public NetworkRequest()
{
mySourceIPAddress = Node.GetIPAddress();
mySequenceNumber = new Random().Next();
mySourceGuid = Node.GetGuid();
}
protected void checkStorageThread()
{
if (storageThread.NumChunks() > 0)
{
Chunk chunk = storageThread.DequeueChunk();
Logger.Debug("EchoBackupService:checkStorageThread Finished archiving chunk.");
//identify host(s) to send to.
List <GuidAndIP> gai = NetworkFunctions.GetOnlineNodesIPAddresses();
if (gai.Count < 2)
{
Logger.Warn("EchoBackupService:checkStorageThread not enough online hosts. hosts online: " + gai.Count);
}
//send chunk to hosts.
List <Block> blocks = new List <Block>();
long filesize = new FileInfo(chunk.Path()).Length;
for (int i = 0; i < 2 && i < gai.Count; i++)
{
TcpClient tc = new TcpClient(gai[i].ipAddress.ToString(), CommandServer.SERVER_PORT);
ClientThread ct = new ClientThread(tc, false, this.guid);
PushRequest pr = new PushRequest(Node.GetIPAddress(), this.guid, MiscFunctions.Next());
pr.Path = chunk.Path();
pr.FileSize = filesize;
pr.BackupNumber = chunk.BackupID();
pr.ChunkNumber = chunk.ChunkID();
ct.EnqueueWork(pr);
lock (clientThreads)
{
clientThreads.Add(ct);
}
blocks.Add(new Block(this.guid.ToString(), gai[i].guid.ToString(), "bad storage path", filesize, MiscFunctions.DBDateAndTime()));
}
//do something with the index so we know about this backup
//store files in BackupIndex
IndexDatabase idb = new IndexDatabase();
foreach (FileInChunk fic in chunk.Files())
{
BackupIndex bi = new BackupIndex();
string fullpath = Path.Combine(chunk.BasePath(), fic.path);
if (Directory.Exists(fullpath))
{
continue;
}
bi.backupLevel = 0;
bi.dateAndTime = MiscFunctions.DBDateAndTime();
bi.firstBlockOffset = 0;
bi.size = new FileInfo(fullpath).Length;
bi.sourceGUID = this.guid.ToString();
bi.sourcePath = fullpath;
//todo: we cannot insert multiple blocks for every file. that is what the index-to-block table is for
//idb.InsertIndex(bi, blocks);
}
//store indexes in DB
}
if (storageThread.NumRecoverStructs() > 0)
{
RecoverResult rs = storageThread.DequeueRecoverResult();
lock (recoverResults)
{
recoverResults.Enqueue(rs);
}
}
}