public void SetValueString_ThrowsOperationCanceledException_InputLengthIsIncorrect()
{
// Arrange
var bitset = new IntegerBitset();
// Act
void Result() => bitset.SetValue("10110101");
// Assert
Assert.Throws <OperationCanceledException>(Result);
}
public void SetValueString_ThrowsArgumentNullException_InputIsNull()
{
// Arrange
var bitset = new IntegerBitset();
// Act
void Result() => bitset.SetValue((string)null);
// Assert
Assert.Throws <ArgumentNullException>(Result);
}
public void SetValueString_Passes_InputIsCorrect()
{
// Arrange
var bitset = new IntegerBitset();
// Act
bitset.SetValue("00000000000000000000000000000111");
// Assert
Assert.Equal(7, bitset.GetInt32());
}
public void SetValueBitArray_ThrowsOperationCanceledException_InputLengthIsIncorrect()
{
// Arrange
var bitset = new IntegerBitset();
// Act
void Result() => bitset.SetValue(new BitArray(new byte[] { 7 }));
// Assert
Assert.Throws <OperationCanceledException>(Result);
}
public void SetValueBitArray_Passes_InputIsCorrect()
{
// Arrange
var bitset = new IntegerBitset();
// Act
bitset.SetValue(new BitArray(new [] { 8 }));
// Assert
Assert.Equal(8, bitset.GetInt32());
}
private static void Main()
{
// Creates and initializes several BitArrays.
var myBa1 = new BitArray(new byte[] { 255 });
var myBa2 = new BitArray(new byte[] { 255 });
var result1 = IntegerBitsetUtils.BitArrayAdder(myBa1, myBa2, new BitArray(1, false), out _);
var rem = new BitArray(1, false);
var result2 = IntegerBitsetUtils.BitArrayMultiply(myBa1, myBa2, new BitArray(1, false), out rem);
IntegerBitsetUtils.PrintValues(result2);
var set1 = new IntegerBitset(75005);
var set2 = new IntegerBitset("00000000000000001000100001000000");
var tmp1 = set2.GetInt32();
var m1 = new AdvancedIntegerBitsetMatrix(2, 2);
var m2 = new AdvancedIntegerBitsetMatrix(2, 2);
m1.Matrix[0][0] = new IntegerBitset(101);
m1.Matrix[0][1] = new IntegerBitset(54);
m1.Matrix[1][0] = new IntegerBitset(757);
m1.Matrix[1][1] = new IntegerBitset(550);
Console.WriteLine("\nMatrix 1: 2x2 in integer");
m1.PrintInt32();
Console.WriteLine("\nMatrix 1: 2x2 in bits");
m1.PrintInBits();
m2.Matrix[0][0] = new IntegerBitset(207);
m2.Matrix[0][1] = new IntegerBitset(54);
m2.Matrix[1][0] = new IntegerBitset(530);
m2.Matrix[1][1] = new IntegerBitset(147);
Console.WriteLine("\nMatrix 2: 2x2 in integer");
m2.PrintInt32();
Console.WriteLine("\nMatrix 2: 2x2 in bits");
m2.PrintInBits();
m1.AddMatrix(m2);
Console.WriteLine("\nMatrix Add result: 2x2 in integer");
m1.PrintInt32();
Console.WriteLine("\nMatrix Add result: 2x2 in bits");
m1.PrintInBits();
m1.MultiplyByNumber(new IntegerBitset(5));
Console.WriteLine("\nMatrix Multiply by 5 result: 2x2 in integer");
m1.PrintInt32();
Console.WriteLine("\nMatrix Multiply by 5 result: 2x2 in bits");
m1.PrintInBits();
m1.MultiplyByMatrix(m2);
Console.WriteLine("\nMatrix1 Multiply by Matrix2 result: 2x2 in integer");
m1.PrintInt32();
Console.WriteLine("\nMatrix1 Multiply by Matrix2 result: 2x2 in bits");
m1.PrintInBits();
m2.RaiseMatrixToPower(new IntegerBitset(3));
Console.WriteLine("\nMatrix2 Raise in power 3 result: 2x2 in integer");
m2.PrintInt32();
Console.WriteLine("\nMatrix2 Raise in power 3 result: 2x2 in bits");
m2.PrintInBits();
m2.Transpose();
Console.WriteLine("\nMatrix2 Transposed result: 2x2 in integer");
m2.PrintInt32();
Console.WriteLine("\nMatrix2 Transposed result: 2x2 in bits");
m2.PrintInBits();
}
