private static IList FromJsonToSequence(IIndexSerializationDefinition serializationDefinition, string str, ref int index)
{
AdvanceUntil(str, ref index, '[');
IList sequence = serializationDefinition.CreateSequenceInstance(0);
++index; // Skip over the '[' character
while (index < str.Length)
{
SkipWhiteSpace(str, ref index);
if (str[index].Equals(']'))
{
break;
}
else if (str[index].Equals(','))
{
throw new JsonException("Unexpected ',' character.");
}
object value = FromJson(serializationDefinition, str, ref index);
sequence.Add(value);
AdvanceUntil(str, ref index, new char[] { ',', ']' });
// If we come across the character that denotes that more
// values are coming, then we skip the character
if (str[index].Equals(','))
{
index++;
}
else if (str[index].Equals(']'))
{
break;
}
}
index++; // Step over the ']' character
return(sequence);
}
public QuaternionSequenceProcessor(IIndexSerializationDefinition definition)
: base(definition)
{
}
public QuaternionProcessor(IIndexSerializationDefinition sequenceDefinition, ILookupSerializationDefinition lookupDefinition, PrimitiveProcessingMethod preferredProcessingMethod)
: this(new QuaternionSequenceProcessor(sequenceDefinition), new QuaternionLookupProcessor(lookupDefinition), preferredProcessingMethod)
{
}
public Vector3SequenceProcessor(IIndexSerializationDefinition definition)
: base(definition)
{
}
public Vector3Processor(IIndexSerializationDefinition sequenceDefinition, ILookupSerializationDefinition lookupDefinition, PrimitiveProcessingMethod preferredProcessingMethod)
: this(new Vector3SequenceProcessor(sequenceDefinition), new Vector3LookupProcessor(lookupDefinition), preferredProcessingMethod)
{
}
public Color32SequenceProcessor(IIndexSerializationDefinition definition)
: base(definition)
{
}
