Programming in C UNIX System Calls and Subroutines Using C (by A. D. Marshall)
Programming in C UNIX System Calls and Subroutines Using C (by A. D. Marshall)
Programming in C UNIX System Calls and Subroutines Using C (by A. D. Marshall)
This note covers the following topics: The Common Desktop
Environment, C/C++ Program Compilation, C Basics, Conditionals, Looping and
Iteration, Arrays and Strings, Functions, Pointers, Dynamic Memory Allocation
and Dynamic Structures, Low Level Operators and Bit Fields, The C
Preprocessor, C, UNIX and Standard Libraries, Integer Functions, Random
Number, String Conversion, Searching and Sorting, String Handling, File Access
and Directory System Calls, Interprocess Communication (IPC), PipesRemote
Procedure Calls (RPC) and Writing Larger Programs.
This lecture note explains how to solve the following programs: sum of
individual digits of a positive integer, the roots of a quadratic equation,
programs that use both recursive and non-recursive functions, find both the
largest and smallest number in a list of integers, C program to count the lines,
words and characters in a given text, C program to generate Pascal’s triangle, a
C program which copies one file to another, C program to display contents of a
file, e C programs that uses non recursive function to search for a key value in
a given list of integers using Linear search, C programs that implements the
Selection sort method to sort a given array of integers in ascending order, C
programs that implement Queue (its operations) using singly linked list to
display a given list of integers in same order, C program to implement linear
regression algorithm, C program to implement the polynomial regression
algorithm, C program to implement the Lagrange interpolation, C program to
implement Trapezoidal method, C programs to implement Simpson method.
Author(s): Aurora’s Technological And Research
Institute
This
note describes the following topics: Beginning With C, Input/output, Control Statements, Loops, Arrays and Strings,
Data Types, Functions, Pointers, Structures, File Manipulation.
This note explains the following topics: C Language
Fundamentals such as Character set, Identifiers, keyword, data types, Constants
and variables, statements, expression, operators, precedence of operators,
Input-output, control structures, decision making and branching, Arrays,
Functions and Strings, Pointers, Structures, Unions, File handling.
Author(s): Asst. Professor Mrs Etuari Oram and Asst.
Prof. Mr Bighnaraj Naik
This is a
reference manual for the C programming language as implemented by the GNU
Compiler Collection (GCC). Topics covered includes: Lexical Elements, Data
Types, Expressions and Operators, Functions, Program Structure and Scope.
This
course note provides a thorough introduction to the C programming language, the
workhorse of the UNIX operating system and lingua franca of embedded processors
and micro-controllers.
This note covers the following topics: The Common Desktop
Environment, C/C++ Program Compilation, C Basics, Conditionals, Looping and
Iteration, Arrays and Strings, Functions, Pointers, Dynamic Memory Allocation
and Dynamic Structures, Low Level Operators and Bit Fields, The C
Preprocessor, C, UNIX and Standard Libraries, Integer Functions, Random
Number, String Conversion, Searching and Sorting, String Handling, File Access
and Directory System Calls, Interprocess Communication (IPC), PipesRemote
Procedure Calls (RPC) and Writing Larger Programs.
This course is intended to help a good programmer particularly someone familiar with DEC Fortran, start programming in
C. Topics covered includes: Why is the language called C, Variables, Types and
Functions, Loop and Flow Control Constructs, Arrays, Pointers, Strings,
Structures and Unions, Typedef, Header Files, Macros and the ? operator,
Logical and Relational Operators, Bitwise Operators, Function Prototypes, File
IO Routines and Command Line Arguments, Obfuscation, Changing from VAX C or
K&R C to ANSI Compliant DEC C.