using Silo.Components;
using Silo.Gates;

var a = new Switch();
var b = new Switch();

var andGate = new AndGate();

a.AttachTo(andGate, 0);
b.AttachTo(andGate, 1);

a.State = true;
b.State = true;

Console.WriteLine(andGate);

using Silo.Components;

var input = new EightBitInput();

input.State = 200;

Console.WriteLine(input);

using Silo.Components;
using Silo.Devices;

var inputA = new EightBitInput();
var inputB = new EightBitInput();

var adder = new EightBitAdder();

inputA.AttachTo(adder);
inputB.AttachTo(adder, 8);

inputA.State = 10;
inputB.State = 5;

Console.WriteLine(adder);

var display = new EightBitDisplay();
adder.AttachToAll(display);
Console.WriteLine(display);

using Silo.Components;
using Silo.Memory;
using Silo.Util;

var flipFlop = new DFlipFlop();
var val = new Switch();
var clk = new Clock(Frequency.Parse("1 Hz"));

clk.AttachTo(flipFlop, 1);

val.State = true;
Console.WriteLine(flipFlop);
Thread.Sleep(2000);
Console.WriteLine(flipFlop);

val.State = false;
Console.WriteLine(flipFlop);
Thread.Sleep(2000);
Console.WriteLine(flipFlop);

using Silo.Components;
using Silo.Memory;
using Silo.Util;

var ctr = new Counter();

var reset = new Button();
var loadOrCount = new Switch();
var upOrDown = new Switch();
var countToggle = new Switch();
var clock = new Clock(1.kHz());
var input = new EightBitInput();

var display = new EightBitDisplay();

reset.AttachTo(ctr, 0);
loadOrCount.AttachTo(ctr, 1);
upOrDown.AttachTo(ctr, 2);
countToggle.AttachTo(ctr, 3);
clock.AttachTo(ctr, 4);
input.AttachTo(ctr, 5);

ctr.AttachRange(display, 1, 8);

loadOrCount.State = true;
input.State = 50;
Thread.Sleep(100); //Wait for clock to cycle
//Ctr output is now 50

loadOrCount.State = false;
upOrDown.State = true;
countToggle.State = true;
Thread.Sleep(100);
//Ctr output is now ~53

upOrDown.State = false;
Thread.Sleep(100);
//Ctr output is now 50