public void PlaceBuildable(Buildables type)
{
//TODO rework data storing, add buildings to colony when placing etc
resourcesHandler = sceneHandler.currentColony.GetComponent <ResourcesHandler>();
switch (type)
{
case Buildables.PowerPlant:
objectBeingPlaced = Instantiate(Prefabs.Instance.powerPlant);
break;
case Buildables.Mine:
objectBeingPlaced = Instantiate(Prefabs.Instance.mine);
break;
case Buildables.ResearchLab:
objectBeingPlaced = Instantiate(Prefabs.Instance.researchLab);
break;
default:
break;
}
objectBeingPlaced.transform.SetParent(sceneHandler.currentColony.transform);
objectBeingPlaced.GetComponent <SpriteRenderer>().color = new Color(1, 1, 1, 0.5f);
CheckResources();
placingObject = true;
}
public void SetAmount(Buildables buildable, long number)
{
foreach (PropertyInfo prop in this.GetType().GetProperties())
{
if (prop.Name == buildable.ToString())
{
prop.SetValue(this, number);
return;
}
}
}
public long GetAmount(Buildables buildable)
{
foreach (PropertyInfo prop in this.GetType().GetProperties())
{
if (prop.Name == buildable.ToString())
{
return((long)prop.GetValue(this));
}
}
return(0);
}
public Ships Add(Buildables buildable, long quantity)
{
foreach (PropertyInfo prop in this.GetType().GetProperties())
{
if (prop.Name == buildable.ToString())
{
prop.SetValue(this, (long)prop.GetValue(this) + quantity);
}
}
return(this);
}
public int GetLevel(Buildables research)
{
int output = 0;
foreach (PropertyInfo prop in GetType().GetProperties())
{
if (prop.Name == research.ToString())
{
output = (int)prop.GetValue(this);
}
}
return(output);
}
public int GetAmount(Buildables defence)
{
int output = 0;
foreach (PropertyInfo prop in GetType().GetProperties())
{
if (prop.Name == defence.ToString())
{
output = (int)prop.GetValue(this);
}
}
return(output);
}
public bool BuildTechnology(Celestial celestial, Buildables buildable)
{
try {
var request = new RestRequest {
Resource = $"/bot/planets/{celestial.ID}/build/technology/{(int) buildable}", Method = Method.POST
};
var result = JsonConvert.DeserializeObject <OgamedResponse>(Client.Execute(request).Content);
if (result.Status != "ok")
{
return(false);
}
else
{
return(true);
}
} catch { return(false); }
}
public bool BuildConstruction(Celestial celestial, Buildables buildable)
{
var request = new RestRequest
{
Resource = "/bot/planets/" + celestial.ID + "/build/building/" + (int)buildable,
Method = Method.POST,
};
var result = JsonConvert.DeserializeObject <OgamedResponse>(Client.Execute(request).Content);
if (result.Status != "ok")
{
throw new Exception("An error has occurred: Status: " + result.Status + " - Message: " + result.Message);
}
else
{
return(true);
}
}
public bool BuildDefences(Celestial celestial, Buildables buildable, long quantity)
{
try {
var request = new RestRequest {
Resource = $"/bot/planets/{celestial.ID}/build/defence/{(int) buildable}/{quantity}",
Method = Method.POST,
};
var result = JsonConvert.DeserializeObject <OgamedResponse>(Client.Execute(request).Content);
if (result.Status != "ok")
{
return(false);
}
else
{
return(true);
}
} catch { return(false); }
}
public Model.Resources GetPrice(Buildables buildable, int levelOrQuantity)
{
var request = new RestRequest
{
Resource = "/bot/price/" + (int)buildable + "/" + levelOrQuantity,
Method = Method.GET,
};
var result = JsonConvert.DeserializeObject <OgamedResponse>(Client.Execute(request).Content);
if (result.Status != "ok")
{
throw new Exception("An error has occurred: Status: " + result.Status + " - Message: " + result.Message);
}
else
{
return(JsonConvert.DeserializeObject <Model.Resources>(JsonConvert.SerializeObject(result.Result)));
}
}
public Ships Remove(Buildables buildable, int quantity)
{
foreach (PropertyInfo prop in this.GetType().GetProperties())
{
if (prop.Name == buildable.ToString())
{
long val = (long)prop.GetValue(this);
if (val >= quantity)
{
prop.SetValue(this, val);
}
else
{
prop.SetValue(this, 0);
}
}
}
return(this);
}
public Model.Resources GetPrice(Buildables buildable, long levelOrQuantity)
{
var request = new RestRequest {
Resource = $"/bot/price/{(int) buildable}/{levelOrQuantity}",
Method = Method.GET,
};
var result = JsonConvert.DeserializeObject <OgamedResponse>(Client.Execute(request).Content);
if (result.Status != "ok")
{
throw new Exception($"An error has occurred: Status: {result.Status} - Message: {result.Message}");
}
else
{
return(JsonConvert.DeserializeObject <Model.Resources>(JsonConvert.SerializeObject(result.Result), new JsonSerializerSettings {
DateTimeZoneHandling = DateTimeZoneHandling.Local
}));
}
}
public int GetLevel(Buildables building)
{
int output = 0;
foreach (PropertyInfo prop in Buildings.GetType().GetProperties())
{
if (prop.Name == building.ToString())
{
output = (int)prop.GetValue(Buildings);
}
}
if (output == 0)
{
foreach (PropertyInfo prop in Facilities.GetType().GetProperties())
{
if (prop.Name == building.ToString())
{
output = (int)prop.GetValue(Facilities);
}
}
}
return(output);
}
private void AddBuilding(AbstractBuilding building)
{
Buildings.Add(building);
Buildables.Add(building.Id, building);
foreach (var capability in building.BuildCapabilities)
{
if (!BuildCapabilities.ContainsKey(capability.Key))
{
BuildCapabilities.Add(capability.Key, capability.Value);
}
}
foreach (var capability in building.TrainCapabilities)
{
if (!TrainCapabilities.ContainsKey(capability.Key))
{
TrainCapabilities.Add(capability.Key, capability.Value);
}
}
building.UnderConstructionEvent += Building_UnderConstructionEvent;
building.StartBuilding();
}
private void AddUnit(AbstractUnit unit)
{
Units.Add(unit);
Buildables.Add(unit.Id, unit);
}
private static void AutoBuildCargo(object state)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Checking capacity...");
celestials = UpdatePlanets(UpdateType.Ships);
celestials = UpdatePlanets(UpdateType.Resources);
celestials = UpdatePlanets(UpdateType.Productions);
foreach (Celestial planet in celestials)
{
var capacity = Helpers.CalcFleetCapacity(planet.Ships, researches.HyperspaceTechnology, userInfo.Class);
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Planet " + planet.ToString() + ": Available capacity: " + capacity.ToString("N0") + " - Resources: " + planet.Resources.TotalResources.ToString("N0"));
if (planet.Coordinate.Type == Celestials.Moon && settings.Brain.AutoCargo.ExcludeMoons)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Skipping moon.");
continue;
}
if (capacity <= planet.Resources.TotalResources)
{
long difference = planet.Resources.TotalResources - capacity;
Buildables preferredCargoShip = Enum.Parse <Buildables>(settings.Brain.AutoCargo.CargoType.ToString() ?? "SmallCargo") ?? Buildables.SmallCargo;
int oneShipCapacity = Helpers.CalcShipCapacity(preferredCargoShip, researches.HyperspaceTechnology, userInfo.Class);
int neededCargos = (int)Math.Round((float)difference / (float)oneShipCapacity, MidpointRounding.ToPositiveInfinity);
Helpers.WriteLog(LogType.Info, LogSender.Brain, difference.ToString("N0") + " more capacity is needed, " + neededCargos + " more " + preferredCargoShip.ToString() + " are needed.");
if (planet.HasProduction())
{
Helpers.WriteLog(LogType.Warning, LogSender.Brain, "There is already a production ongoing. Skipping planet.");
foreach (Production production in planet.Productions)
{
Buildables productionType = (Buildables)production.ID;
Helpers.WriteLog(LogType.Info, LogSender.Brain, production.Nbr + "x" + productionType.ToString() + " are in production.");
}
continue;
}
var cost = ogamedService.GetPrice(preferredCargoShip, neededCargos);
if (planet.Resources.IsEnoughFor(cost))
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Building " + neededCargos + "x" + preferredCargoShip.ToString());
ogamedService.BuildShips(planet, preferredCargoShip, neededCargos);
}
else
{
Helpers.WriteLog(LogType.Warning, LogSender.Brain, "Not enough resources to build " + neededCargos + "x" + preferredCargoShip.ToString());
ogamedService.BuildShips(planet, Buildables.SmallCargo, neededCargos);
}
planet.Productions = ogamedService.GetProductions(planet);
foreach (Production production in planet.Productions)
{
Buildables productionType = (Buildables)production.ID;
Helpers.WriteLog(LogType.Info, LogSender.Brain, production.Nbr + "x" + productionType.ToString() + " are in production.");
}
}
else
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Capacity is ok.");
}
}
var time = ogamedService.GetServerTime();
var interval = Helpers.CalcRandomInterval((int)settings.Brain.AutoCargo.CheckIntervalMin, (int)settings.Brain.AutoCargo.CheckIntervalMax);
var newTime = time.AddMilliseconds(interval);
capacityTimer.Change(interval, Timeout.Infinite);
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Next capacity check at " + newTime.ToString());
}
private static void AutoRepatriate(object state)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Reaptriating resources...");
celestials = UpdatePlanets(UpdateType.Resources);
celestials = UpdatePlanets(UpdateType.Ships);
var rand = new Random();
foreach (Celestial celestial in settings.Brain.AutoRepatriate.RandomOrder ? celestials.OrderBy(celestial => rand.Next()).ToList() : celestials)
{
if (celestial.Coordinate.Type == Celestials.Moon && settings.Brain.AutoRepatriate.ExcludeMoons)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Skipping moon.");
continue;
}
if (celestial.Resources.TotalResources < (int)settings.Brain.AutoRepatriate.MinimumResources)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Skipping celestial: resources under set limit");
continue;
}
Buildables preferredShip = Enum.Parse <Buildables>(settings.Brain.AutoRepatriate.CargoType.ToString() ?? "SmallCargo") ?? Buildables.SmallCargo;
int idealShips = Helpers.CalcShipNumberForPayload(celestial.Resources, preferredShip, researches.HyperspaceTechnology, userInfo.Class);
Ships ships = new Ships();
if (idealShips <= celestial.Ships.GetAmount(preferredShip))
{
ships.Add(preferredShip, idealShips);
}
else
{
ships.Add(preferredShip, celestial.Ships.GetAmount(preferredShip));
}
Resources payload = Helpers.CalcMaxTransportableResources(ships, celestial.Resources, researches.HyperspaceTechnology, userInfo.Class);
Celestial destination = celestials
.OrderBy(planet => planet.Coordinate.Type == Celestials.Moon)
.OrderByDescending(planet => Helpers.CalcFleetCapacity(planet.Ships, researches.HyperspaceTechnology, userInfo.Class))
.First();
if (settings.Brain.AutoRepatriate.Target)
{
try
{
Celestial customDestination = celestials
.Where(planet => planet.Coordinate.Galaxy == (int)settings.Brain.AutoRepatriate.Target.Galaxy)
.Where(planet => planet.Coordinate.System == (int)settings.Brain.AutoRepatriate.Target.System)
.Where(planet => planet.Coordinate.Position == (int)settings.Brain.AutoRepatriate.Target.Position)
.Where(planet => planet.Coordinate.Type == Enum.Parse <Celestials>(settings.Brain.AutoRepatriate.Target.Type.ToString()))
.Single();
destination = customDestination;
if (celestial.ID == customDestination.ID)
{
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Skipping celestial: this celestial is the destination");
continue;
}
}
catch (Exception e)
{
Helpers.WriteLog(LogType.Debug, LogSender.Brain, "Exception: " + e.Message);
Helpers.WriteLog(LogType.Warning, LogSender.Brain, "Unable to parse custom destination");
}
}
SendFleet(celestial, ships, destination.Coordinate, Missions.Transport, Speeds.HundredPercent, payload);
}
var time = ogamedService.GetServerTime();
var interval = Helpers.CalcRandomInterval((int)settings.Brain.AutoRepatriate.CheckIntervalMin, (int)settings.Brain.AutoRepatriate.CheckIntervalMax);
var newTime = time.AddMilliseconds(interval);
repatriateTimer.Change(interval, Timeout.Infinite);
Helpers.WriteLog(LogType.Info, LogSender.Brain, "Next repatriate check at " + newTime.ToString());
}
private static void HandleExpeditions(object state)
{
celestials = UpdatePlanets(UpdateType.Ships);
if ((bool)settings.Expeditions.AutoSendExpeditions.Active)
{
UpdateSlots();
UpdateFleets();
int expsToSend;
if (settings.Expeditions.AutoSendExpeditions.WaitForAllExpeditions)
{
if (slots.ExpInUse == 0)
{
expsToSend = slots.ExpTotal;
}
else
{
expsToSend = 0;
}
}
else
{
expsToSend = Math.Min(slots.ExpFree, slots.Free);
}
if (expsToSend > 0)
{
if (slots.ExpFree > 0)
{
if (slots.Free > 0)
{
Celestial origin = celestials
.OrderBy(planet => planet.Coordinate.Type == Celestials.Moon)
.OrderByDescending(planet => Helpers.CalcFleetCapacity(planet.Ships, researches.HyperspaceTechnology, userInfo.Class))
.First();
if (settings.Expeditions.AutoSendExpeditions.Origin)
{
try
{
Celestial customOrigin = celestials
.Where(planet => planet.Coordinate.Galaxy == (int)settings.Expeditions.AutoSendExpeditions.Origin.Galaxy)
.Where(planet => planet.Coordinate.System == (int)settings.Expeditions.AutoSendExpeditions.Origin.System)
.Where(planet => planet.Coordinate.Position == (int)settings.Expeditions.AutoSendExpeditions.Origin.Position)
.Where(planet => planet.Coordinate.Type == Enum.Parse <Celestials>(settings.Expeditions.AutoSendExpeditions.Origin.Type.ToString()))
.Single();
origin = customOrigin;
}
catch (Exception e)
{
Helpers.WriteLog(LogType.Debug, LogSender.Expeditions, "Exception: " + e.Message);
Helpers.WriteLog(LogType.Warning, LogSender.Expeditions, "Unable to parse custom origin");
}
}
if (origin.Ships.IsEmpty())
{
Helpers.WriteLog(LogType.Warning, LogSender.Expeditions, "Unable to send expeditions: no ships available");
}
else
{
Buildables mainShip = Enum.Parse <Buildables>(settings.Expeditions.AutoSendExpeditions.MainShip.ToString() ?? "LargeCargo") ?? Buildables.LargeCargo;
Ships fleet = Helpers.CalcFullExpeditionShips(origin.Ships, mainShip, expsToSend, serverData, researches, userInfo.Class);
Helpers.WriteLog(LogType.Info, LogSender.Expeditions, expsToSend.ToString() + " expeditions with " + fleet.ToString() + " will be sent from " + origin.ToString());
for (int i = 0; i < expsToSend; i++)
{
Coordinate destination;
if (settings.Expeditions.AutoSendExpeditions.SplitExpeditionsBetweenSystems)
{
var rand = new Random();
destination = new Coordinate
{
Galaxy = origin.Coordinate.Galaxy,
System = rand.Next(origin.Coordinate.System - 1, origin.Coordinate.System + 2),
Position = 16,
Type = Celestials.DeepSpace
};
}
else
{
destination = new Coordinate
{
Galaxy = origin.Coordinate.Galaxy,
System = origin.Coordinate.System,
Position = 16,
Type = Celestials.DeepSpace
};
}
SendFleet(origin, fleet, destination, Missions.Expedition, Speeds.HundredPercent);
}
}
}
else
{
Helpers.WriteLog(LogType.Warning, LogSender.Expeditions, "Unable to send expeditions: no fleet slots available");
}
}
else
{
Helpers.WriteLog(LogType.Warning, LogSender.Expeditions, "Unable to send expeditions: no expeditions slots available");
}
}
UpdateSlots();
UpdateFleets();
var time = ogamedService.GetServerTime();
List <Fleet> orderedFleets = fleets
.Where(fleet => fleet.Mission == Missions.Expedition)
.OrderByDescending(fleet => fleet.BackIn)
.ToList();
int interval;
if (orderedFleets.Count == 0)
{
interval = Helpers.CalcRandomInterval(IntervalType.AboutHalfAnHour);
}
else
{
interval = (int)((1000 * orderedFleets.First().BackIn) + Helpers.CalcRandomInterval(IntervalType.AMinuteOrTwo));
}
DateTime newTime = time.AddMilliseconds(interval);
expeditionsTimer.Change(interval, Timeout.Infinite);
Helpers.WriteLog(LogType.Info, LogSender.Expeditions, "Next check at " + newTime.ToString());
}
if ((bool)settings.Expeditions.AutoHarvest.Active)
{
UpdateSlots();
UpdateFleets();
Celestial origin = celestials
.OrderBy(planet => planet.Coordinate.Type == Celestials.Moon)
.OrderByDescending(planet => Helpers.CalcFleetCapacity(planet.Ships, researches.HyperspaceTechnology, userInfo.Class))
.First();
if (settings.Expeditions.AutoSendExpeditions.Origin)
{
try
{
Celestial customOrigin = celestials
.Where(planet => planet.Coordinate.Galaxy == (int)settings.Expeditions.AutoSendExpeditions.Origin.Galaxy)
.Where(planet => planet.Coordinate.System == (int)settings.Expeditions.AutoSendExpeditions.Origin.System)
.Where(planet => planet.Coordinate.Position == (int)settings.Expeditions.AutoSendExpeditions.Origin.Position)
.Where(planet => planet.Coordinate.Type == Enum.Parse <Celestials>(settings.Expeditions.AutoSendExpeditions.Origin.Type.ToString()))
.Single();
origin = customOrigin;
}
catch (Exception e)
{
Helpers.WriteLog(LogType.Debug, LogSender.Expeditions, "Exception: " + e.Message);
Helpers.WriteLog(LogType.Warning, LogSender.Expeditions, "Unable to parse custom origin");
}
}
List <Coordinate> destinations = new List <Coordinate>();
if (settings.Expeditions.AutoSendExpeditions.SplitExpeditionsBetweenSystems)
{
var rand = new Random();
for (int i = origin.Coordinate.System - 1; i < origin.Coordinate.System + 2; i++)
{
destinations.Add(new Coordinate
{
Galaxy = origin.Coordinate.Galaxy,
System = rand.Next(i, i + 1),
Position = 16,
Type = Celestials.DeepSpace
});
}
}
else
{
destinations.Add(new Coordinate
{
Galaxy = origin.Coordinate.Galaxy,
System = origin.Coordinate.System,
Position = 16,
Type = Celestials.DeepSpace
});
}
foreach (Coordinate destination in destinations)
{
var galaxyInfos = ogamedService.GetGalaxyInfo(destination);
if (galaxyInfos.ExpeditionDebris.Resources.TotalResources > 0)
{
Helpers.WriteLog(LogType.Info, LogSender.Expeditions, "Debris detected at " + destination.ToString());
if (galaxyInfos.ExpeditionDebris.Resources.TotalResources >= settings.Expeditions.AutoHarvest.MinimumResources)
{
int pathfindersToSend = Helpers.CalcShipNumberForPayload(galaxyInfos.ExpeditionDebris.Resources, Buildables.Pathfinder, researches.HyperspaceTechnology, userInfo.Class);
SendFleet(origin, new Ships {
Pathfinder = pathfindersToSend
}, destination, Missions.Harvest, Speeds.HundredPercent);
}
else
{
Helpers.WriteLog(LogType.Info, LogSender.Expeditions, "Skipping hervest: resources under set limit.");
}
}
}
}
}