public override unsafe void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats)
{
fixed(byte *pTemp = tempBuffer)
{
if (AssertChangeVectorSize() > tempBuffer.Length)
{
ThrowTooManyChangeVectorEntries(this, Id);
}
var tempBufferPos = WriteCommon(changeVector, pTemp);
*(int *)(pTemp + tempBufferPos) = Id.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Id.Buffer, Id.Size);
tempBufferPos += Id.Size;
*(int *)(pTemp + tempBufferPos) = Collection.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Collection.Buffer, Collection.Size);
tempBufferPos += Collection.Size;
*(int *)(pTemp + tempBufferPos) = Values.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Values.BasePointer, Values.Size);
tempBufferPos += Values.Size;
stream.Write(tempBuffer, 0, tempBufferPos);
Values.TryGet(CountersStorage.Values, out BlittableJsonReaderObject counters);
stats.RecordCountersOutput(counters?.Count ?? 0);
}
}
public abstract void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats);
public override unsafe void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats)
{
fixed(byte *pTemp = tempBuffer)
{
if (AssertChangeVectorSize() > tempBuffer.Length)
{
ThrowTooManyChangeVectorEntries(this, Key.ToString());
}
var tempBufferPos = WriteCommon(changeVector, pTemp);
*(long *)(pTemp + tempBufferPos) = LastModifiedTicks;
tempBufferPos += sizeof(long);
*(int *)(pTemp + tempBufferPos) = Key.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Key.Content.Ptr, Key.Size);
tempBufferPos += Key.Size;
stream.Write(tempBuffer, 0, tempBufferPos);
stats.RecordAttachmentTombstoneOutput();
}
}
public override unsafe void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats)
{
fixed(byte *pTemp = tempBuffer)
{
if (AssertChangeVectorSize() > tempBuffer.Length)
{
ThrowTooManyChangeVectorEntries(this, Key.ToString());
}
var tempBufferPos = WriteCommon(changeVector, pTemp);
*(int *)(pTemp + tempBufferPos) = Key.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Key.Content.Ptr, Key.Size);
tempBufferPos += Key.Size;
*(int *)(pTemp + tempBufferPos) = Segment.NumberOfBytes;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Segment.Ptr, Segment.NumberOfBytes);
tempBufferPos += Segment.NumberOfBytes;
*(int *)(pTemp + tempBufferPos) = Collection.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Collection.Buffer, Collection.Size);
tempBufferPos += Collection.Size;
*(int *)(pTemp + tempBufferPos) = Name.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Name.Buffer, Name.Size);
tempBufferPos += Name.Size;
stream.Write(tempBuffer, 0, tempBufferPos);
stats.RecordTimeSeriesOutput(Segment.NumberOfBytes);
}
}
public override unsafe void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats)
{
fixed(byte *pTemp = tempBuffer)
{
if (AssertChangeVectorSize() > tempBuffer.Length)
{
ThrowTooManyChangeVectorEntries(this, Key.ToString());
}
var tempBufferPos = WriteCommon(changeVector, pTemp);
*(int *)(pTemp + tempBufferPos) = Key.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Key.Content.Ptr, Key.Size);
tempBufferPos += Key.Size;
*(int *)(pTemp + tempBufferPos) = Name.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Name.Buffer, Name.Size);
tempBufferPos += Name.Size;
*(int *)(pTemp + tempBufferPos) = ContentType.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, ContentType.Buffer, ContentType.Size);
tempBufferPos += ContentType.Size;
pTemp[tempBufferPos++] = (byte)Base64Hash.Size;
Base64Hash.CopyTo(pTemp + tempBufferPos);
tempBufferPos += Base64Hash.Size;
stream.Write(tempBuffer, 0, tempBufferPos);
}
}
public override unsafe void Write(Slice changeVector, Stream stream, byte[] tempBuffer, OutgoingReplicationStatsScope stats)
{
fixed(byte *pTemp = tempBuffer)
{
if (AssertChangeVectorSize() > tempBuffer.Length)
{
ThrowTooManyChangeVectorEntries(this, Id);
}
var tempBufferPos = WriteCommon(changeVector, pTemp);
*(long *)(pTemp + tempBufferPos) = LastModifiedTicks;
tempBufferPos += sizeof(long);
*(DocumentFlags *)(pTemp + tempBufferPos) = Flags;
tempBufferPos += sizeof(DocumentFlags);
*(int *)(pTemp + tempBufferPos) = Id.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Id.Buffer, Id.Size);
tempBufferPos += Id.Size;
if (Data != null)
{
*(int *)(pTemp + tempBufferPos) = Data.Size;
tempBufferPos += sizeof(int);
var docReadPos = 0;
while (docReadPos < Data.Size)
{
var sizeToCopy = Math.Min(Data.Size - docReadPos, tempBuffer.Length - tempBufferPos);
if (sizeToCopy == 0) // buffer is full, need to flush it
{
stream.Write(tempBuffer, 0, tempBufferPos);
tempBufferPos = 0;
continue;
}
Memory.Copy(pTemp + tempBufferPos, Data.BasePointer + docReadPos, sizeToCopy);
tempBufferPos += sizeToCopy;
docReadPos += sizeToCopy;
}
stats.RecordDocumentOutput(Data.Size);
}
else
{
int dataSize;
if (Type == ReplicationItemType.DocumentTombstone)
{
dataSize = -1;
}
else if ((Flags & DocumentFlags.DeleteRevision) == DocumentFlags.DeleteRevision)
{
dataSize = -2;
}
else
{
throw new InvalidDataException("Cannot write document with empty data.");
}
*(int *)(pTemp + tempBufferPos) = dataSize;
tempBufferPos += sizeof(int);
if (Collection == null) //precaution
{
throw new InvalidDataException("Cannot write item with empty collection name...");
}
*(int *)(pTemp + tempBufferPos) = Collection.Size;
tempBufferPos += sizeof(int);
Memory.Copy(pTemp + tempBufferPos, Collection.Buffer, Collection.Size);
tempBufferPos += Collection.Size;
stats.RecordDocumentTombstoneOutput();
}
stream.Write(tempBuffer, 0, tempBufferPos);
}
}
