public virtual void VisitVar(IVar var, Compiler compiler)
{
if (!loopVariables.Contains(var))
{
throw new ArgumentException($"An input of the graph was not provided and not given a value: {var.Name}");
}
}
public VarGetter(INodeGraph bp, IVar variable) : base(bp)
{
Assert.IsNotNull(variable);
m_Var = variable;
AddBaseComponet();
}
public PuzzleEditorSquareContentsCell(PuzzleEditor parent, Vector2D position)
: base(SquareToBool(parent.editorGrid.Squares[position]))
{
this.parent = parent;
this.contents = parent.editorGrid.Contents[position];
this.position = position;
}
public VarDefaultEditor(IVar @var)
{
m_Var = @var;
m_EditName = m_Var.Name;
m_Var.OnSetName += new NameEvent(SetNameProc);
}
public PlayablePuzzleSquareContentsCell(PlayablePuzzle parent, IVar <Square> contents, Vector2D position)
: base(contents.Value)
{
this.parent = parent;
this.contents = contents;
this.position = position;
}
public override void VisitVar(IVar var, Compiler compiler)
{
// nothing: a variable not yet declared is not an error
// It indicates that this variable belongs to the loop
// (it was not declared before processing the loop)
// and thus that expressions using this variable won't be moved out of the loop
// e.g. see VisitUnaryElementWise: if (!Compiler.Scope.Contains(unary.x)) return true
}
public void AddVar(IVar avar)
{
if (ContainsVar(avar.Key))
{
throw new VarAlreadyExistsException(avar.Key);
}
vars.Add(avar);
RebuildIndex();
}
internal static string VariableDefinition(IVar variable)
{
if (variable != null)
{
return(variable.Name + " : " + variable.Type + ";\n");
}
else
{
return(null);
}
}
public void VisitVar(IVar var, Tensor <float> data)
{
var other = data as Tensor <float> .Var;
if (other == null)
{
Arent();
}
else
{
Eq(var.Name, other.Name);
}
}
private VarInfo MakeVarInfo(IVar avar)
{
if (avar is IntVar intVar)
{
return(new VarInfo
{
Type = VarType.IntVar,
Key = intVar.Key,
NameAssetKey = intVar.NameAssetKey,
Value = intVar.Value,
Parameters = new object[] { intVar.MinValue, intVar.MaxValue }
});
}
if (avar is DoubleVar doubleVar)
{
return(new VarInfo
{
Type = VarType.DoubleVar,
Key = doubleVar.Key,
NameAssetKey = doubleVar.NameAssetKey,
Value = doubleVar.Value,
Parameters = new object[] { doubleVar.MinValue, doubleVar.MaxValue }
});
}
if (avar is BoolVar boolVar)
{
return(new VarInfo
{
Type = VarType.BoolVar,
Key = boolVar.Key,
NameAssetKey = boolVar.NameAssetKey,
Value = boolVar.Value
});
}
if (avar is StringVar stringVar)
{
return(new VarInfo
{
Type = VarType.StringVar,
Key = stringVar.Key,
NameAssetKey = stringVar.NameAssetKey,
Value = stringVar.Value,
Parameters = new object[] { stringVar.MaxLength }
});
}
throw new ArgumentException("Unsupported var type", nameof(avar));
}
public IVar getCustomVariable(string variableName)
{
IVar result = null;
foreach (var variable in this.CustomVars)
{
if (variable.Name == variableName)
{
result = variable;
break;
}
}
return(result);
}
private static int getTotalAmountOfDivisionVar(IVar variable, List <KpCore.Rule> divisionRules, List <InstanceBlueprint> result)
{
int totalAmount = 0;
bool isFirstParent = true;
string typeName = "";
foreach (InstanceBlueprint item in result)
{
typeName = item.Type.Name;
int childValue = 0;
int leftValue = 0;
foreach (var divisionRule in divisionRules)
{
DivisionRule divRule = (DivisionRule)divisionRule;
if (divRule.Rhs.Contains(item))
{
Multiset leftOfRule = divRule.Lhs;
foreach (var leftObj in leftOfRule.Objects)
{
if (leftObj.Equals(variable.Name))
{
if (isFirstParent)
{
totalAmount = leftOfRule[leftObj];
isFirstParent = false;
}
leftValue = leftOfRule[leftObj];
}
}
}
}
Multiset ms = item.Multiset;
foreach (var obj in ms.Objects)
{
if (obj.Equals(variable.Name))
{
childValue = ms[obj];
}
}
totalAmount = totalAmount - leftValue + childValue;
}
//update max value.
if (variable.Type is BoundInt)
{
(variable.Type as BoundInt).UpperBound = Math.Max((variable.Type as BoundInt).UpperBound, totalAmount);
}
return(totalAmount);
}
/// <summary>
/// if variable parametrized then returns the init s with parameter,
/// otherwise init s with given default value will be 0.
/// </summary>
/// <param name="module"></param>
/// <param name="variable"></param>
/// <returns></returns>
public static string setOrUpdateInit(Module module, IVar variable)
{
string initialValue = "0";
//is it initialized with parameter
foreach (var parameter in module.Parameters)
{
if (variable.Name == parameter.Name)
{
initialValue = parameter.ParamName;
break;
}
}
return(initialValue);
}
private static void assignStatusAndSyncToAVariable(Module module, IVar variable)
{
if (variable is Variable)
{
CaseLine caseLine = new CaseLine();
Variable var = (Variable)variable;
String exchangeState = SynchStates.EXCHANGE;
//For Copy variables inside module
if (var.Origin == VariableOrigin.Copy || var.Origin == VariableOrigin.CopyOfCommVar)
{
Expression result = new Expression("0");
caseLine.Rule.Condition = getStatusAndSynchCondition(module, exchangeState);
caseLine.Result = result;
var.Next.CaseStatement.CaseLines.Add(caseLine);
}
//For Original variables inside module
else if (var.Origin == VariableOrigin.Original && var.Behaviour != VariableBehaviour.COMMUNICATION)
{
//if it has copy var, then add var + var_cp
if (module.isVariableExist(SMVPreFix.getCopyName(var)))
{
OperExp result = new OperExp();
result.Exp = variable.Name;
result.Oper.Value = MathOper.ADD;
//if variable is a division variable, then it has go to main part, like comm vars, so it will be instanced.
if (var.Behaviour == VariableBehaviour.DIVISION)
{
result.Result = new InstancedExp(variable.Name + SMVPreFix.COPY);
}
else
{
result.Result = new Expression(variable.Name + SMVPreFix.COPY);
}
ICondition boundCondition = getBoundCondition(var, result);
caseLine.Rule.Condition = new CompoundBoolExpression(getStatusAndSynchCondition(module, exchangeState), BinaryOperator.AND, boundCondition);
caseLine.Result = result;
var.Next.CaseStatement.CaseLines.Add(caseLine);
}
}
//for communication variables, goes into main module.
else if (var.Origin == VariableOrigin.OriginalCommVar && var.Behaviour == VariableBehaviour.COMMUNICATION)
{
CaseLine commCaseLine = assignStatusAndSyncToACommVariable(module, var);
var.Next.CaseStatement.CaseLines.Add(commCaseLine);
}
}
}
internal static string InitVariable(IVar variable)
{
if (variable is NoNextVar)
{
return(variable.Name + " := " + (variable as NoNextVar).Init + ";\n");
}
else if (variable is Variable)
{
return("init (" + variable.Name + ") := " + (variable as Variable).Init + ";\n");
}
else if (variable is NonDeterVar)
{
return(variable.Name + " := " + (variable as NonDeterVar).NonDetCase + ";\n");
}
else
{
return("Couldn't return init for " + variable.Name + " at " + MethodBase.GetCurrentMethod().Name + ";\n");;
}
}
private static CaseLine trueCaseLine(IVar variable)
{
CaseLine caseLine = new CaseLine();
NuSMV.Rule rule = new NuSMV.Rule();
rule.Condition = new TruthValue(Truth.TRUE);
IExp exp = null;
if (variable.Behaviour == VariableBehaviour.COMMUNICATION || variable.Behaviour == VariableBehaviour.DIVISION)
{
exp = new InstancedExp(variable.Name);
}
else
{
exp = new Expression(variable.Name);
}
caseLine.Rule = rule;
caseLine.Result = exp;
return(caseLine);
}
/// <summary>
/// if variable parametrized then returns the init s with parameter,
/// otherwise init s with given default value.
/// </summary>
/// <param name="module"></param>
/// <param name="variable"></param>
/// <param name="defaultValue"></param>
/// <returns></returns>
public static string setOrUpdateInit(Module module, IVar variable, string defaultValue)
{
string initialValue = "";
//is it initialized with parameter
foreach (var parameter in module.Parameters)
{
if (variable.Name == parameter.Name)
{
initialValue = parameter.ParamName;
break;
}
}
//if it is not parametrized.
if (String.IsNullOrWhiteSpace(initialValue))
{
initialValue = defaultValue;
}
return(initialValue);
}
internal static string VariableNext(IVar variable)
{
if (variable is NoNextVar)
{
return("");
}
else if (variable is Variable)
{
if (variable.Name == CustomVariables.SYNCH)
{
return("next (" + variable.Name + ") := " + (variable as Variable).Next.CaseStatement.ToString().Replace("&", "\n\t&") + ";\n");
}
return("next (" + variable.Name + ") := " + (variable as Variable).Next + ";\n");
}
else if (variable is NonDeterVar)
{
return("");
}
else
{
return("Couldn't return init for " + variable.Name + " at " + MethodBase.GetCurrentMethod().Name + ";\n");;
}
}
/// <summary>
/// Adds sequence of execution strategy, such as, choice
/// </summary>
/// <param name="module"></param>
/// <param name="strategyIndex"></param>
/// <returns></returns>
internal static ICondition getSequenceCondition(Module module, int strategyIndex, int ruleID)
{
BoolExp boolExpression = new BoolExp();
Strategy ex = module.ExecutionStrategies.ElementAt(strategyIndex);
if (ex.Type == StrategyTypes.CHOICE)
{
IVar sequence = ex.CustomVars.Find(variable => variable.Name == (CustomVariables.CHOICE + strategyIndex));
boolExpression.Left = new Expression(sequence.Name);
boolExpression.RelationalOperator.Operator = NuSMV.RelationalOperator.EQUAL;
boolExpression.Right = new Expression(ruleID.ToString());
}
else if (ex.Type == StrategyTypes.SEQUENCE)
{
IVar sequence = ex.CustomVars.Find(variable => variable.Name == (CustomVariables.SEQUENCE + strategyIndex));
boolExpression.Left = new Expression(sequence.Name);
boolExpression.RelationalOperator.Operator = NuSMV.RelationalOperator.EQUAL;
boolExpression.Right = new Expression(ruleID.ToString());
}
else if (ex.Type == StrategyTypes.ARBITRARY)
{
IVar sequence = ex.CustomVars.Find(variable => variable.Name == (CustomVariables.ARBITRARY + strategyIndex));
boolExpression.Left = new Expression(sequence.Name);
boolExpression.RelationalOperator.Operator = NuSMV.RelationalOperator.EQUAL;
boolExpression.Right = new Expression(ruleID.ToString());
}
else if (ex.Type == StrategyTypes.MAX)
{
IVar sequence = ex.CustomVars.Find(variable => variable.Name == (CustomVariables.MAX + strategyIndex));
boolExpression.Left = new Expression(sequence.Name);
boolExpression.RelationalOperator.Operator = NuSMV.RelationalOperator.EQUAL;
boolExpression.Right = new Expression(ruleID.ToString());
}
return(boolExpression);
}
public PlayablePuzzleSquare(PlayablePuzzle parent, IVar <Square> contents, Vector2D position)
{
this.Contents = new PlayablePuzzleSquareContentsCell(parent, contents, position);
this.Position = position;
}
public void OnChanged(IVar v)
{
_Watcher(v);
}
internal SetExpression(Cons args, Env env, Interpreter interpreter, Loc loc)
{
this.loc = loc;
this.interpreter = interpreter;
Int32 len = Cons.Length(args);
if (len != 2)
throw new Exception("Wrong number of args for set");
var = (IVar)interpreter.analyze(args.first, env, loc);
val = interpreter.analyze(Cons.Second(args), env, loc);
}
public Var(IVar <T> value)// : this()
{
this.value = value;
}
public static Func <T1, T2> Function <T1, T2>(IVar <T1> input, IExpr <T2> output,
OrderedDictionary /*<TensorExpr.Shared, TensorExpr>*/ updates = null, IDictionary givens = null, string name = null)
{
return(FunctionBinder.Function(input, output, updates, givens, name: name));
}
public bool IsValid(IVar <T> v, T newVal)
{
return(Checker(v, newVal));
}
public void OnVarChange(IVar theVar)
{
// ...
}
public void OnVarChage(IVar variable)
{
m_Var = variable;
NotifyVarChange();
}
internal static string CommunicationVariableNext(NuSMV.Module module, Instance instance, IVar var)
{
if (var is Variable)
{
string op = "case\n";
Variable variable = (Variable)var;
Next next = variable.Next;
foreach (var caseLine in next.CaseStatement.CaseLines)
{
if ((caseLine.Rule is CommunicationRule))
{
op += caseLine.ToString().Replace(SMVKeys.SELF, instance.Name);
}
}
foreach (var caseLine in next.CaseStatement.CaseLines)
{
// CaseLine newcaseLine = new CaseLine();
if (!(caseLine.Rule is CommunicationRule))
{
string temp = "";
temp += insertInstanceName(caseLine.Rule.Condition, instance);
temp += " : ";
if (caseLine.Result is InstancedExp)
{
if (!caseLine.Result.ToString().Contains(instance.Name))
{
temp += instance.Name + "." + caseLine.Result;
}
else
{
temp += caseLine.Result;
}
}
else if (caseLine.Result is Expression)
{
temp += caseLine.Result;
}
temp += ";\n";
op += temp;
}
}
op += "esac;\n";
return("next (" + instance.Name + "." + var.Name + ") := " + op);
}
else
{
return("Couldn't generate next for " + var.Name + " at " + MethodBase.GetCurrentMethod().Name + ";\n");;
}
}
public void OnChanged(IVar <T> v, T oldValue)
{
Watcher(v, oldValue);
}
public bool IsValid(IVar <T> v, T newVal)
{
return(IsValid(newVal));
}
public IVarFill(IVar <T> iv, T x)
{
this.IV = iv;
this.X = x;
}
