public void forLoop2()
{
EOrientation orientation = EOrientation.East;
Robot robot = Robot.Create (orientation, new Map(EDifficulty.Easy));
MainCode mainCode = new MainCode ();
// Create (int i = 1; i < 5; i*i)
//Create i
ConcreteVariable iVar = new ConcreteVariable (new Variable (1, EVariableType.Int));
DefineVariable iDefine = new DefineVariable (iVar);
CmdDefineVariable iDefineCommand = new CmdDefineVariable ("i", iDefine);
//create a variable thats always 2
Variable staticTwoVar = new Variable (2, EVariableType.Int);
VariableSolver staticTwoVarS = new ConcreteVariable (staticTwoVar);
// Create i*i
ConcreteVariable iGather = new ConcreteVariable ("i"); // Gathers i, this creates a reference to iVar
VariableSolver ixiSolver = new VariableCombo (iGather, staticTwoVarS, EMathOperator.Multiply);
DefineVariable ixiDefine = new DefineVariable (ixiSolver);
CmdDefineVariable ixiSolverCommand = new CmdDefineVariable ("i", ixiDefine);
//create a variable thats always 5
Variable max = new Variable (5, EVariableType.Int);
VariableSolver maxS = new ConcreteVariable (max);
//Create i < 4
ValueSolver solver = new ValueSolver (iGather, maxS, EComparisonOperator.ValueLessThan);
ForLoop forLoop = new ForLoop (solver, iDefineCommand, ixiSolverCommand);
//forLoop.variables["i"] = new Variable(1, EVariableType.Int);
mainCode.addChild (forLoop);
forLoop.addChild (new TurnRight ());
mainCode.execute ();
EOrientation actual = robot.orientationEnum;
EOrientation expected = EOrientation.North;
Assert.AreEqual (expected, actual);
}
public void forLoop1()
{
EOrientation orientation = EOrientation.East;
Robot robot = Robot.Create (orientation, new Map(EDifficulty.Easy));
MainCode mainCode = new MainCode ();
// Create (int i = 0; i < 5; i++)
//Create i
ConcreteVariable iVar = new ConcreteVariable (new Variable (0, EVariableType.Int));
DefineVariable iDefine = new DefineVariable (iVar);
CmdDefineVariable iDefineCommand = new CmdDefineVariable ("i", iDefine);
//create a variable thats always 5
Variable max = new Variable (5, EVariableType.Int);
VariableSolver maxS = new ConcreteVariable (max);
//Create i < 5
ValueSolver solver = new ValueSolver (iVar, maxS, EComparisonOperator.ValueLessThan);
// Create i++
ConcreteVariable staticOneVar = new ConcreteVariable (new Variable (1, EVariableType.Int));
ConcreteVariable iGather = new ConcreteVariable ("i"); // Gathers i, this creates a reference to iVar
VariableSolver iPlusOneSolver = new VariableCombo (iGather, staticOneVar, EMathOperator.Add);
DefineVariable iPlusOneDefine = new DefineVariable (iPlusOneSolver);
CmdDefineVariable iPlusOneSolverCommand = new CmdDefineVariable ("i", iPlusOneDefine);
Composite forLoop = new ForLoop (solver, iDefineCommand, iPlusOneSolverCommand);
mainCode.addChild (forLoop);
forLoop.addChild (new TurnRight ());
mainCode.execute ();
EOrientation actual = robot.orientationEnum;
EOrientation expected = EOrientation.South;
Assert.AreEqual (expected, actual);
}
/// Author: Max Hamulyak
/// Date: 30-06-2015
/// <summary>
/// Builds the solver needed for an define variable statement, using a list of conditions.
/// based on a set of rules it can be checked how the list should be parsed, recursivly.
/// </summary>
/// <returns>The define variable.</returns>
/// <param name="conditions">Conditions.</param>
/// <param name="priorityOperator">Priority operator.</param>
protected virtual VariableSolver BuildDefineVariable(List<IAssignment> conditions, EMathOperator priorityOperator)
{
int index = 0;
bool stopLoop = false;
while (index < conditions.Count && !stopLoop) {
if (conditions.Count > 3) {
int loopIndex = 0;
while (loopIndex < conditions.Count) {
IAssignment assignment = conditions.ElementAt (loopIndex);
if (assignment is MathOperator) {
if ((assignment as MathOperator).MathOperator2 == priorityOperator) {
int itemIndex = conditions.IndexOf (assignment);
IAssignment left = conditions.ElementAt (itemIndex - 1);
IAssignment right = conditions.ElementAt (itemIndex + 1);
conditions.Remove (left);
conditions.Remove (right);
conditions.Remove (assignment);
if ((left is VariableSolver) && (right is VariableSolver)) {
VariableCombo combo = new VariableCombo ((left as VariableSolver), (right as VariableSolver), priorityOperator);
conditions.Insert (itemIndex - 1, combo);
} else {
throw InvalidAssignment (left.LineNumber);
}
}
}
loopIndex++;
}
BuildDefineVariable (conditions, priorityOperator + 1);
} else {
stopLoop = true;
}
}
IAssignment returnAssignment = null;
if (conditions.Count == 1) {
//Should be concrete
returnAssignment = conditions.ElementAt(0);
} else if (conditions.Count == 2) {
throw InvalidAssignmentTwoAssignmentValues (conditions);
} else if (conditions.Count == 3) {
if (conditions.ElementAt (1) is MathOperator) {
if (conditions.ElementAt (0) is VariableSolver && conditions.ElementAt (2) is VariableSolver) {
returnAssignment = new VariableCombo ((conditions.ElementAt (0) as VariableSolver), (conditions.ElementAt (2) as VariableSolver), (conditions.ElementAt (1) as MathOperator).MathOperator2);
} else {
throw InvalidAssignment (conditions.ElementAt (1).LineNumber);
}
} else {
throw InvalidAssignmentMathOperator(conditions.ElementAt(1).LineNumber);
}
} else {
throw InvalidAssignment (conditions.ElementAt (0).LineNumber);
}
return returnAssignment as VariableSolver;
}
public void variableStringSubstract()
{
MainCode mainCode = new MainCode ();
// create i = 10
ConcreteVariable iVar = new ConcreteVariable (new Variable ("10", EVariableType.String));
DefineVariable iDefine = new DefineVariable (iVar);
CmdDefineVariable iDefineCommand = new CmdDefineVariable ("i", iDefine);
// create x = 5;
ConcreteVariable xVar = new ConcreteVariable (new Variable (5, EVariableType.Int));
DefineVariable xDefine = new DefineVariable (xVar);
CmdDefineVariable xDefineCommand = new CmdDefineVariable ("x", xDefine);
// Gather the variables
ConcreteVariable iGather = new ConcreteVariable ("i");
ConcreteVariable xGather = new ConcreteVariable ("x");
// calculate and put the values in ii
VariableSolver calculation = new VariableCombo (iGather, xGather, EMathOperator.Subtract);
DefineVariable calcCommand = new DefineVariable (calculation);
CmdDefineVariable executeCalculation = new CmdDefineVariable ("ii", calcCommand);
mainCode.addChild (xDefineCommand);
mainCode.addChild (iDefineCommand);
mainCode.addChild (executeCalculation);
mainCode.execute ();
//ConcreteVariable iiGather = new ConcreteVariable ("ii");
}
public void variableStringAdd()
{
MainCode mainCode = new MainCode ();
// create i = 10
ConcreteVariable iVar = new ConcreteVariable (new Variable ("10", EVariableType.String));
DefineVariable iDefine = new DefineVariable (iVar);
CmdDefineVariable iDefineCommand = new CmdDefineVariable ("i", iDefine);
// create x = 5;
ConcreteVariable xVar = new ConcreteVariable (new Variable (5, EVariableType.Int));
DefineVariable xDefine = new DefineVariable (xVar);
CmdDefineVariable xDefineCommand = new CmdDefineVariable ("x", xDefine);
// Gather the variables
ConcreteVariable iGather = new ConcreteVariable ("i");
ConcreteVariable xGather = new ConcreteVariable ("x");
// calculate and put the values in ii
VariableSolver calculation = new VariableCombo (iGather, xGather, EMathOperator.Add);
DefineVariable calcCommand = new DefineVariable (calculation);
CmdDefineVariable executeCalculation = new CmdDefineVariable ("ii", calcCommand);
mainCode.addChild (xDefineCommand);
mainCode.addChild (iDefineCommand);
mainCode.addChild (executeCalculation);
mainCode.execute ();
//ConcreteVariable iiGather = new ConcreteVariable ("ii");
string expected = "105";
string actual = mainCode.variables["ii"].Value;
Assert.AreEqual (expected, actual);
}
