public Rule Reorganize(IDictionary <NonTerminalSymbol, NonTerminalSymbol> map)
{
if (map == null)
{
throw new ArgumentNullException(nameof(map));
}
return(new Rule(Chains.Select(chain => chain.Reorganize(map)), map.ValueOrDefault(Target, Target)));
}
public DungeonGeneratorConfiguration <TNode> SmartClone()
{
return(new DungeonGeneratorConfiguration <TNode>()
{
RoomsCanTouch = RoomsCanTouch,
EarlyStopIfIterationsExceeded = EarlyStopIfIterationsExceeded,
EarlyStopIfTimeExceeded = EarlyStopIfTimeExceeded,
RepeatModeOverride = RepeatModeOverride,
ThrowIfRepeatModeNotSatisfied = ThrowIfRepeatModeNotSatisfied,
ChainDecompositionConfiguration = ChainDecompositionConfiguration.SmartClone(),
Chains = Chains?.Select(x => new Chain <TNode>(x.Nodes.ToList(), x.Number)).ToList(),
SimulatedAnnealingConfiguration = SimulatedAnnealingConfiguration.SmartClone(),
SimulatedAnnealingMaxBranching = SimulatedAnnealingMaxBranching,
});
}
public new GraphBasedGeneratorConfiguration <TNode> SmartClone()
{
return(new GraphBasedGeneratorConfiguration <TNode>()
{
RoomsCanTouch = RoomsCanTouch,
EarlyStopIfIterationsExceeded = EarlyStopIfIterationsExceeded,
EarlyStopIfTimeExceeded = EarlyStopIfTimeExceeded,
RepeatModeOverride = RoomTemplateRepeatMode.NoImmediate,
ThrowIfRepeatModeNotSatisfied = ThrowIfRepeatModeNotSatisfied,
ChainDecompositionConfiguration = ChainDecompositionConfiguration.SmartClone(),
Chains = Chains?.Select(x => new Chain <TNode>(x.Nodes.ToList(), x.Number)).ToList(),
SimulatedAnnealingConfiguration = SimulatedAnnealingConfiguration.SmartClone(),
SimulatedAnnealingMaxBranching = SimulatedAnnealingMaxBranching,
OptimizeCorridorConstraints = OptimizeCorridorConstraints,
});
}
/// <summary>
/// Data updates
/// </summary>
private async Task OnData()
{
// Get price
var instrument = (await DataService
.GetInstruments(Chains.Select(o => o.Symbol).ToList()))
.FirstOrDefault()
.Value;
if (instrument == null)
{
return;
}
// Get chains
var optionQueries = Chains.Select(chain =>
{
var inputs = new Dictionary <dynamic, dynamic>
{
["greeks"] = Variance,
["symbol"] = chain.Symbol,
["expiration"] = chain.Expiration
};
return(DataService.GetOptionChain(inputs));
});
var options = (await Task
.WhenAll(optionQueries))
.SelectMany(o => o)
.GroupBy(o => o.Strike)
.ToDictionary(o => o.Key, o => o.Where(v => Where(v)).ToList())
.OrderBy(o => o.Key)
.ToList();
// Find the current strike
var closeIndex = -1;
var closeDistance = double.MaxValue;
for (var i = 0; i < options.Count; i++)
{
var distance = Math.Abs(instrument.Point.Price.Value - options[i].Key.Value);
if (closeDistance > distance)
{
closeIndex = i;
closeDistance = distance;
}
}
if (closeIndex < 0)
{
return;
}
// Aggregate around the current strike
var index = 0;
var minSum = 0.0;
var maxSum = 0.0;
var currentPrice = instrument.Point.Price.Value;
var summaries = new InstrumentOptionModel[options.Count];
var sources = new Dictionary <string, ISeriesModel>();
while (true)
{
var curMins = options.ElementAtOrDefault(closeIndex - index);
var curMaxs = options.ElementAtOrDefault(closeIndex + index);
if (curMins.Value == null && curMaxs.Value == null)
{
break;
}
if (curMins.Value != null)
{
minSum += SelectMany(curMins.Value, curMins.Key, currentPrice).Value;
summaries[closeIndex - index] = new InstrumentOptionModel
{
Strike = curMins.Key,
Side = OptionSideEnum.Put,
Point = new Core.ModelSpace.PointModel {
Price = minSum
}
};
}
if (curMaxs.Value != null)
{
maxSum += SelectMany(curMaxs.Value, curMaxs.Key, currentPrice).Value;
summaries[closeIndex + index] = new InstrumentOptionModel
{
Strike = curMaxs.Key,
Side = OptionSideEnum.Call,
Point = new Core.ModelSpace.PointModel {
Price = maxSum
}
};
}
index++;
}
// Create points with values for each expiration
var points = summaries.Select(o =>
{
var strike = o.Strike;
var series = new Dictionary <string, ISeriesModel>();
var seriesColor = Brushes.Black.Color;
var seriesName = "Aggregation";
switch (o.Side)
{
case OptionSideEnum.Put: seriesColor = Brushes.OrangeRed.Color; break;
case OptionSideEnum.Call: seriesColor = Brushes.LimeGreen.Color; break;
}
sources[seriesName] = series[seriesName] = new SeriesModel
{
Name = seriesName,
Shape = new BarSeries(),
Model = new ExpandoModel
{
["Color"] = seriesColor,
["Point"] = o.Point.Price
}
};
// Create point with all series
var point = new Chart.ModelSpace.PointModel()
{
Areas = new Dictionary <string, IAreaModel>
{
[_name] = new AreaModel
{
Name = _name,
Series = series
}
}
};
point["Strike"] = strike;
return(point as Chart.ModelSpace.IPointModel);
}).ToList();
// Set appropriate number of series on the chart
if (sources.Any())
{
View.Composer.Group.Series = sources;
}
await Dispatcher.BeginInvoke(new Action(() =>
{
var composer = View.Composer;
composer.IndexDomain ??= new int[2];
composer.IndexDomain[0] = 0;
composer.IndexDomain[1] = options.Count;
composer.Items = _points = points.ToList();
composer.Update();
}));
}
/// <summary>
/// Sync with an IPTables system
/// </summary>
/// <param name="sync"></param>
/// <param name="canDeleteChain"></param>
/// <param name="maxRetries"></param>
public void Sync(INetfilterSync <IpTablesRule> sync,
Func <IpTablesChain, bool> canDeleteChain = null, int maxRetries = 10)
{
var tableAdapter = _system.GetTableAdapter(_ipVersion);
List <IpTablesChain> chainsToAdd = new List <IpTablesChain>();
bool needed;
int retries = maxRetries;
do
{
try
{
//Start transaction
tableAdapter.StartTransaction();
//Load all chains, figure out what to add
var tableChains = new Dictionary <string, List <IpTablesChain> >();
foreach (IpTablesChain chain in Chains)
{
if (!tableChains.ContainsKey(chain.Table))
{
var chains = _system.GetChains(chain.Table, _ipVersion).ToList();
tableChains.Add(chain.Table, chains);
}
if (
tableChains[chain.Table].FirstOrDefault(a => a.Name == chain.Name && a.Table == chain.Table) ==
null)
{
//Chain doesnt exist, to create
chainsToAdd.Add(chain);
}
}
//Add the new chains / rules
foreach (var chain in chainsToAdd)
{
tableChains[chain.Table].Add(_system.AddChain(chain));
}
chainsToAdd.Clear();
//Special case
if (tableAdapter is IPTablesLibAdapterClient)
{
//Sync chain adds before starting rule adds
tableAdapter.EndTransactionCommit();
tableAdapter.StartTransaction();
}
//Update chains with differing rules
foreach (IpTablesChain chain in Chains)
{
IpTablesChain realChain =
tableChains[chain.Table].First(a => a.Name == chain.Name && a.Table == chain.Table);
if (realChain != null)
{
//Update chain
realChain.SyncInternal(chain.Rules, sync);
}
}
//End Transaction: COMMIT
tableAdapter.EndTransactionCommit();
if (canDeleteChain != null)
{
//Start transaction
//Needs new transaction, bug in libiptc?
tableAdapter.StartTransaction();
foreach (string table in Chains.Select(a => a.Table).Distinct())
{
foreach (IpTablesChain chain in _system.GetChains(table, _ipVersion))
{
if (!_chains.HasChain(chain.Name, chain.Table) && canDeleteChain(chain))
{
chain.Delete();
}
}
}
//End Transaction: COMMIT
tableAdapter.EndTransactionCommit();
}
needed = false;
}
catch (IpTablesNetExceptionErrno ex)
{
if (ex.Errno == 11 && retries != 0)//Resource Temporarily unavailable
{
Thread.Sleep(100 * (maxRetries - retries));
retries--;
needed = true;
}
else
{
throw;
}
}
} while (needed);
}
/// <summary>
/// Data updates
/// </summary>
private async Task OnData()
{
// Get price
var instrument = (await DataService
.GetInstruments(Chains.Select(o => o.Symbol).ToList()))
.FirstOrDefault()
.Value;
if (instrument == null)
{
return;
}
// Get chains
var optionQueries = Chains.Select(chain =>
{
var inputs = new Dictionary <dynamic, dynamic>
{
["greeks"] = Variance,
["symbol"] = chain.Symbol,
["expiration"] = chain.Expiration
};
return(DataService.GetOptionChain(inputs));
});
var options = (await Task
.WhenAll(optionQueries))
.SelectMany(o => o)
.GroupBy(o => o.Strike)
.ToDictionary(o => o.Key, o => o.Where(v => Where(v)).ToList())
.OrderBy(o => o.Key)
.ToList();
// Create points with values for each expiration
var currentPrice = instrument.Point.Price.Value;
var sources = new Dictionary <string, ISeriesModel>();
var points = options.Select(o =>
{
var strike = o.Key;
var strikeOptions = o.Value;
var series = new Dictionary <string, ISeriesModel>();
// Create series based on option side and specified expirations
foreach (var option in strikeOptions)
{
var seriesColor = Brushes.Black.Color;
var seriesName = $"{option.Side} - {option.ExpirationDate:yyyy-MM-dd}";
switch (option.Side.Value)
{
case OptionSideEnum.Put: seriesColor = Brushes.OrangeRed.Color; break;
case OptionSideEnum.Call: seriesColor = Brushes.LimeGreen.Color; break;
}
sources[seriesName] = series[seriesName] = new SeriesModel
{
Name = seriesName,
Shape = new BarSeries(),
Model = new ExpandoModel
{
["Color"] = seriesColor,
["Point"] = Select(option, currentPrice)
}
};
}
// Create point with all series
var point = new Chart.ModelSpace.PointModel()
{
Areas = new Dictionary <string, IAreaModel>
{
[_name] = new AreaModel
{
Name = _name,
Series = series
}
}
};
point["Strike"] = strike;
return(point as Chart.ModelSpace.IPointModel);
}).ToList();
// Set appropriate number of series on the chart
if (sources.Any())
{
View.Composer.Group.Series = sources;
}
await Dispatcher.BeginInvoke(new Action(() =>
{
var composer = View.Composer;
composer.IndexDomain ??= new int[2];
composer.IndexDomain[0] = 0;
composer.IndexDomain[1] = options.Count;
composer.Items = _points = points.ToList();
composer.Update();
}));
}
public string[] ValidMessageTypeNames()
{
return(Chains.Select(x => x.MessageType.ToMessageTypeName()).ToArray());
}
