public void ParseReturnsCorrectResult()
{
var untranslatedStats = new[]
{
new UntranslatedStat("a", 1),
new UntranslatedStat("b", 2),
new UntranslatedStat("c", 3),
};
var modifierLines = new[] { "a1", "b2" };
var statTranslatorResult = new StatTranslatorResult(modifierLines, new UntranslatedStat[0]);
var translator = Mock.Of <IStatTranslator>(t => t.Translate(untranslatedStats) == statTranslatorResult);
var localSource = new ModifierSource.Local.Skill();
var globalSource = new ModifierSource.Global(localSource);
var coreParserParameters = new[]
{
new CoreParserParameter(modifierLines[0], globalSource, Entity.Character),
new CoreParserParameter(modifierLines[1], globalSource, Entity.Character),
};
var parseResults = new[]
{
ParseResult.Empty,
ParseResult.Failure("b2", ""),
};
var coreParser = Mock.Of <ICoreParser>(p =>
p.Parse(coreParserParameters[0]) == parseResults[0] &&
p.Parse(coreParserParameters[1]) == parseResults[1]);
var sut = new UntranslatedStatParser(translator, coreParser);
var parserParameter = new UntranslatedStatParserParameter(localSource, untranslatedStats);
var expected = ParseResult.Aggregate(parseResults);
var actual = sut.Parse(parserParameter);
Assert.AreEqual(expected, actual);
}
private ParseResult ParseBuffStats(
Entity entity, Tags itemTags, ModifierSource.Local source, IReadOnlyList <UntranslatedStat> buffStats)
{
if (buffStats.IsEmpty())
{
return(ParseResult.Empty);
}
if (!itemTags.HasFlag(Tags.Flask))
{
throw new NotSupportedException("Buff stats are only supported for flasks");
}
var result = _untranslatedStatParser.Parse(source, entity, buffStats);
return(MultiplyValuesByFlaskEffect(result, entity));
}