Rank attribute of Array:
Syntax: public int Rank {get;} to obtain the Rank (dimension) of the Array ).
The GetUpperBound Method for Array:
Syntax: public int GetUpperBound (int dimension) is used to obtain the upper limit of the specified dimension of Array.
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Example:
Copy codeThe Code is as follows: using System;
Public class SamplesArray {
Public static void Main (){
// Creates a new one-dimen1_array of type Int32.
Array my1DIntArray = Array. CreateInstance (typeof (Int32), 5 );
// Uses GetLowerBound and GetUpperBound in the for loop.
For (int I = my1DIntArray. GetLowerBound (0); I <= my1DIntArray. GetUpperBound (0); I ++)
My1DIntArray. SetValue (I + 1, I );
// Displays the bounds and values of the one-dimen=array.
Console. WriteLine ("One-dimen1_array :");
Console. WriteLine ("Rank/tLower/tUpper ");
Console. WriteLine ("{0}/t {1}/t {2}", 0, my1DIntArray. GetLowerBound (0), my1DIntArray. GetUpperBound (0 ));
Console. WriteLine ("Values :");
PrintValues (my1DIntArray );
Console. WriteLine ();
// Creates a new three-dimen1_array of type Int32.
Array my3DIntArray = Array. CreateInstance (typeof (Int32), 2, 3, 4 );
// Uses GetLowerBound and GetUpperBound in the for loop.
For (int I = my3DIntArray. GetLowerBound (0); I <= my3DIntArray. GetUpperBound (0); I ++)
For (int j = my3DIntArray. GetLowerBound (1); j <= my3DIntArray. GetUpperBound (1); j ++)
For (int k = my3DIntArray. GetLowerBound (2); k <= my3DIntArray. GetUpperBound (2); k ++ ){
My3DIntArray. SetValue (I * 100) + (j * 10) + k, I, j, k );
}
// Displays the bounds and values of the multidimen=array.
Console. WriteLine ("multidimen1_array :");
Console. WriteLine ("Rank/tLower/tUpper ");
For (int I = 0; I <my3DIntArray. Rank; I ++)
Console. WriteLine ("{0}/t {1}/t {2}", I, my3DIntArray. GetLowerBound (I), my3DIntArray. GetUpperBound (I ));
Console. WriteLine ("Values :");
PrintValues (my3DIntArray );
}
Public static void PrintValues (Array myArr ){
System. Collections. IEnumerator myEnumerator = myArr. GetEnumerator ();
Int I = 0;
Int cols = myArr. GetLength (myArr. Rank-1 );
While (myEnumerator. MoveNext ()){
If (I <cols ){
I ++;
} Else {
Console. WriteLine ();
I = 1;
}
Console. Write ("/t {0}", myEnumerator. Current );
}
Console. WriteLine ();
}
}
/*
This code produces the following output.
One-dimen1_array:
Rank Lower Upper
0 0 4
Values:
1 2 3 4 5
Multidimen1_array:
Rank Lower Upper
0 0 1
1 0 2
2 0 3
Values:
0 1 2 3
10 11 12 13
20 21 22 23
100 101 102 103
110 111 112 113
120 121 122 123
*/
