C & C++ Training

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C Programming

First steps

  •  How C became
  • Getting to know the GNU C compiler
  • The basic anatomy of a C program

Data types, operators and expressions (the basics)

  • Base data types and their sizes
  • Constants and declarations
  •  Variable names
  • Arithmetic operators
  • Relational and logical operators
  • Increment and decrement operators
  •  Increment and decrement operators
  • Assignment operators
  • Expressions
  • Operator precedence
  •  Casting and type conversion

Program flow control

  •  if – else
  • switch
  • while , do-while and for-loops
  • Statements and blocks

Functions

  •  Functions and function prototypes
  • Returning values from functions
  •  External variables and scope rules
  •  Static variables
  •  call by value and recursion

Pointers and arrays

  • Pointers and addresses
  • Pointers as arguments to functions
  • Arrays
  • The relationship of pointers and arrays
  • Pointer arithmetic
  • How C deals with multi-dimensional arrays
  •  Arrays of pointers – their uses and initialization
  • Strings and string functions

Structures

  • Fundamentals of structures
  • Passing structures as arguments to functions
  • Returning structures as return values from functions
  • Arrays of structures
  •  Pointers to structures
  •  Using pointers to structures to pass values to a function and return values from a function
  • Typedef and its uses in developing well structured and maintainable code

An introduction to data structures and algorithms

  • Sorting arrays of records
  •  Allocating and freeing memory (malloc and free)
  • Linked lists and queues
  • Indexing (table lookup, binary trees, hashing)

Input-output

  •  Standard input and standard output
  •  Formatted output – printf
  •  Formatted input – scanf
  • File access and file I/O

# Live Project

 

C++ Programming

Introducing C++

  • Some Remarks about Programming
  • The Origins of C++
  • Very Simple Input, Output and Assignment
  • Simple Flow of Control

Variables, Types and Expressions

Identifiers

Data Types

  • Integers
  • Type Casting
  • Characters
  • Strings
  • User Defined Data Types

Some Tips on Formatting Real Number Output

Declarations, Constants and Enumerations

  • Enumerations
  • Where to put Constant and Variable Declarations

Assignments and Expressions

  • Shorthand Arithmetic Assignment Statements
  • Boolean Expressions and Operators
  • Constructors, Assignment, and Destructor

 Functions and Procedural Abstraction

  • The Need for Sub-programs
  • User-defined Functions
  • Value and Reference Parameters

Reference Parameters

  • Polymorphism and Overloading
  • Procedural Abstraction and Good Programming Style
  • Splitting Programs into Different Files

Files and Streams

  • Why Use Files?
  • Streams
  • Creating Streams
  • Connecting and Disconnecting Streams to Files
  • Checking for Failure with File Commands
  • Character Input and Output
  • Input using “get()”
  • Output using “put()”
  • The “putback()” Function
  • Checking for the End of an Input File
  • Streams as Arguments in Functions
  • Input and Output Using “>>” and “<<“

Branch and Loop Statements

  • Boolean Values, Expressions and Functions
  • “For”, “While” and “Do … While” Loops
  • Multiple Selection and Switch Statements
  • Blocks and Scoping
  • A Remark about Nested Loop Statements

Arrays and Strings

  • The Basic Idea and Notation
  • Declaring an array
  • Assignment Statements and Expressions with Array Elements
  • Arrays as Parameters in Functions
  • Sorting Arrays
  • Two-dimensional Arrays
  • Strings
  • The Sentinel String Character ”
  • String Variable Declarations and Assignments
  • Some Predefined String Functions
  • String Input using “getline()”

Pointers

  • Introducing Pointers
  • Assignments with Pointers Using the Operators “*” and “&”
  • The “new” and “delete” operators, and the constant “NULL”
  • Array Variables and Pointer Arithmetic
  • Dynamic Arrays
  • Linked Lists
  • The “.” and “->” Operators
  • Creating a Linked List

Recursion

  • A Simple Example
  • The Mechanics of a Recursive Call
  • Recursion and Iteration

Classes and OOPS

Inheritance

  • Simple Inheritance
  • Multilevel Inheritance
  • Multiple Inheritance

 Encapsulation

  • Binding of Data and Functions

 Abstraction

Polymorphism

  •  Overloading
  • Overloading functions
  • Early Binding versus Late Binding

 File Handling

  •  Standard input and standard output
  •  File access and file I/O

# Live Project

Please write to us at info@cromacampus.com for the course price, schedule & location.

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Frequently Asked Questions:

All training courses offered by us are through IT Professional with 10+ years of experience. Freshers/College Students/Professionals(IT & Non-IT) can spot the quality of training by attending one lecture. Hence, we provide one free demo class to all our trainees so that they can judge on their own.

No, you don’t have to pay anything to attend the demo class. You are required to pay the training fee after free demo only if you are fully satisfied and want to continue the training.

To register for free demo, visit our campus or call our counsellors on the numbers given on contact us page.

Yes, all the trainees shall work on live projects provided by Croma Campus after completing their training part.

You will never lose any lecture. You can choose either of the two options:
View the recorded session of the class available in your LMS.
You can attend the missed session, in any other live batch.

Please note, access to the course material will be available for lifetime once you have enrolled into the course.

Yes, Training certificate & Project completion will be issued by Croma Campus(ISO 9001-2000 Certified Training Center)

Yes, Croma Campus conduct special training programs on week end for college students throughout the year.

Croma Campus is the largest education company and lots of recruitment firms contacts us for our students profiles from time to time. Since there is a big demand for this skill, we help our certified students get connected to prospective employers. We also help our customers prepare their resumes, work on real life projects and provide assistance for interview preparation. Having said that, please understand that we don’t guarantee any placements however if you go through the course diligently and complete the project you will have a very good hands on experience to work on a Live project.

Yes, Course Fee can be paid in two equal installments with prior Approval.

Yes, Croma Campus offer various group or special discounts.

No, Lab is open from 8 A.M. to 8 P.M. seven days a week. This time can be extended upto 11 PM if need arises.

Yes, students can take breaks during their exams and can resume it later without paying any fee. Apart from this, Students can attend batches for revision even after completion of their courses.

Batch strength differ from technology to technology. Minimum batch strength at Croma Campus is 10 and maximum batch strength is 30.

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Course Features

Get Practical and Well focused training from Top IT Industry experts.

Get Routine assignments based on learning from previous classes.

Live project, during or after the completion of the syllabus.

Lifetime access to the learning management system including Class recordings, presentations, sample code and projects

Lifetime access to the support team (available 24/7) in resolving queries during and after the course completion

Get certification after the course completion.

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