void InvalidSendToInfluxShouldNotPass()
{
string nodeId = "4816d758dd37833a3a5551001dac8a5fa737a342";
PayloadSigner signer = new PayloadSigner(nodeId, new FileKeyStore("./"));
signer.Init();
RealTimeTelemetryManager mgr = new RealTimeTelemetryManager(
nodeId,
"http://127.0.0.1",
"ws://127.0.0.1",
"https://localhost:5010/api/ingress/realtime",
"ED:40:5C:C9:E2:71:44:11:78:47:1C:09:6F:28:2E:B5:F9:4D:6E:CE:90:BC:64:5B:ED:9A:46:1F:20:E2:EE:4E",
signer,
_ftpMgr,
true);
RealTimeTelemetryPayload rttp = new RealTimeTelemetryPayload
{
Client = "Parity",
BlockNum = 0,
BlockHash = "",
BlockTS = 0,
BlockReceived = 0,
NumPeers = 0,
NumTxInBlock = 0
};
RealTimeTelemetry rtt = new RealTimeTelemetry
{
NodeId = "",
Payload = rttp,
Signature = signer.SignPayload(JsonConvert.SerializeObject(rttp))
};
var currentConsoleOut = Console.Out;
using (var cop = new ConsoleOutputCapturer())
{
MethodInfo methodInfo = typeof(RealTimeTelemetryManager).GetMethod("SendDataToIngress", BindingFlags.NonPublic | BindingFlags.Instance);
object[] parameters = { rtt };
methodInfo.Invoke(mgr, parameters);
string ret = cop.GetOuput();
Assert.Contains("Connection refused", ret);
//Assert.True(ret.Contains("ERROR Occurred While sending data to Ingress"));
}
}
/// <summary>
/// Function for parsing and signing block data
/// </summary>
/// <param name="buffer">block data in byte array</param>
/// <returns>returns instance of RealTimeTelemetry if valid data is provided else null</returns>
private RealTimeTelemetry ParseAndSignData(byte[] buffer)
{
try
{
string numPeers = GetCurrentNumPeers();
string clientVersion = GetCurrentClientVersion();
dynamic jsonObj = JsonConvert.DeserializeObject(_encoder.GetString(buffer).Trim());
dynamic paramsObj = jsonObj["params"];
if (paramsObj != null && paramsObj["result"] != null)
{
dynamic resultObj = paramsObj["result"];
string gasLimit = resultObj["gasLimit"];
string gasUsed = resultObj["gasUsed"];
long currentEPoch = (int)(DateTime.UtcNow - new DateTime(1970, 1, 1)).TotalSeconds;
RealTimeTelemetryPayload rttp = new RealTimeTelemetryPayload
{
Client = clientVersion,
BlockNum = Convert.ToUInt64(resultObj["number"].ToString(), 16),
BlockHash = resultObj["hash"].ToString(),
BlockTS = Convert.ToInt64(resultObj["timestamp"].ToString(), 16),
BlockReceived = currentEPoch,
NumPeers = Convert.ToUInt16(numPeers, 16),
NumTxInBlock = (ushort)resultObj["transactions"].Count,
GasLimit = Convert.ToInt64(gasLimit, 16),
GasUsed = Convert.ToInt64(gasUsed, 16)
};
RealTimeTelemetry rtt = new RealTimeTelemetry
{
NodeId = _nodeId,
Payload = rttp,
Signature = _signer.SignPayload(JsonConvert.SerializeObject(rttp))
};
if (_verbose)
{
Console.WriteLine("New Block received");
Console.WriteLine("block num: {0}", rttp.BlockNum);
Console.WriteLine("block hash: {0}", rttp.BlockHash);
Console.WriteLine("block time stamp: {0}", rttp.BlockTS);
Console.WriteLine("Tx Count: {0}", rttp.NumTxInBlock);
Console.WriteLine("Gas Limit: {0}", Convert.ToInt64(gasLimit, 16));
Console.WriteLine("Gas Used: {0}", Convert.ToInt64(gasUsed, 16));
Console.WriteLine("Peers: {0} ", rttp.NumPeers);
}
return(rtt);
}
Console.WriteLine("Unable to Parse\\Sign real Time data. Invalid Data");
}
catch (Exception ex)
{
Console.WriteLine("Unable to Parse\\Sign real Time data. Error Occurred {0}", ex);
}
return(null);
}
