C# Class Gnip.Client.Resource.Rules

Inheritance: IResource, IDeepCompare

Datei anzeigen Open project: electromute/gnip-dotnet Class Usage Examples

Private Properties

Property	Type	Description

Public Methods

Method	Description
DeepEquals ( Rules that ) : bool	Determins if this equals that by performing a deep equals looking at all elements of all member listsand objects.
DeepEquals ( object o ) : bool	Determins if this equals that by performing a deep equals looking at all elements of all member lists and objects.
Equals ( object o ) : bool	Determines whether the specified Object is equal to the current Object. Ths performs a shallow equals where any reference types are compared by reference.
GetHashCode ( ) : int	The GetHashCode method is suitable for use in hashing algorithms and data structures such as a hash table.
Rules ( ) : System	Default constructor.
Rules ( IEnumerable rules ) : System	Constructor.

Method Details

DeepEquals() public method

Determins if this equals that by performing a deep equals looking at all elements of all member listsand objects.

public DeepEquals ( Rules that ) : bool
that	Rules	The object to compare for equality.
return	bool

DeepEquals() public method

Determins if this equals that by performing a deep equals looking at all elements of all member lists and objects.

public DeepEquals ( object o ) : bool
o	object
return	bool

Equals() public method

Determines whether the specified Object is equal to the current Object. Ths performs a shallow equals where any reference types are compared by reference.

public Equals ( object o ) : bool
o	object	the specifies object
return	bool

GetHashCode() public method

The GetHashCode method is suitable for use in hashing algorithms and data structures such as a hash table.

public GetHashCode ( ) : int
return	int

Rules() public method

Default constructor.

public Rules ( ) : System
return	System

Rules() public method

Constructor.

public Rules ( IEnumerable rules ) : System
rules	IEnumerable	Adds the rules to this list.
return	System