internal static CBORObject ParseJSONValue(
CharacterInputWithCount reader,
JSONOptions options,
int[] nextChar)
{
var cj = new CBORJson(reader, options);
return(cj.ParseJSON(nextChar));
}
internal static CBORObject[] ParseJSONSequence(
CharacterInputWithCount reader,
JSONOptions options,
int[] nextChar)
{
var cj = new CBORJson(reader, options);
cj.SetJSONSequenceMode();
bool seenSeparator = cj.SkipRecordSeparators(nextChar, false);
if (nextChar[0] >= 0 && !seenSeparator)
{
// Stream is not empty and did not begin with
// record separator
cj.RaiseError("Not a JSON text sequence");
}
else if (nextChar[0] < 0 && !seenSeparator)
{
// Stream is empty
return(new CBORObject[0]);
}
else if (nextChar[0] < 0)
{
// Stream had only record separators, so we found
// a truncated JSON text
return(new CBORObject[] { null });
}
var list = new List <CBORObject>();
while (true)
{
CBORObject co;
try {
co = cj.ParseJSON(nextChar);
} catch (CBORException) {
cj.SkipToEnd();
co = null;
}
if (co != null && nextChar[0] >= 0)
{
// End of JSON text not reached
cj.SkipToEnd();
co = null;
}
list.Add(co);
if (!cj.recordSeparatorSeen)
{
// End of the stream was reached
nextChar[0] = -1;
break;
}
else
{
// A record separator was seen, so
// another JSON text follows
cj.ResetJSONSequenceMode();
cj.SkipRecordSeparators(nextChar, true);
if (nextChar[0] < 0)
{
// Rest of stream had only record separators, so we found
// a truncated JSON text
list.Add(null);
break;
}
}
}
return((CBORObject[])list.ToArray());
}