public CoinList(HttpClient client, Profile profile, int index, bool getOrderDepth)
{
ListOfCoins = new List<Coin>();
_client = client;
UsedProfile = profile;
// 0 == highest bid price, 1 == recent trade price, 2 = lowest ask price
_bidRecentAsk = index;
_getOrderDepth = getOrderDepth;
_po = new ParallelOptions
{
CancellationToken = new CancellationTokenSource().Token,
MaxDegreeOfParallelism = Environment.ProcessorCount * 4,
};
}
private Profile GetProfileFromOldHashrates(OldHashrates hashratesTxt)
{
Profile profile = new Profile();
foreach (KeyValuePair<string, double> hashrate in hashratesTxt.HashRateList)
{
CustomAlgo algo = new CustomAlgo
{
Name = hashrate.Key.ToUpperInvariant(),
HashRate = hashrate.Value,
Wattage = hashratesTxt.WattageList[hashrate.Key],
};
// I was a fool for naming the keys differently :D
switch (hashrate.Key)
{
case "MyriadGroestl":
algo.Use = hashratesTxt.CheckedHashRates["MyrGroestl"];
break;
case "Nist5":
algo.Use = hashratesTxt.CheckedHashRates["NIST5"];
break;
case "Heavy":
algo.Use = hashratesTxt.CheckedHashRates["Hefty"];
break;
case "ScryptJane15":
algo.Use = hashratesTxt.CheckedHashRates["Jane15"];
break;
case "ScryptJane14":
algo.Use = hashratesTxt.CheckedHashRates["Jane14"];
break;
case "ScryptJane13":
algo.Use = hashratesTxt.CheckedHashRates["Jane13"];
break;
default:
algo.Use = hashratesTxt.CheckedHashRates[hashrate.Key];
break;
}
// Grabbing these new items from the default list
foreach (CustomAlgo defaultAlgo in GetDefaultProfileList()["Default"].CustomAlgoList)
{
if (defaultAlgo.Name == algo.Name)
{
algo.SynonymsCsv = defaultAlgo.SynonymsCsv;
algo.Style = defaultAlgo.Style;
algo.Target = defaultAlgo.Target;
}
}
profile.CustomAlgoList.Add(algo);
}
return profile;
}
private Dictionary<string, Profile> GetDefaultProfileList()
{
CustomAlgo groestl = new CustomAlgo
{
Use = true,
Name = "GROESTL",
SynonymsCsv = "",
HashRate = 7.7,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo myrgroestl = new CustomAlgo
{
Use = true,
Name = "MYR-GROESTL",
SynonymsCsv = "MYRIADGROESTL",
HashRate = 12.9,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo fugue = new CustomAlgo
{
Use = true,
Name = "FUGUE",
SynonymsCsv = "FUGUE256",
HashRate = 93.9,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo jha = new CustomAlgo
{
Use = true,
Name = "JHA",
SynonymsCsv = "JACKPOT",
HashRate = 5.6,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo nist5 = new CustomAlgo
{
Use = true,
Name = "NIST5",
SynonymsCsv = "",
HashRate = 8.4,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo heavy = new CustomAlgo
{
Use = true,
Name = "HEAVY",
SynonymsCsv = "HEFTY,HEFTY1,HEAVYCOIN",
HashRate = 13.1,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo x11 = new CustomAlgo
{
Use = true,
Name = "X11",
SynonymsCsv = "",
HashRate = 2.6,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo x13 = new CustomAlgo
{
Use = true,
Name = "X13",
SynonymsCsv = "",
HashRate = 2.0,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo x15 = new CustomAlgo
{
Use = true,
Name = "X15",
SynonymsCsv = "",
HashRate = 1.5,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo quark = new CustomAlgo
{
Use = true,
Name = "QUARK",
SynonymsCsv = "",
HashRate = 4.5,
Wattage = 0,
Style = "Classic",
Target = 24
};
CustomAlgo qubit = new CustomAlgo
{
Use = true,
Name = "QUBIT",
SynonymsCsv = "",
HashRate = 3.9,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo keccak = new CustomAlgo
{
Use = true,
Name = "KECCAK",
SynonymsCsv = "",
HashRate = 163.1,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo scrypt = new CustomAlgo
{
Use = true,
Name = "SCRYPT",
SynonymsCsv = "",
HashRate = 0.28,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo scryptn = new CustomAlgo
{
Use = true,
Name = "SCRYPTN",
SynonymsCsv = "SCRYPT-N,SCRYPT-ADAPTIVE-NFACTOR",
HashRate = 0.14,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo scryptjane15 = new CustomAlgo
{
Use = true,
Name = "SCRYPTJANE15",
SynonymsCsv = "CHACHA (NF15)",
HashRate = 0.0009,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo scryptjane14 = new CustomAlgo
{
Use = true,
Name = "SCRYPTJANE14",
SynonymsCsv = "CHACHA (NF14)",
HashRate = 0.0034,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo scryptjane13 = new CustomAlgo
{
Use = true,
Name = "SCRYPTJANE13",
SynonymsCsv = "CHACHA (NF13)",
HashRate = 0.0095,
Wattage = 0,
Style = "Classic",
Target = 32
};
CustomAlgo cryptonight = new CustomAlgo
{
Use = true,
Name = "CRYPTONIGHT",
SynonymsCsv = "",
HashRate = 0.00022,
Wattage = 0,
Style = "CryptoNight",
Target = 0
};
CustomAlgo sha256 = new CustomAlgo
{
Use = false,
Name = "SHA256",
SynonymsCsv = "SHA-256",
HashRate = 0,
Wattage = 0,
Style = "Classic",
Target = 32
};
BindingList<CustomAlgo> algoList = new BindingList<CustomAlgo>
{
groestl,
myrgroestl,
fugue,
jha,
nist5,
heavy,
x11,
x13,
x15,
quark,
qubit,
keccak,
scrypt,
scryptn,
scryptjane15,
scryptjane14,
scryptjane13,
cryptonight,
sha256
};
Profile defaultProfile = new Profile
{
FiatOfChoice = 0,
FiatPerKwh = 0.1,
Multiplier = 1,
CustomAlgoList = algoList
};
Dictionary<string, Profile> defaultProfileList = new Dictionary<string, Profile>
{
{"Default", defaultProfile}
};
return defaultProfileList;
}
public List<Coin> CalculatePrices(bool useWeightedCalculation, bool useFallThroughPrice, bool calcFiat, bool use24HDiff,
Profile profileToUse)
{
List<Coin> coinList = JsonControl.DeepCopyTrick<List<Coin>>(ListOfCoins);
Parallel.ForEach(coinList, coin =>
{
foreach (CustomAlgo algo in profileToUse.CustomAlgoList)
{
if (CheckUsedAlgo(coin.Algo, algo))
{
coin.UsedInCoinlist = true;
coin.CalcProfitability(algo.HashRate, useWeightedCalculation, useFallThroughPrice,
profileToUse.Multiplier, algo.Style, algo.Target, use24HDiff);
if (calcFiat)
{
double fiatElectricityCost = (algo.Wattage/1000)*24*profileToUse.FiatPerKwh;
switch (profileToUse.FiatOfChoice)
{
case 1:
coin.ElectricityCost = (fiatElectricityCost/_eurPrice);
coin.BtcPerDay -= coin.ElectricityCost;
break;
case 2:
coin.ElectricityCost = (fiatElectricityCost/_gbpPrice);
coin.BtcPerDay -= coin.ElectricityCost;
break;
case 3:
coin.ElectricityCost = (fiatElectricityCost/_cnyPrice);
coin.BtcPerDay -= coin.ElectricityCost;
break;
default:
coin.ElectricityCost = (fiatElectricityCost/_usdPrice);
coin.BtcPerDay -= coin.ElectricityCost;
break;
}
coin.UsdPerDay = coin.BtcPerDay*_usdPrice;
coin.EurPerDay = coin.BtcPerDay*_eurPrice;
coin.GbpPerDay = coin.BtcPerDay*_gbpPrice;
coin.CnyPerDay = coin.BtcPerDay*_cnyPrice;
}
break;
}
}
});
return coinList.AsParallel().Where(coin => coin.UsedInCoinlist).ToList();
}