public MainWindow()
{
InitializeComponent();
//bankClient = new RestClient(bankUrl);
//minerClient = new RestClient(minerUrl);
//existUsers = new Dictionary<int, uint>();
sendJobs = new List <string[]>();
clientJobResults = new List <string[]>();
currJobsLogged = new List <string[]>();
url = "https://localhost:44370/";
webPool = new RestClient(url);
//create current client connection, AKA this block is the server thread
currClient = new ClientDataStruct();
currClient.ip = "localhost";
currClient.port = (new Random().Next(6000, 9999)).ToString("D4");//random generation of port number
ourServ = new PeerProgram();
currClient.port = ourServ.CreateServer(currClient.ip, currClient.port);
ourRemoteThread = ConnectToRemote(currClient.ip, currClient.port);
JoinPool();
ourBlockchain = ourRemoteThread.GetCurrentChain();
ourAddrText.Text = "Your Client Address is " + currClient.ip + ":" + currClient.port;
MinerThread();
}
private void JoinPool()//join pool via web service
{
RestRequest req = new RestRequest("api/Client/AddClient");
encodeClient = new ClientDataStruct();
encodeClient.ip = EncodeTo64(currClient.ip);
encodeClient.port = EncodeTo64(currClient.port);
req.AddJsonBody(encodeClient);
webPool.Post(req);
}
/*
* Algo to shuffle list to create fairness for peer connection
* Reference: https://www.dotnetperls.com/fisher-yates-shuffle
*/
private void ShuffleList()
{
Random rand = new Random();
for (int i = clients.Count - 1; i > 0; i--)
{
int rnd = rand.Next(0, i);
ClientDataStruct val = clients[rnd];
clients[rnd] = clients[i];
clients[i] = val;
}
}
public void RemoveClient(ClientDataStruct cl)
{
clients.Remove(clients.Find(x => x.ip == cl.ip && x.port == cl.port));
}
public void AddClient(ClientDataStruct cl)
{
clients.Add(cl);
ShuffleList();
}
public void Delete([FromBody] ClientDataStruct cl)
{
pool.RemoveClient(cl);
}
public void Post([FromBody] ClientDataStruct cl)
{
pool.AddClient(cl);
}
