| 开课平台 | 爱课程（中国大学MOOC） |
|---|---|
| 开课高校 | 西安电子科技大学 |
| 开课教师 | Qiguang MIAO 苗启广、Guang JIA 贾广、Zixiang LU 卢子祥 |
| 学科专业 | 工学计算机类 |
| 开课时间 | 2021/09/14 - 2022/01/15 |
|---|---|
| 课程周期 | 18 周 |
| 开课状态 | 已结课 |
| 每周学时 | - |
C language is one of the most popular and widely used advanced programming languages in the world. As a professional and technical course, it not only plays an important role in the field of computer science and technology and its application, but also is an important tool course in many related science and engineering majors. C language is the basic course to enter the programming gate. The development idea of its structured and modular procedure-oriented programming lays a solid foundation for the following other courses (object-oriented programming, data structure, algorithm design and analysis). The course will introduce the humanities and engineering professional ethics related to the computer specialty, as well as the latest technology and research progress in different fields, including Internet of things technology, cloud computing technology, big data and artificial intelligence.
In order to meet the needs of overseas students, the course group has set up a C language programming course using pure English. All the members of the course group have the experience of studying abroad and have designed this course according to the actual needs of overseas students to learn C language. This course is taught from two aspects: the cultivation of programming logical and the teaching of programming ability. So that, students can learn programming skills on the premise of understanding flow chart, algorithm and program concept.
Through the study of this course, students can learn to think about problems from the perspective of computer, cultivate students' logical thinking ability and procedure-oriented programming method; train students to use C language as a programming tool to prepare programs with clear structure and well readability, design test cases, complete program tests, and have the ability to independent design and implement procedure-oriented applications. It lays a theoretical and practical foundation for further learning the development of complex software system.
1 Introduction
1.1 Course objective
1.2 Programming software devcpp
1.3 Textbook
1.4 Course schedule
1.5 C language smart education platform
2 Flow
2.1 Sequential flow
2.2 Branch flow
2.3 Flow expressions
2.4 Logical structure of flows
Unit test for flow
Homework1
3 Program
3.1 Concept of program
3.2 Program execution characteristics
3.3 Computer components
3.4 Computer workflow
3.5 Program components
3.6 Computer data processing
3.7 Problem solving with computer
3.8 Knowledge map of C program
3.9 Steps of problem solving
3.10 Example coding: incentive system
3.11 Flow of program development
4 C Language
4.1 Basic C components in sample program
4.2 Library function and file inclusion
4.3 C library
4.4 Child function
4.5 Coding style requirements
5 Algorithm
5.1 Concept of algorithm
5.2 Definition and key elements of algorithm
5.3 Example coding: price guessing(1)
5.4 Example coding: price guessing(2)
5.5 Method of program development
5.6 Effectiveness of algorithm
5.7 Example coding: average score computing
5.8 Universality of algorithm
5.9 Example coding: chickens & rabbits in a cage 1
5.10 Example coding: chickens & rabbits in a cage 2
5.11 Example coding: N factorial
5.12 Keys of algorithm design
6 Data types and operations (1)
6.1 Shopping receipt example about data
6.2 Example coding: shopping receipt
6.3 Type of constants
6.4 Variable storage
6.5 Variable initialization
6.6 Key elements of variables
6.7 Basic data system
6.8 Binary system
6.9 Complement representation
6.10 Storage of signed integers
6.11 Trap of float-point numbers
6.12 Storage of float type
7 Data types and operations (2)
7.1 Type of data operations
7.2 Operators in C and precedence
7.3 Associativity of operators
7.4 Example coding: time conversion
7.5 Increment & decrement & relational operators
7.6 Example coding: triangle
7.7 Basic type conversion
7.8 Type conversion rules
7.9 Debugger
7.10 Conditional operator
7.11 Sizeof operator
8 Input and output
8.1 Stdio library
8.2 Example coding: heart with changing color
8.3 Output functions
8.4 String output function
8.5 Formatted output function
8.6 Example coding: 520 Chinese characters
8.7 Input functions
8.8 Gets function
8.9 Example coding: student information
8.10 Scanf function
9 Sequential, branch and loop structures
9.1 Sequential structure
9.2 Proximity rule of if-else
9.3 Example coding: maximum number
9.4 Example coding: maximum number solution 2
9.5 Switch-case
9.6 Example coding: 5-level grading
9.7 Example coding: a-x relationship
9.8 Loop introduction
9.9 Key elements of loop
9.10 Example coding: 4 different loop structures
9.11 Example coding: while statement
9.12 While and for comparison
9.13 Do while loops
9.14 Example coding: number counting
9.15 For loops
9.16 Example coding: chickens and rabbits in the same cage
9.17 Infinite loops and jumping out
9.18 Continue and goto
10 Array
10.1 Array concept
10.2 Example coding: reverse 100 numbers
10.3 Example coding: calculate average course grade
10.4 Array initialization
10.5 Memory layout of array
10.6 Example coding: binary search
10.7 Example coding: Fibonacci sequence and 2D array
10.8 Example coding: password verification
10.9 Example coding: Caesar code cracking
10.10 String array
11 Pointer
11.1 Name and address
11.2 Computer memory
11.3 What is a pointer
11.4 How to define a pointer
11.5 Pointer operation
11.6 Rule of pointer offsets
11.7 Pointer summary
11.8 Example coding: pointer definition
11.9 Example coding: pointer offset
11.10 Advanced usage of pointers