public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
module_serial_number = new byte[32];
system_serial_number = new byte[16];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_releaseInfo = new ReleaseInfo();
m_OemModelInfo = new OEM_MODEL_SKU();
m_OemSerialNumbers = new OEM_SERIAL_NUMBERS();
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_header = new Header();
converter.Deserialize(m_header, data);
int sizeData = m_header.m_heightInPixels * m_header.m_widthInWords;
m_data = new uint[sizeData];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_data = new byte[size];
}
public OutgoingMessage( IController parent, Converter converter, uint cmd, uint flags, object payload )
{
InitializeForSend( parent, converter, cmd, flags, payload );
UpdateCRC( converter );
}
internal void InitializeForSend( IController parent, Converter converter, uint cmd, uint flags, object payload )
{
Packet header = parent.NewPacket();
header.m_cmd = cmd;
header.m_flags = flags;
m_parent = parent;
m_raw = new MessageRaw ();
m_base = new MessageBase();
m_base.m_header = header;
m_base.m_payload = payload;
if(payload != null)
{
m_raw.m_payload = converter.Serialize( payload );
m_base.m_header.m_size = (uint)m_raw.m_payload.Length;
m_base.m_header.m_crcData = CRC.ComputeCRC( m_raw.m_payload, 0 );
}
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
int num = size / (3 * 4);
m_map = new Range[num];
for(int i = 0; i < num; i++)
{
m_map[i] = new Range();
}
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
if(converter.Capabilities.AppDomains)
{
m_data = new CallEx[(size - 12) / 16];
}
else
{
m_data = new Call[(size - 12) / 8];
}
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
int num = size / (3 * 4); // size divided by size of FlashSectorData struct (3*sizeof(uint))
m_map = new FlashSectorData[num];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_releaseInfo = new ReleaseInfo();
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
payload = new byte[size - 4];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_data = new FlashSector[(size - 6 * 4) / (3 * 4)];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_data = new byte[size - Debugging_Messaging_Address.c_size];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_clrReleaseInfo = new ReleaseInfo();
m_TargetFrameworkVersion = new VersionStruct();
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
int num = (size - 4) / (3 * 4); // size - sizof(m_count) divided by size of deplpoymentdata struct (3*sizeof(uint))
m_map = new DeploymentData[num];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_pids = new uint[(size - 4) / 4];
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_info = new byte[64 - 8];
}
public bool Reply( Converter converter, uint flags, object payload )
{
OutgoingMessage msgReply = new OutgoingMessage( this, converter, flags, payload );
return msgReply.Send();
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_response = new byte[(size - 8)]; // subtract sizeof(m_success) and sizeof(m_responseSize)
}
internal OutgoingMessage( IncomingMessage req, Converter converter, uint flags, object payload )
{
InitializeForSend( req.Parent, converter, req.Header.m_cmd, flags, payload );
m_base.m_header.m_seqReply = req.Header.m_seq;
m_base.m_header.m_flags |= Flags.c_Reply;
UpdateCRC( converter );
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_missingPkts = new uint[(size - 8) / 4]; // subtract sizeof(m_success) and sizeof(m_missingPktCount)
}
private void UpdateCRC( Converter converter )
{
Packet header = m_base.m_header;
//
// The CRC for the header is computed setting the CRC field to zero and then running the CRC algorithm.
//
header.m_crcHeader = 0;
header.m_crcHeader = CRC.ComputeCRC( converter.Serialize( header ), 0 );
m_raw.m_header = converter.Serialize( header );
}
public void PrepareForDeserialize(int size, byte[] data, Converter converter)
{
m_values = Debugging_Value.Allocate(size, data);
}
