public TransitionWrapper(string key, StateWrapper to, StateWrapper parent, int order)
{
Key = key;
To = to;
Parent = parent;
Order = order;
}
public CustomNode()
{
this.DataContext = this;
//create instance of the state
m_state = new StateWrapper();
initPlugs();
}
public CustomNode()
{
this.DataContext = this;
//create instance of the state
m_state = new StateWrapper();
initPlugs();
}
public static State GetStateNode(StateWrapper objWrap)
{
Logger.WriteToLogFile(DBInteractor.Common.Utilities.GetCurrentMethod());
Logger.WriteObjectToLogFile <State>(objWrap.objState);
State objState = objWrap.objState;
Country objCountry = objWrap.objCountry;
State retState = null;
var result = Neo4jController.m_graphClient.Cypher
.Match("(A:" + objCountry.getLabel() + " { Name : {countryName }})")
.Match("(B:" + objState.getLabel() + " { Name : {stateName }})")
.Match("(A)-[r:" + Rel_Country.country_state + "]->(B)")
.WithParams(new
{
countryName = objCountry.Name,
stateName = objState.Name
})
.Return(B => B.As <State>())
.Results;
if (result.Count() > 0)
{
Logger.WriteToLogFile("State found");
retState = result.ElementAt(0);
}
else
{
Logger.WriteToLogFile("State not found");
}
return(retState);
}
public Recorder()
{
recordedEvents = new Queue <Event>();
tracker = new StateWrapper <TStateId, string>(
beforeOnEnter: s => RecordEnter(s.name),
beforeOnLogic: s => RecordLogic(s.name),
beforeOnExit: s => RecordExit(s.name)
);
}
public static void AddState(string sheetName)
{
Logger.WriteToLogFile(Utilities.GetCurrentMethod());
Excel.Worksheet sheet = ExcelController.GetWorkSheet(sheetName);
Excel.Range usedRange = sheet.UsedRange;
StateWrapper objWrap = new StateWrapper();
Country objCountry = new Country();
//Do not consider row 1 as its the header
for (int Row = 2; Row <= usedRange.Rows.Count; Row++)
{
State objState = new State();
for (int Col = 1; Col <= usedRange.Columns.Count; Col++)
{
string name = (string)(usedRange.Cells[1, Col] as Excel.Range).Value2;
string value = null;
if ((usedRange.Cells[Row, Col] as Excel.Range).Value2 != null)
{
value = (usedRange.Cells[Row, Col] as Excel.Range).Value2.ToString();
}
else
{
continue;
}
if (name.CompareTo(ExcelSheets.EXCELSHEET_COUNTRY) == 0)
{
objCountry.Name = value;
continue;
}
ExcelUtilities.PopulateStructure <State>(name, value, ref objState);
}
//Add the country in the Neo4j Database
objWrap.objState = objState;
objWrap.objCountry = objCountry;
DBAddinterface.CreateStateNode(objWrap);
}
}
public static void CreateStateNode(StateWrapper objWrap)
{
Logger.WriteToLogFile(DBInteractor.Common.Utilities.GetCurrentMethod());
Logger.WriteObjectToLogFile <State>(objWrap.objState);
Country objcountry = objWrap.objCountry;
State objState = objWrap.objState;
if (objcountry == null)
{
throw new Exception("Country is null");
}
var result = Neo4jController.
m_graphClient.Cypher
.Match("(A:" + objcountry.getLabel() + " { id : {id} })")
.Merge("(A)-[R:" + Rel_Country.country_state + "]->(B:" + objState.getLabel() + " { Name : {StateName}})")
.OnCreate()
.Set("B = {objState}")
.OnMatch()
.Set("B = {objState}")
.WithParams(new
{
id = objcountry.id,
objState = objState,
StateName = objState.Name
})
.Return((B, R) => new
{
StateCount = B.Count(),
RelationCount = R.Count()
})
.Results
.Single();
if (result.StateCount == 1)
{
Logger.WriteToLogFile("Successfully created State");
}
else
{
Logger.WriteToLogFile("Unable to create State");
}
}
public static City GetCityNode(CityWrapper objWrap)
{
Logger.WriteToLogFile(DBInteractor.Common.Utilities.GetCurrentMethod());
Logger.WriteObjectToLogFile <City>(objWrap.objCity);
StateWrapper objStateWrapper = new StateWrapper();
objStateWrapper.objCountry = objWrap.objCountry;
objStateWrapper.objState = objWrap.objState;
City objCity = objWrap.objCity;
State objState = GetStateNode(objStateWrapper);
if (objState == null)
{
return(null);
}
City retCity = null;
var result = Neo4jController.m_graphClient.Cypher
.Match("(A:" + objState.getLabel() + " { id : {Stateid }})")
.Match("(B:" + objCity.getLabel() + " { Name : {CityName }})")
.Match("(A)-[r:" + Rel_State.state_city + "]->(B)")
.WithParams(new
{
Stateid = objState.id,
CityName = objCity.Name
})
.Return(B => B.As <City>())
.Results;
if (result.Count() > 0)
{
Logger.WriteToLogFile("City found");
retCity = result.ElementAt(0);
}
else
{
Logger.WriteToLogFile("City not found");
}
return(retCity);
}
public static void Save(IValueSink sink, StateWrapper value)
{
Value<EventState>.Save(sink, value.Item);
}
public CustomNode(StateWrapper state)
{
this.DataContext = this;
m_state = state;
initPlugs();
}
public static void Save(IValueSink sink, StateWrapper value)
{
Value <EventState> .Save(sink, value.Item);
}
// Constructor.
public ObjectState()
{
wrapper = new StateWrapper(this);
}
public CustomNode(StateWrapper state)
{
this.DataContext = this;
m_state = state;
initPlugs();
}
public void read_from_file(string path)
{
m_rectangles.Clear();
m_connections.Clear();
m_fsm.from_file(path);
var count = m_fsm.get_state_count();
var state_map = new Dictionary <string, CustomNode>();
for (int i = 0; i < count; i++)
{
StateWrapper w = m_fsm.get_state_at_index(i);
var n = new CustomNode(w);
n.NodeName = w.get_name();
m_rectangles.Add(n);
state_map[n.NodeName] = n;
}
for (int i = 0; i < count; i++)
{
var node = Rectangles[i];
var state = node.m_state;
var conn_count = state.get_connection_count();
Console.WriteLine(conn_count);
for (int c = 0; c < conn_count; ++c)
{
var conn = state.get_connection_at_index(c);
string endName = conn.get_destination_name();
CustomNode endNode = state_map[endName];
StateWrapper endState = endNode.m_state;
var connShape = new Connection();
connShape.conn = conn;
var outp = node.OutPlug;
var inp = endNode.InPlug;
outp.IsSelected = true;
inp.IsSelected = true;
//TODO FIX RADIUSSS
outp.AddConnection(connShape);
inp.AddConnection(connShape);
connShape.StartPlug = inp;
connShape.EndPlug = outp;
var r = 10;
connShape.EndPoint = new Point(outp.X + r, outp.Y + r);
connShape.StartPoint = new Point(inp.X + r, inp.Y + r);
Connections.Add(connShape);
int cond_count = conn.get_condition_count();
for (int cnd = 0; cnd < cond_count; cnd++)
{
var t = conn.get_condition_type_at_index(cnd);
int templ_type = conn.get_condition_template_type_at_index(cnd);
if (t == "TypedCondition")
{
TypedConditionBinding binding;
if (templ_type == 0)
{
var cond = conn.get_Typed_at_index <int>(cnd);
binding = new TypedConditionBinding(cond);
}
else if (templ_type == 1)
{
var cond = conn.get_Typed_at_index <float>(cnd);
binding = new TypedConditionBinding(cond);
}
else
{
var cond = conn.get_Typed_at_index <bool>(cnd);
binding = new TypedConditionBinding(cond);
}
connShape.Conditions.Add(binding);
}
else
{
DoubleConditionBinding binding;
if (templ_type == 0)
{
var cond = conn.get_Double_at_index <int>(cnd);
binding = new DoubleConditionBinding(cond);
}
else if (templ_type == 1)
{
var cond = conn.get_Typed_at_index <float>(cnd);
binding = new DoubleConditionBinding(cond);
}
else
{
var cond = conn.get_Typed_at_index <bool>(cnd);
binding = new DoubleConditionBinding(cond);
}
connShape.Conditions.Add(binding);
}
}
}
}
}