private TodoFrame toFrame(TodoQueue queue, BSONDocument doc)
{
try
{
var result = new TodoFrame();
result.ID = DataDocConverter.GDID_BSONtoCLR(doc[Query._ID] as BSONBinaryElement);
result.Type = Guid.Parse(((BSONStringElement)doc[FLD_TODO_TYPE]).Value);
result.CreateTimestampUTC = ((BSONDateTimeElement)doc[FLD_TODO_CREATETIMESTAMP]).Value;
result.ShardingKey = elmStr(doc[FLD_TODO_SHARDINGKEY]);
result.ParallelKey = elmStr(doc[FLD_TODO_PARALLELKEY]);
result.Priority = ((BSONInt32Element)doc[FLD_TODO_PRIORITY]).Value;
result.StartDate = ((BSONDateTimeElement)doc[FLD_TODO_STARTDATE]).Value;
result.CorrelationKey = elmStr(doc[FLD_TODO_CORRELATIONKEY]);
result.State = ((BSONInt32Element)doc[FLD_TODO_STATE]).Value;
result.Tries = ((BSONInt32Element)doc[FLD_TODO_TRIES]).Value;
result.Serializer = ((BSONInt32Element)doc[FLD_TODO_SERIALIZER]).Value;
result.Content = elmBin(doc[FLD_TODO_CONTENT]);
return(result);
}
catch (Exception error)
{
throw new MongoWorkersException(StringConsts.TODO_QUEUE_BSON_READ_ERROR.Args(queue, error.ToMessageWithType()), error);
}
}
public static Event FromBson(BSONDocument bson)
{
var gdid = bson[FLD_GDID] is BSONBinaryElement binGdid?DataDocConverter.GDID_BSONtoCLR(binGdid) : GDID.ZERO;
var createUtc = bson[FLD_CREATEUTC] is BSONInt64Element cutc ? (ulong)cutc.Value : 0ul;
var origin = bson[FLD_ORIGIN] is BSONInt64Element orig ? new Atom((ulong)orig.Value) : Atom.ZERO;
var checkpointUtc = bson[FLD_CHECKPOINTUTC] is BSONInt64Element chkutc ? (ulong)chkutc.Value : 0ul;
var headers = bson[FLD_HEADERS] is BSONStringElement hdrs ? hdrs.Value : null;
var contentType = bson[FLD_CONTENTTYPE] is BSONInt64Element ctp ? new Atom((ulong)ctp.Value) : Atom.ZERO;
var content = bson[FLD_CONTENT] is BSONBinaryElement bin ? bin.Value.Data : null;
return(Event.__AsDeserialized(gdid, createUtc, origin, checkpointUtc, headers, contentType, content));
}
public static Message FromBson(BSONDocument bson)
{
var msg = new Message();
if (bson[FLD_GDID] is BSONBinaryElement binGdid)
{
msg.Gdid = DataDocConverter.GDID_BSONtoCLR(binGdid);
}
if (bson[FLD_GUID] is BSONBinaryElement binGuid)
{
msg.Guid = DataDocConverter.GUID_BSONtoCLR(binGuid);
}
if (bson[FLD_RELATED_TO] is BSONBinaryElement binRel)
{
msg.RelatedTo = DataDocConverter.GUID_BSONtoCLR(binRel);
}
if (bson[FLD_CHANNEL] is BSONInt64Element chn)
{
msg.Channel = new Atom((ulong)chn.Value);
}
if (bson[FLD_APP] is BSONInt64Element app)
{
msg.App = new Atom((ulong)app.Value);
}
if (bson[FLD_TYPE] is BSONInt32Element tp)
{
msg.Type = (MessageType)tp.Value;
}
if (bson[FLD_SOURCE] is BSONInt32Element src)
{
msg.Source = src.Value;
}
if (bson[FLD_TIMESTAMP] is BSONDateTimeElement utc)
{
msg.UTCTimeStamp = utc.Value;
}
if (bson[FLD_HOST] is BSONStringElement host)
{
msg.Host = host.Value;
}
if (bson[FLD_FROM] is BSONStringElement from)
{
msg.From = from.Value;
}
if (bson[FLD_TOPIC] is BSONStringElement topic)
{
msg.Topic = topic.Value;
}
if (bson[FLD_TEXT] is BSONStringElement text)
{
msg.Text = text.Value;
}
if (bson[FLD_PARAMETERS] is BSONStringElement pars)
{
msg.Parameters = pars.Value;
}
if (bson[FLD_EXCEPTION] is BSONStringElement except)
{
msg.ExceptionData = JsonReader.ToDoc <WrappedExceptionData>(except.Value);
}
if (bson[FLD_AD] is BSONDocumentElement ad)
{
msg.ArchiveDimensions = ArchiveConventions.EncodeArchiveDimensions(ad.Value);
}
return(msg);
}