SortedList.Contains Method determines whether a SortedList object contains a specific key.

 


Imports System
Imports System.Collections
Imports Microsoft.VisualBasic

Public Class SamplesSortedList

    Public Shared Sub Main()
        Dim mySL As New SortedList()
        mySL.Add(2, "two")
        mySL.Add(4, "four")
        mySL.Add(1, "one")
        mySL.Add(3, "three")
        mySL.Add(0, "zero")

        Dim myKey As Integer = 2
        Dim msg As String
        If mySL.ContainsKey(myKey) Then
            msg = "in the SortedList"
        Else
            msg = "NOT in the SortedList"
        End If
        Console.WriteLine("The key ""{0}"" is {1}.", myKey, msg)

        Dim myValue As String = "three"
        If mySL.ContainsValue(myValue) Then
            msg = "in the SortedList"
        Else
            msg = "NOT in the SortedList"
        End If
        Console.WriteLine("The value ""{0}"" is {1}.", myValue, msg)
    End Sub
    Public Shared Sub PrintIndexAndKeysAndValues(myList As SortedList)
        Dim i As Integer
        For i = 0 To myList.Count - 1
            Console.WriteLine("[{0}]:{1}{2}", i, myList.GetKey(i),myList.GetByIndex(i))
        Next i
    End Sub
End Class

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1.	Create a SortedList using the default comparer
2.	Create a SortedList using the specified case-insensitive comparer
3.	Create a SortedList using the CaseInsensitiveComparer based on the Turkish culture (tr-TR)
4.	Create a SortedList using the StringComparer.InvariantCultureIgnoreCase value
5.	Simple Example for Sorted List
6.	Create Case Insensitive Sorted List
7.	Output Items in a SortedList
8.	SortedList Class represents a collection of key/value pairs that are sorted by the keys
9.	Create a SortedList using the default comparer
10.	Create a SortedList using the specified case-insensitive comparer
11.	Create a SortedList using the specified CaseInsensitiveComparer
12.	Create a SortedList using the StringComparer.InvariantCultureIgnoreCase value
13.	Create SortedList that contains elements from dictionary
14.	SortedList(TKey, TValue) represents a collection of key/value pairs that are sorted by key based
15.	The Add method throws an exception if the new key is already in the list.
16.	Item property is the default property, so you can omit its name when accessing elements
17.	The default Item property can be used to change the value associated with a key
18.	If a key does not exist, setting the default Item property for that key adds a new key/value pair
19.	The default Item property throws an exception if the requested key is not in the list
20.	TryGetValue can be a more efficient way to retrieve values
21.	ContainsKey can be used to test keys before inserting them
22.	When using foreach to enumerate list elements, the elements are retrieved as KeyValuePair objects
23.	To get the values alone, use the Values property
24.	The Values property is an efficient way to retrieve values by index
25.	To get the keys alone, use the Keys property
26.	The Keys property is an efficient way to retrieve keys by index
27.	Use the Remove method to remove a key/value pair
28.	SortedList.Add Method adds key and value to a SortedList object.
29.	SortedList.Clear Method removes all elements from a SortedList object.
30.	SortedList.CopyTo Method copies SortedList to a one-dimensional Array
31.	SortedList.GetByIndex Method gets the value at the specified index of a SortedList object.
32.	SortedList.IndexOfKey Method returns the zero-based index of the specified key in a SortedList object.
33.	Searches for a specific key
34.	Searches for a specific value
35.	SortedList.IsSynchronized Property tells whether access to a SortedList object is synchronized (thread safe).
36.	SortedList.Remove removes element with the specified key from a SortedList object.
37.	SortedList.SetByIndex Method replaces the value at a specific index in a SortedList object.

SortedList.Contains Method determines whether a SortedList object contains a specific key. : SortedList « Data Structure « VB.Net

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