public NextRoutineConstructor(Program i_prog, ArmadaSymbolTable i_symbols, NextType i_nextType, MethodInfo i_methodInfo,
ArmadaStatement i_armadaStatement, Statement i_stmt, ArmadaPC i_startPC, ArmadaPC i_endPC)
{
prog = i_prog;
symbols = i_symbols;
nextType = i_nextType;
validDefinedStepBuilder = new PredicateBuilder(i_prog, true);
validUndefinedStepBuilder = new PredicateBuilder(i_prog, false);
getNextStateBuilder = new ExpressionBuilder(i_prog);
methodInfo = i_methodInfo;
method = methodInfo == null ? null : methodInfo.method;
armadaStatement = i_armadaStatement;
stmt = i_stmt;
startPC = i_startPC;
endPC = i_endPC;
formals = new List <NextFormal>();
valid = true;
hasUndefinedBehaviorAvoidanceConstraint = false;
definedBehaviorNextRoutine = null;
undefinedBehaviorNextRoutine = null;
s = ReserveVariableName("s");
entry = ReserveVariableName("entry");
tid = ReserveVariableName("tid");
t = ReserveVariableName("t");
locv = ReserveVariableName("locv");
if (startPC != null)
{
AddConjunct($"{t}.pc.{startPC}?");
AddConjunct($"{t}.top.Armada_StackFrame_{startPC.methodName}?");
if (methodInfo != null)
{
var constraints = methodInfo.GetEnablingConstraintCollector(startPC);
if (constraints != null && !constraints.Empty)
{
AddConjunct($"Armada_EnablingConditions_{startPC}(s, tid)");
}
}
AddConjunct("Armada_UniversalStepConstraint(s, tid)");
}
}
public NextRoutine(Program i_prog, ArmadaSymbolTable i_symbols, NextType i_nextType, MethodInfo i_methodInfo,
ArmadaStatement i_armadaStatement, Statement i_stmt, ArmadaPC i_startPC, ArmadaPC i_endPC,
List <NextFormal> i_formals, string i_nameSuffix, bool i_undefinedBehavior, bool i_stopping)
{
prog = i_prog;
symbols = i_symbols;
nextType = i_nextType;
methodInfo = i_methodInfo;
armadaStatement = i_armadaStatement;
stmt = i_stmt;
startPC = i_startPC;
endPC = i_endPC;
formals = new List <NextFormal>(i_formals);
nameSuffix = i_nameSuffix;
undefinedBehavior = i_undefinedBehavior;
stopping = i_stopping;
}