public static SpanConstructor AsDirectiveToken(this SpanConstructor self, DirectiveTokenDescriptor descriptor)
{
return(self
.With(new DirectiveTokenChunkGenerator(descriptor))
.With(new DirectiveTokenEditHandler((content) => SpanConstructor.TestTokenizer(content)))
.Accepts(AcceptedCharactersInternal.NonWhiteSpace));
}
public static SpanConstructor AsCodeMarkup(this SpanConstructor self)
{
return(self
.With(new ImplicitExpressionEditHandler(
(content) => SpanConstructor.TestTokenizer(content),
CSharpCodeParser.DefaultKeywords,
acceptTrailingDot: true))
.With(new MarkupChunkGenerator())
.Accepts(AcceptedCharactersInternal.AnyExceptNewline));
}
internal virtual Block ConfigureAndAddSpanToBlock(BlockBuilder block, SpanConstructor span)
{
switch (block.Type)
{
case BlockKindInternal.Markup:
span.With(new MarkupChunkGenerator());
break;
case BlockKindInternal.Statement:
span.With(new StatementChunkGenerator());
break;
case BlockKindInternal.Expression:
block.ChunkGenerator = new ExpressionChunkGenerator();
span.With(new ExpressionChunkGenerator());
break;
}
block.Children.Add(span);
return(block.Build());
}
public static SpanConstructor AutoCompleteWith(
this SpanConstructor self,
string autoCompleteString,
bool atEndOfSpan)
{
return(self.With(new AutoCompleteEditHandler(
(content) => SpanConstructor.TestTokenizer(content),
autoCompleteAtEndOfSpan: atEndOfSpan)
{
AutoCompleteString = autoCompleteString
}));
}
public SpanConstructor AsStatement()
{
return(_self.With(new StatementChunkGenerator()));
}
public static SpanConstructor Accepts(this SpanConstructor self, AcceptedCharactersInternal accepted)
{
return(self.With(eh => eh.AcceptedCharacters = accepted));
}