private bool XOR(bool p, bool q)
{
Or OR = new Or(p, q);
Nand NAND = new Nand(p, q);
And AND = new And(OR, NAND);
bool z = AND.ToBool();
return z;
}
private bool MUX(bool p, bool q, bool sel)
{
Not NOTSEL = new Not(sel);
And AND1 = new And(p, NOTSEL.ToBool());
And AND2 = new And(q, sel);
Or OR = new Or(AND1, AND2);
bool z = OR.ToBool();
return z;
}
static void Main(string[] args)
{
Console.WriteLine("NAND");
Nand nand1 = new Nand(0, 0);
Nand nand2 = new Nand(0, 1);
Nand nand3 = new Nand(1, 0);
Nand nand4 = new Nand(1, 1);
nand1.WriteLine();
nand2.WriteLine();
nand3.WriteLine();
nand4.WriteLine();
Console.WriteLine("\nNOT");
Not not1 = new Not(0);
Not not2 = new Not(1);
not1.WriteLine();
not2.WriteLine();
Console.WriteLine("\nAND");
And and1 = new And(0, 0);
And and2 = new And(0, 1);
And and3 = new And(1, 0);
And and4 = new And(1, 1);
and1.WriteLine();
and2.WriteLine();
and3.WriteLine();
and4.WriteLine();
Console.WriteLine("\nOR");
Or or1 = new Or(0, 0);
Or or2 = new Or(0, 1);
Or or3 = new Or(1, 0);
Or or4 = new Or(1, 1);
or1.WriteLine();
or2.WriteLine();
or3.WriteLine();
or4.WriteLine();
Console.WriteLine("\nXOR");
Xor Xor1 = new Xor(0, 0);
Xor Xor2 = new Xor(0, 1);
Xor Xor3 = new Xor(1, 0);
Xor Xor4 = new Xor(1, 1);
Xor1.WriteLine();
Xor2.WriteLine();
Xor3.WriteLine();
Xor4.WriteLine();
Console.WriteLine("\nNOR");
Nor Nor1 = new Nor(0, 0);
Nor Nor2 = new Nor(0, 1);
Nor Nor3 = new Nor(1, 0);
Nor Nor4 = new Nor(1, 1);
Nor1.WriteLine();
Nor2.WriteLine();
Nor3.WriteLine();
Nor4.WriteLine();
Console.WriteLine("\nMUX");
Mux Mux1 = new Mux(0, 0, 0);
Mux Mux2 = new Mux(0, 1, 0);
Mux Mux3 = new Mux(1, 0, 0);
Mux Mux4 = new Mux(1, 1, 0);
Mux Mux5 = new Mux(0, 0, 1);
Mux Mux6 = new Mux(0, 1, 1);
Mux Mux7 = new Mux(1, 0, 1);
Mux Mux8 = new Mux(1, 1, 1);
Mux1.WriteLine();
Mux2.WriteLine();
Mux3.WriteLine();
Mux4.WriteLine();
Console.WriteLine("---------");
Mux5.WriteLine();
Mux6.WriteLine();
Mux7.WriteLine();
Mux8.WriteLine();
Console.ReadKey();
}
static void Main(string[] args)
{
Console.WriteLine("NAND");
Nand nand1 = new Nand(0, 0);
Nand nand2 = new Nand(0, 1);
Nand nand3 = new Nand(1, 0);
Nand nand4 = new Nand(1, 1);
nand1.WriteLine();
nand2.WriteLine();
nand3.WriteLine();
nand4.WriteLine();
Console.WriteLine("\nNOT");
Not not1 = new Not(0);
Not not2 = new Not(1);
not1.WriteLine();
not2.WriteLine();
Console.WriteLine("\nAND");
And and1 = new And(0, 0);
And and2 = new And(0, 1);
And and3 = new And(1, 0);
And and4 = new And(1, 1);
and1.WriteLine();
and2.WriteLine();
and3.WriteLine();
and4.WriteLine();
Console.WriteLine("\nOR");
Or or1 = new Or(0, 0);
Or or2 = new Or(0, 1);
Or or3 = new Or(1, 0);
Or or4 = new Or(1, 1);
or1.WriteLine();
or2.WriteLine();
or3.WriteLine();
or4.WriteLine();
Console.WriteLine("\nXOR");
Xor Xor1 = new Xor(0, 0);
Xor Xor2 = new Xor(0, 1);
Xor Xor3 = new Xor(1, 0);
Xor Xor4 = new Xor(1, 1);
Xor1.WriteLine();
Xor2.WriteLine();
Xor3.WriteLine();
Xor4.WriteLine();
Console.WriteLine("\nNOR");
Nor Nor1 = new Nor(0, 0);
Nor Nor2 = new Nor(0, 1);
Nor Nor3 = new Nor(1, 0);
Nor Nor4 = new Nor(1, 1);
Nor1.WriteLine();
Nor2.WriteLine();
Nor3.WriteLine();
Nor4.WriteLine();
Console.WriteLine("\nMUX");
Mux Mux1 = new Mux(0, 0, 0);
Mux Mux2 = new Mux(0, 1, 0);
Mux Mux3 = new Mux(1, 0, 0);
Mux Mux4 = new Mux(1, 1, 0);
Mux Mux5 = new Mux(0, 0, 1);
Mux Mux6 = new Mux(0, 1, 1);
Mux Mux7 = new Mux(1, 0, 1);
Mux Mux8 = new Mux(1, 1, 1);
Mux1.WriteLine();
Mux2.WriteLine();
Mux3.WriteLine();
Mux4.WriteLine();
Console.WriteLine("---------");
Mux5.WriteLine();
Mux6.WriteLine();
Mux7.WriteLine();
Mux8.WriteLine();
Console.ReadKey();
}