private static DictionaryData GetDefault(DictionaryData parent)
{
while (true)
{
if (parent.Variants.Any())
{
return(parent);
}
foreach (var variant in parent.SubVariants)
{
return(GetDefault(variant));
}
}
}
private static DictionaryData GetData(IReadOnlyList <string> bits, string name, int index, TileConfiguration tile, DictionaryData parent, string variantCode = null)
{
if (variantCode == null)
{
variantCode = bits[index];
}
variantCode = Regex.Replace(variantCode, name, "", RegexOptions.IgnoreCase);
variantCode = Regex.Replace(variantCode, "_", "");
if (!parent.Variants.ContainsKey(variantCode) && !parent.SubVariants.Any(x => x.SubVariantKey == variantCode) &&
!parent.SubVariants.Any(x => x.Variants.ContainsKey(variantCode)))
{
parent.Variants.Add(variantCode, tile.Code);
return(parent);
}
DictionaryData variant;
if (!parent.SubVariants.Any(x => x.SubVariantKey == variantCode))
{
variant = new DictionaryData();
variant.SubVariantKey = variantCode;
if (parent.Variants.ContainsKey(variantCode))
{
var vCode = parent.Variants[variantCode].Split('.').Last();
vCode = Regex.Replace(vCode, variantCode, "", RegexOptions.IgnoreCase);
vCode = Regex.Replace(vCode, "_", "");
variant.Variants.Add(vCode, parent.Variants[variantCode]);
parent.Variants.Remove(variantCode);
}
parent.SubVariants.Add(variant);
}
else
{
variant = parent.SubVariants.First(x => x.SubVariantKey == variantCode);
}
if (index + 1 <= bits.Count - 1)
{
GetData(bits, variantCode, index + 1, tile, variant);
}
return(parent);
}
