This note explains the
following topics: Spacing and indentation, Input and output, Branching and
looping, Arrays, Variable Types, Operators, Functions, Structures, Libraries,
Makefiles, Pointers, Dynamic Data Structures, Advanced Pointers, Strings,
Operator Precedence, Command Line Arguments, Text files, Binary Files.
This
note describes the following topics: Beginning With C, Input/output, Control Statements, Loops, Arrays and Strings,
Data Types, Functions, Pointers, Structures, File Manipulation.
Beginners and professional programmers alike will benefit
from the numerous examples and extensive exercises developed to guide readers
through each concept. Step-by-step dissections of program code illuminate the
correct usage and syntax of C language constructs and reveal the underlying
logic of their application. The clarity of exposition and format of the book
make it an excellent reference on all aspects of C.
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.