C & C++ Training Institute in Marathahalli

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Course Content

C Language

Introduction to C Programming
Introduction to the Course
Overview to C Programming
Why use C?
Uses of C
A Brief History of C
C for Personal Computers
Running C Programs
The Edit-Compile-Link-Execute Process
Using Microsoft C
Unix systems
Structure of C Programs
C’s Character Set
The form of a C Program
The layout of C Programs
Pre-processor Directives
Your First Program
Add Comments to a Program
Data Types
Integer Number Variables
Decimal Number Variables
Character Variables
Assignment Statement
Arithmetic Ordering
Something To Declare
More on Initializing Variables
Input and Output Functions
On The Run
Input and Output Functions in More Detail
The % Format Specifiers
Formatting Your Output
Custom Libraries
Summing It Up
Conditional Execution
Program Control
Logical Expressions
True and False in C
Using break and continue Within Loops
Select Paths with switch
Structure and Nesting
Think of a number
Functions and Prototypes
Functions – C’s Building Blocks
Functions and Local Variables
Making The Connections
Functions and Prototypes
What is ANSI C?
The Standard Library Functions
Throwing The Dice
Data Types Part II
Global variables
Constant Data Types
Arrays
Advanced Data Types
In Dis-array
Pointers
Point to Point
Swap Shop
Pointers And Arrays
Strings
Stringing Along
As easy as… B or C?
A Sort Of Bubble Program
Structures
Defining A New Type
Structures and Functions
Pointers to Structures
Malloc
Structures and Linked Lists
Structures and C++
Header Files
File Handling
The Stream File
Text File Functions
Binary File Functions
File System Functions
Command Line Parameters

C++ Programming: Object Oriented Features – Fundamental OO features, embodied in C++ classesa

Basic OO concepts, example
Classes: definition, attributes, methods
Customer class: definition/declaration, implementation
File organization: header files, implementation files
Minimum class functions: declaration, implementation

Objects – Two different types of C++ objects and safe ways of handling them:

Definition, UML syntax, comparison with classes
Creating C++ objects: automatic, dynamic
Automatic objects: syntax, proper style, common mistakes
Dynamic objects: syntax, features, common mistakes
Managing object pointers to keep them safe.

What we’ve seen so far… – Reviewing the C++ / OO world:

OO concepts
C++ Keywords
C++ features
C++ class versus the UML analysis model
C++ class versus the UML design model
C++ Application Code – Building a basic C++ application
The required main() function
The main() function file
Application files

Lab One – Building the Customer C++ application:

The Customer application in C++
Project, directories and files
Running the application

Constructors – A fundamental OO feature:

Constructor role, syntax
Example: header file, implementation file
Constructor with default parameter values
Constructor header, implementation and usage
What we just learned

Encapsulating into an object – How a String class can be designed to greatly simplify the Customer class, according to OO strategies:

We can accomplish more
Impact of a String object to the Customer class
The String class: features, design, attributes, methods
Lab Two – Appreciating the power of encapsulation and specialization
String class implementation
Using the String class in the Customer class
Code review and discussion

Destructors – The art of describing complex object interactions:

Dynamic de-allocation
Array de-allocation
Run, test, debug
Associations – How objects stay in touch with each other
Self-reference, the this pointer
Credit and Customer class associations code
main(): how the association is used
Association UML syntax and examples
Reflexive associations for diagraphs, linked lists, hierarchies
Association roles

Lab Four – Making objects interact with each other in C++:

Applications made of interacting objects
Simple linked list example
List and Link class members
Putting Customer objects in the list
Write, test, debug and extra credits

Inner Classes – The proper syntax for private objects and true encapsulation:

Principles
Inline Syntax
Header / implementation syntax
Code example
Lab Five – Inner classes at work
Link as an inner class of List
Credit as an inner class of Customer
Code, test, debug
Code review
Solution discussion

What we’ve learned… – Summarizing the key OO features and techniques, implemented in C++

Encapsulating string matters in a String class
C++ application architecture
Allocation / de-allocation of objects
Encapsulation / specialization
Constructors / Destructors
Associations
this self reference
Object design fundamental strategies
Inner classes

C++ References – A nicer and safer syntax to handle objects

Concept and formal syntax
Example with the Person class
Methods returning a reference to self
Example
Brief exercise

Initialization – Starting with a value

Object initialization
Declaration, implementation, usage
Member initialization
Example with the String and Person classes
Initializing primitive type members
Formal syntax

Lab Six – Initializing many objects and members

Initializing String members in Customer and Credit classes
Initializing List using either references or pointers
Write, run, test, debug
Solution walk through

C++ Operators – A simple and powerful syntax to handle a natural need

A natural need
Alternate syntax for methods
Examples and formal syntax
Complete case: the Complex class
Internal and external operators

Lab Seven – Creating your own operators

String class assignment and append operators
Write, run, test, debug
Solution walkthrough

Static Class members as opposed to object members

Beyond objects: class members
Examples, allocation, initialization
Brief exercise

Composition / Aggregation – Objects containing or owning other objects

Definition and UML syntax
The real composition concept
Multiple parts
Aggregation versus composition
Inner class notation
Class type notation
Examples in C++
Brief exercise

Constant members (const) – A simple syntax to enforce proper OO design strategies

Const members
Const parameters
Const variables
Const methods
Examples
Brief exercise

Inheritance – Modeling type hierarchies

Definition and UML syntax
Instantiation limitations
Inheritance versus the Is A relationship
Inherited object examples
Multiple sub-classes and multiple inheritance

Inheritance C++ syntax – Coding inheritance in C++

Derivation model and code: simple inheritance
Multiple inheritance
Initialization according to constructor needs
Initialization according to inheritance type
Example with Contract / Development / Maintenance
Virtual methods

Lab Eight – Coding a C++ project involving inheritance, associations, aggregation

The Retail problem domain model
Associations, compositions
Inheritance and virtual methods
show() and getPrice() methods
Write, test, debug and solution code walkthrough

Interfaces – Generalizing a group of methods that form a functional concept

The concept of interface and UML notation
Pure virtual classes and inheritance for interfaces
C++ examples
Brief exercise

Exception Handling – Encapsulating and processing exceptions outside the main business logic

Inner class exception type and value
try, throw and catch
Call stack handling
Throwing objects for better exception handling
Building self-contained exception classes
Building exception class hierarchies
Exceptions with templates
Exceptions and constructors
Exception interface specification
Examples
Exercise

Object Design – Fundamental principles and basic patterns

Specialization, self-sufficiency, interface
Delegation, propagation
A common object design pattern
Application to the Deal model
Multiple and cascading object interactions in C++
Object sequence and collaboration diagrams
Examples
Brief exercise

C++ implementation of associations and association classes – Design and coding of the most common relationships

Implementation algorithm
Single or multiple links
Single or bi-directional traversals
References or lists of references
Association classes implementation
Examples
Brief exercise

Templates – Beyond classes and models: templates and meta models

Concept, flexibility and power
Examples, formal syntax
Header and implementation parts (both in header file)
Complex class complete example
Brief exercise on the Complex class

Lab Nine – Implementing a whole template

Concept of a parametized List
Implementing the Link template
Implementing the List template
Additional methods
Write, test, debug and solution code walk through

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14:22 04 Oct 23

My mentor was Abhijeet sir he is very knowledgeable person as well as he teaches us very nicely about each and every topics moreover he is very supportive. Before my thinking was like how i will understand about testing concepts because it's was totally different but sir made me understand about manual testing, selenium so clear and he used to explain in very simple way that helps me to understand about software tools more efficiently.

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