public void TestIterativo()
{
startP = 1000;
InitWorldTierra();
cpu = world.cpu() as CPU;
cpu.lastDeallocate = startP;
IOrganismo org = world.criaOrganismo("ancestor_test.txt");
Assert.IsTrue(org.getMemorySize() == ORG_SIZE, org.getMemorySize() + " <> " + ORG_SIZE);
org.setReg(R_C, 10);
org.setReg(R_A, 15);
Assert.IsTrue(org.getReg(R_C) == 10);
Assert.IsTrue(org.getReg(R_A) == 15);
int ip = startP;
IList <string> instrunctionsRun = new List <string>();
//jmp depois do divide
while (org.ip != 1050)
{
ip = org.ip - startP;
PreTests(ip, org);
Instruction inst = org.run();
instrunctionsRun.Add(ip + " :: " + inst.getDescription(org, startP + ip));
PostTests(ip, org);
}
}
protected float runOrganismo(float error, bool checkTick, IOrganismo o)
{
// if (o.id==1)
// ALifeIO.saveToFile(o);
if (isRunnable(o))
{
o.run();
int memorySize = o.getMemorySize();
totalMemory += memorySize;
if (memorySize > maxMemory)
{
maxMemory = (int)memorySize;
}
if (memorySize < minMemory || minMemory == 0)
{
minMemory = (int)memorySize;
}
error += o.getError();
if (checkTick)
{
o.checkTick();
}
}
else
{
if (o.parent == null || o.parent.isAlive() == false)
{
dealloc(o);
}
}
return(error);
}
public static int MAX_STACK = 32;//qtd maxima por pilha
internal static int validateMemorySize(IOrganismo pai, int memSize)
{
if (pai == null)
{
return(memSize);
}
int maxMem = (int)(ALifeConsts.MAX_MEMORY_CHILD * pai.getMemorySize());
int minMem = (int)(ALifeConsts.MIN_MEMORY_CHILD * pai.getMemorySize());
if (memSize > maxMem)
{
return(0);
}
if (memSize <= minMem)
{
return(0);
}
return(memSize);
}
private void DrawOwner(IOrganismo o, int cor)
{
int ini = o.sp();
int size = o.getMemorySize();
for (int i = ini; i < ini + size; i++)
{
int calcIndex = ALifeConsts.calcIndex(i, memorySize);
DrawPixel(calcIndex, 255, false);
}
}
private int difFromFather(int memorySize)
{
int code = somaInstructions() / memorySize;
int parentSize = _parent.getMemorySize();
if (parentSize < CONSTS.MIN_MEMORY_CHILD * memorySize)
{
parentSize = (int)(CONSTS.MIN_MEMORY_CHILD * memorySize);
}
int parentCode = _parent.somaInstructions() / parentSize;
int dif = code - parentCode;
return dif;
}
public void deallocate(IOrganismo child)
{
int sp = child.sp();
lastDeallocate = sp;
for (int i = 0; i < child.getMemorySize(); i++)
{
if (getMemoryOwner(sp + i) > 0)
{
setMemoryOwner(sp + i, -1);
//setMemory(sp + i, 0);
allocatedMemory--;
}
}
}
public void UpdateRows()
{
if (Rows == null)
{
Rows = GetRows("dataGridOrgs");
}
for (int rowLine = 0; rowLine < Rows.Count; rowLine++)
{
IOrganismo o = Rows[rowLine].Cells[0].Value as IOrganismo;
if (o != null)
{
int colIndex = 1;
Rows[rowLine].Cells[colIndex++].Value = o.oid;
Rows[rowLine].Cells[colIndex++].Value = o.hash();
Rows[rowLine].Cells[colIndex++].Value = o.getMemorySize();
Rows[rowLine].Cells[colIndex++].Value = o.getError();
Rows[rowLine].Cells[colIndex++].Value = o.sp();
}
}
}
public string debugInfo(string prefix)
{
string saida = prefix + " = ";
for (int i = 0; i < CONSTS.REGISTRADORES; i++)
{
saida += CONSTS.getLetter(i) + "X:"
+ CONSTS.numberFormat(getReg(i)) + " ";
}
saida += "SP:" + CONSTS.numberFormat(sp()) + " IP:"
+ CONSTS.numberFormat(ip) + " E:" + ((int)_error)
+ " ID:" + id;
if (_child != null)
{
saida += " (Child:" + _child.id + " size:"
+ CONSTS.numberFormat(_child.getMemorySize()) + " )";
}
saida += "\n#" + stacks.debugInfo();
return saida;
}
public string debugInfo(string prefix)
{
string saida = prefix + " = ";
for (int i = 0; i < ALifeConsts.REGISTRADORES; i++)
{
saida += ALifeConsts.getLetter(i) + "X:"
+ ALifeConsts.numberFormat(getReg(i)) + " ";
}
saida += "SP:" + ALifeConsts.numberFormat(sp()) + " IP:"
+ ALifeConsts.numberFormat(ip) + " E:" + ((int)_error)
+ " ID:" + id;
if (_child != null)
{
saida += " (Child:" + _child.id + " size:"
+ ALifeConsts.numberFormat(_child.getMemorySize()) + " )";
}
saida += Environment.NewLine + "#" + stacks.debugInfo();
return(saida);
}
public void TestOrganismoPassoAPasso()
{
startP = 1000;
InitWorldTierra();
cpu = world.cpu() as CPU;
cpu.lastDeallocate = startP;
IOrganismo org = world.criaOrganismo("ancestor_test.txt");
Assert.IsTrue(org.getMemorySize() == ORG_SIZE, org.getMemorySize() + " <> " + ORG_SIZE);
int ipExpected = startP;
org.setReg(R_C, 10);
org.setReg(R_A, 15);
Assert.IsTrue(org.getReg(R_C) == 10);
Assert.IsTrue(org.getReg(R_A) == 15);
int tmp = 0;
//#jAvida Size: 110
//0=NOP_1
org.run();
ipExpected++;
Assert.IsTrue(org.ip == ipExpected);
//1=NOP_1
org.run();
ipExpected++;
Assert.IsTrue(org.ip == ipExpected);
//2=NOP_1
org.run();
ipExpected++;
Assert.IsTrue(org.ip == ipExpected);
//3=NOP_1
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//4=ZERO C
org.run();
ipExpected += 2;
Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_C) == 0);
//6=OR C
org.run();
ipExpected += 2;
Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_C) == 1);
//8=SHL C
org.run();
ipExpected += 2;
Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_C) == 2);
//10=SHL C
org.run();
ipExpected += 2; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_C) == 4);
//12=ADRB A
org.run();
ipExpected += 2; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_A) == startP + 4);
//14=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//15=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//16=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//17=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//18=SUB A,C,A
org.run();
ipExpected += 4; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_A) == startP + 0, org.getReg(R_A) + "<>" + startP + 0);
//22=MOV A,B
org.run();
ipExpected += 3; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_A) == org.getReg(R_B), org.getReg(R_A) + "<>" + org.getReg(R_B));
//25=ADRF A
org.run();
ipExpected += 2; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_A) == startP + 109);
//27=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//28=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//29=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//30=NOP_1
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//31=INC A
tmp = org.getReg(R_A);
org.run();
ipExpected += 2; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(tmp + 1 == org.getReg(R_A));
//33=SUB A,B,C
org.run();
ipExpected += 4; Assert.IsTrue(org.ip == ipExpected);
Assert.IsTrue(org.getReg(R_C) == (org.getReg(R_A) - org.getReg(R_B)));
//37=NOP_1
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//38=NOP_1
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//39=NOP_0
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//40=NOP_1
org.run();
ipExpected++; Assert.IsTrue(org.ip == ipExpected);
//41=MAL C,A
org.run();
ipExpected += 3; Assert.IsTrue(org.ip == ipExpected);
//44=CALL
org.run();
ipExpected++; Assert.IsTrue(org.ip == startP + 61);
//45=NOP_0
//46=NOP_0
//47=NOP_1
//48=NOP_1
//49=DIVIDE
//50=JMP
//51=NOP_0
//52=NOP_0
//53=NOP_1
//54=NOP_0
//55=IFZ C
//57=NOP_1
//58=NOP_1
//59=NOP_0
//60=NOP_0
//61=PUSH A
//63=PUSH B
//65=PUSH C
//67=NOP_1
//47=NOP_0
//48=NOP_1
//49=NOP_0
//50=MOVI B,A
//51=DEC C
//52=IFZ C
//53=JMP
//54=NOP_0
//55=NOP_1
//56=NOP_0
//57=NOP_0
//58=INC A
//59=INC B
//60=JMPB
//61=NOP_0
//62=NOP_1
//63=NOP_0
//64=NOP_1
//65=IFZ C
//66=NOP_1
//67=NOP_0
//68=NOP_1
//69=NOP_1
//70=POP C
//71=POP B
//72=POP A
//73=RET
//74=NOP_1
//75=NOP_1
//76=NOP_1
//77=NOP_0
//78=IFZ C
}