public override bool Equals(JsonValue other)
{
return(Equals((object)other));
}
private JsonArray ReadArray(ref char *ptr, ref char *end)
{
// check first letter
Debug.Assert(*ptr == '[');
ptr++;
// check array is empty
SkipWhitespaces(ref ptr, ref end);
if (IsEndOfJson(ref ptr, ref end))
{
// not completed
throw CreateException(ptr, "array is not closed.");
}
if (*ptr == ']')
{
ptr++;
return(JsonArray.Empty);
}
// first stage: for smaller arrays
var smallArray = new JsonValue[SmallArrayLength];
for (var index = 0; index < smallArray.Length; index++)
{
smallArray[index] = ReadValue(ref ptr, ref end);
// read close bracket or comma
SkipWhitespaces(ref ptr, ref end);
if (IsEndOfJson(ref ptr, ref end))
{
// not completed
throw CreateException(ptr, "array is not closed.");
}
// if end of array, next letter should be ']'.
if (*ptr == ']')
{
// end of array
ptr++;
return(new JsonArray(smallArray, index + 1));
}
// otherwise, next letter should be ','.
AssertAndReadNext(ref ptr, ',');
}
// second stage: for longer arrays
// initialize with contents already read
List <JsonValue> items = new List <JsonValue>(smallArray);
while (true)
{
items.Add(ReadValue(ref ptr, ref end));
// read close bracket or comma
SkipWhitespaces(ref ptr, ref end);
if (IsEndOfJson(ref ptr, ref end))
{
// not completed
throw CreateException(ptr, "array is not closed.");
}
// if end of array, next letter should be ']'.
if (*ptr == ']')
{
// end of array
ptr++;
return(new JsonArray(items.ToArray()));
}
// otherwise, next letter should be ','.
AssertAndReadNext(ref ptr, ',');
}
}