protected MapIncarnation(IncarnationAndInequalityMap mapAnalyzer, Expression incarnation)
{
Debug.Assert(mapAnalyzer != null);
Debug.Assert(incarnation != null);
this.mapAnalyzer = mapAnalyzer;
this.incarnation = incarnation;
}
public JoinMapIncarnation(
IncarnationAndInequalityMap mapAnalyzer,
Expression incarnation,
IEnumerable <Tuple <MapIncarnation, PropositionalFormula> > predecessors
)
: base(mapAnalyzer, incarnation)
{
this.predecessors = new List <Tuple <MapIncarnation, PropositionalFormula> >(predecessors);
// cache = new Dictionary<string, StateSpace.BoundVariable>();
}
public FieldWriteMapIncarnation(IncarnationAndInequalityMap mapAnalyzer, Expression incarnation,
FAE mapWrite)
: base(mapAnalyzer, incarnation)
{
Debug.Assert(mapWrite != null);
Debug.Assert(mapWrite.function is MapWrite);
Debug.Assert(mapWrite.arguments.count > 2);
Debug.Assert(mapWrite.arguments[0] is ProgramVariableExpression);
this.mapWrite = mapWrite;
predecessor =
mapAnalyzer.mapIncarnationMap[(mapWrite.arguments[0] as ProgramVariableExpression).programVariable.name
];
Debug.Assert(predecessor != null);
var ui = new List <Expression>();
for (var i = 1; i < mapWrite.arguments.count - 1; i++)
{
ui.Add(mapWrite.arguments[i]);
}
updatedIndices = new ExpressionList(ui);
cache = new Dictionary <string, Expression>();
}
public InitialMapIncarnation(IncarnationAndInequalityMap mapAnalyzer, Expression incarnation)
: base(mapAnalyzer, incarnation)
{
}