BitArray.Not Method
Definition
Important
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Inverts all the bit values in the current BitArray, so that elements set to true
are changed to false
, and elements set to false
are changed to true
.
public:
System::Collections::BitArray ^ Not();
public System.Collections.BitArray Not ();
member this.Not : unit -> System.Collections.BitArray
Public Function Not () As BitArray
Returns
The current instance with inverted bit values.
Examples
The following code example shows how to apply NOT to a BitArray.
using namespace System;
using namespace System::Collections;
void PrintValues( IEnumerable^ myList, int myWidth );
int main()
{
// Creates and initializes two BitArrays of the same size.
BitArray^ myBA1 = gcnew BitArray( 4 );
BitArray^ myBA2 = gcnew BitArray( 4 );
myBA1[ 0 ] = false;
myBA1[ 1 ] = false;
myBA1[ 2 ] = true;
myBA1[ 3 ] = true;
myBA2[ 0 ] = false;
myBA2[ 1 ] = true;
myBA2[ 2 ] = false;
myBA2[ 3 ] = true;
// Performs a bitwise NOT operation between BitArray instances of the same size.
Console::WriteLine( "Initial values" );
Console::Write( "myBA1:" );
PrintValues( myBA1, 8 );
Console::Write( "myBA2:" );
PrintValues( myBA2, 8 );
Console::WriteLine();
myBA1->Not();
myBA2->Not();
Console::WriteLine( "After NOT" );
Console::Write( "myBA1:" );
PrintValues( myBA1, 8 );
Console::Write( "myBA2:" );
PrintValues( myBA2, 8 );
Console::WriteLine();
}
void PrintValues( IEnumerable^ myList, int myWidth )
{
int i = myWidth;
IEnumerator^ myEnum = myList->GetEnumerator();
while ( myEnum->MoveNext() )
{
Object^ obj = safe_cast<Object^>(myEnum->Current);
if ( i <= 0 )
{
i = myWidth;
Console::WriteLine();
}
i--;
Console::Write( "{0,8}", obj );
}
Console::WriteLine();
}
/*
This code produces the following output.
Initial values
myBA1: False False True True
myBA2: False True False True
After NOT
myBA1: True True False False
myBA2: True False True False
*/
using System;
using System.Collections;
public class SamplesBitArray {
public static void Main() {
// Creates and initializes two BitArrays of the same size.
BitArray myBA1 = new BitArray( 4 );
BitArray myBA2 = new BitArray( 4 );
myBA1[0] = myBA1[1] = false;
myBA1[2] = myBA1[3] = true;
myBA2[0] = myBA2[2] = false;
myBA2[1] = myBA2[3] = true;
// Performs a bitwise NOT operation between BitArray instances of the same size.
Console.WriteLine( "Initial values" );
Console.Write( "myBA1:" );
PrintValues( myBA1, 8 );
Console.Write( "myBA2:" );
PrintValues( myBA2, 8 );
Console.WriteLine();
myBA1.Not();
myBA2.Not();
Console.WriteLine( "After NOT" );
Console.Write( "myBA1:" );
PrintValues( myBA1, 8 );
Console.Write( "myBA2:" );
PrintValues( myBA2, 8 );
Console.WriteLine();
}
public static void PrintValues( IEnumerable myList, int myWidth ) {
int i = myWidth;
foreach ( Object obj in myList ) {
if ( i <= 0 ) {
i = myWidth;
Console.WriteLine();
}
i--;
Console.Write( "{0,8}", obj );
}
Console.WriteLine();
}
}
/*
This code produces the following output.
Initial values
myBA1: False False True True
myBA2: False True False True
After NOT
myBA1: True True False False
myBA2: True False True False
*/
Imports System.Collections
Public Class SamplesBitArray
Public Shared Sub Main()
' Creates and initializes two BitArrays of the same size.
Dim myBA1 As New BitArray(4)
Dim myBA2 As New BitArray(4)
myBA1(0) = False
myBA1(1) = False
myBA1(2) = True
myBA1(3) = True
myBA2(0) = False
myBA2(2) = False
myBA2(1) = True
myBA2(3) = True
' Performs a bitwise NOT operation between BitArray instances of the same size.
Console.WriteLine("Initial values")
Console.Write("myBA1:")
PrintValues(myBA1, 8)
Console.Write("myBA2:")
PrintValues(myBA2, 8)
Console.WriteLine()
myBA1.Not()
myBA2.Not()
Console.WriteLine("After NOT")
Console.Write("myBA1:")
PrintValues(myBA1, 8)
Console.Write("myBA2:")
PrintValues(myBA2, 8)
Console.WriteLine()
End Sub
Public Shared Sub PrintValues(myList As IEnumerable, myWidth As Integer)
Dim i As Integer = myWidth
Dim obj As [Object]
For Each obj In myList
If i <= 0 Then
i = myWidth
Console.WriteLine()
End If
i -= 1
Console.Write("{0,8}", obj)
Next obj
Console.WriteLine()
End Sub
End Class
' This code produces the following output.
'
' Initial values
' myBA1: False False True True
' myBA2: False True False True
'
' After NOT
' myBA1: True True False False
' myBA2: True False True False
Remarks
This method is an O(n)
operation, where n
is Count.
Applies to
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