public bool ReadEntry()
{
// make sure we have no read beyond the bounds of the entry data
if (m_currentEntry < (m_payloadHeader.ChunkCount + m_payloadHeader.KeyframeCount))
{
// set the current entry index
if (m_currentEntry < 0)
{
m_currentEntry = 0;
}
else
{
m_currentEntry++;
}
// seek to this entry's starting offset
m_stream.Seek(m_header.PayloadOffset + (17 * m_currentEntry), SeekOrigin.Begin);
// read out the payload entry
m_payloadEntry = new ReplayPayloadEntry(m_stream, m_entryDataOffset);
return(true);
}
return(false);
}
public List <(ReplayPayloadHeader, ReplayPayloadEntry)> GetAllPayloads(int limit = -1, bool justKeyframes = false)
{
var payloads = new List <(ReplayPayloadHeader, ReplayPayloadEntry)>();
while (this.ReadEntry() && limit != 0)
{
ReplayPayloadHeader payloadHeader = this.PayloadHeader;
ReplayPayloadEntry payloadEntry = this.PayloadEntry;
if (justKeyframes)
{
if (payloadEntry.Type == ReplayPayloadEntryType.Chunk)
{
continue;
}
else
{
limit--;
}
}
payloads.Add((payloadHeader, payloadEntry));
}
return(payloads);
}
public bool ReadEntry()
{
// make sure we have no read beyond the bounds of the entry data
if (m_currentEntry < (m_payloadHeader.ChunkCount + m_payloadHeader.KeyframeCount))
{
// seek to this entry's starting offset
m_stream.Seek(m_header.PayloadOffset + (17 * m_currentEntry), SeekOrigin.Begin);
// read out the payload entry
m_payloadEntry = new ReplayPayloadEntry(this, m_stream, m_entryDataOffset);
// set the current entry index
m_currentEntry++;
return true;
}
return false;
}