C语言开发 (C Programming: An Introduction)

撰写人:环球培训教务部 发表日期:二月 20th, 2013


Course Specifications

Course number: 085932
Software: DJGPP
Course length: 5.0 day(s)

Course Description

You have used many software applications. Creating a software application involves writing instructions that the computer understands and performing the expected task. The language used to write these instructions is called a programming language. In the C Programming: An Introduction (2008 Update) course, you will learn the basic concepts of writing a program using the C language with a special emphasis on the modular approach to programming.

Course Objective: You will learn the basic programming concepts and develop programs using the modular approach to the C programming language.

Target Student: The target student for this course is an entry-level programmer interested in developing applications using C. This is for the serious programming student and basis for continued education in C, C++, or Java programming.

Prerequisites: Participants should be familiar with general programming concepts. Experience with scripting languages such as Visual Basic or Unix Shell scripting would be helpful. The suggested prerequisite course is Introduction to Programming Using C.

Delivery Method: Instructor led, group-paced, classroom-delivery learning model with structured hands-on activities.

Hardware Requirements

  • Intel® Pentium® 1 GHz processor or faster.
  • Minimum 512 MB RAM.
  • 10 GB hard disk or larger.
  • CD-ROM drive.
  • Mouse or other pointing device.
  • 1024 x 768 resolution monitor recommended.

Platform Requirements

  • Microsoft® Windows® XP

Software Requirements

  • DJGPP V2.03 compiler.
  • Microsoft® Internet Explorer® 6.0 or its later versions.

Performance-Based Objectives

Upon successful completion of this course, students will be able to:

  • explore the basics of the C language.
  • execute a simple C program.
  • use the basic building blocks of C to write simple programs.
  • create arithmetic expressions to perform mathematical calculations.
  • use basic input/output functions.
  • use control-flow branching statements to selectively execute program code depending on a test condition.
  • use control-flow looping statements.
  • use arrays to store more than one value in a variable.
  • work with strings.
  • declare and initialize pointers and use them to access data and perform mathematical operations.
  • use functions in a C program.
  • work with standard C library functions.
  • work with functions and character strings.
  • pass data to functions.
  • use storage classes.
  • define structures in a C program.
  • work with unions to create a collection of variables with minimal memory utilization.
  • resolve errors in C programs.
  • manage dynamic memory allocation.
  • work with bitwise operators.
  • use preprocessor directives.
  • perform multifile compilation.
  • use file I/O functions.
  • work with data structures.

Course Content

Lesson 1: Getting Started with C
Topic 1A: Explore the C Language
Topic 1B: Identify the Elements of the C Program
Lesson 2: Executing a Simple C Program
Topic 2A: Write a Basic C Program
Topic 2B: Compile the C Program
Topic 2C: Debug the Program
Topic 2D: Run a C Program
Lesson 3: Using the Basic Building Blocks of C
Topic 3A: Identify the Basic Building Blocks of C
Topic 3B: Use Data in a C Program
Topic 3C: Perform Forced Type Casting
Lesson 4: Creating Arithmetic Expressions
Topic 4A: Identify the Basic Arithmetic Operators
Topic 4B: Use Arithmetic Operators to Create an Expression
Lesson 5: Using Input/Output Functions
Topic 5A: Understand I/O Implementation
Topic 5B: Use the getchar() and the putchar() Functions
Topic 5C: Use the gets() and the puts() Functions
Topic 5D: Use Formatted I/O
Lesson 6: Using Control-Flow Branching Statements
Topic 6A: Use Relational Operators
Topic 6B: Use Logical Operators
Topic 6C: Write Conditional Statements
Lesson 7: Using Control-Flow Looping Statements
Topic 7A: Use the while Loop
Topic 7B: Use the for Loop
Lesson 8: Working with Arrays
Topic 8A: Create an Array
Topic 8B: Initialize an Array
Lesson 9: Working with Strings
Topic 9A: Initialize a String
Topic 9B: Perform String Operations
Lesson 10: Working with Pointers
Topic 10A: Declare a Pointer Variable
Topic 10B: Initialize a Pointer
Topic 10C: Assign Pointers to an Array
Topic 10D: Access Values in an Array Using Pointers
Lesson 11: Using Functions in a C Program
Topic 11A: Understand Functions
Topic 11B: Declare a Function
Topic 11C: Write a Function to Return a Value
Lesson 12: Working with Library Functions
Topic 12A: Examine Standard Library Functions
Topic 12B: Create a Library Function
Lesson 13: Working with Functions and Character Strings
Topic 13A: Pass Arrays to Functions
Topic 13B: Use String Conversion Functions
Lesson 14: Passing Data to Functions
Topic 14A: Pass Variables as Arguments
Topic 14B: Change the Variable Value by Passing Its Address
Lesson 15: Using Storage Classes
Topic 15A: Declare Global Variables
Topic 15B: Declare Automatic Variables
Topic 15C: Declare External Variables
Topic 15D: Identify Static Variables
Topic 15E: Create Register Variables
Lesson 16: Defining Structures in a C Program
Topic 16A: Create a Structure
Topic 16B: Initialize a Structure
Topic 16C: Create an Array of Structures
Topic 16D: Pass Structures to Functions
Topic 16E: Use Structure Pointers
Topic 16F: Create Nested Structures
Lesson 17: Working with Unions
Topic 17A: Create a Union
Topic 17B: Access Union Fields
Topic 17C: Examine Bit-Fields and Enumerations
Lesson 18: Eliminating Errors in a C Program
Topic 18A: Resolve Compile-Time Errors
Topic 18B: Resolve Link-Time Errors
Topic 18C: Resolve Runtime Errors
Lesson 19: Managing Dynamic Memory Allocation
Topic 19A: Allocate a Memory Block
Topic 19B: Release Dynamic Memory
Topic 19C: Reallocate Memory
Lesson 20: Working with Bitwise Operators
Topic 20A: Manipulate Data Using Bitwise Operators
Topic 20B: Swap Variables
Topic 20C: Perform Arithmetic Calculations
Lesson 21: Using the Preprocessor Directives
Topic 21A: Define a Preprocessor Directive
Topic 21B: Use Conditional Compilation Directives
Topic 21C: Use Preprocessor Operators
Topic 21D: Understand Predefined Macros
Lesson 22: Performing Multifile Compilation
Topic 22A: Compile Multiple Files
Topic 22B: Pass Data to Functions in Separate Files
Topic 22C: Share Global Data in Files
Lesson 23: Using File I/O Functions
Topic 23A: Use Command-Line Arguments
Topic 23B: Work with Files
Lesson 24: Working with Data Structures
Topic 24A: Work with Stacks
Topic 24B: Work with Queues
Topic 24C: Work with Linked Lists


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