private async Task InitializeLedArray()
{
const byte address = 0x46;
var device = await I2cHelper.GetI2cDevice(address);
if (device != null)
{
ledArray = new LedArray(device);
ledArray.Reset(Colors.Black);
}
else
{
DiagnosticInfo.Display(null, "Led array unavailable");
}
}
public void Display(byte[] ledArray)
{
if (Enable)
{
try
{
LedArray.Dispatcher.Invoke(new Action(() =>
{
try
{
int arrayHeader = 0;
for (byte i = 0; i < LedConstants.LED_COUNT; i++)
{
LedArray.SetLedColor(i, ledArray[arrayHeader], ledArray[++arrayHeader],
ledArray[++arrayHeader]);
++arrayHeader;
}
}
catch { }
}));
} catch { }
}
}
static void Main(string[] args)
{
var CS = new ComputerSystem();
var CLK = new Clock();
var ram = new RAM();
var alu = new Alu();
var DB = new Register();
var AX = new Register();
var BX = new Register();
var CX = new Register();
var DX = new Register();
double tick = 0;
LedArray databus;
LedArray alubus;
LedArray axString;
LedArray bxString;
LedArray cxString;
LedArray dxString;
bool subtractFlag = false;
DB.reset();
AX.reset();
BX.reset();
var tempBX = new string('0', (int)CS.wordsize - 1);
Console.Write("TempBXi: {0}\n", tempBX);
BX.setValue(String.Concat(tempBX, "1"));
AX.setInput();
BX.setInput();
CX.setInput();
DX.setOutput();
AX.setEnable(false);
BX.setEnable(false);
CX.setEnable(false);
DX.setEnable(false);
CLK.setManual(false);
while (tick <= Math.Pow(2, CS.wordsize) - 1)
{
tick = CLK.getNextClock();
if (CLK.getSignal())
{
//If Register is set for output, get the data from Regiter and put on BUS
DB = (Register)AX.outputData(DB, CLK.getSignal());
DB = (Register)BX.outputData(DB, CLK.getSignal());
DB = (Register)CX.outputData(DB, CLK.getSignal());
DB = (Register)DX.outputData(DB, CLK.getSignal());
//If Register is set for Input, set the data
AX.inputData(DB, CLK.getSignal());
BX.inputData(DB, CLK.getSignal());
CX.inputData(DB, CLK.getSignal());
DX.inputData(DB, CLK.getSignal());
alu.Calculate(AX, BX, subtractFlag, CLK.getSignal());
alu.shiftData(AX, CLK.getSignal());
Console.Clear();
databus = new LedArray(DB.getByte(), ConsoleColor.Yellow, ConsoleColor.Black);
alubus = new LedArray(alu.getByte(), ConsoleColor.Red, ConsoleColor.Black);
axString = new LedArray(AX.getByte(), ConsoleColor.Green, ConsoleColor.Black);
bxString = new LedArray(BX.getByte(), ConsoleColor.Green, ConsoleColor.Black);
cxString = new LedArray(CX.getByte(), ConsoleColor.Green, ConsoleColor.Black);
dxString = new LedArray(DX.getByte(), ConsoleColor.Green, ConsoleColor.Black);
Console.Write("clock:{0} | clksignal:{1} ", tick.ToString("00000000"), CLK.getSignal());
Console.Write("\n BUS: ");
databus.display();
Console.Write("\n ALU: ");
alubus.display();
Console.Write("\n AX: ");
axString.display();
Console.Write("\n BX: ");
bxString.display();
Console.Write("\n CX: ");
cxString.display();
Console.Write("\n DX: ");
dxString.display();
Console.Write("\n");
Thread.Sleep(200);
}
else
{
DB.reset();
}
}
}
/// <summary>
/// The led strip of the application.
/// </summary>
/// <param name="ledCount"></param>
public LedStrip(int ledCount)
{
Leds = new LedArray(ledCount);
}
public AllJoynLedArray(LedArray ledArray)
{
this.ledArray = ledArray;
}
