#ICOLLECTIONS FOR MAC#

Each Collection and Photo Frame can be customized, including style and color, to suit the user’s preferences, offering a fun, personalized way for Mac users to make their desktop more of their own. ICollections lets users see their images - even in slideshow form - right on their desktop.

iCollections fully supports Retina display. This helps you keep related items together so your files (pictures, documents, screenshot, applications, etc.) are organized and easy to find. ICollections lets you create areas on your desktop so you can sort and arrange your icons. The app's unique features are what make it the most popular method of desktop organization for Mac users. The IList interface has one indexer by which we can access any element by its position and can insert an element and remove an element at any position.ICollections is an expertly designed application which helps you keep your desktop organized. The IList interface contains the following, This interface has more power than the preceding two interfaces. It also provides support for accessing the items from the index. This interface allows us to add items to and remove items from the collection. The IList interface implements both ICollection and IEnumerable interfaces. The generic version of this interface provides Add and Remove methods also. The CopyTo method copies the entire collection into an array.

The Count property is used for maintaining the count of elements in the list whereas the IsSysnchronized and SyncRoot properties help to make the collection thread-safe. The ICollection interface contains the following, In the IEnumerable interface we don't know how many elements there are in the collection whereas the ICollection interface gives us this extra property for getting the count of items in the collection. The ICollection interface is inherited from the IEnumerable interface which means that any class that implements the ICollection interface can also be enumerated using a foreach loop. That means the queries will not be executed until we explicitly need them. If we are dealing with some SQL queries dynamically then it also provides lazy evaluation. It provides a sort of encapsulation in cases where we don't want our list to be changed. We cannot change any item inside an IEnumerable List. It provides read-only access to collections. Net Framework implements the IEnumerable interface. Then by using the MoveNext() method and the Current property of the StoreData class we can display the data.Įvery collection inside the. The GetEnumerator() method is available with a list object since it implements the IEnumerable interface. IEnumerator enumerator = list.GetEnumerator() īehind the scenes the foreach loop works as in the preceding code.Internally I have used a linked list for holding the data (you can find the advantages of a linked list from my previous article “ ”). I have created a class StoreData for holding an integer type of data and this class implements the IEnumerable interface. The IEnumerator interface implements two the methods MoveNext() and Reset() and it also has one property called Current that returns the current element in the list. The IEnumerable interface has one method, GetEnumerator, that returns an IEnumerator interface that helps us to iterate among the class using the foreach loop. IEnumerable interface is used when we want to iterate among our classes using a foreach loop. All these interfaces provide various functionalities and are useful in various cases. IEnumerable is the base of the ICollection and IList interfaces (and many other). IEnumerable, ICollection and IList are interfaces in the.

Icollections