/// <summary>
/// Constructor for the compiler
/// </summary>
/// <param name="FInput">The AGC Code file to read from</param>
/// <param name="FOutput">The AGC Bin file to write to</param>
public YUL(String FInput, String FOutput)
{
AGC_Code_File = FInput;
filename = Path.GetFileName(AGC_Code_File);
AGC_Bit_File = FOutput;
if (File.Exists(AGC_Bit_File))
{
File.Delete(AGC_Bit_File);
}
AGC_Bit = File.Create(AGC_Bit_File);
for (int j = 0; j < 655360; j++)
{
AGC_Bit.Write(new byte[] { 0 }, 0, 1);
}
AGC_Bit.Close();
AGC_Bit.Dispose();
Console.WriteLine("Empty bin file created");
bank_index_counter = new int[44];
for (int i = 0; i < 44; i++)
{
bank_index_counter[i] = 0;
}
Cp_File = File.ReadAllLines(AGC_Code_File);
FB = 0;
EB = 0;
FEB = 0;
unresolvedLabelError = -6;
Bank = new BANK(false, FB, FEB, AGC_Bit_File);
Bank.compiling = true;
bank_changed = false;
}
/// <summary>
/// AGC builder placeholder
/// </summary>
public AGC(String file, Channels chan)
{
AGC_File = file;
FEB = 0;
RegBank = new BANK(true, 0, 0, AGC_File);
running = false;
clock = new CLOCK();
e_mem = false;
this.chan = chan;
chan.regDelegate(this, read_chan);
PB = new BANK(false, 0, 0, AGC_File); //load the current pgrogram bank - at launch : FB0
fFixed = false;
}
private void switchBank()
{
switch (bank_type)
{
case "FB":
Bank = new BANK(false, FB, FEB, AGC_Bit_File);
break;
case "EB":
Bank = new BANK(true, EB, 0, AGC_Bit_File);
break;
}
Bank.compiling = true;
bank_changed = false;
}
public AGC_Compiler(String FInput, String FOutput)
{
AGC_Code_File = FInput;
AGC_Bit_File = FOutput;
Cp_File = File.ReadAllLines(AGC_Code_File);
FB = 0; EB = 0;
FEB = 0;
B = new BANK(false, FB, FEB, AGC_Bit_File);
B.compiling = true;
process_line(0);
foreach (KeyValuePair<string, int> kvp in labels)
{
Console.WriteLine("Label : {0} - Value : {1}", kvp.Key, kvp.Value);
}
process_line(1);
}
/// <summary>
/// start (run) a previous AGC intialized (powered up)
/// </summary>
public void start()
{
if(!running)
{
clock.c_start();
cycle_count = 0;
running = true;
b = new BANK(false, FB, FEB.getHex(), AGC_File);
Console.WriteLine("AGC Started");
B = b.get_word(Z.getHex());
B.setWord(B.hexToByte());
Z.setHex((ushort)(Z.getHex() + 1));
MCT();
}
else
{
Console.WriteLine("AGC Halted.");
}
}
/// <summary>
/// AGC builder placeholder
/// </summary>
public AGC(String file)
{
A = new sWord(0x0, false);
Z = new sWord(0x0, false);
Q = new sWord(0x0, false);
L = new sWord(0x0, false);
G = new sWord(0x0, false);
X = new sWord(0x0, false);
Y = new sWord(0x0, false);
U = new sWord(0x0, false);
B = new sWord(0x0, false);
FEB = new sWord(0x0, false);
FB = 0; EB = 0; S = 0; SQ = 0;
running = false;
clock = new CLOCK();
b = null;
cycle_count = 0;
AGC_File = file;
}
//Bank management
public void switch_bank(bool erasable)
{
if (erasable)
{
PB.write_bank();
PB = new BANK(true,RegBank.get_word(3),0,AGC_File);
}
else
{
PB = new BANK(false, RegBank.get_word(4), FEB, AGC_File);
}
}
public void restore_fFixed()
{
PB.write_bank();
if (PB.isErasable() && (PB.getId() == 0))
{ RegBank = new BANK(true, 0, 0, AGC_File); }
PB = new BANK(tEr, tId, tFEB, AGC_File);
e_mem = tEr;
}
public int fFixed_switch(int adr)
{
tEr = PB.isErasable();
tId = (short)PB.getId();
tFEB = PB.getFEB();
sWord s = new sWord((short)adr);
if (s.getVal(10, 11) == 0)
{
if ((short)s.getVal(8, 9) == 0)
{ PB = RegBank; }
else
{
PB = new BANK(true, (short)s.getVal(8, 9), 0, AGC_File);
}
adr = s.getVal(0, 7);
e_mem = true;
}
else
{
PB = new BANK(false, (short)s.getVal(10, 11), 0, AGC_File);
adr = s.getVal(0, 9);
e_mem = false;
}
return adr;
}
