public void Match()
{
var a = FSharpChoice <int, string> .NewChoice1Of2(1);
var c = a.Match(i => 0, _ => 1);
Assert.AreEqual(0, c);
}
private void SaveAndClose(bool isNewName)
{
if (isNewName)
{
Name = FSharpChoice <string, string> .NewChoice1Of2(SaveWithNewName);
}
else
{
Name = FSharpChoice <string, string> .NewChoice2Of2(RewriteExistScheduleName);
}
}
public static FSharpChoice <TR1, TR2> Transform <T1, T2, TR1, TR2>(this FSharpChoice <T1, T2> choice, Func <T1, TR1> func1, Func <T2, TR2> func2)
{
switch (choice.Tag)
{
case FSharpChoice <T1, T2> .Tags.Choice1Of2:
return(FSharpChoice <TR1, TR2> .NewChoice1Of2(func1((choice.CastTo <FSharpChoice <T1, T2> .Choice1Of2>()).Item)));
case FSharpChoice <T1, T2> .Tags.Choice2Of2:
return(FSharpChoice <TR1, TR2> .NewChoice2Of2(func2((choice.CastTo <FSharpChoice <T1, T2> .Choice2Of2>()).Item)));
}
throw new InvalidOperationException();
}
public void New()
{
var a = FSharpChoice.New1Of2 <int, string>(1);
var b = FSharpChoice <int, string> .NewChoice1Of2(1);
Assert.AreEqual(a, b);
var c = FSharpChoice.New2Of2 <int, string>("a");
var d = FSharpChoice <int, string> .NewChoice2Of2("a");
Assert.AreEqual(c, d);
}
private DiagramItem Transform(ANTLRv4Parser.LexerAltContext context)
{
var lexerElements = context.lexerElements().lexerElement().Select(Transform).Select(FSharpChoice <DiagramItem, string> .NewChoice1Of2);
if (context.lexerCommands() != null)
{
return(new Sequence(lexerElements.Concat(new[] { FSharpChoice <DiagramItem, string> .NewChoice1Of2(TerminalWithClass("->", "rightArrows")) })
.Concat(context.lexerCommands()
.lexerCommand()
.Select(x => TerminalWithClass(x.GetText(), "lexerCommands"))
.Select(FSharpChoice <DiagramItem, string> .NewChoice1Of2))));
}
return(new Sequence(lexerElements));
}
private static DiagramItem EBNFSuffix(ANTLRv4Parser.EbnfSuffixContext ebnfSuffix, DiagramItem element)
{
if (ebnfSuffix == null)
{
return(element);
}
switch (ebnfSuffix.GetText())
{
case "?":
return(Optional(element, false));
case "*":
case "*?":
return(ZeroOrMore(FSharpChoice <DiagramItem, string> .NewChoice1Of2(element),
FSharpOption <FSharpChoice <DiagramItem, string> > .None, false));
case "+":
return(new OneOrMore(FSharpChoice <DiagramItem, string> .NewChoice1Of2(element),
FSharpOption <FSharpChoice <DiagramItem, string> > .None));
default:
throw new InvalidOperationException("WTF?!");
}
}
public void Choice()
{
IsTrue(FSharpChoice <int, string> .NewChoice1Of2(1).IsChoice1Of2);
Equal((FSharpChoice <int, string> .NewChoice1Of2(1) as FSharpChoice <int, string> .Choice1Of2).Item, 1);
}
public void MatchAction()
{
var a = FSharpChoice <int, string> .NewChoice1Of2(1);
a.Match(Console.WriteLine, _ => Assert.Fail("is string"));
}
private static Diagram DiagramOf(DiagramItem item)
=> new Diagram(new[] { FSharpChoice <DiagramItem, string> .NewChoice1Of2(item) }, FSharpOption <ComplexityType> .None, noneString);
