fixed spelling mistakes

Author: Sean-Bradley

README.md

@@ -22,7 +22,9 @@ You will learn these Design Patterns
     * [Chain of Responsibiltiy](chain_of_responsibility)
     * [Observer Pattern](observer)
 
+<!--
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 ## Introduction Video
 

adapter/Adapter Design Pattern.md

@@ -6,7 +6,7 @@ The adapter design pattern solves these problems:
 - How can classes that have incompatible interfaces work together?
 - How can an alternative interface be provided for a class?
 
-In this lecture, I have 2 clasess, they don't share the same inteface. The client requires it's objects to use an already standardised interface.
+In this lecture, I have 2 classes, they don't share the same interface. The client requires it's objects to use an already standardised interface.
 
 So we need to create an adapter, that wraps the incompatible object, but implements the standardised interface.
 

adapter/README.md

@@ -6,7 +6,7 @@ The adapter design pattern solves these problems:
 - How can classes that have incompatible interfaces work together?
 - How can an alternative interface be provided for a class?
 
-In this lecture, I have 2 clasess, they don't share the same inteface. The client requires it's objects to use an already standardised interface.
+In this lecture, I have 2 classes, they don't share the same interface. The client requires it's objects to use an already standardised interface.
 
 So we need to create an adapter, that wraps the incompatible object, but implements the standardised interface.
 

builder/README.md

@@ -6,7 +6,7 @@ The Builder Pattern tries to solve,
 - How can a class create different representations of a complex object?
 - How can a class that includes creating a complex object be simplified?
 
-The Builder and Factory patterns are very simiar in the fact they both instantiate new objects at run time. The difference is when the process of creating the object is more complex, so rather than the Factory returning a new instance of `ObjectA`, it could call the builders director construct method `ObjectA.construct()`. Both return an Object.
+The Builder and Factory patterns are very similar in the fact they both instantiate new objects at run time. The difference is when the process of creating the object is more complex, so rather than the Factory returning a new instance of `ObjectA`, it could call the builders director construct method `ObjectA.construct()`. Both return an Object.
 
 Parts of the Builder Pattern
 1. **Product** - The Product being built

command/Command Design Pattern.md

@@ -6,12 +6,12 @@ The components if the Command Design Pattern are,
 1. **Receiver** - The Object that will receive and execute the command
 2. **Invoker** - Which will send the command to the receiver
 3. **Command Object** - Itself, which implements an execute, or action method, and contains all required information to execute it
-4. **Client** - The application or component which is aware of the Reciever, Invoker and Commands
+4. **Client** - The application or component which is aware of the Receiver, Invoker and Commands
 
-Eg, a button, will call the Invoker, which will call a pre registered Commands execute method, which the Reciever will perform.
+Eg, a button, will call the Invoker, which will call a pre registered Commands execute method, which the Receiver will perform.
 
 A Concrete Class will delegate a request to a command object, instead of implementing the request directly.
-Using a command design pattern allows you to seperate concerns a little easier and to solve problems of the concenrs independantly of each of the layers.
+Using a command design pattern allows you to seperate concerns a little easier and to solve problems of the concerns independently of each of the layers.
 eg, logging the execution of a command and it's outcome.
 
 Uses:

command/README.md

@@ -6,12 +6,12 @@ The components if the Command Design Pattern are,
 1. **Receiver** - The Object that will receive and execute the command
 2. **Invoker** - Which will send the command to the receiver
 3. **Command Object** - Itself, which implements an execute, or action method, and contains all required information to execute it
-4. **Client** - The application or component which is aware of the Reciever, Invoker and Commands
+4. **Client** - The application or component which is aware of the Receiver, Invoker and Commands
 
-Eg, a button, will call the Invoker, which will call a pre registered Commands execute method, which the Reciever will perform.
+Eg, a button, will call the Invoker, which will call a pre registered Commands execute method, which the Receiver will perform.
 
 A Concrete Class will delegate a request to a command object, instead of implementing the request directly.
-Using a command design pattern allows you to seperate concerns a little easier and to solve problems of the concenrs independantly of each of the layers.
+Using a command design pattern allows you to seperate concerns a little easier and to solve problems of the concerns independently of each of the layers.
 eg, logging the execution of a command and it's outcome.
 
 Uses:

decorator/Decorator Design Pattern.md

@@ -1,9 +1,9 @@
 ## Decorator Design Pattern
 
-The decorator pattern is a structural pattern, that allows you to attach additional responsibilites to an object at run time.
+The decorator pattern is a structural pattern, that allows you to attach additional responsibilities to an object at run time.
 
 The decorator pattern is used in both the Object Oriented and Functional paradigms.
 
-The decorator pattern is different than the Python language feature of Python Decorators in it's syntax, but the the application of it is the same, in the way that it is essentially a wrapper.
+The decorator pattern is different than the Python language feature of Python Decorators in it's syntax, but the application of it is the same, in the way that it is essentially a wrapper.
 
 The Decorator pattern adds extensibility, without modifying the original function.

decorator/README.md

@@ -1,9 +1,9 @@
 ## Decorator Design Pattern
 
-The decorator pattern is a structural pattern, that allows you to attach additional responsibilites to an object at run time.
+The decorator pattern is a structural pattern, that allows you to attach additional responsibilities to an object at run time.
 
 The decorator pattern is used in both the Object Oriented and Functional paradigms.
 
-The decorator pattern is different than the Python language feature of Python Decorators in it's syntax, but the the application of it is the same, in the way that it is essentially a wrapper.
+The decorator pattern is different than the Python language feature of Python Decorators in it's syntax, but the application of it is the same, in the way that it is essentially a wrapper.
 
 The Decorator pattern adds extensibility, without modifying the original function.