/// <summary>
/// This will Set the lights on the Physical Front Panel based on the passed in instance of the Front Panel
/// </summary>
/// <param name="frontPanel"></param>
public void SetLights(FrontPanel frontPanel)
{
int adder = 0;
//Set Indicator Lights
if (frontPanel.ProgramStopLight)
{
adder = adder + 1;
}
if (frontPanel.AccumulatorOverflowLight)
{
adder = adder + 2;
}
if (frontPanel.DivideCheckLight)
{
adder = adder + 4;
}
//if (ReadWriteSelectLight)
//adder = adder + 8;
if (frontPanel.MQOverflowLight)
{
adder = adder + 16;
}
if (frontPanel.ReadWriteCheckLight)
{
adder = adder + 32;
}
//Begin to set Index Register Lights
if (frontPanel.IndexRegisterDisplay[0] == '1')
{
adder = adder + 64;
}
if (frontPanel.IndexRegisterDisplay[1] == '1')
{
adder = adder + 128;
}
outp(PORT1_A0, adder);
adder = 0;
//Continue to set Index Register Lights
if (frontPanel.IndexRegisterDisplay[2] == '1')
{
adder = adder + 1;
}
if (frontPanel.IndexRegisterDisplay[3] == '1')
{
adder = adder + 2;
}
if (frontPanel.IndexRegisterDisplay[4] == '1')
{
adder = adder + 4;
}
if (frontPanel.IndexRegisterDisplay[5] == '1')
{
adder = adder + 8;
}
if (frontPanel.IndexRegisterDisplay[6] == '1')
{
adder = adder + 16;
}
if (frontPanel.IndexRegisterDisplay[7] == '1')
{
adder = adder + 32;
}
if (frontPanel.IndexRegisterDisplay[8] == '1')
{
adder = adder + 64;
}
if (frontPanel.IndexRegisterDisplay[9] == '1')
{
adder = adder + 128;
}
outp(PORT1_B0, adder);
adder = 0;
//Continue to set Index Register Lights
if (frontPanel.IndexRegisterDisplay[10] == '1')
{
adder = adder + 1;
}
if (frontPanel.IndexRegisterDisplay[11] == '1')
{
adder = adder + 2;
}
if (frontPanel.IndexRegisterDisplay[12] == '1')
{
adder = adder + 4;
}
if (frontPanel.IndexRegisterDisplay[13] == '1')
{
adder = adder + 8;
}
if (frontPanel.IndexRegisterDisplay[14] == '1')
{
adder = adder + 16;
}
// Begin to set State Lights
if (frontPanel.PowerLight)
{
adder = adder + 32;
}
//if (ReadyLight)
//adder = adder + 64;
if (frontPanel.AutomaticLight)
{
adder = adder + 128;
}
outp(PORT1_C0, adder);
adder = 0;
// Begin to set Accumulator Lights
if (frontPanel.AccumDisplay[0] == '1')//////////////////ACCUMULATOR
{
adder = adder + 1;
}
if (frontPanel.AccumDisplay[1] == '1')
{
adder = adder + 2;
}
if (frontPanel.AccumDisplay[2] == '1')
{
adder = adder + 4;
}
if (frontPanel.AccumDisplay[3] == '1')
{
adder = adder + 8;
}
if (frontPanel.AccumDisplay[4] == '1')
{
adder = adder + 16;
}
if (frontPanel.AccumDisplay[5] == '1')
{
adder = adder + 32;
}
if (frontPanel.AccumDisplay[6] == '1')
{
adder = adder + 64;
}
if (frontPanel.AccumDisplay[7] == '1')
{
adder = adder + 128;
}
outp(PORT1_A1, adder);
adder = 0;
// Continue to set Accumulator Lights
if (frontPanel.AccumDisplay[8] == '1')
{
adder = adder + 1;
}
if (frontPanel.AccumDisplay[9] == '1')
{
adder = adder + 2;
}
if (frontPanel.AccumDisplay[10] == '1')
{
adder = adder + 4;
}
if (frontPanel.AccumDisplay[11] == '1')
{
adder = adder + 8;
}
if (frontPanel.AccumDisplay[12] == '1')
{
adder = adder + 16;
}
if (frontPanel.AccumDisplay[13] == '1')
{
adder = adder + 32;
}
if (frontPanel.AccumDisplay[14] == '1')
{
adder = adder + 64;
}
if (frontPanel.AccumDisplay[15] == '1')
{
adder = adder + 128;
}
outp(PORT1_B1, adder);
adder = 0;
// Continue to set Accumulator Lights
if (frontPanel.AccumDisplay[16] == '1')
{
adder = adder + 1;
}
if (frontPanel.AccumDisplay[17] == '1')
{
adder = adder + 2;
}
if (frontPanel.AccumDisplay[18] == '1')
{
adder = adder + 4;
}
if (frontPanel.AccumDisplay[19] == '1')
{
adder = adder + 8;
}
if (frontPanel.AccumDisplay[20] == '1')
{
adder = adder + 16;
}
if (frontPanel.AccumDisplay[21] == '1')
{
adder = adder + 32;
}
if (frontPanel.AccumDisplay[22] == '1')
{
adder = adder + 64;
}
if (frontPanel.AccumDisplay[23] == '1')
{
adder = adder + 128;
}
outp(PORT1_C1, adder);
adder = 0;
// Continue to set Accumulator Lights
if (frontPanel.AccumDisplay[24] == '1')
{
adder = adder + 1;
}
if (frontPanel.AccumDisplay[25] == '1')
{
adder = adder + 2;
}
if (frontPanel.AccumDisplay[26] == '1')
{
adder = adder + 4;
}
if (frontPanel.AccumDisplay[27] == '1')
{
adder = adder + 8;
}
if (frontPanel.AccumDisplay[28] == '1')
{
adder = adder + 16;
}
if (frontPanel.AccumDisplay[29] == '1')
{
adder = adder + 32;
}
if (frontPanel.AccumDisplay[30] == '1')
{
adder = adder + 64;
}
if (frontPanel.AccumDisplay[31] == '1')
{
adder = adder + 128;
}
outp(PORT2_A0, adder);
adder = 0;
// Continue to set Accumulator Lights
if (frontPanel.AccumDisplay[32] == '1')
{
adder = adder + 1;
}
if (frontPanel.AccumDisplay[33] == '1')
{
adder = adder + 2;
}
if (frontPanel.AccumDisplay[34] == '1')
{
adder = adder + 4;
}
if (frontPanel.AccumDisplay[35] == '1')
{
adder = adder + 8;
}
if (frontPanel.AccumDisplay[36] == '1')
{
adder = adder + 16;
}
if (frontPanel.AccumDisplay[37] == '1')
{
adder = adder + 32;
}
// Begin to set Instruction Counter Lights
if (frontPanel.InstructionCounterDisplay[0] == '1')
{
adder = adder + 64;
}
if (frontPanel.InstructionCounterDisplay[1] == '1')
{
adder = adder + 128;
}
outp(PORT2_B0, adder);
adder = 0;
// Continue to set Instruction Counter Lights
if (frontPanel.InstructionCounterDisplay[2] == '1')
{
adder = adder + 1;
}
if (frontPanel.InstructionCounterDisplay[3] == '1')
{
adder = adder + 2;
}
if (frontPanel.InstructionCounterDisplay[4] == '1')
{
adder = adder + 4;
}
if (frontPanel.InstructionCounterDisplay[5] == '1')
{
adder = adder + 8;
}
if (frontPanel.InstructionCounterDisplay[6] == '1')
{
adder = adder + 16;
}
if (frontPanel.InstructionCounterDisplay[7] == '1')
{
adder = adder + 32;
}
if (frontPanel.InstructionCounterDisplay[8] == '1')
{
adder = adder + 64;
}
if (frontPanel.InstructionCounterDisplay[9] == '1')
{
adder = adder + 128;
}
outp(PORT2_C0, adder);
adder = 0;
// Begin to set Instruction Counter Lights
if (frontPanel.InstructionCounterDisplay[10] == '1')
{
adder = adder + 1;
}
if (frontPanel.InstructionCounterDisplay[11] == '1')
{
adder = adder + 2;
}
if (frontPanel.InstructionCounterDisplay[12] == '1')
{
adder = adder + 4;
}
if (frontPanel.InstructionCounterDisplay[13] == '1')
{
adder = adder + 8;
}
if (frontPanel.InstructionCounterDisplay[14] == '1')
{
adder = adder + 16;
}
// Set the Trapping Indicator Light
if (frontPanel.TrapIndicator)
{
adder = adder + 32;
}
// Begin to set Instruction Register Lights
if (frontPanel.InstructionRegisterDisplay[0] == '1')
{
adder = adder + 64;
}
if (frontPanel.InstructionRegisterDisplay[1] == '1')
{
adder = adder + 128;
}
outp(PORT2_A1, adder);
adder = 0;
// Continue to set Instruction Register Lights
if (frontPanel.InstructionRegisterDisplay[2] == '1')
{
adder = adder + 1;
}
if (frontPanel.InstructionRegisterDisplay[3] == '1')
{
adder = adder + 2;
}
if (frontPanel.InstructionRegisterDisplay[4] == '1')
{
adder = adder + 4;
}
if (frontPanel.InstructionRegisterDisplay[5] == '1')
{
adder = adder + 8;
}
if (frontPanel.InstructionRegisterDisplay[6] == '1')
{
adder = adder + 16;
}
if (frontPanel.InstructionRegisterDisplay[7] == '1')
{
adder = adder + 32;
}
if (frontPanel.InstructionRegisterDisplay[8] == '1')
{
adder = adder + 64;
}
if (frontPanel.InstructionRegisterDisplay[9] == '1')
{
adder = adder + 128;
}
outp(PORT2_B1, adder);
adder = 0;
// Begin to set Instruction Register Lights
if (frontPanel.InstructionRegisterDisplay[10] == '1')
{
adder = adder + 1;
}
if (frontPanel.InstructionRegisterDisplay[11] == '1')
{
adder = adder + 2;
}
if (frontPanel.InstructionRegisterDisplay[12] == '1')
{
adder = adder + 4;
}
if (frontPanel.InstructionRegisterDisplay[13] == '1')
{
adder = adder + 8;
}
if (frontPanel.InstructionRegisterDisplay[14] == '1')
{
adder = adder + 16;
}
if (frontPanel.InstructionRegisterDisplay[15] == '1')
{
adder = adder + 32;
}
if (frontPanel.InstructionRegisterDisplay[16] == '1')
{
adder = adder + 64;
}
if (frontPanel.InstructionRegisterDisplay[17] == '1')
{
adder = adder + 128;
}
outp(PORT2_C1, adder);
}
/// <summary>
/// This will check the status of the switches and buttons on the physical front panel
/// and will update the passed in logical front panel accordingly
/// </summary>
/// <param name="frontPanel"></param>
public void ReadKeys(ref FrontPanel frontPanel)
{
string incoming;
char[] keyedBuffer = new char[36];
//Read Input Keys. These keys must be read in BEFORE the 'Enter MQ' or 'Enter Instruction' buttons are read.
incoming = Converter.ConvertToBinary(inp(PORT3_B0), 8);
keyedBuffer[0] = incoming[3];
keyedBuffer[1] = incoming[4];
keyedBuffer[2] = incoming[5];
keyedBuffer[3] = incoming[6];
keyedBuffer[4] = incoming[7];
incoming = Converter.ConvertToBinary(inp(PORT3_C0), 8);
keyedBuffer[5] = incoming[0];
keyedBuffer[6] = incoming[1];
keyedBuffer[7] = incoming[2];
keyedBuffer[8] = incoming[3];
keyedBuffer[9] = incoming[4];
keyedBuffer[10] = incoming[5];
keyedBuffer[11] = incoming[6];
keyedBuffer[12] = incoming[7];
incoming = Converter.ConvertToBinary(inp(PORT3_A1), 8);
keyedBuffer[13] = incoming[0];
keyedBuffer[14] = incoming[1];
keyedBuffer[15] = incoming[2];
keyedBuffer[16] = incoming[3];
keyedBuffer[17] = incoming[4];
keyedBuffer[18] = incoming[5];
keyedBuffer[19] = incoming[6];
keyedBuffer[20] = incoming[7];
incoming = Converter.ConvertToBinary(inp(PORT3_B1), 8);
keyedBuffer[21] = incoming[0];
keyedBuffer[22] = incoming[1];
keyedBuffer[23] = incoming[2];
keyedBuffer[24] = incoming[3];
keyedBuffer[25] = incoming[4];
keyedBuffer[26] = incoming[5];
keyedBuffer[27] = incoming[6];
keyedBuffer[28] = incoming[7];
incoming = Converter.ConvertToBinary(inp(PORT3_B1), 8);
keyedBuffer[29] = incoming[0];
keyedBuffer[30] = incoming[1];
keyedBuffer[31] = incoming[2];
keyedBuffer[32] = incoming[3];
keyedBuffer[33] = incoming[4];
keyedBuffer[34] = incoming[5];
keyedBuffer[35] = incoming[6];
frontPanel.KeyedInWord = new string(keyedBuffer);
// Read Automatic/Manual Switch. This must be read be any buttons, otherwise users will be able to switch the machine to automatic
// and still use buttons that should only be used in manual mode.
if (incoming[7] == '1')
{
if (frontPanel.Mode == RunMode.Manual)
{
frontPanel.ChangeToAutomatic();
}
}
else
{
if (frontPanel.Mode == RunMode.Automatic)
{
frontPanel.ChangeToManual();
}
}
//Read From Buttons
incoming = Converter.ConvertToBinary(inp(PORT3_A0), 8);
if (incoming[0] == '1')
{
frontPanel.SetDisplayIndex(IndexDisplay.IndexA);
}
if (incoming[1] == '1')
{
frontPanel.SetDisplayIndex(IndexDisplay.IndexB);
}
if (incoming[2] == '1')
{
frontPanel.SetDisplayIndex(IndexDisplay.IndexC);
}
if (incoming[3] == '1')
{
frontPanel.MultiStep();
}
if (incoming[4] == '1')
{
frontPanel.LoadDrum();
}
if (incoming[5] == '1')
{
frontPanel.SingleStep();
}
if (incoming[6] == '1')
{
frontPanel.Reset();
}
if (incoming[7] == '1')
{
frontPanel.Start();
}
incoming = Converter.ConvertToBinary(inp(PORT3_B0), 8);
if (incoming[0] == '1')
{
frontPanel.Clear();
}
if (incoming[1] == '1')
{
frontPanel.EnterMQ();
}
if (incoming[2] == '1')
{
frontPanel.EnterInstruction();
}
}