Advanced OOP - Laws, Principles, Idioms
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Ever heard of the Law of Demeter? How about the Liskov Substitution Principle? This talk introduces key object-oriented laws and principles currently used in our field and provides guidance for their use when building applications on the .NET platform.
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This document provides an overview of object-oriented programming concepts including:
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concrete implementation
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2. An object can be a variable, data structure, or function, and in class-based OOP refers to an instance of a class containing variables, functions, and data structures.
3. A C++ class declares a user-defined type with data members and member functions (methods), with access controlled by private, protected, or public specifiers.
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OOPs concepts include objects, classes, encapsulation, inheritance, and polymorphism. Objects are run-time entities that can access class data through associated methods. Classes are user-defined data types that implement abstraction and encapsulation. Encapsulation provides an interface between an object's data and the program. Inheritance allows classes to inherit properties from superclasses and subclasses. Polymorphism allows an object to take different forms depending on its data type. Constructors initialize objects and destructors finalize them. OOPs benefits applications by building secure, modularized programs that are reusable and allow interference-free object coexistence.
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This document provides an introduction to object-oriented programming (OOP). It discusses key OOP concepts like enabling code reuse through inheritance and modifying existing code more easily. While OOP became popular in the 1980s, its origins date back to the Simula programming languages from the 1960s. OOP provides clear modular structures, makes code maintenance and modification easier, and offers a framework for code libraries. The document also defines important OOP terminology like classes, objects, encapsulation, abstraction, inheritance, polymorphism and distinguishes between abstraction and encapsulation.
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Course outline [csc241 object oriented programming]
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In software engineering, a design pattern is a general reusable solution to a commonly occurring problem within a given context in software design. A design pattern is not a finished design that can be transformed directly into source or machine code. It is a description or template for how to solve a problem that can be used in many different situations. Patterns are formalized best practices that the programmer can use to solve common problems when designing an application or system. Object-oriented design patterns typically show relationships and interactions between classes or objects, without specifying the final application classes or objects that are involved. Patterns that imply object-orientation or more generally mutable state, are not as applicable in functional programming languages.
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Software Development Process
Design patterns used to handle change
More time extending and changing code than developing it.
The Strategy design pattern handle change by selecting from a family of external algorithms rather than rewrite.
Design point: Make code closed for modification of code, but open for extension
Problem
Computer object created
Description Method returns
Getting a Computer
Problem
Program has to change every time
Customer changes options
Decorator Pattern
Wrapper code used to extend your core code
Extend a class dynamically at runtime
Decorator uses wrapper code to extend core functionality - decorating the code
Decorator Pattern
description() returns “You are getting a computer”
Wrapper description() returns
“You are getting a computer and a disk”
Wrapper description() returns
“You are getting a computer and a disk and a monitor”
Decorator Pattern
Core component: Computer
Variables holding computer objects should also be able to hold objects that wrap computer objects.
Extend the wrapper classes from the Computer class.
Abstract class cannot be instantiated
Ensures all wrappers are consistent
Developers have to provide their own description
Decorator Pattern
Method calls the core computer object’s
description method and adds “and a disk”
Decorator Pattern
Method calls the core computer object’s
description method and adds “and a disk”
Extend the core object by wrapping it in decorator wrappers. Avoids modification of the core code.
Each successive wrapper called the description method of the object it wrapped and added something to it.
Factory Pattern
Based on type, call the
Connection method
Factory Pattern
Create a method that returns the
correct connection type
Factory Pattern
New operator used to create OracleConnection objects.
New operator used to create SqlServerConnection objects, and MySqlConnection objects.
New operator to instantiate many different concrete classes
Code becomes larger and needs to be replicated in many places
Factor that code out into a method.
Code keeps changing
Encapsulate code into a factory object
Goal: Separate out the changeable code and leave the core code closed for modification
Building the Factory
Creating the Factory
FirstFactory class encapsulates the connection object creation
Pass to it the type of connection (“Oracle”, “SQL Server”,)
Use the factory object to create connection objects with a factory method named createConnection
Building the Factory
Create the FirstFactory class.
Save the type of the database, passed to the FirstFactory class’s constructor.
Object-creation code changes
Check which type of object to be created
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Advanced OOP - Laws, Principles, Idioms
- 1. Advanced OOP Laws Principles Idioms Clint Edmonson
- 2. what is oop?
- 3. abstraction encapsulation inheritance polymorphism
- 4. structural
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- 28. What are your principles?
- 31. Questions & Discussion
- 34. © 2008 Microsoft Corporation. All rights reserved. This presentation is for informational purposes only. Microsoft makes no warranties, express or implied, in this information.