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Programming in C, 3/e, 3rd Edition

Name: Programming in C, 3/e, 3rd Edition
Author: Kamthane Ashok
ISBN: 9789332558328

by Kamthane Ashok

April 2015

Intermediate to advanced

688 pages

14h 5m

English

Pearson Education India

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Cover
Title page
Contents
About the Authors
Dedication
Preface
1 Basics and introduction to C
1.1 Why to Use Computers?1.2 Basics of a Computer1.3 Latest Computers1.4 Introduction to C1.5 About ANSI C Standard1.6 Machine, Assembly and High-Level Language1.6.1 Assembly Language1.6.2 High-Level Language1.7 Assembler, Compiler and Interpreter1.8 Structure of a C Program1.9 Programming Rules1.10 Executing the C Program1.11 Standard Directories1.12 The First C Program1.13 Advantages of C1.14 Header Files1.15 Algorithm1.15.1 Program Design1.16 Classification of Algorithms1.17 Flow charts1.18 PseudocodeSummaryExercises
2 The C Declarations
2.1 Introduction2.2 The C Character Set2.3 Delimiters2.4 Types of Tokens2.5 The C Keywords2.6 Identifiers2.7 Constants2.7.1 Numerical Constants2.7.2 Character Constant2.8 Variables2.9 Rules for Defining Variables2.10 Data Types2.11 C Data Types2.12 Integer and Float Number Representations2.12.1 Integer Representation2.12.2 Floating-Point Representation2.13 Declaring Variables2.14 Initializing Variables2.15 Dynamic Initialization2.16 Type Modifiers2.17 Type Conversion2.18 Wrapping Around2.19 Constant and Volatile Variables2.19.1 Constant Variable2.19.2 Volatile VariableSummaryExercises
3 Operators and Expressions
3.1 Introduction3.2 Operator Precedence3.3 Associativity3.4 Comma and Conditional Operator3.5 Arithmetic Operators3.6 Relational Operators3.7 Assignment Operators and Expressions3.8 Logical Operators3.9 Bitwise OperatorsSummaryExercises
4 Input and Output in C
4.1 Introduction4.2 Formatted Functions4.3 Flags, Widths and Precision with Format String4.4 Unformatted Functions4.5 Commonly Used Library Functions4.6 Strong Points for UnderstandabilitySummaryExercises

5 Decision Statements
5.1 Introduction5.2 The if Statement5.3 The if-else Statement5.4 Nested if-else Statements5.5 The if-else-if Ladder Statement5.6 The break Statement5.7 The continue Statement5.8 The goto Statement5.9 The switch Statement5.10 Nested switch case5.11 The switch case and nested ifsSummaryExercises
6 Loop Control
6.1 Introduction6.1.1 What is a Loop?6.2 The for Loop6.3 Nested for Loops6.4 The while Loop6.5 The do-while Loop6.6 The while Loop within the do-while Loop6.7 Bohm and Jacopini’s TheorySummaryExercises
7 Data Structure: Array
7.1 Introduction7.2 Array Declaration7.3 Array Initialization7.4 Array Terminology7.5 Characteristics of an Array7.6 One-Dimensional Array7.7 One-Dimensional Array and Operations7.8 Operations with Arrays7.9 Predefined Streams7.10 Two-Dimensional Array and Operations7.10.1 Insert Operation with Two-Dimensional Array7.10.2 Delete Operation with Two-Dimensional Array7.11 Three- or Multi-Dimensional Arrays7.12 The sscanf() and sprintf() Functions7.13 Drawbacks of Linear ArraysSummaryExercises
8 Strings and Standard Functions
8.1 Introduction8.2 Declaration and Initialization of String8.3 Display of Strings with Different Formats8.4 String Standard Functions8.5 String Conversion Functions8.6 Memory Functions8.7 Applications of StringsSummaryExercises
9 Pointers
9.1 Introduction9.2 Features of Pointers9.3 Pointers and Address9.4 Pointer Declaration9.5 The Void Pointers9.6 Wild Pointers9.7 Constant Pointers9.8 Arithmetic Operations with Pointers9.9 Pointers and Arrays9.10 Pointers and Two-Dimensional Arrays9.11 Pointers and Multi-Dimensional Arrays9.12 Array of Pointers9.13 Pointers to Pointers9.14 Pointers and StringsSummaryExercises
10 Functions
10.1 Introduction10.2 Basics of a Function10.2.1 Why Use Functions?10.2.2 How a Function Works?10.3 Function Definition10.4 The return Statement10.5 Types of Functions10.6 Call by Value and Reference10.7 Function Returning More Values10.8 Function as an Argument10.9 Function with Operators10.10 Function and Decision Statements10.11 Function and Loop Statements10.12 Functions with Arrays and Pointers10.13 Passing Array to a Function10.14 Nested Functions10.15 Recursion10.16 Types of Recursion10.17 Rules for Recursive Function10.18 Direct Recursion10.19 Indirect Recursion10.20 Recursion Versus Iterations10.21 The Towers of Hanoi10.22 Advantages and Disadvantages of Recursion10.23 Efficiency of Recursion10.24 Library FunctionsSummaryExercises
11 Storage Classes
11.1 Introduction11.1.1 Life time of a Variable11.1.2 Visibility of a Variable11.2 Automatic Variables11.3 External Variables11.4 Static Variables11.5 Static External Variables11.6 Register VariablesSummaryExercises
12 Preprocessor directives
12.1 Introduction12.2 The #define Directive12.3 Undefining a Macro12.4 Token Pasting and Stringizing Operators12.5 The #include Directive12.6 Conditional Compilation12.7 The #ifndef Directive12.8 The #error Directive12.9 The #line Directive12.10 The #pragma inline Directive12.11 The #pragma saveregs12.12 The #pragma Directive12.13 The Predefined Macros in ANSI and TURBO-C12.14 Standard I/O Predefined Streams in stdio.h12.15 The Predefined Marcos in ctype.h12.16 AssertionsSummaryExercises
13 Structure and Union
13.1 Introduction13.2 Features of Structures13.3 Declaration and Initialization of Structures13.4 Structure within Structure13.5 Array of Structures13.6 Pointer to Structure13.7 Structure and Functions13.8 typedef13.9 Bit Fields13.10 Enumerated Data Type13.11 Union13.12 Calling BIOS and DOS Services13.13 Union of StructuresSummaryExercises
14 Files
14.1 Introduction of a File14.2 Definition of File14.3 Streams and File Types14.3.1 File Types14.4 Steps for File Operations14.4.1 Opening of File14.4.2 Reading a File14.4.3 Closing a File14.4.4 Text Modes14.4.5 Binary Modes14.5 File I/O14.6 Structures Read and Write14.7 Other File Function14.8 Searching Errors in Reading/Writing Files14.9 Low-Level Disk I/O14.10 Command Line Arguments14.11 Application of Command Line Arguments14.12 Environment Variables14.13 I/O RedirectionSummaryExercises
15 Graphics
15.1 Introduction15.2 Initialization of Graphics15.3 Few Graphics Functions15.4 Programs Using Library Functions15.4.1 Program on Moving Moon15.5 Working with Text15.5.1 Stylish Lines15.6 Filling Patterns with Different Colours and Styles15.7 Mouse Programming15.8 Drawing Non-common FiguresSummaryExercises
16 Dynamic Memory Allocation and Linked List
16.1 Dynamic Memory Allocation16.2 Memory Models16.3 Memory Allocation Functions16.4 List16.5 Traversal of a List16.6 Searching and Retrieving an Element16.7 Predecessor and Successor16.8 Insertion16.9 Linked Lists16.10 Linked List with and without Header16.10.1 Linked List with HeaderSummaryExercises
Appendix A
American Standard Code for Information Interchange
Appendix B
Priority of Operators and Their Clubbing
Appendix C
Header Files and Standard Library Functions
Appendix D
ROM-BIOS Services
Appendix E
Scan Codes of Keyboard Keys
Acknowledgements
Copyright
Back Cover

Overview

C is one of the most popular programming languages. It runs on most software platforms and computer architecture. This revised edition of our best-selling text Programming in C not only maintains the exclusivity of previous editions but also enhances it with the addition of new programs and illustrations. Challenging concepts are supported with numerous solved and unsolved programs. The new chapter on computer graphics ensures that this book comprehensively covers the syllabi of most universities. The book also uses the Turbo C compiler, which is the most widely used C compiler. With its increased coverage and inclusion of new learning tools, this edition is an invaluable asset for students who aim to improve their programming skills.

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