Object Oriented Analysis, Design & Programming with UML

Learn OO Analysis, Design & Programming using UML in C++, Java & C#

Created by Umar Lone, Last Updated 08-Jul-2020, Language:English

What Will I Get ?

Understand & use UML with your software development process
Understand what is object oriented analysis, design & programming
Understand how to analyze a problem using object oriented analysis
Implement OO design in Java, C++ & C#

Requirements

Basic knowledge of any programming language
Basic understanding of common C concepts like pointers, functions, arrays, macros, etc (for C++ programmers only)

Description

This Object Oriented Analysis, Design & Programming course is a unique course that teaches students how to use object-oriented techniques to build software. The course will start with requirements gathering & end with implementation. In the process, you'll learn how to analyze and design classes, their relationships to each other in order to build a model of the problem domain. You'll also use common UML diagrams throughout this process, such as use-case, class, activity & other diagrams. The diagrams will be created through a free tool.

Lot of emphasis is placed on use cases to capture and manage requirements. Those are subsequently used to enforce OO concepts that produce a reusable design of the system that adapts to change. Finally, the design is implemented & programmed in three different programming languages - Java, C# & C++. During the implementation, you'll learn about the object-oriented concepts such as Abstraction, Encapsulation, Hierarchy, Polymorphism, interfaces, etc. All these concepts are explained with examples in all the three languages.

Finally, all the important concepts are applied in a textual game called Reckless Driver. Consequently, you'll have understood the entire process of Object Oriented Analysis, Design & Programming & you can implement these concepts in your own software.

Who this course is for:

Programmers who want to learn the Unified Modelling Language
Anyone who wants to learn OO analysis, design & programming
Anyone who wants to start with OO programming in C++, Java or C#
Students who want to understand the concepts of object oriented programming
Programmers new to object oriented programming
Software developers and designers looking to expand their existing knowledge of object oriented analysis & design
Anyone who wants to learn & apply UML to their sofware development process

Course Content

Introduction

4 Lectures 00:06:38
- Introduction
  
  Preview
  
  00:01:37
- Installation of Eclipse for Java
  
  00:01:51
- Installation of Visual Studio for C# & C++
  
  00:03:10
- Course Material
Basics

4 Lectures 00:31:06
- Software Complexity
  
  Preview
  
  00:06:23
- Algorithm Decomposition
  
  00:07:53
- Object Oriented Decomposition
  
  00:07:46
- Object Characteristics
  
  Preview
  
  00:09:04
Object Oriented Analysis

14 Lectures 01:11:02
- UML Introduction
  
  Preview
  
  00:04:46
- View Model
  
  00:03:31
- Object Model Concepts
  
  00:07:10
- Object Oriented Analysis with Use Cases
  
  00:03:35
- Use Case Description
  
  00:06:21
- Use Case Diagram
  
  Preview
  
  00:07:40
- Use Case Relationships
  
  00:07:31
- Use Case Relationships in StarUML
  
  00:04:35
- Guidelines for Use Cases
  
  00:04:25
- Activity Diagram
  
  00:03:26
- Activity Diagram in StarUML
  
  00:05:36
- Merge
  
  00:03:40
- Fork & Join
  
  00:04:52
- Swimlanes
  
  00:03:54
Object Oriented Design & Programming

27 Lectures 01:58:02
- Introduction to Classes & Class Diagram
  
  00:06:08
- Class Diagram in StarUML
  
  00:07:49
- Abstraction
  
  00:06:15
- Abstraction in Java
  
  00:02:16
- Abstraction in C#
  
  00:01:39
- Abstraction in C++
  
  00:03:56
- Encapsulation
  
  00:03:52
- Encapsulation in Java - Part I
  
  00:05:34
- Encapsulation in Java - Part II
  
  00:06:47
- Encapsulation in C# - Part I
  
  00:03:57
- Encapsulation in C# - Part II
  
  00:04:54
- Encapsulation in C++ - Part I
  
  00:04:13
- Encapsulation in C++ - Part II
  
  00:04:44
- Class Diagram Revisited
  
  00:04:00
- Inheritance
  
  00:04:06
- Inheritance in Java
  
  00:05:52
- Inheritance in C#
  
  00:05:59
- Inheritance in C++
  
  00:06:14
- Containment
  
  00:02:55
- Aggregation & Association
  
  00:04:19
- Dependency
  
  00:02:56
- Polymorphism
  
  00:03:28
- Polymorphism in Java
  
  00:03:07
- Polymorphism in C#
  
  00:02:38
- Polymorphism in C++
  
  00:02:31
- Abstract Class
  
  00:02:58
- Interface
  
  00:04:55
Reckless Driver Implementation

16 Lectures 01:13:14
- Overview of Design
  
  00:02:40
- GameObject Class Implementation in Java
  
  00:05:09
- TrafficCar Class Implementation in Java
  
  00:03:58
- SideObject Class Implementation in Java
  
  00:03:26
- Player Class Implementation in Java
  
  00:05:31
- GameManager Class Implementation in Java
  
  00:06:05
- GameObject Class Implementation in C#
  
  00:06:05
- TrafficCar Class Implementation in C#
  
  00:02:42
- SideObject Class Implementation in C#
  
  00:01:52
- Player Class Implementation in C#
  
  00:06:30
- GameManager Class Implementation in C#
  
  00:04:53
- GameObject Class Implementation in C++
  
  00:05:55
- TrafficCar Class Implementation in C++
  
  00:04:08
- SideObject Class Implementation in C++
  
  00:02:54
- Player Class Implementation in C++
  
  00:06:06
- GameManager Class Implementation in C++
  
  00:05:20
Interaction Diagrams

21 Lectures 02:12:14
- Communication Diagram - Part I
  
  00:07:57
- Communication Diagram - Part II
  
  00:04:39
- Communication Diagram - Part III
  
  00:06:49
- Communication Diagram - Part IV
  
  00:06:45
- Sequence Diagram - Part I
  
  00:08:09
- Sequence Diagram - Part II
  
  00:05:37
- Sequence Diagram - Part III
  
  00:07:49
- Sequence Diagram - Part IV
  
  00:06:02
- Scene Class Discussion
  
  00:05:22
- Scene Class Implementation in Java - Part I
  
  00:06:22
- Scene Class Implementation in Java - Part II
  
  00:05:39
- Collision Behavior Implementation in Java - Part I
  
  00:06:04
- Collision Behavior Implementation in Java - Part II
  
  00:05:10
- Scene Class Implementation in C# - Part I
  
  00:05:42
- Scene Class Implementation in C#- Part II
  
  00:05:29
- Collision Behavior Implementation in C# - Part I
  
  00:04:54
- Collision Behavior Implementation in C# - Part II
  
  00:06:08
- Scene Class Implementation in C++ - Part I
  
  00:09:04
- Scene Class Implementation in C++- Part II
  
  00:05:58
- Collision Behavior Implementation in C++ - Part I
  
  00:06:58
- Collision Behavior Implementation in C++ - Part II
  
  00:05:37
State Machine Diagram

23 Lectures 02:07:12
- Code Cleanup - Java
  
  00:04:39
- Code Cleanup - C#
  
  00:06:47
- Code Cleanup - C++
  
  00:05:57
- State Changes in Java
  
  00:02:53
- State Changes in C#
  
  00:03:44
- State Changes in C++
  
  00:02:55
- State Machine Diagram - I
  
  00:07:23
- State Machine Diagram - II
  
  00:02:50
- State Machine Diagram - III
  
  00:03:53
- Player States in Java
  
  00:04:05
- Healthkit Powerup in Java
  
  00:05:35
- State Behaviors in Java
  
  00:04:20
- More Powerups in Java
  
  00:06:46
- Player States in C#
  
  00:06:06
- Healthkit Powerup in C#
  
  00:07:04
- State Behaviors in C#
  
  00:05:06
- More Powerups in C#
  
  00:06:11
- Player States in C++
  
  00:05:46
- Healthkit Powerup in C++
  
  00:06:56
- State Behaviors in C++
  
  00:04:39
- More Powerups in C++
  
  00:08:21
- State Machine Diagram - IV
  
  00:09:26
- State Machine Diagram - V
  
  00:05:50
Refactoring

7 Lectures 00:34:16
- Design Improvements
  
  00:03:30
- Powerup Factory in Java
  
  00:03:59
- SideObject Factory in Java
  
  00:06:46
- Powerup Factory in C#
  
  00:03:59
- SideObject Factory in C#
  
  00:05:02
- Powerup Factory in C++
  
  00:04:02
- SideObject Factory in C++
  
  00:06:58
More UML Diagrams

7 Lectures 00:36:17
- Package Diagram - I
  
  00:04:33
- Package Diagram - II
  
  00:07:43
- Component Diagram - I
  
  00:06:39
- Component Diagram - II
  
  00:03:44
- Component Diagram - III
  
  00:04:51
- Deployment Diagram - I
  
  00:03:44
- Deployment Diagram - II
  
  00:05:03