private void SendMicrocodeResponse(PUP p)
{
//
// The request PUP contains the file number in the lower-order 16-bits of the pup ID.
// Assuming the number is a valid bootfile, we start sending it to the client's port via EFTP.
//
ushort fileNumber = (ushort)p.ID;
Log.Write(LogType.Verbose, LogComponent.MiscServices, "Microcode request is for file {0}.", fileNumber);
FileStream microcodeFile = BootServer.GetStreamForNumber(fileNumber);
if (microcodeFile == null)
{
Log.Write(LogType.Warning, LogComponent.MiscServices, "Microcode file {0} does not exist or could not be opened.", fileNumber);
}
else
{
// Send the file. The MicrocodeReply protocol is extremely simple:
// Just send a sequence of MicrocodeReply PUPs containing the microcode data,
// there are no acks or flow control of any kind.
Log.Write(LogType.Warning, LogComponent.MiscServices, "Sending microcode file {0}.", fileNumber);
SendMicrocodeFile(p.SourcePort, microcodeFile);
}
}
private void SendBootFile(PUP p)
{
//
// The request PUP contains the file number in the lower-order 16-bits of the pup ID.
// Assuming the number is a valid bootfile, we start sending it to the client's port via EFTP.
//
ushort fileNumber = (ushort)p.ID;
Log.Write(LogType.Verbose, LogComponent.MiscServices, "Boot file request is for file {0}.", fileNumber);
FileStream bootFile = BootServer.GetStreamForNumber(fileNumber);
if (bootFile == null)
{
Log.Write(LogType.Warning, LogComponent.MiscServices, "Boot file {0} does not exist or could not be opened.", fileNumber);
}
else
{
// Send the file.
EFTPManager.SendFile(p.SourcePort, bootFile);
}
}
