C Training

C training provided by ACLM Institute of Professional Studies for the students with a comprehensive study of the C programming language.

We strain the strengths of C, which provide programmers with the means of writing efficient, maintainable, and portable code. We provide our training session with lab exercises. 

C training is a general-purpose, linear programming, including imperative computer programming language, supporting structured programming, lexical variable scope and recursion, while a static type system prevents many unintended operations.

By design, C provides constructs that map efficiently to typical machine instructions, and therefore it has found lasting use in applications that had formerly been coded in assembly language, including operating systems, as well as various application software for computers ranging from supercomputers to embedded systems

Topics Covered Under C training

Introduction:

• Introduction to C Programming, Advantage & disadvantage of c over assembly, What is Embedded C, How embedded-C is different from C, What is an exact structure of an Embedded-C program

Identifier:

• What is identifier?

Variables & Type of variables:

• Local Variables, Global Variables

Data Type :

• Primary data types, char, int, float, Void

Scopes & the visibility of an identifier in Standard C

• File scope, Block scope, Function prototype scope, Function scope

ASCII Table and Description

• Secondary Data Types, Array, Strings, Structure, Union, Typedef, Bit-field, Enum

Type Qualifiers :

• const, Volatile

Storage Class Specifiers :

• extern, static, register, auto

Operators:

• Assignment, Arithmetic, Relational, Logical, Bitwise, > Ternary Operator ( ? : ), & and * Pointer Operators, Comma Operator, Dot (.) and Arrow (–>) Operators, Parentheses Operators (), {} , []

Function :

• What are functions, Advantages of using functions, Passing argument to function, How function can return multiple values, Types of functions, Recursive Function, Function prototype & its advantages, Diffrence b/w Function declaration & Function definition, Inline function

Preprocessor:

• Preprocessor handles directives, Macro definitions (#define), Source file inclusion (#include), Conditional inclusion (#if), Advantage of using preprocessor directives, Defining Function-like Macros, Multiple line MACRO, Conditional compiling MACRO, Difference between macro & inline function

Conditional Compilation Directives :

• #if, #elif, #ifdef , #ifndef, #endif, #else, #undef

WINAVR compiler specific Pragma directive :

• Storing variable in FLASH, Storing variable in EEPROM, Storing variable in RAM, Storing variable at particular memory location in FLASH, Storing variable at particular memory location in EEPROM, Storing variable at particular memory location in RAM

Header Files : Use To C training

• Use of header files, What Header files commonly contain in an C program

Flow Control Statements :

• Branching, if statement, Ternary operator (? : ), Switch statement

Looping

• while loop, do-while loop, for loop, break and continue statements

C memory map :

• How & where memory is allocate for an program

Pointers :

• What is a Pointer?, ampersand operator (&), “Value at address” operator (*), Benefits of using Pointer, Pointers & array, why Pointer is faster, Pointer & structure, Pointer & union, Void pointer

Dynamic memory Allocation

• calloc, malloc, free, realloc, Data Structures, Linked List, Circular Linked List, Queue, Stack

C89 & C99 standard:

• What is C89 & C99 standard, C89 vs. C99, Detail description of Features added to C89 1. inline restrict, Complex & Imaginary, Long Integer Types, Variable-Length Arrays, Type Qualifiers in an Array Declaration, Single-Line Comments, Single-Line Comments, Preprocessor Changes, Declaring Variables within a for Loop, Compound Literals, Flexible Array Structure Members, Designated Initializes