TwCommandResult DispatchActionView(TwCommand command, bool next)
{
var commandResult = new TwCommandResult();
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.Selected;
constraint.Value = true;
command.Constraints.Add(constraint);
if (analysisPanel.Analysis.Events.SelectedEvents.Count == 0)
{
commandResult.ErrorMessage = "First select one or more events.";
}
else if (next)
{
analysisPanel.SelectedEventView = analysisPanel.StyledEventsViewer.EventsViewer.FindNext(command, analysisPanel.SelectedEventView);
}
else
{
analysisPanel.SelectedEventView = analysisPanel.StyledEventsViewer.EventsViewer.FindPrevious(command, analysisPanel.SelectedEventView);
}
return(commandResult);
}
TwCommandConstraint GetConstraint(string[] tokens, ref int index, ref string error)
{
error = null;
var constraintDateTime = DispatchConstraintDateTime(tokens, ref index);
if (constraintDateTime != null)
{
return(constraintDateTime);
}
var constraintListItem = DispatchConstraintListItem(tokens, ref index);
if (constraintListItem != null)
{
return(constraintListItem);
}
switch (tokens[index])
{
case "volume":
case "vol":
try {
var constraint = new TwCommandConstraintDouble();
constraint.Attribute = TwCommandConstraintAttribute.Volume;
constraint.Relation = GetRelation(tokens[index + 1]);
constraint.Value = double.Parse(tokens[index + 2]);
index = index + 3;
return(constraint);
} catch {
error = "Invalid Volume constraint";
return(null);
}
case "peak":
case "pe":
case "pk":
try {
var constraint = new TwCommandConstraintDouble();
constraint.Attribute = TwCommandConstraintAttribute.Peak;
constraint.Relation = GetRelation(tokens[index + 1]);
constraint.Value = double.Parse(tokens[index + 2]);
index = index + 3;
return(constraint);
} catch {
error = "Invalid Peak constraint";
return(null);
}
case "duration":
case "dur":
try {
var constraint = new TwCommandConstraintTimeSpan();
constraint.Attribute = TwCommandConstraintAttribute.Duration;
constraint.Relation = GetRelation(tokens[index + 1]);
constraint.Value = (TimeSpan)(new TwHelper.FriendlyDurationConverter().ConvertBack(tokens[index + 2], null, null, null));
if (constraint.Value == TimeSpan.MinValue)
{
throw new Exception();
}
index = index + 3;
return(constraint);
} catch {
error = "Invalid Duration constraint";
return(null);
}
case "mode":
case "md":
try {
var constraint = new TwCommandConstraintDouble();
constraint.Attribute = TwCommandConstraintAttribute.Mode;
constraint.Relation = GetRelation(tokens[index + 1]);
constraint.Value = Double.Parse(tokens[index + 2]);
index = index + 3;
return(constraint);
} catch {
error = "Invalid Mode constraint";
return(null);
}
case "1stcycle":
case "-1stcycle":
case "1st":
case "-1st":
case "1":
case "-1":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.FirstCycle;
constraint.Value = tokens[index][0] == '-' ? false :true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "manuallyclassified":
case "-manuallyclassified":
case "manual":
case "-manual":
case "man":
case "-man":
case "preserved":
case "-preserved":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.ManuallyClassified;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "classifiedusingmachinelearning":
case "-classifiedusingmachinelearning":
case "classifiedbymachinelearning":
case "-classifiedbymachinelearning":
case "machinelearning":
case "-machinelearning":
case "machine":
case "-machine":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.ClassifiedUsingMachineLearning;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "classifedusingfixturelist":
case "-classifiedusingfixturelist":
case "classifedbyfixturelist":
case "-classifiedbyfixturelist":
case "fixturelist":
case "-fixturelist":
case "list":
case "-list":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.ClassifiedUsingFixtureList;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "manuallyapproved":
case "-manuallyapproved":
case "manuallyapprove":
case "-manuallyapprove":
case "approved":
case "-approved":
case "approve":
case "-approve":
case "app":
case "-app":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.Approved;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "similar":
case "-similar":
case "sim":
case "-sim":
try {
var constraint = new TwCommandConstraintInteger();
constraint.Attribute = TwCommandConstraintAttribute.Similar;
constraint.Relation = GetRelation(tokens[index + 1]);
constraint.Value = int.Parse(tokens[index + 2]);
index = index + 3;
return(constraint);
} catch {
try {
var constraint = new TwCommandConstraintBoolEvent();
constraint.Attribute = TwCommandConstraintAttribute.Similar;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
}
case "selected":
case "-selected":
case "sel":
case "-sel":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.Selected;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "super":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.Super;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
case "notes":
try {
var constraint = new TwCommandConstraintBool();
constraint.Attribute = TwCommandConstraintAttribute.Notes;
constraint.Value = tokens[index][0] == '-' ? false : true;
index = index + 1;
return(constraint);
} catch { return(null); }
default:
error = "Invalid constraint: " + BuildTokens(tokens, index);
return(null);
}
}