public void ParseValuesIsCultureInvariant()
{
var groups = new Dictionary <string, string>
{
{ ValueGroupPrefix + "0", "1.23" },
};
var valueBuildersMock = new Mock <IValueBuilders>();
var parser = new RegexGroupService(valueBuildersMock.Object);
parser.ParseValues(groups);
valueBuildersMock.Verify(b => b.Create(1.23));
}
private IStringParser <IReadOnlyList <Modifier> > CreateParser()
{
var referenceService = new ReferenceService(_parsingData.ReferencedMatchers, _parsingData.StatMatchers);
var regexGroupService = new RegexGroupService(_builderFactories.ValueBuilders);
// The parsing pipeline using one IStatMatchers instance to parse a part of the stat.
IStringParser <IIntermediateModifier> CreateInnerParser(IStatMatchers statMatchers) =>
new CachingStringParser <IIntermediateModifier>(
new StatNormalizingParser <IIntermediateModifier>(
new ResolvingParser(
MatcherDataParser.Create(
statMatchers.Data,
new StatMatcherRegexExpander(
referenceService, regexGroupService, statMatchers.MatchesWholeLineOnly).Expand),
referenceService,
new IntermediateModifierResolver(ModifierBuilder.Empty),
regexGroupService
)
)
);
Parallel.ForEach(_parsingData.StatMatchers, s => { _ = s.Data; });
var innerParserCache = _parsingData.StatMatchers.ToDictionary(Funcs.Identity, CreateInnerParser);
// The steps define the order in which the inner parsers, and by extent the IStatMatchers, are executed.
IStringParser <IIntermediateModifier> StepToParser(TStep step)
=> innerParserCache[_parsingData.SelectStatMatcher(step)];
// The full parsing pipeline.
return
(new ValidatingParser <IReadOnlyList <Modifier> >(
new StatNormalizingParser <IReadOnlyList <Modifier> >(
new ResultMappingParser <IReadOnlyList <IReadOnlyList <Modifier> >, IReadOnlyList <Modifier> >(
new StatReplacingParser <IReadOnlyList <Modifier> >(
new ResultMappingParser <IReadOnlyList <IIntermediateModifier>,
IReadOnlyList <Modifier> >(
new CompositeParser <IIntermediateModifier, TStep>(_parsingData.Stepper,
StepToParser),
AggregateAndBuild),
_parsingData.StatReplacers
),
(_, ls) => ls.Flatten().ToList()
)
)
));
}
private IParser <IReadOnlyList <Modifier> > CreateParser()
{
var referenceService = new ReferenceService(_parsingData.ReferencedMatchers, _parsingData.StatMatchers);
var regexGroupService = new RegexGroupService(_builderFactories.ValueBuilders);
// The parsing pipeline using one IStatMatchers instance to parse a part of the stat.
IParser <IIntermediateModifier> CreateInnerParser(IStatMatchers statMatchers) =>
new CachingParser <IIntermediateModifier>(
new StatNormalizingParser <IIntermediateModifier>(
new ResolvingParser(
new MatcherDataParser(
new StatMatcherRegexExpander(statMatchers, referenceService, regexGroupService)),
referenceService,
new IntermediateModifierResolver(new ModifierBuilder()),
regexGroupService
)
)
);
var innerParserCache = new Dictionary <IStatMatchers, IParser <IIntermediateModifier> >();
// The steps define the order in which the inner parsers, and by extent the IStatMatchers, are executed.
IParser <IIntermediateModifier> StepToParser(TStep step) =>
innerParserCache.GetOrAdd(_parsingData.SelectStatMatcher(step), CreateInnerParser);
// The full parsing pipeline.
return
(new ValidatingParser <IReadOnlyList <Modifier> >(
new StatNormalizingParser <IReadOnlyList <Modifier> >(
new ResultMappingParser <IReadOnlyList <IReadOnlyList <Modifier> >, IReadOnlyList <Modifier> >(
new StatReplacingParser <IReadOnlyList <Modifier> >(
new ResultMappingParser <IReadOnlyList <IIntermediateModifier>,
IReadOnlyList <Modifier> >(
new CompositeParser <IIntermediateModifier, TStep>(_parsingData.Stepper,
StepToParser),
AggregateAndBuild),
_parsingData.StatReplacers
),
ls => ls.Flatten().ToList()
)
)
));
}
