public override void VisitAssignmentOperationElement(AssignmentOperationElement element)
{
VisitElement(element.getLhs());
Console.Write(":= ");
VisitElement(element.getRhs());
Console.WriteLine(";");
}
public override void VisitAssignmentOperationElement(AssignmentOperationElement element)
{
String variable_name = element.getLhs().getText();
Element rhs = element.getRhs();
VisitElement(rhs);
int result = mStack.Pop();
mVariableMap[variable_name] = result;
}
//----< visit Assignment Operation >------------------------------
public override void VisitAssignmentOperationElement(AssignmentOperationElement element)
{
String variable_name = element.getLhs().getText();
Element rhs = element.getRhs();
VisitElement(rhs);
if (rhs is MatrixElement)
{
MatrixElement result = mStack.Pop();
mVariableMap[variable_name] = result;
}
if (rhs is IntegerElement)
{
IntegerElement result = mIntStack.Pop();
mIntVariableMap[variable_name] = result;
}
if (rhs is MatrixAdditionOperationElement)
{
MatrixAdditionOperationElement maoe = (MatrixAdditionOperationElement)rhs;
if (maoe.getLhs() is IntegerElement)
{
IntegerElement result = mIntStack.Pop();
mIntVariableMap[variable_name] = result;
}
if (maoe.getLhs() is MatrixElement)
{
MatrixElement result = mStack.Pop();
mVariableMap[variable_name] = result;
}
if (maoe.getLhs() is VariableElement)
{
MatrixElement result = mStack.Pop();
mVariableMap[variable_name] = result;
}
}
if (rhs is MatrixMultiplicationOperationElement)
{
MatrixMultiplicationOperationElement mmoe = (MatrixMultiplicationOperationElement)rhs;
{
MatrixElement result = mStack.Pop();
mVariableMap[variable_name] = result;
}
}
}
//-----------<Test Stub>--------
static void main(string[] args)
{
Console.WriteLine("\nTesting the AssignmentOperationElement class");
Console.WriteLine("\n==========================================\n");
AssignmentOperationElement elem_assign = new AssignmentOperationElement();
IntegerElement int_elem = new IntegerElement();
VariableElement var_elem = new VariableElement();
string lhsval = "a";
string rhsval = "3";
VariableElement lhs = var_elem;
Element rhs = int_elem;
int_elem.setText(rhsval);
var_elem.setText(lhsval);
elem_assign.setLhs(lhs);
elem_assign.setRhs(rhs);
var_elem=elem_assign.getLhs();
int_elem = (IntegerElement)elem_assign.getRhs();
Console.WriteLine("{0} The element at Lhs is:", int_elem.getText());
Console.WriteLine("{0} The element at the rhs is:", var_elem.getText());
}
private void HandleSingleVectorElement(AssignmentOperationElement element)
{
if (inParallelFor == 1)
{
ParallelVectorElement(element);
if (parallelVars.Contains(((VectorElement)element.getLhs()).getVar().getText()))
{
}
else
{
vectorData(((VectorElement)element.getLhs()).getVar().getText());
}
}
else
{
VectorElement temp = (VectorElement)(element.getLhs());
VectorVariableDeclaration matTemp = null;
if (temp != null)
{
int mflag = -1;
if (mVariableMap.ContainsKey(temp.getVar().getText()))
{
matTemp = (VectorVariableDeclaration)mVariableMap[temp.getVar().getText()];
mflag = 1;//Matrix entry found
}
else
sendres(112, "Vector not declared yet\n");
int index = getIndex(temp);
Element rhs = element.getRhs();
VisitElement(rhs);
if (matTemp != null)
{
if (mat_stack.Count > 0 && mflag == 1 && matTemp.getType() == "int")
{
Object obj = getTopOfStack_Matrix();
int val = int.Parse(((IntegerElement)(obj)).getText());
if (index < int.Parse(matTemp.getRange().getText()))
matTemp.setintValueat(index, val);
else
{
Console.Write("Range out of bound\n");
sendres(112, "Range out of bound\n");
}
}
else if (mat_stack.Count > 0 && mflag == 1 && matTemp.getType() == "double")
{
Object obj = getTopOfStack_Matrix();
double val = double.Parse(((DoubleElement)(obj)).getText());
matTemp.setdoubleValueat(index, val);
}
}
}
}
}
//Set the single matrix element
public void HandleSingleMatrixElement(AssignmentOperationElement element)
{
if (inParallelFor == 1)
{
ParallelMatrixElement(element);
if(parallelVars.Contains(((MatrixElement)element.getLhs()).getVar().getText()))
{
}
else
{
matrixData(((MatrixElement)element.getLhs()).getVar().getText());
}
}
else
{
MatrixElement temp = (MatrixElement)(element.getLhs());
MatrixVariableDeclaration matTemp = null;
if (temp != null)
{
int mflag = -1;
if (mVariableMap.ContainsKey(temp.getVar().getText()))
{
matTemp = (MatrixVariableDeclaration)mVariableMap[temp.getVar().getText()];
mflag = 1;//Matrix entry found
}
else
sendres(112, "Matrix not declared yet\n");
int row = getMatrixRow(temp);
int col = getMatrixCol(temp);
//int col = int.Parse(((IntegerElement)(temp.getColumn())).getText());
Element rhs = element.getRhs();
VisitElement(rhs);
if (matTemp != null)
{
if (mat_stack.Count > 0 && mflag == 1 && matTemp.getType() == "int")
{
Object obj = getTopOfStack_Matrix();
int val = int.Parse(((IntegerElement)(obj)).getText());
if (row < int.Parse(matTemp.getRow().getText()) && col < int.Parse(matTemp.getColumn().getText()))
matTemp.setintValueat(row, col, val);
else
{
Console.Write("Range out of bound\n");
sendres(112, "Range out of bound\n");
}
if (parallelSwarm == 1)
writeIntResult(((MatrixElement)element.getLhs()).getVar().getText(), row, col, val);
}
else if (mat_stack.Count > 0 && mflag == 1 && matTemp.getType() == "double")
{
Object obj = getTopOfStack_Matrix();
double val = double.Parse(((DoubleElement)(obj)).getText());
matTemp.setdoubleValueat(row, col, val);
//if (parallelSwarm == 1)
//writeDoubleResult(((MatrixElement)element.getLhs()).getVar().getText(), row, col, val);
}
}
}
}
}
private void ParallelVectorElement(AssignmentOperationElement element)
{
VectorElement temp = (VectorElement)(element.getLhs());
parallelString.Append(temp.getVar().getText());
parallelString.Append("[");
if (temp.getRange() is VariableElement)
parallelString.Append(((VariableElement)temp.getRange()).getText());
else if (temp.getRange() is IntegerElement)
parallelString.Append(((IntegerElement)temp.getRange()).getText());
parallelString.Append("]");
parallelString.Append("=");
VisitElement(element.getRhs());
}
public override void VisitAssignmentOperationElement(AssignmentOperationElement element)
{
StructAssignDeclaration temp;
StructDeclaration structTemp = null;
int flag = -1;
//Handle struct
if (GetTypeOfElement(element.getLhs()) == 4)
{
temp = (StructAssignDeclaration)(element.getLhs());
if (mVariableMap.ContainsKey(((VariableElement)(temp.getObjName())).getText())) //getName()))
{
structTemp = (StructDeclaration)mVariableMap[((VariableElement)(temp.getObjName())).getText()]; //.getName()];
flag = 1;
}
else
sendres(112, "Structure " + ((VariableElement)(temp.getObjName())).getText() + " not found\n");
Element rhs = element.getRhs();
VisitElement(rhs);
if (mat_stack.Count > 0 && flag == 1)
{
Object obj = getTopOfStack_Matrix();
List<ScalarVariableDeclaration> l1 = structTemp.getVarType();
for (int i = 0; i < l1.Count; i++)
if (l1[i].getVar().getText() == ((VariableElement)temp.getDataMember()).getText())
{
if (obj is IntegerElement)
result("Struct member set:" + ((IntegerElement)obj).getText());
else if (obj is DoubleElement)
result("Struct member set:" + ((DoubleElement)obj).getText());
if (obj is StringElement)
result("Struct member set:" + ((StringElement)obj).getText());
}
//temp.setObjName((Element)(obj)); //.setObj((Element)(obj));
}
}
else if (GetTypeOfElement(element.getLhs()) == 5)
{
HandleSingleMatrixElement(element);
}
else if (GetTypeOfElement(element.getLhs()) == 15)
HandleSingleVectorElement(element);
else if (mVariableMap.ContainsKey(((VariableElement)(element.getLhs())).getText()))
{
if (inParallelFor == 1)
{
parallelString.Append((((VariableElement)(element.getLhs())).getText()));
parallelString.Append("=");
VisitElement(element.getRhs());
if (mVariableMap[(((VariableElement)(element.getLhs())).getText())] is MatrixVariableDeclaration)
matrixData((((VariableElement)(element.getLhs())).getText()));
else if (mVariableMap[(((VariableElement)(element.getLhs())).getText())] is IntegerElement)
varData((((VariableElement)(element.getLhs())).getText()));
else if (mVariableMap[(((VariableElement)(element.getLhs())).getText())] is DoubleElement)
varData((((VariableElement)(element.getLhs())).getText()));
}
else
{
string var_name = ((VariableElement)(element.getLhs())).getText();
Element rhs = element.getRhs();
VisitElement(rhs);
if (mat_stack.Count > 0 && flag == -1)
{
Object obj = getTopOfStack_Matrix();
if (GetTypeOfElement(element.getLhs()) == GetTypeOfElement(((Element)obj)))
{
/*if ((GetTypeOfElement(element.getLhs()) == 3))
{
MatrixVariableDeclaration tempmat = ((MatrixVariableDeclaration)((mVariableMap[((VariableElement)(element.getLhs())).getText()])));
if (tempmat.getType() == (((MatrixVariableDeclaration)(((Element)obj))).getType()))
{
if (tempmat.getRow() == (((MatrixVariableDeclaration)(((Element)obj))).getRow()) && tempmat.getColumn() == (((MatrixVariableDeclaration)(((Element)obj))).getColumn()))
{
mVariableMap.Remove(var_name);
mVariableMap.Add(var_name, obj);
}
else
Console.Write("Rows and columns of matrices do not match\n");
}
else
Console.Write("Matrices are of different types\n");
}
else
{*/
mVariableMap.Remove(var_name);
mVariableMap.Add(var_name, obj);
//}
}
else
{
Console.Write("Datatypes mismatch\n");
sendres(112, "Datatypes mismatch\n");
}
}
else
{
Console.Write("Variable not found");
sendres(112, "Variable not found");
}
}
}
else
{
Console.Write("Variable not declared");
sendres(112, "Variable not declared");
}
}
public override void VisitAssignmentOperationElement(AssignmentOperationElement element){
String variable_name = element.getLhs().getText();
Element rhs = element.getRhs();
VisitElement(rhs);
List<int> inputlist = new List<int>();
if (mStack.Count != 0)
{
int result = mStack.Pop();
inputlist.Add(result);
mVariableMap[variable_name] = inputlist;
}
else
{
for (int i = 0; i < mList.Count; i++)
{
inputlist.Add(mList[i]);
}
mVariableMap[variable_name] = inputlist;
//if (mList.Count != 0)
//{
// mList.Clear();
//}
}
}