storage classes, function call

— Jan Faigl 2017/10/25 09:10

— Jan Faigl 2017/10/26 09:45 Update: FIX typos and formatting

4. Arrays, strings, and pointers

— Jan Faigl 2017/08/11 14:53

— Jan Faigl 2017/10/26 09:45 Update: FIX typos and formatting

5. Data types: Struct, Union, Enum, Bit fields. Preprocessor and Building Programs

— Jan Faigl 2017/08/11 14:54

6. Data types: Input/Output and Standard C Library

— Jan Faigl 2017/08/11 14:55

7. Test

8. Parallel programming, parallel processing, and synchronizations primitives (semaphores, messages, shared memory)

— Jan Faigl 2017/11/15 08:32

9. Multithreading programming, application models, POSIX threads and C11 threads

— Jan Faigl 2017/11/15 08:32

10. Version Control Systems (VCSs)

— Jan Faigl 2017/08/11 14:58

11. ANSI C, C99, C11, and differences between C and C++. Introduction to object oriented programming in C++

— Jan Faigl 2017/08/11 14:59

12. Object oriented programming in C++: classes, objects, inheritance and polymorphism

13. Early exam

January 27 Exam

February 04 Exam

February 13 Exam

courses/be5b99cpl/lectures/start.txt · Last modified: 2025/02/13 09:18 by krajnt1