[1337]The Best book available on C-

Hey guys,

This one is one of the best book available around that I found on the complete advance usage of C the programs & book is for the one who already know the language.

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I'll suggest this books only for those who want to do the most of with C,it contains nothing as related to improvement of your academic knowledge.If you wish to C be as your primary language then only this one is for you

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This file is currently set to private.

I think you'd consider make it public and you must give the name of it as well. It's no where. Which book, which edition, and how is it the best one?

The book name is A to Z C and well lemme tell you its contains then perhaps you will agree to me :)

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First Chapter

1.1 Acknowledgement
1.2 Book Organization
1.3 FAQ about A to Z of C

2. Birth of C
3. Coding Style

3.1 Indian Hill Style
3.2 Hungarian Coding Style
3.3 WAR (Wesley And Rajesh) Coding Style

Part I
ANSI C
4. ANSI C - Prelude

4.1 Myth & Mistakes
4.2 Tips for better Programming
4.2.1 Coding Style
4.2.2 Boolean Variables
4.2.3 How to code better?

5. main( ) and Mistakes

5.1 What main( ) returns?
5.2 Arguments of main( )
5.3 exit( )

6. Undefined

6.1 Example
6.2 Frequently Asked Undefined Questions

7. The Magic XOR

7.1 Swap Macro
7.2 Flip and Flop
7.3 Crypting with XOR

8. String Function

8.1 strlen( )
8.2 strcpy( )
8.3 strcat( )
8.4 strcmp( )

9. Recursion

9.1 Factorial
9.2 Fibonacci
9.3 GCD
9.4 Power
9.5 Reverse Printing
9.6 Decimal to binary conversion
9.7 Decimal to hexadecimal conversion
9.8 Printing a decimal in words

10. Interesting Programs

10.1 Power of 2
10.2 Prime Numbers
10.3 Roman Letters [convert Arabic numerals to Roman numerals]
10.4 Day of Week
10.5 Calendar
10.6 Memory-Swap
10.7 Block Structure
10.7.1 Swap macro using Block Structure
10.8 Printf with %b

11. Program that Outputs the same

11.1 Self-replicating program #1
11.2 Self-replicating program #2
11.3 Self-replicating program #3

12. Pointers

12.1 Memory Overwrite
12.2 Array/Buffer Overflow
12.3 Memory Leak
12.4 Multidimensional array implementation
12.4.1 Version 1
12.4.2 Version 2
12.4.3 Version 3
12.4.4 Version 4
12.5 Linked List

13. Code Obfuscation

13.1 Where to contest?
13.2 Guidelines
13.3 Real Code
13.3.1 Wherami
13.3.2 Note

Part II
DOS Programming
14. DOS Secrets

14.1 Prelude
14.1.1 BIOS
14.1.2 Bootstrap Program
14.1.3 Boot Sector
14.2 Memory Layout
14.2.1 Upper Memory Area (UMA)
14.3 Segment Address
14.4 Extended Memory
14.5 Limitations of DOS

15. Traits of Turbo C

15.1 Features of TC++3.0
15.2 Configure your TC++3.0
15.3 IDE basics
15.4 Useful Utilities
15.4.1 BASM
15.4.2 TASM
15.4.3 TLINK
15.4.4 TLIB
15.4.5 MAKE
15.4.6 TCC
15.5 main( )
15.5.1 int main( ) or void main( ) ?
15.6 Preprocessor
15.7 Header file
15.8 Pragma
15.8.1 Example 1
15.8.2 Example 2
15.9 Creating library file
15.10 Creating a project file
15.11 Turbo C keywords
15.12 Bugs & Remedy
15.12.1 system( )
15.12.2 delay( )
15.12.3 Floating point formats not linked
15.12.4 Null pointer assignment

16. Mating Assembly with C

16.1 Inline Assembly
16.1.1 Example 1
16.1.2 Example 2
16.1.3 Usual Errors
16.2 Calling Assembly routines from C
16.2.1 C’s calling convention
16.2.2 C’s naming convention
16.2.3 Example 1
16.2.4 Example 2
16.3 Creating library file out of assembly language module

17. Processor

17.1 Processors
17.2 Processor Modes
17.2.1 Real Mode
17.2.2 Protected Mode
17.2.3 Virtual Real Mode
17.3 Processor Type
17.3.1 C program to find processor type
17.3.2 Assembly routine to find processor type
17.3.3 Another Assembly routine

18. File Format

18.1 Example

19. Interrupt Programming

19.1 Logical outline of interrupt routine
19.2 Interrupt Classification
19.3 Programming with interrupts
19.3.1 Inline Assembly Style
19.3.2 Pure Assembly Style
19.3.3 geninterrupt( ) style
19.3.4 int86( ) style
19.3.5 intr( ) style
19.3.6 Benchmarking
19.4 Myth & Mistakes

20. Programming Video RAM

20.1 Memory map
20.2 Programming the video RAM
20.2.1 Color Text Mode
20.2.2 Monochrome Text Mode
20.2.3 Graphics Mode

21. Programming Ports

21.1 Why use ports?
21.2 Port vs. memory
21.3 Usual Problems
21.4 Programming ports with Turbo C
21.5 Example

22. Programming the keys

22.1 Secrets
22.1.1 Keyboard controller
22.1.2 Keyboard Buffer
22.1.3 Keyboard status
22.1.4 Keyboard Interrupt
22.2 Activating the keys without pressing it!
22.2.1 Stuff keys using BIOS interrupt
22.2.2 Stuff keys using keyboard buffer
22.3 Multiple key Input

23. Sound Programming with PC Speaker

23.1 Introduction
23.2 Programming PIT
23.3 Producing Sound
23.4 Notes & Frequencies
23.5 Piano Keys and Frequencies
23.6 Piano Program

24. Sound Programming with sound card

24.1 Idea

25. Mouse Programming

25.1 Mouse Interrupts
25.2 Useful Mouse functions
25.2.1 Mouselib.h
25.2.2 Mouselib.c
25.2.3 Mouselib.lib
25.3 Mouse Function 0Ch
25.4 Request Mode or Event Mode?

26. Playing with Pointers

26.1 Rebooting with pointers
26.2 Identifying machine model and BIOS date

27. TSR Programming

27.1 DOS’s non-reentrancy Problem
27.2 Switching Programs
27.3 DOS Busy Flag
27.4 BIOS Functions
27.5 Popping up TSR
27.6 IBM’s Interrupt-Sharing Protocol
27.7 Rules for TSR Programming
27.8 TSR Template
27.9 PC-PILOT
Source code (with EXE) [zip, 48.9 KB]

Part III
Advanced Graphics Programming
28. Graphics with BGI

28.1 Common Mistake!
28.2 More Colors
28.3 Jordan Hargraphix Software’s SuperVGA/Tweak BGI drivers
28.4 Jordan Hargraphix Software’s HGXMOUSE TSR

29. VB Controls

29.1 Paintbrush
29.1.1 Restricting Mouse Pointer
29.1.2 Hiding/Showing Mouse Pointer
29.1.3 Avoiding Flickering of Mouse Pointer
29.1.4 Using setwritemode( ) function
29.2 Note
Source code (with EXE) [zip, 33.8 KB]

30. Scribble [CHR file creator/BGI font file creator]

30.1 Prelude
30.2 Storing Fonts
30.3 Scribble screenshots
30.4 Mouselib.lib
30.4.1 Mouselib.h
30.4.2 Mouselib.c
30.4.3 Mouselib.lib
30.5 Scribble.h
30.6 Scribble.c
30.7 Scribble.prj
Source code (with EXE) [zip, 80.7 KB]

31. Creating GIF files

31.1 Important Notice
31.2 GIFSAVE
31.3 Gifsave.h
31.4 Gifsave.c
31.5 Example usage of GIFSAVE

32. Mode 13h Programming

32.1 Mode 13h
32.1.1 Palette Register
32.1.2 Vertical Retrace
32.2 Optimization Note

33. Reading BMP Files

33.1 Programs

34. Fire

34.1 Extracting Palette
34.1.1 PAL Utility
34.1.2 Using PAL
34.2 Fire Program
Source code (with EXE) [zip, 24.2 KB]

35. VESA Programming

35.1 Secrets
35.2 Program

36. 3D Graphics

36.1 Perspective Projection
36.2 3D Rectangle

37. Fractal

37.1 Prelude
37.2 Program

Part IV
Advanced Programming
38. Game Programming

38.1 Graphics Mode
38.2 Logic
38.3 Alexander Russell’s Guide

39. Interfacing

39.1 Interfacing LCD with parallel port
39.1.1 Circuit Diagrams
39.1.2 Logic
39.1.3 Program

40. Embedded Systems

40.1 PROM
40.2 EPROM
40.3 EEPROM
40.4 Programming for Embedded Systems
40.5 Locate utility
40.6 ROMable Code
40.7 Applications

41. Writing BIOS

41.1 BIOS Code
41.2 Flash BIOS
41.3 Uniflash
Source code (ASM) [zip, 35.3 KB]

42. Programming CMOS RAM

42.1 Viewing contents of CMOS RAM
42.1.1 Logic
42.1.2 Code
42.2 Diagnose CMOS RAM
42.2.1 Logic
42.2.2 Code
Source code [zip, 5.05 KB]

43. Device Driver Programming

43.1 Secrets
43.2 Types of MS DOS device drivers
43.2.1 Character device drivers
43.2.2 Block device drivers
43.3 Writing our own device driver
43.4 BUF160
43.4.1 Source code
43.4.2 Compiling BUF160
43.4.3 Installing BUF160
43.5 BGI Driver

44. Network Programming

44.1 Novell Netware
44.1.1 Network Library
44.1.2 Example – Toserver.c
44.1.3 Example – Ulist.c
44.2 Windows NT
Note: Adrian Cunnelly, author of Netware C Library has informed us about the new/free/better version. File can be downloaded here. [zip, 507 KB]

45. Writing Browser

45.1 TCP/IP Programming
45.1.1 WATTCP
45.2 Programming Browser

46. Programming Protocols

46.1 Basic Idea!
46.2 Developing a new Protocol

47. Writing Operating System

47.1 EZOS_86
47.1.1 Notes
47.1.2 Kernel Source Code
47.2 Good Luck!
Source code (version 2) [zip, 16.4 KB]

48. Developing a new language / writing compiler

48.1 Secrets
48.2 Writing a compiler
48.2.1 Compiler
48.2.2 Compiler Secrets
48.3 Compiler-writing tools
48.3.1 lex
48.3.2 YACC
48.3.3 Creating Compiler with lex & YACC

49. Writing YACC

49.1 Prelude
49.2 BYACC
49.2.1 Brief History
49.2.2 Source code
49.2.3 Compiling BYACC

50. Developing a Database Package

50.1 Basic Idea
50.2 File format for DBF file
50.3 Security

51. Decompilation / EXE to C

51.1 Basic Idea
51.2 DCC
51.2.1 Disclaimer
51.2.2 Notice
51.2.3 DCC Facts
51.2.4 Example of Decompilation

52. Writing Disassembler

52.1 Prelude
52.2 Secrets
52.3 2asm
52.3.1 Table.c
52.3.2 Disasm.c
52.3.3 2asm.prj

53. Printer Programming

53.1 Types of Printers
53.1.1 Dot Matrix Printers
53.1.2 Inkjet Printers
53.1.3 Laser Printers
53.2 Printer Languages
53.2.1 Page Description Language
53.2.2 Escape Codes
53.3 Printing non-printable characters
53.3.1 Epson Extended Character Set
53.3.2 Graphics Mode
53.3.3 Font Map
53.3.4 Optimization Tip
53.3.5 Program
Source code (with EXE) [zip, 14.7 KB]

Part V
Mathematics & C
54. Implementing Math Functions

54.1 Range reduction and Chebychev polynomial approximation
54.2 CORDIC Method

55. Differentiation

55.1 Program

56. Integration

56.1 Program
56.2 Numerical Analysis

57. PI

57.1 π
57.2 Program

58. Easter Day

58.1 Oudin’s Algorithm
58.2 Easter Day Program

Part VI
Algorithms & C
59. CORDIC

59.1 Birth of CORDIC
59.2 Advantages
59.3 Principle
59.4 Algorithm
59.5 Program

60. LZW (Lempel Ziv Welch)

60.1 Brief History
60.2 Principle behind LZW
60.3 LZW Compression
60.3.1 Compression Algorithm
60.3.2 Example
60.4 LZW Decompression
60.4.1 Decompression Algorithm
60.4.2 Example

61. Backtracking Algorithms

61.1 Recursive Maze Algorithm
61.2 Maze
61.3 Principle of Maze
61.4 Program

Part VII
Illegal Codes
62. Overcome BIOS Security

62.1 Bypass System password
62.1.1 Default master password
62.1.2 Hardware techniques (clearing CMOS RAM)
62.2 Bypass Setup password
62.2.1 Default master password
62.2.2 Program

63. Cracking Techniques

63.1 Brute force technique
63.2 Dictionary attack

64. Cracking ZIP file’s Password

64.1 Cracking ZIP passwords
64.2 CrackIt
64.2.1 Logic
64.2.2 Code

65. Network Passwords

65.1 Novell Netware
65.1.1 Fake Prompts
65.1.2 TSR program
65.1.3 Brute force Cracking
65.1.4 Cracking from password file
65.2 Windows NT

66. Cracking File Format

66.1 DEBUG
66.2 Finding out Signature
66.3 Algorithms
66.4 Standard Format

67. Virus Programming

67.1 Logic
67.2 TSR viruses
67.3 Windows viruses
67.4 Anti-Viruses

Part VIII
Next Step
68. 32-bit Compiler

68.1 16-bit Compiler
68.2 32-bit Compiler (DJGPP)
68.2.1 Allegro

69. Descendents of C

69.1 C++
69.2 Java
69.3 C#
69.4 D

Part IX
Smart Dictionary
70. Slang & Jargons
71. Ralf Brown’s Interrupt List 1 of 3, 2 of 3, 3 of 3

71.1 Notations
71.2 Interrupt List
71.2.1 Overview
71.2.2 Listing
71.3 Port listing
71.3.1 Notations
71.3.2 Listing
71.4 Memory map
71.5 Other resources

72. File format Collections 1 of 2, 2 of 2

72.1 File Formats Encyclopedia
72.2 ARJ
72.2.1 Glimpse
72.2.2 Official documentation
72.3 BMP
72.4 CHR
72.5 COM
72.6 CUR
72.7 DBF (General Format of .dbf files in Xbase languages)
72.8 EXE
72.8.1 Old EXE format (EXE MZ)
72.8.2 New EXE format (EXE NE)
72.9 GIF
72.10 ICO
72.11 JPEG
72.12 LZH
72.13 MIDI
72.14 PCX
72.15 PIF
72.16 RTF
72.17 SCR
72.18 WAV
72.19 ZIP
72.20 ZOO

73. Printer Escape Codes
74. ASCII Table
75. Scan Code

Part X
Postlude
76. Test in C

76.1 ANSI C
76.2 Turbo C / DOS Programming
76.3 Windows

77. C Resources

77.1 Magazine
77.2 Books
77.3 Jobs
77.4 Associations
77.5 Websites

78. Between You and Me

78.1 Our Education System
78.2 Software Industry
78.2.1 Myths & Facts
78.3 Mother tongue
78.4 Next generation people
78.4.1 Shareware
78.4.2 GPL
78.5 Heal the World

There's always a BAAP of C book, this:

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The white BOOK of C !!!! yea Do have read it......but it tell the working & the logic behind all the programming of C,as far as the diff aspects of usage of C is concerned !!!