public IParserResult <Tuple <R2, R1> > Parse(ParserInput input)
{
var firstResult = this.FirstParser.Parse(input);
if (!firstResult.IsSuccessful)
{
return(new ParserFailed <Tuple <R2, R1> >());
}
var secondResult = this.SecondParser.Parse(firstResult.ToInput());
if (!secondResult.IsSuccessful)
{
return(new ParserFailed <Tuple <R2, R1> >());
}
return(ParserSucceeded.Create(Tuple.Create(secondResult.Result, firstResult.Result), secondResult.Environment, secondResult.Source));
}
public IParserResult <R> Parse(ParserInput input)
{
var firstResult = this.Parser.Parse(input);
if (!firstResult.IsSuccessful)
{
return(new ParserFailed <R>());
}
var secondResult = this.Consumer.Consume(firstResult.ToInput());
if (!secondResult.IsSuccessful)
{
return(new ParserFailed <R>());
}
return(ParserSucceeded.Create(firstResult.Result, secondResult.Environment, secondResult.Source));
}
public IParserResult <R> Transform(S seed, ParserInput input)
{
var result1 = this.Transformer.Transform(seed, input);
if (!result1.IsSuccessful)
{
return(result1);
}
var result2 = this.Consumer.Consume(result1.ToInput());
if (!result2.IsSuccessful)
{
return(new ParserFailed <R>());
}
return(ParserSucceeded.Create(result1.Result, result2.Environment, result2.Source));
}
public IParserResult <Tuple <R2, R1> > Transform(S seed, ParserInput input)
{
var result1 = this.Transformer.Transform(seed, input);
if (!result1.IsSuccessful)
{
return(new ParserFailed <Tuple <R2, R1> >());
}
var result2 = this.Parser.Parse(result1.ToInput());
if (!result2.IsSuccessful)
{
return(new ParserFailed <Tuple <R2, R1> >());
}
return(ParserSucceeded.Create(Tuple.Create(result2.Result, result1.Result), result2.Environment, result2.Source));
}
public IParserResult <R> Transform(R seed, ParserInput input)
{
var curResult = this.Transformer.Transform(seed, input);
if (!curResult.IsSuccessful)
{
return(new ParserFailed <R>());
}
IParserResult <R> lastSuccessfulResult;
do
{
lastSuccessfulResult = curResult;
curResult = this.Transformer.Transform(lastSuccessfulResult.Result, lastSuccessfulResult.ToInput());
} while (curResult.IsSuccessful);
return(lastSuccessfulResult);
}
public IParserResult <ImmutableList <R> > Parse(ParserInput input)
{
var list = ImmutableList <R> .Empty;
var curResult = this.Parser.Parse(input);
if (!curResult.IsSuccessful)
{
return(new ParserFailed <ImmutableList <R> >());
}
IParserResult <R> lastSuccessfulResult;
do
{
list = list.Add(curResult.Result);
lastSuccessfulResult = curResult;
curResult = this.Parser.Parse(lastSuccessfulResult.ToInput());
} while (curResult.IsSuccessful);
return(ParserSucceeded.Create(list, lastSuccessfulResult.Environment, lastSuccessfulResult.Source));
}
public IParserResult <R> Transform(R seed, ParserInput input) => this.TransformFunc(ParserSucceeded.Create(seed, input.Environment, input.Source));
public IParserResult <R> Transform(S seed, ParserInput input) => this.Transformer.Value.Transform(seed, input);
public IParserResult Consume(ParserInput input)
{
return(ParserSucceeded.Create(this.Transformer(input.Environment), input.Source));
}
public IParserResult Consume(ParserInput input) => this.Consumer.Value.Consume(input);
public IParserResult <R> Parse(ParserInput input) => ParserSucceeded.Create(this.Result, input.Environment, input.Source);
public IParserResult <R> Parse(ParserInput input) => this.Parser.Value.Parse(input);
