public void Recache()
{
try // read getinfo() based data.
{
var info = _daemonClient.GetInfo();
// read data.
CoinVersion = info.Version;
ProtocolVersion = info.ProtocolVersion;
WalletVersion = info.WalletVersion;
Testnet = info.Testnet;
Connections = info.Connections;
Errors = info.Errors;
// check if our network connection is healthy.
Healthy = Connections >= 0 && string.IsNullOrEmpty(Errors);
}
catch (RpcException e)
{
_logger.Error("Can not read getinfo(): {0:l}", e.Message);
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
try // read getmininginfo() based data.
{
var miningInfo = _daemonClient.GetMiningInfo();
// read data.
Hashrate = miningInfo.NetworkHashPerSec;
Difficulty = miningInfo.Difficulty;
Round = miningInfo.Blocks + 1;
}
catch (RpcException e)
{
_logger.Error("Can not read getmininginfo(): {0:l}", e.Message);
Hashrate = 0;
Difficulty = 0;
Round = -1;
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
try // read getblocktemplate() based data.
{
var blockTemplate = _daemonClient.GetBlockTemplate(_poolConfig.Coin.Options.BlockTemplateModeRequired);
Reward = (UInt64)blockTemplate.Coinbasevalue / 100000000; // coinbasevalue is in satoshis, convert it to actual coins.
}
catch (RpcException e)
{
_logger.Error("Can not read getblocktemplate(): {0:l}", e.Message);
Reward = 0;
}
}
/// <summary>
/// Initialize mock objects.
/// </summary>
public PoolTests()
{
// factory mockup.
_objectFactory = Substitute.For<IObjectFactory>();
// pool-config mockup.
_config = Substitute.For<IPoolConfig>();
_config.Daemon.Valid.Returns(true);
// daemon client mockup.
_daemonClient = _objectFactory.GetDaemonClient(_config.Coin.Name, _config.Daemon);
_daemonClient.GetInfo().Returns(new Info());
_daemonClient.GetMiningInfo().Returns(new MiningInfo());
}
/// <summary>
/// Initialize mock objects.
/// </summary>
public PoolTests()
{
// factory mockup.
_objectFactory = Substitute.For <IObjectFactory>();
// pool-config mockup.
_config = Substitute.For <IPoolConfig>();
_config.Daemon.Valid.Returns(true);
// daemon client mockup.
_daemonClient = _objectFactory.GetDaemonClient(_config);
_daemonClient.GetInfo().Returns(new Info());
_daemonClient.GetMiningInfo().Returns(new MiningInfo());
}
private void InitDaemon()
{
if (Config.Daemon == null || Config.Daemon.Valid == false)
{
_logger.Error("Coin daemon configuration is not valid!");
return;
}
_daemonClient = _objectFactory.GetDaemonClient(Config);
_hashAlgorithm = _objectFactory.GetHashAlgorithm(Config.Coin.Algorithm);
try
{
var info = _daemonClient.GetInfo();
_logger.Information("Coin symbol: {0:l} algorithm: {1:l} " +
"Coin version: {2} protocol: {3} wallet: {4} " +
"Daemon network: {5:l} peers: {6} blocks: {7} errors: {8:l} ",
Config.Coin.Symbol,
Config.Coin.Algorithm,
info.Version,
info.ProtocolVersion,
info.WalletVersion,
info.Testnet ? "testnet" : "mainnet",
info.Connections,
info.Blocks,
string.IsNullOrEmpty(info.Errors) ? "none" : info.Errors);
}
catch (RpcException e)
{
_logger.Error("Can not read getinfo(): {0:l}", e.Message);
return;
}
try
{
// try reading mininginfo(), some coins may not support it.
var miningInfo = _daemonClient.GetMiningInfo();
_logger.Information("Network difficulty: {0:0.00000000} block difficulty: {1:0.00} Network hashrate: {2:l} ",
miningInfo.Difficulty,
miningInfo.Difficulty * _hashAlgorithm.Multiplier,
miningInfo.NetworkHashps.GetReadableHashrate());
}
catch (RpcException e)
{
_logger.Error("Can not read mininginfo() - the coin may not support the request: {0:l}", e.Message);
}
}
private void ReadCoinData()
{
try
{
var miningInfo = _daemonClient.GetMiningInfo();
NetworkHashrate = miningInfo.NetworkHashps;
Difficulty = miningInfo.Difficulty;
Round = miningInfo.Blocks + 1;
}
catch (RpcException)
{
NetworkHashrate = 0;
Difficulty = 0;
Round = -1;
}
}
/// <summary>
/// Initialize mock objects.
/// </summary>
public PoolTests()
{
// factory mockup.
_objectFactory = Substitute.For <IObjectFactory>();
// config-manager mockup
_configManager = Substitute.For <IConfigManager>();
// pool-config mockup.
_config = Substitute.For <IPoolConfig>();
_config.Daemon.Valid.Returns(true);
// daemon client mockup.
_daemonClient = _objectFactory.GetDaemonClient(_config.Daemon, _config.Coin);
_daemonClient.GetInfo().Returns(new Info());
_daemonClient.GetBlockChainInfo().Returns(new Info());
_daemonClient.GetNetworkInfo().Returns(new Info());
_daemonClient.GetWalletInfo().Returns(new Info());
_daemonClient.GetMiningInfo().Returns(new MiningInfo());
}
public void Recache()
{
try // read getinfo() based data.
{
var info = _daemonClient.GetInfo();
// read data.
CoinVersion = info.Version;
ProtocolVersion = info.ProtocolVersion;
WalletVersion = info.WalletVersion;
Testnet = info.Testnet;
Connections = info.Connections;
Errors = info.Errors;
// check if our network connection is healthy.
Healthy = Connections >= 0 && string.IsNullOrEmpty(Errors);
}
catch (RpcException e)
{
_logger.Error("Can not read getinfo(): {0:l}", e.Message);
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
try // read mininginfo() based data.
{
var miningInfo = _daemonClient.GetMiningInfo();
// read data.
Hashrate = miningInfo.NetworkHashps;
Difficulty = miningInfo.Difficulty;
Round = miningInfo.Blocks + 1;
}
catch (RpcException e)
{
_logger.Error("Can not read mininginfo() - the coin may not support the request: {0:l}", e.Message);
Hashrate = 0;
Difficulty = 0;
Round = -1;
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
}
public void Recache()
{
try // read getnetworkinfo() followed by getwalletinfo() based data.
{
var info = _daemonClient.GetNetworkInfo();
// read Getnetwork
CoinVersion = info.Version;
ProtocolVersion = info.ProtocolVersion;
Connections = info.Connections;
Errors = info.Errors;
try // read getwalletinfo() based data.
{
var infoWall = _daemonClient.GetWalletInfo();
// read data
WalletVersion = infoWall.WalletVersion;
}
catch (RpcException e)
{
_logger.Error("Can not read getwalletinfo(): {0:l}", e.Message);
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
// check if our network connection is healthy. info: based errors are warnings only so ignore.
Healthy = Connections >= 0 && (string.IsNullOrEmpty(Errors) || Errors.Contains("Info:"));
}
catch (RpcException) // catch exception, provide backwards compatability for getinfo() based data.
{
// do not log this as an actual error, but rather as info only, then proceed to try getinfo().
//_logger.Error("Can not read getnetworkinfo(), trying getinfo() instead: {0:l}", c.Message); // do not log original error, try getinfo() first.
try // catch exception, provide backwards compatability for getinfo() based data.
{
var info = _daemonClient.GetInfo();
// read data.
CoinVersion = info.Version;
ProtocolVersion = info.ProtocolVersion;
WalletVersion = info.WalletVersion;
Testnet = info.Testnet;
Connections = info.Connections;
Errors = info.Errors;
// check if our network connection is healthy. info: based errors are warnings only so ignore.
Healthy = Connections >= 0 && (string.IsNullOrEmpty(Errors) || Errors.Contains("Info:"));
}
catch (RpcException ee)
{
_logger.Error("Can not read getinfo(): {0:l}", ee.Message);
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
}
try // read getmininginfo() based data.
{
var miningInfo = _daemonClient.GetMiningInfo();
// read data.
Hashrate = miningInfo.NetworkHashPerSec;
Difficulty = miningInfo.Difficulty;
Round = miningInfo.Blocks + 1;
if (!Testnet)
{
Testnet = miningInfo.Testnet;
}
}
catch (RpcException e)
{
_logger.Error("Can not read getmininginfo(): {0:l}", e.Message);
Hashrate = 0;
Difficulty = 0;
Round = -1;
Healthy = false; // set healthy status to false as we couldn't get a reply.
}
try // read getblocktemplate() based data.
{
var blockTemplate = _daemonClient.GetBlockTemplate(_poolConfig.Coin.Options.BlockTemplateModeRequired);
Reward = (UInt64)blockTemplate.Coinbasevalue / 100000000; // coinbasevalue is in satoshis, convert it to actual coins.
}
catch (RpcException e)
{
_logger.Error("Can not read getblocktemplate(): {0:l}", e.Message);
Reward = 0;
}
}