/* Read content from input file and convert it to automat */
public List<AutomatonBase> readFile(string fileName)
{
try
{
System.IO.StreamReader file = new System.IO.StreamReader(fileName); /* Read file */
int numOfAutomat = Int32.Parse(file.ReadLine().ToString()); /* Number of automata */
bool isInit = false;
List<AutomatonBase> models = new List<AutomatonBase>();
for (int i = 0; i < numOfAutomat; i++)
{
List<StateBase> inputStateList = new List<StateBase>();
string initState = file.ReadLine().ToString(); /* Init state */
string []listOfState = file.ReadLine().ToString().Split();
foreach (string state in listOfState)
{
if (state.CompareTo(initState) == 0)
{
isInit = true;
inputStateList.Add(new StateBase(state, state, isInit, true));
isInit = false;
}
else
{
inputStateList.Add(new StateBase(state, state, isInit, true));
}
}
/* Delete white space and ( */
string lineOfTrans = RemoveWhitespace(file.ReadLine().ToString());
string[] listOfTrans = lineOfTrans.Split(';'); /* Split to each transition */
List<StateBase> fromSt = new List<StateBase>();
List<StateBase> toSt = new List<StateBase>();
foreach (string trans in listOfTrans)
{
string[] list = trans.Split('.');
string from = list[0];
string evt = list[1];
string to = list[2];
StateBase sbFrom = inputStateList[0];
StateBase sbTo = inputStateList[0];
for (int j = 0; j < inputStateList.Count; j++)
{
// Add members to FromList state
bool flag = false;
if (from.CompareTo(inputStateList[j].ToString()) == 0)
{
sbFrom = inputStateList[j];
if(fromSt.Count > 0)
{
foreach (StateBase s in fromSt)
if (s.Name.CompareTo(from) == 0)
flag = true;
}
if(flag == false)
fromSt.Add(sbFrom);
}
// Add members to ToList state
flag = false;
if (to.CompareTo(inputStateList[j].ToString()) == 0)
{
sbTo = inputStateList[j];
if(toSt.Count > 0)
{
foreach (StateBase s in toSt)
if (s.Name.CompareTo(to) == 0)
flag = true;
}
if(flag == false)
toSt.Add(sbTo);
}
}
for (int j = 0; j < inputStateList.Count; j++)
if (inputStateList[j].ToString().CompareTo(from.ToString()) == 0)
inputStateList[j].OutgoingTransitions.Add(new Transition(new Event(evt), sbFrom, sbTo));
}
AutomatonBase input = new AutomatonBase("Input", null, inputStateList, fromSt, toSt);
input.CollectTransitions();
input.CollectEvent();
models.Add(input);
}
return models;
}
catch (IOException )
{
Console.WriteLine("File not found!");
return null;
}
}
public void Initialize(AutomatonBase model, bool isProperty)
{
int stateNumFrom = model.fromState.Count;
int stateNumTo = model.toState.Count;
int eventNum = model.EventList.Count;
// Count number of bool variables need for encoding FROM state
if (stateNumFrom == 1)
FromStateBoolVarNeeded = 1;
else
FromStateBoolVarNeeded = (int)Math.Ceiling((Math.Log(stateNumFrom, 2)));
// Count number of bool variables need for encoding TO state
if (stateNumTo == 1)
ToStateBoolVarNeeded = 1;
else
ToStateBoolVarNeeded = (int)Math.Ceiling((Math.Log(stateNumTo, 2)));
// Count number of bool variables need to use for encoding event
if (eventNum == 1)
EventBoolVarNeeded = 1;
else
EventBoolVarNeeded = (int) Math.Ceiling((Math.Log(eventNum, 2)));
//encoding From States
InitialStateEncoding = StateEncoding(FromStateBoolVarNeeded, 0);
foreach (StateBase state in model.fromState)
{
List<bool> t = StateEncoding(FromStateBoolVarNeeded, model.fromState.IndexOf(state));
FromStateMapping.Add(state.ID, t);
// StateRevertMapping.Add(t,state.ID);
//Note:modified to IsAccepted
if (isProperty && state.IsAccepted)
{
IsProperty = true;
PropertyPosition = 0;
PropertyStateEncoding = StateEncoding(FromStateBoolVarNeeded, model.fromState.IndexOf(state));
}
}
//encoding To States
InitialStateEncoding = StateEncoding(ToStateBoolVarNeeded, 0);
foreach (StateBase state in model.toState)
{
List<bool> t = StateEncoding(ToStateBoolVarNeeded, model.toState.IndexOf(state));
ToStateMapping.Add(state.ID, t);
// StateRevertMapping.Add(t,state.ID);
//Note:modified to IsAccepted
if (isProperty && state.IsAccepted)
{
IsProperty = true;
PropertyPosition = 0;
PropertyStateEncoding = StateEncoding(ToStateBoolVarNeeded, model.toState.IndexOf(state));
}
}
//encoding Events
foreach (string eventName in model.EventList)
{
EventMapping.Add(eventName, EventEncoding(EventBoolVarNeeded, model.EventList.IndexOf(eventName)));
EventRevertMapping.Add(model.EventList.IndexOf(eventName), eventName);
}
foreach (Transition tran in model.Transitions)
{
var to = new List<int>();
foreach (bool b in ToStateMapping[tran.ToState.ID])
{
if (b)
to.Add(1);
else
{
to.Add(0);
}
}
var from = new List<int>();
foreach (bool b in FromStateMapping[tran.FromState.ID])
{
if (b)
from.Add(1);
else
{
from.Add(0);
}
}
var eTran = new EncodedTranstion(tran.Event.EventName, from, to, tran.FromState, tran.ToState);
Transtions.Add(eTran);
}
}
public AutomatonBase Clone()
{
var stateList = new List<StateBase>();
var newInitState = new StateBase(InitialState.Name, InitialState.ID, InitialState.IsInitial,
InitialState.IsAccepted
);
stateList.Add(newInitState);
var clonedAutomaton = new AutomatonBase(Name + "_d_", null, stateList, new List<StateBase>(), new List<StateBase>());
var stateDic = new Dictionary<StateBase, StateBase>();
stateDic.Add(InitialState, newInitState);
foreach (StateBase oState in States)
{
if (oState.IsInitial)
{
continue;
}
var nState = new StateBase(oState.Name, oState.Name, oState.IsInitial, oState.IsAccepted);
clonedAutomaton.States.Add(nState);
stateDic.Add(oState, nState);
}
foreach (StateBase state in States)
{
foreach (Transition oldOTran in state.OutgoingTransitions)
{
StateBase nSource = null;
StateBase nDestination = null;
nSource = stateDic[oldOTran.FromState];
nDestination = stateDic[oldOTran.ToState];
var newOTran = new Transition(oldOTran.Event, nSource, nDestination);
nSource.OutgoingTransitions.Add(newOTran);
}
}
foreach (string evt in EventList)
{
clonedAutomaton.EventList.Add(evt);
}
return clonedAutomaton;
}