public TriggerVm(Trigger trigger, IEnumerable<Signal> avalibleSignals)
{
IS_SAVED = false;
_trigger = trigger;
_avalibleSignals = avalibleSignals;
//Testing
var triggerstatedata = new TriggerStateData(_avalibleSignals);
var statement = new Statement.Equals(new Signal() { Name = "A1" }, 0);
triggerstatedata.StateNumber = 1;
//The trigger will always start with one state initially
_triggerStateDatas = new List<TriggerStateData>();
_triggerStateDatas.Add(triggerstatedata);
ObservableTriggerStates = new ListCollectionView(_triggerStateDatas);
_saveCommand = new DelegateCommand<string>(
(s) => { SaveTrigger(); }, //Execute
(s) => { return _canSave; } //CanExecute
);
_saveCommand = new DelegateCommand<string>(
(s) => { SaveTrigger(); }, //Execute
(s) => { return _canSave; } //CanExecute
);
_saveCommand = new DelegateCommand<string>(
(s) => { SaveTrigger(); }, //Execute
(s) => { return _canSave; } //CanExecute
);
}
public TriggerVm(Trigger trigger, IEnumerable <Signal> avalibleSignals)
{
IS_SAVED = false;
_trigger = trigger;
_avalibleSignals = avalibleSignals;
//Testing
var triggerstatedata = new TriggerStateData(_avalibleSignals);
var statement = new Statement.Equals(new Signal()
{
Name = "A1"
}, 0);
triggerstatedata.StateNumber = 1;
//The trigger will always start with one state initially
_triggerStateDatas = new List <TriggerStateData>();
_triggerStateDatas.Add(triggerstatedata);
ObservableTriggerStates = new ListCollectionView(_triggerStateDatas);
_saveCommand = new DelegateCommand <string>(
(s) => { SaveTrigger(); }, //Execute
(s) => { return(_canSave); } //CanExecute
);
}
private Statement.Statement CreateStatement(StatementData statementValues)
{
Statement.Statement statement;
var signal = _avalibleSignals.First(x => x.Name.Equals(statementValues.Signal));
if (_avalibleSignals.Any(x => x.Name.Equals(statementValues.SignalOrValue)))
{
var signal2 = _avalibleSignals.First(x => x.Name.Equals(statementValues.SignalOrValue));
switch (statementValues.ExpressionValue)
{
case "Equals":
statement = new Statement.Equals(signal, signal2);
break;
case "Lagrer Then":
statement = new Statement.LargerThen(signal, signal2);
break;
case "Less Then":
statement = new Statement.LessThen(signal, signal2);
break;
case "Rising Edge":
statement = new Statement.RisingEdge(signal, signal2);
break;
case "Falling Edge":
statement = new Statement.FallingEdge(signal, signal2);
break;
default:
throw new Exception();
}
}
else
{
double value;
if (double.TryParse(statementValues.SignalOrValue, out value))
{
switch (statementValues.ExpressionValue)
{
case "Equals":
statement = new Statement.Equals(signal, value);
break;
case "Larger Then":
statement = new Statement.LargerThen(signal, value);
break;
case "Less Then":
statement = new Statement.LessThen(signal, value);
break;
case "Rising Edge":
statement = new Statement.RisingEdge(signal, value);
break;
case "Falling Edge":
statement = new Statement.FallingEdge(signal, value);
break;
default:
throw new Exception();
}
}
else
{
throw new Exception();
}
}
return statement;
}
private Statement.Statement CreateStatement(StatementData statementValues)
{
Statement.Statement statement;
var signal = _avalibleSignals.First(x => x.Name.Equals(statementValues.Signal));
if (_avalibleSignals.Any(x => x.Name.Equals(statementValues.SignalOrValue)))
{
var signal2 = _avalibleSignals.First(x => x.Name.Equals(statementValues.SignalOrValue));
switch (statementValues.ExpressionValue)
{
case "Equals":
statement = new Statement.Equals(signal, signal2);
break;
case "Lagrer Then":
statement = new Statement.LargerThen(signal, signal2);
break;
case "Less Then":
statement = new Statement.LessThen(signal, signal2);
break;
case "Rising Edge":
statement = new Statement.RisingEdge(signal, signal2);
break;
case "Falling Edge":
statement = new Statement.FallingEdge(signal, signal2);
break;
default:
throw new Exception();
}
}
else
{
double value;
if (double.TryParse(statementValues.SignalOrValue, out value))
{
switch (statementValues.ExpressionValue)
{
case "Equals":
statement = new Statement.Equals(signal, value);
break;
case "Larger Then":
statement = new Statement.LargerThen(signal, value);
break;
case "Less Then":
statement = new Statement.LessThen(signal, value);
break;
case "Rising Edge":
statement = new Statement.RisingEdge(signal, value);
break;
case "Falling Edge":
statement = new Statement.FallingEdge(signal, value);
break;
default:
throw new Exception();
}
}
else
{
throw new Exception();
}
}
return(statement);
}
