public void addInstruction2Sent(string code, CInstruction instruction)
{
lock (lockInstructions)
{
registry2RDC(code);
if (!this.dcInstrunctionSent.ContainsKey(code))
{
this.dcInstrunctionSent.Add(code, new Dictionary <long, CInstruction>());
}
this.dcInstrunctionSent[code].Add(instruction.id, instruction);
}
}
public bool addInstruction2Wating(string code, CInstruction instruction)
{
decimal range = Limit.getInstance().getLimitRange(code);
if (range != 0.10m)
{
string info = "";
if (range == 0.05m)
{
info = "ST stock";
}
else if (range == 0m)
{
info = "unkown object";
}
Console.Write("Error-addInstruction2Wating: " + info + " (" + code + ")");
return(false);
}
lock (lockInstructions)
{
registry2RDC(code);
if (instruction.id == 0)
{
instruction.id = --idNoneDB;
}
if (!this.dcInstrunctionWaiting.ContainsKey(code))
{
this.dcInstrunctionWaiting.Add(code, new Dictionary <long, CInstruction>());
}
this.dcInstrunctionWaiting[code].Add(instruction.id, instruction);
}
return(true);
}
private IEnumerable <Instruction> EninstrFromSrc(string src, Dictionary <string, int> syt)
{
const string rxLabel = "^\\((?<symbol>[a-zA-Z_$:\\.][0-9a-zA-Z_$:\\.]*)\\)$";
int istm = 0;
foreach (var stLineX in src.ToLines())
{
var stLine = stLineX.Replace(" ", "").Replace("\t", "").SkipComment();
if (string.IsNullOrWhiteSpace(stLine))
{
continue;
}
var matchLabel = Regex.Match(stLine, rxLabel);
if (matchLabel.Success)
{
syt.Add(matchLabel.Groups["symbol"].Value, istm);
continue;
}
istm++;
var instr = AInstructionWithSymbol.Parse(stLine) ?? (Instruction)AInstructionWithConstant.Parse(stLine) ?? CInstruction.Parse(stLine);
if (instr == null)
{
throw new Ufer(stLineX);
}
yield return(instr);
}
}
public void CInstruction_InstantiateWithValidInputs2_BinaryInstructionIsCorrect()
{
CInstruction cInstruction = new CInstruction("AM", "D&M", "JLE");
Assert.AreEqual("1111000000101110", cInstruction.GetInstructionAsMachineCode());
}