private void ButtonLoad_Click(object sender, RoutedEventArgs e)
{
loadWalletDialog.ShowDialog();
if (loadWalletDialog.FileName == "")
{
return;
}
try
{
Nonce = null;
var fileBytes = File.ReadAllBytes(loadWalletDialog.FileName);
ActiveWallet = Wallet.FileDeserialize(Encoding.ASCII.GetString(fileBytes));
}
catch
{
ActiveWallet = null;
}
double?balance = null;
if (ActiveWallet != null)
{
balance = ConnectionJob.GetStandardBalance(httpProvider, ActiveWallet.PublicKey);
}
RefreshUi(Connected, balance);
}
private void ButtonCreate_Click(object sender, RoutedEventArgs e)
{
ActiveWallet = new Wallet();
Nonce = null;
File.WriteAllText(@"Wallets\" + HexConverter.ToPrefixString(ActiveWallet.PublicKey), ActiveWallet.FileSerialize());
RefreshUi(Connected, ConnectionJob.GetStandardBalance(httpProvider, ActiveWallet.PublicKey));
}
private void ButtonConnect_Click(object sender, RoutedEventArgs e)
{
var connected = ConnectionJob.Handshake(httpProvider);
double?balance = null;
if (ActiveWallet != null)
{
balance = ConnectionJob.GetStandardBalance(httpProvider, ActiveWallet.PublicKey);
}
RefreshUi(connected, balance);
}
public MainWindow()
{
InitializeComponent();
listView.ItemsSource = log;
ConnectionJob.mainWindow = this;
if (!Directory.Exists("Data"))
{
Directory.CreateDirectory("Data");
}
if (!Directory.Exists("Wallets"))
{
Directory.CreateDirectory("Wallets");
}
loadWalletDialog = new OpenFileDialog();
loadWalletDialog.Title = "Load wallet";
buttonSend.IsEnabled = false;
buttonMine.IsEnabled = false;
ContactStream = new FileStream("Data\\contacts", FileMode.OpenOrCreate, FileAccess.ReadWrite);
var jobs = new List <Tuple <Type, string> >()
{
new Tuple <Type, string>(typeof(ConnectionJob), everyMinuteCron),
};
ScheduleJobs(jobs).Wait();
var connected = ConnectionJob.Handshake(httpProvider);
RefreshUi(connected, null);
}
private void buttonConnect_Click(object sender, RoutedEventArgs e)
{
var destination = HexConverter.ToBytes(textBoxDestination.Text);
if (destination != null)
{
double ammountDouble;
if (double.TryParse(textBoxAmmount.Text, out ammountDouble))
{
double feeDouble;
if (double.TryParse(textBoxFee.Text, out feeDouble))
{
var balance = ConnectionJob.GetSmallUnitsBalance(httpProvider, SenderWallet.PublicKey);
if (balance != null)
{
var ammount = GetSmallestUnits(ammountDouble);
var fee = GetSmallestUnits(feeDouble);
if (_nonce == null)
{
_nonce = httpProvider.PeerPost <string, uint>(HexConverter.ToPrefixString(SenderWallet.PublicKey), @"http://127.0.0.1:8125/transaction/count").Result;
}
else
{
_nonce = _nonce + 1;
}
if ((balance + fee - 1) > ammount)
{
var tx = new Transaction()
{
Ammount = ammount,
Destination = ByteManipulator.TruncateMostSignificatZeroBytes(destination),
Fee = fee,
Network = new byte[] { 1 },
Nonce = _nonce.Value,
Source = ByteManipulator.TruncateMostSignificatZeroBytes(SenderWallet.PublicKey)
};
tx.Sign(SenderWallet.PrivateKey);
var response = httpProvider.PeerPost <string, string>(HexConverter.ToPrefixString(tx.Serialize()), @"http://127.0.0.1:8125/transaction/relay").Result;
if (response != "ok")
{
MessageBox.Show("Sending transaction failed", "Error", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
else //insufficient balance
{
MessageBox.Show("Insufficient balance", "Error", MessageBoxButton.OK, MessageBoxImage.Information);
}
}
else //could not fetch balance
{
MessageBox.Show("Could not fetch nonce", "Error", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
else //invalid fee
{
MessageBox.Show("Invalid fee", "Error", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
else //invalid ammount
{
MessageBox.Show("Invalid invalid ammount", "Error", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
else //invalid destination
{
MessageBox.Show("Invalid invalid destination", "Error", MessageBoxButton.OK, MessageBoxImage.Error);
}
}
protected override JobHandle OnUpdate(JobHandle inputDeps)
{
//propose 2: con.pullCord could have more than one value? NO! there is ONLY one gap at a time!
//
//first agent move: if agent.moveDist == 0 (prune) && agent.headCord == headCon.len (imply agent.moveDist == 0)
//agent input: headCord, tailCon, tailCord
//agent in/out: headCon, headCord
//agent output: moveDist
//con input: headCon.len
//con in/out: nextCon.EnterLen
//con output: tailCon.pullCord, pullDist
//
//- agent.moveDist = nextCon.EnterLen
//- agent.headCon = nextCon
//- agent.headCord = 0
//- tailCon.pullCord = agent.tailCord //pullCord CREATE
//- tailCon.pullDist = moveDist
//- nextCon.EnterLen -= min(agent.len, moveDist) //EnterLen DECREASE!
//pull: if agent.moveDist == 0 & headCon.pullDist > 0 & agent.headCord == headCon.pullCord(max one agent per con)
//agent input: headCon, headCord, tailCon, tailCord, moveDist
//agent output: moveDist
//con input: len, pullCord, pullDist
//con output: pullCord, pullDist
//
//- pull = min(headCon.pullDist, headCon.len - agent.headCord)
//- agent.moveDist += pull
//- if tailCon != headCon
//- - headCon.pullCord = headCon.len //pullCord RESET
//- - headCon.pullDist = 0
//- tailCon.pullCord = agent.tailCord //pullCord PROPAGATE
//- tailCon.pullDist = pull
//last agent move: one match per connection! no clash!
//agent input: tailCon, tailCord, moveDist
//con input: EnterLen, pullCord, pullDist, len
//con output: EnterLen, pullCord, pullDist
//
//- if (agent.tailCord == tailCon.EnterLen) //last agent
//- - move = min(tailCon.len - agent.tailCord, agent.moveDist)
//- - tailCon.EnterLen += move //EnterLen INCREASE!
//- - tailCon.pullCord += move //PullCord INCREASE! (until conLen)
//- - tailCon.pullDist -= move
//move forward: agent.moveDist > 0
//agent input: headCon, headCord, tailCon, tailCord, moveDist
//agent output: headCord, tailCon, tailCord, moveDist
//con input: speed, len
//con output: none
//
//- speed = agent.headCon.speed
//- move = min (speed, agent.moveDist) //moveDist is already not exceed con.len!
//- move = min (move, tailCon.len - agent.tailCord) //lose speed artificially :( //could loop here for tailCord!
//- agent.headCord += move
//- agent.tailCord += move
//- agent.moveDist -= move
//- if (agent.tailCord == tailCon.len) tailCon = next(tailCon)
//new propose
//exitAgent = headCord == headCon.len: is a one-frame state!
//bridgeAgent = headCon != tailCon: is a MULTI-FRAME state! => has a flag
//these are 3 jobs, can't combine because of race-condition
//every exitAgent: tailCon.pullForce = min(moveDist, tailCon.len - tailCord), life = 1
//every non-exit agent: agent.moveDist += headCon.pullForce, agent.pullFlag = true
//propagate: every bridge agent with pullFlag: tailCon.pullForce = cap(agent.moveDist), life = 2, pullFlag = false
//decrease all pullForce life, remove one with 0 life!
//move all agent forward
//when agent-head enter connection: con.EnterLen -= agent.Length (done)
//when agent-head leave connection: start taking back part of agent.Length to connection
//when agent-tail enter connection: begin partial-return process?
//when agent-tail leave connection: assert(con.EnterLen not contains agent.Length)
//heuristic: enterLen of connection "inside" an agent does not matter, it's not used by anyone: WRONG! it's used by intersection!
//propose 1:
//exit-agent:
//- agent.force = min(nextCon.EnterLen, agent.tailLen)
//- nextCon.EnterLen -= agent.len
//- nextCon.queue.push(agent)
//connection queue:
//- if (queue[0].force > 0): queue[all - last].moveDist += force
//- con.addComp(conForce = queue[0].force)
//- queue[0].force = 0
//connection: all con with conForce
//- queue[last].force = min(conForce, last.tailLen)
//- con.removeComp(conForce)
//moveForward
//- consume moveDist to move headCord and tailCord
//- if tailCord == tailLen: tailCon.queue.pop, tailCon.EnterLen = min(force, tailLen), tailCon = next(tailCon)
//propose 2:
//exit-agent
//- agent.queue.add(nextCon)
//- agent.force = min(nextCon.EnterLen, agent.tailLen)
//- nextCon.EnterLen -= agent.len
//pull connection: per agent
//- if agent.force > 0
//- agent.queue[all].EnterLen += force //CLASH: because some con share agents!
//propose 3: all adjustments are queued!
//foreach(agent):
//- exit-agent: headCord == headLen
//- if targetCon == headCon: tailCon.pullQ = min(agent.Length, tailLen) //not clash with (B)
//- else if nextCon.EnterLen > 0
//- - assert(moveDist == 0)
//- - agent.headCon = nextCon; agent.headCord = 0; agent.moveDist = nextCon.EnterLen // (C)
//- - nextCon.EnterLenQ -= agent.len //(A), not clash with (C)
//- - tailCon.pullQ = min(moveDist, tailLen) //(B)
//- non-exit-agent:
//- - agent.moveDist += min(headCon.pull, headRoom) //avoid (B)
//- - if bridge-agent: tailCon.pullQ = min(headCon.pull, tailLen) //not collide with (B)
//- all-agent: moveDist > 0
//- - headCord += speed; tailCord += speed
//- - if tailCross: nextTailCon.EnterLenQ = min(agent.moveDist, nextCon.len) //can't clash with (A)
//foreach(con)
//- con.pull = con.pullQ
//- con.pullQ = 0 //this mean pull exist for 1 frame only!
//- con.EnterLen = con.EnterLenQ + con.pull
//- con.EnterLenQ = con.EnterLen
var commandBuffer = _bufferSystem.CreateCommandBuffer().ToConcurrent();
var conLens = GetComponentDataFromEntity <ConnectionLengthInt>();
var connections = GetComponentDataFromEntity <Connection>();
var conTraffics = GetComponentDataFromEntity <ConnectionTraffic>();
var conSpeeds = GetComponentDataFromEntity <ConnectionSpeedInt>();
var indexes = GetComponentDataFromEntity <IndexInNetwork>();
var states = GetComponentDataFromEntity <ConnectionStateInt>();
var pulls = GetComponentDataFromEntity <ConnectionPullInt>();
var pullQs = GetComponentDataFromEntity <ConnectionPullQInt>();
var next = GetBufferFromEntity <NextBuffer>();
var agentJob = new AgentJob
{
CommandBuffer = commandBuffer,
Connections = connections,
ConLens = conLens,
ConTraffics = conTraffics,
Indexes = indexes,
Next = next,
ConSpeeds = conSpeeds,
States = states,
Pulls = pulls,
PullQs = pullQs,
NetGroups = GetComponentDataFromEntity <NetworkGroupState>(),
NetInfos = GetComponentDataFromEntity <NetPathInfo>(),
Exits = GetComponentDataFromEntity <Exit>(),
Entrances = GetComponentDataFromEntity <Entrance>(),
}.Schedule(this, inputDeps);
var connectionJob = new ConnectionJob().Schedule(this, agentJob);
connectionJob.Complete(); //for entity remove
return(connectionJob);
}
