Tips and Tricks for Learning C with Teach Yourself C by Herbert Schildt: How to Use the Book Effectively
Teach Yourself C by Herbert Schildt: A Comprehensive Guide for Beginners
If you want to learn one of the most popular and powerful programming languages in the world, you should consider learning C. C is a general-purpose, low-level language that can be used for a variety of applications, such as system programming, embedded systems, game development, and more. C is also the basis for many other languages, such as C++, Java, Python, and PHP.
teach yourself c herbert schildt pdf zip
But how can you learn C effectively and efficiently? One of the best ways is to use a good book that teaches you the fundamentals and advanced concepts of C in a clear and concise manner. One such book is Teach Yourself C by Herbert Schildt.
Herbert Schildt is a renowned author and expert on programming languages, especially C and C++. He has written over 50 books on various topics, such as Java, C#, Visual Basic, Windows programming, and more. He has also been a columnist for several magazines, such as Dr. Dobb's Journal, Byte, PC Magazine, and C/C++ Users Journal.
Teach Yourself C is one of his best-selling books that has helped millions of programmers learn C from scratch. It is a comprehensive guide that covers everything you need to know about C, from the basics to the advanced features. It is also updated to reflect the latest standards and developments in C.
In this article, we will show you how to get Teach Yourself C by Herbert Schildt online, what you will learn from it, and some tips and tricks for learning C with it. We will also answer some frequently asked questions about the book at the end.
Introduction
What is C?
C is a programming language that was created by Dennis Ritchie at Bell Labs in 1972. It was designed as a successor to B, which was itself a simplified version of BCPL. C was initially used for developing UNIX operating systems, but soon became popular for other purposes as well.
C is a compiled language, which means that it converts source code into executable code that can run on a specific machine. This makes it fast and efficient, but also requires more attention to detail and error handling. C is also a low-level language, which means that it gives direct access to hardware resources, such as memory and input/output devices. This makes it powerful and flexible, but also requires more knowledge and responsibility from the programmer.
C is a structured language, which means that it organizes code into functions that perform specific tasks. This makes it easier to read and maintain code, but also requires more discipline and planning from the programmer. C is also a procedural language, which means that it follows a sequence of instructions that manipulate data. This makes it simple and logical, but also limits its ability to handle complex and dynamic problems.
Why learn C?
C is one of the most widely used and influential programming languages in the world. It has many advantages and benefits, such as:
It is portable, which means that it can run on different platforms and systems with minimal changes.
It is efficient, which means that it produces fast and optimized code that consumes less resources.
It is versatile, which means that it can be used for a variety of applications and domains, such as system programming, embedded systems, game development, and more.
It is foundational, which means that it is the basis for many other languages, such as C++, Java, Python, and PHP. Learning C will help you understand and master these languages better.
It is educational, which means that it teaches you the fundamentals and principles of programming, such as data types, variables, operators, control structures, functions, pointers, arrays, strings, structures, unions, files, and more. Learning C will help you improve your logical thinking and problem-solving skills.
Who is Herbert Schildt?
Herbert Schildt is a renowned author and expert on programming languages, especially C and C++. He has written over 50 books on various topics, such as Java, C#, Visual Basic, Windows programming, and more. He has also been a columnist for several magazines, such as Dr. Dobb's Journal, Byte, PC Magazine, and C/C++ Users Journal.
Herbert Schildt has a master's degree in computer science from the University of Illinois at Urbana-Champaign. He has been programming since the early days of computers and has worked on many projects involving hardware and software development. He has also taught programming courses at various colleges and universities.
Herbert Schildt is known for his clear and concise writing style that explains complex concepts in an easy-to-understand manner. He uses practical examples and exercises to illustrate his points and reinforce learning. He also updates his books regularly to reflect the latest standards and developments in programming languages.
What is Teach Yourself C?
Teach Yourself C is one of Herbert Schildt's best-selling books that has helped millions of programmers learn C from scratch. It is a comprehensive guide that covers everything you need to know about C, from the basics to the advanced features. It is also updated to reflect the latest standards and developments in C.
Teach Yourself C is divided into 16 chapters that cover the following topics:
The Fundamentals of C: This chapter introduces you to the basics of C, such as how to write your first program, how to use comments, how to use preprocessor directives, how to use data types and variables, how to use operators and expressions, how to use control structures (if-else statements, switch statements), how to use loops (for loops, while loops), how to use break and continue statements.
Data Types Revisited: This chapter revisits data types in more detail, such as how to use constants (literal constants, symbolic constants), how to use enumerations (enum), how to use type qualifiers (const, volatile), how to use type conversions (implicit conversions, explicit conversions), how to use type definitions (typedef).
The Decision Control Structure: This chapter revisits the decision control structure in more detail, such as how to use relational operators (==,,<=), how to use logical operators (&&,\\,!), how to use bitwise operators (&,\,\^,\,<<,>>), how to use conditional operator (?:), how to use comma operator (,), how to use sizeof operator.
The Loop Control Structure: This chapter revisits the loop control structure in more detail, such as how to use nested loops (loops inside loops), how to use do-while loops (post-test loops), how to use goto statements (unconditional jumps), how to use labels (named locations).
The Case Control Structure: This chapter revisits the case control structure in more detail, such as how to use multiple case labels (case 1: case 2: ...), how to use default case label (default:), how to use fall-through cases (cases without break statements).
Functions: This chapter introduces you to functions in C, such as how to define functions (function prototype, function header, function body), how to call functions (function arguments, use function parameters (formal parameters, actual parameters), how to use local and global variables (variable scope, variable lifetime), how to use recursive functions (functions that call themselves).
Pointers: This chapter introduces you to pointers in C, such as how to declare pointers (pointer variables, pointer operators), how to use pointers (pointer arithmetic, pointer dereferencing, pointer assignment), how to use pointers with arrays (array name as pointer, pointer notation for arrays), how to use pointers with strings (string literals, string manipulation functions), how to use pointers with functions (passing pointers as arguments, returning pointers from functions), how to use pointers with structures (structure pointers, accessing structure members with pointers).
Arrays: This chapter introduces you to arrays in C, such as how to declare arrays (array variables, array size, array initialization), how to use arrays (array indexing, array assignment, array traversal), how to use multidimensional arrays (two-dimensional arrays, three-dimensional arrays), how to use arrays with functions (passing arrays as arguments, returning arrays from functions), how to use arrays with pointers (pointer arithmetic for arrays, pointer notation for arrays).
Strings: This chapter introduces you to strings in C, such as how to declare strings (string variables, string literals), how to use strings (string length, string concatenation, string comparison, string copying), how to use string manipulation functions (strcpy, strcat, strcmp, strlen), how to use string input/output functions (gets, puts, scanf, printf).
Structures and Unions: This chapter introduces you to structures and unions in C, such as how to declare structures and unions (structure variables, structure members, union variables, union members), how to use structures and unions (structure assignment, structure initialization, union assignment, union initialization), how to use structures and unions with functions (passing structures and unions as arguments, returning structures and unions from functions), how to use structures and unions with pointers (structure pointers, union pointers).
File Management in C: This chapter introduces you to file management in C, such as how to open and close files (file pointer, fopen function, fclose function), how to read and write files (getc function, putc function, fgets function, fputs function, fscanf function, fprintf function), how to perform random access on files (fseek function, ftell function, rewind function), how to handle errors and exceptions in files (feof function, ferror function, perror function).
Dynamic Memory Allocation and Linked Lists: This chapter introduces you to dynamic memory allocation and linked lists in C, such as how to allocate and deallocate memory dynamically (malloc function, calloc function, realloc function, free function), how to create and manipulate linked lists (node structure, head pointer, insertion operation, deletion operation, search operation, traversal operation).
The Preprocessor: This chapter introduces you to the preprocessor in C, such as how to use preprocessor directives (#include directive, #define directive, #undef directive, #ifdef directive, #ifndef directive, #if directive, #else directive, #elif directive, #endif directive), how to use macro substitution (macro definition, macro expansion), how to use conditional compilation (constant expressions, defined operator), how to use file inclusion (header files, source files).
Bitwise Operations: This chapter introduces you to bitwise operations in C, such as how to perform bitwise operations (bitwise AND operation (&), bitwise OR operation (\), bitwise XOR operation (\^), bitwise NOT operation (\), bitwise left shift operation (<<), bitwise right shift operation (>>)), how to use bitwise operators with integers (signed integers, unsigned integers), how to use bitwise operators with characters (ASCII code), how to use bitwise operators with bit fields (bit field structure).
Command-line Arguments: This chapter introduces you to command-line arguments in C, such as how to pass command-line arguments (main function parameters), how to access command-line arguments (argv array), how to count command-line arguments (argc variable), how to use command-line arguments (option flags, file names).
Graphics Programming: This chapter introduces you to graphics programming in C, such as how to set up graphics mode (initgraph function), how to draw basic shapes (line function, rectangle function, circle function), how to fill colors (setfillstyle function, floodfill function), how to display text (outtextxy function), how to handle keyboard and mouse events (getch function, kbhit function, getmouseclick function).
Advanced Topics: This chapter introduces you to some advanced topics in C, such as how to use type casting (type casting operator), how to use variable arguments (stdarg.h header file, va_list type, va_start macro, va_arg macro, va_end macro), how to use function pointers (function pointer declaration, function pointer assignment, function pointer dereferencing), how to use generic pointers (void pointer type), how to use memory-mapped files (mmap function).
How to Get Teach Yourself C by Herbert Schildt
If you are interested in getting Teach Yourself C by Herbert Schildt, you have several options. You can buy a physical copy of the book from online or offline bookstores, such as Amazon, Barnes & Noble, or your local library. You can also buy a digital copy of the book from online platforms, such as Kindle, Google Play Books, or Apple Books. However, if you want to get the book for free, you can also download the pdf zip file from the Internet Archive.
The Internet Archive is a non-profit organization that provides free access to millions of books, movies, music, software, and more. It also preserves digital copies of various materials for future generations. You can find Teach Yourself C by Herbert Schildt on the Internet Archive by following these steps:
Go to https://archive.org/.
Type "teach yourself c herbert schildt pdf zip" in the search box and press enter.
Select the result that matches the title and author of the book. You can also filter the results by media type, date, language, and more.
Click on the "Download Options" button and choose "PDF ZIP" from the list. You can also choose other formats, such as EPUB, MOBI, or TXT.
Wait for the download to finish and save the file to your device.
How to Unzip and Open the PDF File
Once you have downloaded the pdf zip file of Teach Yourself C by Herbert Schildt, you need to unzip and open it to read the book. A zip file is a compressed file that contains one or more files inside it. It reduces the size and space of the files and makes them easier to transfer and store. To unzip and open the pdf file, you need to use a software that can extract zip files, such as WinZip, 7-Zip, or PeaZip. You can unzip and open the pdf file by following these steps:
Locate the pdf zip file on your device and right-click on it.
Select "Extract All" or "Extract Here" from the menu. You can also choose a different location to extract the files.
Wait for the extraction to finish and open the folder that contains the extracted files.
Double-click on the pdf file that has the same name as the book. You can also right-click on it and select "Open With" and choose a software that can open pdf files, such as Adobe Reader, Foxit Reader, or Sumatra PDF.
Enjoy reading Teach Yourself C by Herbert Schildt.
What You Will Learn from Teach Yourself C by Herbert Schildt
Teach Yourself C by Herbert Schildt is a comprehensive guide that covers everything you need to know about C, from the basics to the advanced features. It is also updated to reflect the latest standards and developments in C. By reading this book, you will learn:
The fundamentals of C, such as how to write your first program, how to use comments, how to use preprocessor directives, how to use data types and variables, how to use operators and expressions, how to use control structures (if-else statements, switch statements), how to use loops (for loops, while loops), how to use break and continue statements.
Data types revisited, such as how to use constants (literal constants, symbolic constants), how to use enumerations (enum), how to use type qualifiers (const, volatile), how to use type conversions (implicit conversions, explicit conversions), how to use type definitions (typedef).
how to use bitwise operators (&,\,\^,\,<<,>>), how to use conditional operator (?:), how to use comma operator (,), how to use sizeof operator.
The loop control structure revisited, such as how to use nested loops (loops inside loops), how to use do-while loops (post-test loops), how to use goto statements (unconditional jumps), how to use labels (named locations).
The case control structure revisited, such as how to use multiple case labels (case 1: case 2: ...), how to use default case label (default:), how to use fall-through cases (cases without break statements).
Functions, such as how to define functions (function prototype, function header, function body), how to call functions (function arguments, function return value), how to use function parameters (formal parameters, actual parameters), how to use local and global variables (variable scope, variable lifetime), how to use recursive functions (functions that call themselves).
Pointers, such as how to declare pointers (pointer variables, pointer operators), how to use pointers (pointer arithmetic, pointer dereferencing, pointer assignment), how to use pointers with arrays (array name as pointer, pointer notation for arrays), how to use pointers with strings (string literals, string manipulation functions), how to use pointers with functions (passing pointers as arguments, returning pointers from functions), how to use pointers with structures (structure pointers, accessing structure members with pointers).
Arrays, such as how to declare arrays (array variables, array size, array initialization), how to use arrays (array indexing, array assignment, array traversal), how to use multidimensional arrays (two-dimensional arrays, three-dimensional arrays), how to use arrays with functions (passing arrays as arguments, returning arrays from functions), how to use arrays with pointers (pointer arithmetic for arrays, pointer notation for arrays).
Strings, such as how to declare strings (string variables, string literals), how to use strings (string length, string concatenation, string comparison, string copying), how to use string manipulation functions (strcpy, strcat, strcmp, strlen), how to use string input/output functions (gets, puts, scanf, printf).
Structures and unions, such as how to declare structures and unions (structure variables, structure members, union variables, union members), how to use structures and unions (structure assignment, structure initialization, union assignment, union initialization), how to use structures and unions with functions (passing structures and unions as arguments, returning structures and unions from functions), how to use structures and unions with pointers (structure pointers, union pointers).
File management in C, such as how to open and close files (file pointer, fopen function, fclose function), how to read and write files (getc function, putc function, fgets function, fputs function, fscanf function, fprintf function), how to perform random access on files (fseek function, ftell function, rewind function), how to handle errors and exceptions in files (feof function, ferror function, perror function).
Dynamic memory allocation and linked lists, such as how to allocate and deallocate memory dynamically (malloc function, calloc function, realloc function, free function), how to create and manipulate linked lists (node structure, head pointer, insertion operation, deletion operation, search operation, traversal operation).
The preprocessor, such as how