This page covers the
following topics related to C Programming :Hello, World!, Variables and
Statements, Functions, Pointers—Cower In Fear!, Arrays, Strings, Structs, File
Input/Output, Pointers II: Arithmetic, Manual Memory Allocation, Scope, Way More
Types!, Conversions, Qualifiers and Specifiers, Multifile Projects, The Outside
Environment, The C Preprocessor, structs, Characters and Strings, Enumerated
Types: enum, Pointers, Bitwise Operations, Variadic Functions, Locale and
Internationalization, Unicode, Wide Characters, and All That, Exiting a Program,
Signal Handling, Variable-Length Arrays (VLAs), goto, Compound Literals and
Generic Selections, Arrays, Long Jumps with setjmp, longjmp, Incomplete Types,
Complex Numbers, Fixed Width Integer Types, Date and Time Functionality,
Multithreading, Atomics, Function Specifiers, Alignment, Specifiers/Operators.
This note
assumes a basic understanding of the principles of programming. Topics
covered includes: Writing, compiling, and debugging C programs, Hello
world,Variables and datatypes, operators, Control flow, Functions and
modular programming, User-defined datatypes, structs, unions, bitfields,
Memory allocation. Linked lists, binary trees, Pointers to pointers, oid and
function pointers, Hash tables.
This lecture note covers data types,input or output operations,
arithmetic operations, decision-making statements, loop structures,
functions, storage classes, arrays, pointers, string manipulation, dynamic
memory management, and the use of structures and unions for creating custom
data types.
This page covers the
following topics related to C Programming :Hello, World!, Variables and
Statements, Functions, Pointers—Cower In Fear!, Arrays, Strings, Structs, File
Input/Output, Pointers II: Arithmetic, Manual Memory Allocation, Scope, Way More
Types!, Conversions, Qualifiers and Specifiers, Multifile Projects, The Outside
Environment, The C Preprocessor, structs, Characters and Strings, Enumerated
Types: enum, Pointers, Bitwise Operations, Variadic Functions, Locale and
Internationalization, Unicode, Wide Characters, and All That, Exiting a Program,
Signal Handling, Variable-Length Arrays (VLAs), goto, Compound Literals and
Generic Selections, Arrays, Long Jumps with setjmp, longjmp, Incomplete Types,
Complex Numbers, Fixed Width Integer Types, Date and Time Functionality,
Multithreading, Atomics, Function Specifiers, Alignment, Specifiers/Operators.
The C programming language is a structure-oriented programming language,
developed at Bell Laboratories in 1972 by Dennis Ritchie. The contents in this lecture note
include : A Beginner’s Guide Introduction to Programming, Introduction to C, structure of C programming,
Elements of C, Variables, Statements, Expressions, Input-Output in C, Formatted
Input-Output, Operators, Control Statements, Iterative statements, Jump statements, Function, Actual
arguments and Formal arguments, Recursion, Recursion verses Iteration, Storage classes, Arrays,
Two Dimensional Arrays, Array using Functions, Strings, Common Functions in String, Structure in C
Union, Nested Structure, Union, Pointers, Pointers and Arrays, Pointer Arithmetic, Pointers and
Function, Dynamic Memory Allocation, Pointer to Structure, File, Algorithm and Data Structure,
Analysis of Algorithms, Storage structure of Arrays, Sparse Matrices, Stack, Queue.
Author(s): Prof. Dr. Amiya Kumar
Rath, Asst. Prof Sumitra Kisan, Asst. Prof Gargi Bhattacharjee
C is a programming language developed at AT and Ts Bell Laboratories of USA
in 1972. It was designed and written by Dennis Ritche. Dennis Ritchie is known as the
founder of C language. It was developed to overcome the problems of previous languages such as B, BCPL
etc. The contents include: Computer systems, Computer Languages, Creating and Running
Programs, Algorithm, What is C, Tokens, Data Types, Variables, Type Conversions, Statements, Arrays,
Strings, Functions, Structures, Unions, Enumerations and Typedef, File.
Author(s): Department of
Information Technology, Vardhaman College of Engineering
This note explains
the following topics: digital computers, introduction to programming
variables, assignments, expressions, input/output, conditionals and
branching, iteration, functions, recursion, arrays, Pointers, character
strings, time and space requirements, searching and sorting, structures,
introduction to data-procedure encapsulation, dynamic allocation, linked
structures, Data structures stacks and queues.