public Cuadruple(int op, string varA, string varB, string varOut, SymbolTable _st, Dictionary <int, string> dict)
{
this.varA = varA;
this.varB = varB;
this.varOut = varOut;
this.dirA = _st.getDir(varA);
this.dirB = _st.getDir(varB);
this.op = op;
this.oper = dict[op];
this.typeOut = Cube.getInstance().outputCube(_st.getType(varA), _st.getType(varB), op, dict);
}
public Param(string paramType, string varName, int count, SymbolTable _st, List <Actions> program)
{
this.paramType = paramType;
this.varName = varName;
this.dirVar = _st.getDir(varName);
this.count = count;
program.Add(this);
int dims = 1;
if (_st.getDim1(varName) != 0)
{
if (_st.getDim2(varName) != 0)
{
dims = _st.getDim1(varName) * _st.getDim2(varName);
}
else
{
dims = _st.getDim1(varName);
}
}
int tmpDirVar = dirVar + 1;
while (dims > 1)
{
program.Add(new Param(paramType, tmpDirVar, count));
dims--;
tmpDirVar++;
}
}
public Goto(int typeGoto, string varCond, SymbolTable _st, Dictionary <int, string> dict)
{
this.typeGoto = typeGoto;
this.oper = dict[typeGoto];
if (typeGoto != 68) //68 is plain goto
{
this.varCond = varCond;
this.dirVarCond = _st.getDir(varCond);
this.valid = Cube.getInstance().outputCube(_st.getType(varCond), 1, 17, dict); //The variable received with int(1) equals(17)
}
//this.direction = direction;
}
public void setDirOut(SymbolTable _st, string varOut)
{
this.dirOut = _st.getDir(varOut);
}
public Return(string outVar, int dirGlobal, SymbolTable _st)
{
this.dirGlobal = dirGlobal;
this.outVar = outVar;
this.dirVar = _st.getDir(this.outVar);
}
public Verify(string resultExp, int limitValue, SymbolTable _st)
{
this.limitValue = limitValue;
this.dirVar = _st.getDir(resultExp);
}