public DictionaryToken(Tokeniser tokeniser, ObjectId?objectId) : base(tokeniser, objectId)
{
// <<
// /Name1 123
// /Name2 [(string) (array) 123]
// /Name3 <</subDictionaryName1 123 /subDictionaryName2 true>>
// /Name4 (another string)
// /Name5 <112233EE>
// >>
this.tokeniser = tokeniser;
var b = tokeniser.SkipWhiteSpace();
if (b != '<' || tokeniser.GetNextByte() != '<')
{
throw tokeniser.Exception($"illegal dictionary format, leading characters '<<' expected, but was'{(char)b}{(char)tokeniser.LookaheadByte()}'.");
}
//parse key
tokens = new Dictionary <string, Token>();
tokeniser.GetNextByte();
b = tokeniser.SkipWhiteSpace();
while (b != '>' && tokeniser.LookaheadByte() != '>')
{
if (b != '/')
{
throw tokeniser.Exception($"Invalid dictionary format, '/' expected as leading character for dictionary key name, but was {(char)b}.");
}
var key = new NameToken(tokeniser, null);
var value = tokeniser.GetNextToken();
if (key.Value == "Type" && value is NameToken typeNameToken)
{
Type = typeNameToken.Value;
}
if (tokens.TryGetValue(key.Value, out var existingToken))
{
if (existingToken is ArrayToken existingArrayToken)
{
existingArrayToken.Add(value);
}
else
{
tokens[key.Value] = new ArrayToken(tokeniser, existingToken)
{
value
};
}
}
else
{
tokens.Add(key.Value, value);
}
b = tokeniser.SkipWhiteSpace();
}
tokeniser.GetNextByte();
tokeniser.GetNextByte();
StreamStartIndex = tokeniser.GetStreamStartIndex(this, out var length);
Length = length;
keys = tokens.Keys.ToArray();
}