public IUnsubstitutedBytes toBytes()
{
int index = 0;
IUnsubstitutedBytes tmp = new DynamicUnsubstitutedBytes();
Queue<ArgumentValue> q = new Queue<ArgumentValue>(arguments.Where(x => (x.result!=null)).Select(x=>(ArgumentValue)x.result));
foreach (IConditionArgValue v in parent.getCodes(inverted))
{
if (v is ArgItemFromArguments)
{
tmp.Combine(arguments[index].toBytes());
#if DEBUG
if (arguments[index].result != null)
{
throw new Errors.OpcodeFormatError("some opcode has a result for something that shouldn't have");
}
#endif
index++;
}
else if (v is ArgValueConditionFromArgument)
{
ArgValueConditionFromArgument b = (ArgValueConditionFromArgument)v;
if (!(arguments[index].generator is SubstitutedCondition))
{
throw new Errors.OpcodeFormatError("The arguments field requested a condition, but the opcodes field didn't");
}
SubstitutedCondition subcond = (SubstitutedCondition)arguments[index].generator;
if (b.goTo.getSubstitutionKind() == substitutionType.conditionDestination)
{
subcond.jumpTo = jumpTo;
}
else
{
subcond.jumpTo = b.goTo;
}
subcond.setInvert(b.invert);
tmp.Combine(subcond.toBytes());
index++;
}
else if (v is Opcode)
{
Opcode b = (Opcode)v;
b.setJumpTo(jumpTo);
ArgumentValue? returnValue=null;
int initalLength = q.Count;
IUnsubstitutedBytes bits=b.toBytes(q,ref returnValue);
int newLength = q.Count;
for (int i=0; i<(initalLength-newLength); i++)
{
tmp.Combine(arguments[index].generator.toBytes());
index++;
}
tmp.Combine(bits);
}
else if (v is IByteable)
{
tmp.Combine(((IByteable)v).toBytes());
}
}
List<Substitution> toRemove = new List<Substitution>();
List<Substitution> toAdd = new List<Substitution>();
foreach (Substitution s in tmp.substitutions)
{
if (s.type == substitutionType.endCondition)
{
if (s.data == 0)
{
tmp.WriteSlice(s.position, Writer.toBytes(tmp.Count - s.position - 2));
toRemove.Add(s);
}
else
{
Substitution d = s;
d.data -= 1;
toAdd.Add(d);
toRemove.Add(s);
}
}
}
foreach (Substitution s in toRemove)
{
tmp.Complete(s);
}
foreach (Substitution s in toAdd)
{
tmp.addSubstitution(s);
}
return tmp;
}
public override IUnsubstitutedBytes tobytes()
{
DynamicUnsubstitutedBytes bit = new DynamicUnsubstitutedBytes();
bit.WriteSlice(0, new byte[] { 0x7B, 0xFF, 0xEE, 0xBB,
0, 0, 0, 0});
bit.addSubstitution(new Substitution(4, substitutionType.WriterRef, substitutionRank.Normal,
obj.getParent().getID()));
foreach (var b in obj.getPossibleAttributes().Values)
{
I32Convertable value = obj.getSpecificAttribute(b.name);
bit.Combine(value.to32bits(), (int)b.pos*4);
}
return bit;
}
public override IUnsubstitutedBytes toBytes()
{
Queue<ArgumentValue> argQue = new Queue<ArgumentValue>(argValues);
DynamicUnsubstitutedBytes tmp = new DynamicUnsubstitutedBytes();
ArgumentValue? returnValue = this.returnValue;
foreach (Opcode a in parent.codes)
{
tmp.Combine(a.toBytes(argQue, ref returnValue));
}
foreach (IPhraseSub s in inter)
{
tmp.Combine(s.toBytes());
}
foreach (Opcode a in par.getEnd())
{
tmp.Combine(a.toBytes(argQue, ref returnValue));
}
List<Substitution> subsToRemove = new List<Substitution>();
foreach (Substitution s in tmp.substitutions)
{
if (s.type == substitutionType.NextElse)
{
subsToRemove.Add(s);
tmp.WriteSlice(s.position, Writer.toBytes(tmp.Count - s.position - 2));
}
if (s.type == substitutionType.BlockStart)
{
subsToRemove.Add(s);
tmp.WriteSlice(s.position, Writer.toBytes(-s.position - 2));
}
}
foreach (Substitution s in subsToRemove)
{
tmp.Complete(s);
}
if (returnValue != null && returnValue.Value.getMode() != addressMode.zero)
{
throw new Errors.ReturnTypeViolationError("Attempt to use the return value of " + ToString() + " which has no return value");
}
return tmp;
}
/// <summary>
/// Formats all the data to a byte array.
/// Prepare should be called first.
/// </summary>
/// <returns>The array of all the bytes to be written</returns>
public byte[] write()
{
#if DEBUG
Debug.Assert(prepared);
#endif
Comparison<WriterComponent> b = (x, y) => x.GetPosition() - y.GetPosition();
Components.Sort((x, y) => (int)x.getMemoryType() - (int)y.getMemoryType());
ExistingComponents.Sort(b);
int? dangerousComponent = null;
if (ExistingComponents.Count > 0)
{
dangerousComponent = 0;
}
bool touchedDangerous = false;
ramstart = 0;
int position = 0;
foreach (WriterComponent p in Components)
{
if (p.getMemoryType() == MemoryType.RAM && ramstart == 0)
{
ramstart = position.RoundUp(256);
position = ramstart;
}
p.place(position);
while (dangerousComponent != null && p.intersects(ExistingComponents[(int)dangerousComponent]))
{
position += 1;
touchedDangerous = true;
p.place(position);
}
if (dangerousComponent == null)
{
dangerousComponent = 0;
}
if (touchedDangerous)
{
dangerousComponent += 1;
}
if (p.Equals( startfunction))
{
startFunctionDefinition = position;
}
ExistingComponents.Add(p);
ExistingComponents.Sort(b);
}
int TotalLength = ExistingComponents[ExistingComponents.Count - 1].GetPosition() + ExistingComponents[ExistingComponents.Count - 1].getSize();
DynamicUnsubstitutedBytes data = new DynamicUnsubstitutedBytes(new byte[TotalLength]);
List<Substitution> Subs = new List<Substitution>();
Console.WriteLine("MEMORY MAP:");
foreach (WriterComponent p in ExistingComponents)
{
Console.WriteLine(p.GetPosition().ToString() + ":\t" + p.ToString());
}
Console.WriteLine("END MEMORY MAP");
foreach (WriterComponent w in ExistingComponents)
{
IUnsubstitutedBytes unsbit = w.tobytes();
data.Combine(unsbit,w.GetPosition());
}
while (data.Count % 256 != 0)
{
data.Combine(new UnsubstitutedBytes(new byte[1]));
}
Subs = data.substitutions.ToList();
Subs.Sort((x, y) => (int)x.rank - (int)y.rank);
foreach (Substitution sub in Subs)
{
Substitute(data, sub);
}
return data.bytes.ToArray();
}