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An edition of Introduction to C Programming (2013)

Introduction to C Programming

by Reema Thareja

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An edition of Introduction to C Programming (2013)

Introduction to C Programming

by Reema Thareja

3.0 (1 rating)
57 Want to read
8 Currently reading
2 Have read

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Publish Date

2014

Publisher

Oxford University Press India, Oxford University Press

Language

English

Pages

394

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Previews available in: English

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1 Introduction to C Programming 2014, Oxford University Press India, Oxford University Press in English 0199452059 9780199452057	aaaa Borrow Listen Locate
2 Introduction to C Programming 2013, Oxford University Press in English 0198086393 9780198086390	zzzz Locate

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Book Details

Table of Contents

Features of the Book

Page iv

Preface to Second Edition

Page vi

Preface to First Edition

Page ix

Brief Contents

Page x

1. Introduction to Programming

1.1. Introduction to Computer Software

1.2. Classification of Computer Software

1.2.1. System Software

1.2.2. Application Software

1.3. Programming Languages

1.4. Generation of Programming Languages

1.4.1. First Generation: Machine Language

1.4.2. Second Generation: Assembly Language

1.4.3. Third Generation Programming Language

1.4.4. Fourth Generation: Very High-Level Languages

1.4.5. Fifth Generation Programming Language

1.5. Categorization of High Level Languages

1.5.1. Unstructured Programming

1.5.2. Structured Programming Language

1.5.3. Logic-oriented Programming Language

1.5.4. Object-Oriented Programming

2. Introduction to C

2.1. Introduction

2.1.1. Background

2.1.2. Characteristics of C

2.1.3. Uses of C

2.2. Structure of C Program

2.3. Writing the First C Program

2.4. Files Used in C Program

2.4.1. Source Code File

2.4.2. Header Files

2.4.3. Object Files

2.4.4. Binary Executable File

2.5. Compiling and Executing C Programs

2.6. Using Comments

2.8. Identifiers

2.8.1. Rules for Forming Identifier Names

2.9. Basic Data Types in C

2.9.1. How are Float and Double Stored?

2.10. Variables

2.10.1. Numeric Variables

2.10.2. Character Variables

2.10.3. Declaring Variables

2.10.4. Initializing Variables

2.11. Constants

2.11.1. Integer Constant

2.11.2. Floating Point Constant

2.11.3. Character Constant

2.11.4. String Constant

2.11.5. Declaring Constants

2.12. Input/output Statement in C

2.12.1. Streams

2.12.2. Formatting Input/output

2.12.3. printf()

2.12.4. scanf()

2.12.5. Examples: printf/scanf

2.12.6. Detecting Errors During Data Input

2.13. Operators in C

2.13.1. Arithmetic Operators

2.13.2. Relational Operators

2.13.3. Equality Operators

2.13.4. Logical Operators

2.13.5. Unary Operators

2.13.6. Conditional Operator

2.13.7. Bitwise Operators

2.13.8. Assignment Operators

2.13.9. Comma Operator

2.13.10. Sizeof Operator

2.13.11. Operator Precedence Chart

2.14. Programming Examples

2.15. Type Conversion and Typecasting

2.15.1. Type Conversion

2.15.2. Typecasting

3. Decision Control and Looping Statements

3.1. Introduction to Decision Control Statements

3.2. Conditional Branching Statements

3.2.1. If Statement

3.2.2. If-Else Statement

3.2.3. If-Else-If Statement

3.2.4. Switch Case

3.3. Iterative Statements

3.3.1. While Loop

3.3.2. Do-while Loop

3.3.3. for Loop

3.4. Nested Loops

3.5. break and continue Statements

3.5.1. break Statement

3.5.2. continue Statement

3.6. goto Statement

3.7. Building a Robust C Program

Case Study for Chapters 2 and 3

4.1. Introduction

4.1.1. Why are Functions Needed?

4.2. Using Functions

4.3. Function Declaration/Function Prototype

4.4. Function Definition

4.5. Function Call

4.5.1. Points to Remember While Calling a Function

4.6. Return Statement

4.6.2. Using Variable Number of Arguments

4.7. Passing Parameters to the Function

4.7.1. Call by Value

4.7.2. Call by Reference

4.8. Scope of Variables

4.8.1. Block Scope

4.8.2. Function Scope

4.8.3. Program Scope

4.8.4. File Scope

4.9. Storage Classes

4.9.1. auto Storage Class

4.9.2. register Storage Class

4.9.3. extern Storage Class

4.9.4. static Storage Class

4.9.5. Comparison of Storage Classes

4.10. Recursive Functions

4.10.1. Greatest Common Divisor

4.10.2. Finding Exponents

4.10.3. Fibonacci Series

4.11. Types of Recursion

4.11.1. Direct Recursion

4.11.2. Indirect Recursion

4.11.3. Tail Recursion

4.11.4. Linear and Tree Recursion

4.12. Tower of Hanoi

4.13. Recursion versus Iteration

5.1. Introduction

5.2. Declaration of Arrays

5.3. Accessing Array Elements

5.3.1. Calculating the Address of Array Elements

5.4. Storing Values in Arrays

5.4.1. Initialization of Arrays

5.4.2. Inputting Values

5.4.3. Assigning Values

5.5. Length of an Array

5.6. Array Operations

5.6.1. Traversal

5.6.2. Insertion

5.6.3. Deletion

5.6.5. Searching

5.7. One-Dimensional Arrays for Inter-Function Communication

5.8. Two-Dimensional Arrays

5.8.1. Declaration of Two-dimensional Arrays

5.8.2. Initialization of Two-dimensional Arrays

5.8.3. Accessing the Elements

5.9. Operations on Two-dimensional (2D) Arrays

5.10. Two-Dimensional Arrays for Inter-Function Communication

5.10.1. Passing a Row

5.10.2. Passing an Entire 2D Array

5.11. Multidimensional Arrays

5.12. Sparse Matrices

6.1. Introduction

6.1.1. Reading Strings

6.1.2. Writing Strings

6.1.3. Summary of Functions Used to Read and Write Characters

6.2. Suppressing Input

6.2.1. Using a Scanset

6.3. String Taxonomy

6.4. String Operations

6.4.2. Converting Characters of a String into Upper Case

6.4.3. Converting Characters of a String into Lower Case

6.4.4. Concatenating Two Strings to Form a New String

6.4.5. Appending

6.4.6. Comparing Two Strings

6.4.7. Reversing a String

6.4.8. Extracting a Substring from Left

6.4.9. Extracting a Substring from Right of the String

6.4.10. Extracting a Substring from the Middle of a String

6.4.11. Insertion

6.4.12. Indexing

6.4.13. Deletion

6.4.14. Replacement

6.5. Miscellaneous String and Character Functions

6.5.1. Character Manipulation Functions

6.5.2. String Manipulation Functions

6.6. Array of Strings

Case Study for Chapters 6 and 7

7.1. Understanding the Computer's Memory

7.2. Introduction to Pointers

7.3. Declaring Pointer Variables

7.4. Pointer Expressions and Pointer Arithmetic

7.5. Null Pointers

7.6. Generic Pointers

7.7. Passing Arguments to Function Using Pointers

7.8. Pointers and Arrays

7.9. Passing an Array to a Function

7.10. Difference between Array Name and Pointer

7.11. Pointers and Strings

7.12. Array of Pointers

7.13. Pointers and 2-D Arrays

7.14. Pointers and 3-D Array

7.15. Function Pointers

7.15.1. Initializing a Function Pointer

7.15.2. Calling a Function Using a Function Pointer

7.15.3. Comparing Function Pointers

7.15.4. Passing a Function Pointer as an Argument to a Function

7.16. Array of Function Pointers

7.17. Pointers to Pointers

7.18. Memory Allocation in C Programs

7.19. Memory Usage

7.20. Dynamic Memory Allocation

7.20.1. Memory Allocations Process

7.20.2. Allocating a Block of Memory

7.20.3. Releasing the Used Space

7.20.4. To Alter the Size of Allocated Memory

7.21. Drawbacks of Pointers

8. Structure, Union, and Enumerated Data Types

8.1. Introduction

8.1.1. Structure Declaration

8.1.2. Typedef Declarations

8.1.3. Initialization of Structures

8.1.4. Accessing the Members of a Structure

8.1.5. Copying and Comparing Structures

8.2. Nested Structures

8.3. Arrays of Structures

8.4. Structures and Functions

8.4.1. Passing Individual Members

8.4.2. Passing the Entire Structure

8.4.3. Passing Structures Through Pointers

8.5. Self-referential Structures

8.6.1. Declaring a Union

8.6.2. Accessing a Member of a Union

8.6.3. Initializing Unions

8.7. Arrays of Union Variables

8.8. Unions Inside Structures

8.9. Enumerated Data Types

8.9.1. Enum Variables

8.9.2. Using the Typedef Keyword

8.9.3. Assigning Values to Enumerated Variables

8.9.4. Enumeration Type Conversion

8.9.5. Comparing Enumerated Types

8.9.6. Input/Output Operations on Enumerated Types

9.1. Introduction to Files

9.1.1. Streams in C

9.1.2. Buffer Associated with File Stream

9.1.3. Types of Files

9.2. Using Files in C

9.2.1. Declaring a File Pointer Variable

9.2.2. Opening a File

9.2.3. Closing a File Using fclose()

9.3. Read Data from Files

9.3.1. fscanf()

9.4. Writing Data to Files

9.4.1. fprintf()

9.4.4. fwrite()

9.5. Detecting the End-of-File

9.6. Error Handling During File Operations

9.6.1. clearerr()

9.6.2. perror()

9.7. Accepting Command Line Arguments

9.8. Functions for Selecting a Record Randomly

9.8.3. rewind()

9.8.4. fgetpos()

9.8.5. fsetpos()

9.10. Renaming the File

9.11. Creating a Temporary File

10. Preprocessor Directives

10.1. Introduction

10.2. Types of Preprocessor Directives

10.3.1. Object-like Macro

10.3.2. Function-like Macros

10.3.3. Nesting of Macros

10.3.4. Rules for Using Macros

10.3.5. Operators Related to Macros

10.7. Pragma Directives

10.8. Conditional Directives

10.8.2. #ifndef

10.8.3. The #if Directive

10.8.4. The #else Directive

10.8.5. The #elif Directive

10.8.6. The #endif Directive

10.9. The Defined Operator

10.10. #error Directive

10.11. Predefined Macro Names

11. Linked Lists

11.1. Introduction

11.2. Linked Lists versus Arrays

11.3. Memory Allocation and Deallocation for a Linked List

11.4. Different Types of Linked Lists

11.5. Singly Linked List

11.5.1. Traversing a Singly Linked List

11.5.2. Inserting a New Node in a Linked List

11.6. Circular Linked List

11.7. Doubly Linked List

11.8. Circular Doubly Linked List

11.9. Header Linked List

Case Study for Chapters 8, 9, and 11

Answers to Objective Questions

Classifications

Library of Congress: QA76.73.C15T53 2015, QA76.73.C15 T52 2015, QA76.73.C15 T53 2015

Edition Identifiers

Open Library: OL28548464M
Internet Archive: introductiontocp0002thar
ISBN 13: 9780199452057
LCCN: 2016303307
OCLC/WorldCat: 921526477

Work Identifiers

Work ID: OL21090538W

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