private EngineerOperation ExtractEngineerOperation(JObject data)
{
var operation = new EngineerOperation
{
IngredientsConsumed = data["Ingredients"].Select(c =>
{
dynamic cc = c;
string rewardName;
return(Tuple.Create(converter.TryGet((string)cc.Name, out rewardName), rewardName, (int)cc.Value));
}).Where(c => c.Item1).Select(c => new BlueprintIngredient(entries[c.Item2], c.Item3)).ToList()
};
return(operation.IngredientsConsumed.Any() ? operation : null);
}
private JournalOperation ExtractSynthesis(JObject data)
{
var synthesisOperation = new EngineerOperation(BlueprintCategory.Synthesis, null)
{
IngredientsConsumed = new List <BlueprintIngredient>()
};
foreach (var jToken in data["Materials"])
{
dynamic cc = jToken;
var synthesisIngredientName = converter.GetOrCreate((string)cc.Name);
int? count = cc.Value ?? cc.Count;
synthesisOperation.IngredientsConsumed.Add(new BlueprintIngredient(entries[synthesisIngredientName],
count ?? 1));
}
return(synthesisOperation.IngredientsConsumed.Any() ? synthesisOperation : null);
}
public void OnBlueprintCrafted(EngineerOperation operation)
{
BlueprintCrafted?.Invoke(this, operation);
}
public void ApplyCraft(EngineerOperation engineerOperation)
{
Loadout.ApplyCraft(engineerOperation);
}
public override object ReadJson(JsonReader reader, Type objectType, object existingValue,
JsonSerializer serializer)
{
reader.DateParseHandling = DateParseHandling.None;
var data = JObject.Load(reader);
var entry = new JournalEntry
{
TimeStamp = InstantPattern.GeneralPattern.Parse((string)data["timestamp"]).Value,
OriginalJson = data.ToString()
};
JournalEvent journalEvent;
try
{
journalEvent = data["event"].ToObject <JournalEvent>(serializer);
}
catch (JsonSerializationException)
{
return(entry);
}
switch (journalEvent)
{
case JournalEvent.ManualUserChange:
entry.JournalOperation = new ManualChangeOperation
{
Name = (string)data["Name"],
Count = (int)data["Count"]
};
break;
case JournalEvent.MiningRefined:
string miningRefinedName;
if (!converter.TryGet((string)data["Type"], out miningRefinedName))
{
break;
}
entry.JournalOperation = new CargoOperation
{
CommodityName = miningRefinedName,
Size = 1
};
break;
case JournalEvent.EngineerCraft:
var engineerCraft = new EngineerOperation
{
IngredientsConsumed = data["Ingredients"]
.Select(c =>
{
dynamic cc = c;
string rewardName;
return(Tuple.Create(converter.TryGet((string)cc.Name, out rewardName),
rewardName,
(int)cc.Value));
})
.Where(c => c.Item1)
.Select(c => new BlueprintIngredient(entries[c.Item2], c.Item3)).ToList()
};
if (engineerCraft.IngredientsConsumed.Any())
{
entry.JournalOperation = engineerCraft;
}
break;
case JournalEvent.MarketSell:
string marketSellName;
if (!converter.TryGet((string)data["Type"], out marketSellName))
{
break;
}
entry.JournalOperation = new CargoOperation
{
CommodityName = marketSellName,
Size = -1 * data["Count"].ToObject <int>()
};
break;
case JournalEvent.MarketBuy:
string marketBuyName;
if (!converter.TryGet((string)data["Type"], out marketBuyName))
{
break;
}
entry.JournalOperation = new CargoOperation
{
CommodityName = marketBuyName,
Size = data["Count"].ToObject <int>()
};
break;
case JournalEvent.MaterialDiscarded:
string materialDiscardedName;
if (!converter.TryGet((string)data["Name"], out materialDiscardedName))
{
MessageBox.Show($"Unknown material, please contact the author ! {(string) data["Name"]}");
break;
}
if (((string)data["Category"]).ToLowerInvariant() == "encoded")
{
entry.JournalOperation = new DataOperation
{
DataName = materialDiscardedName,
Size = -1 * data["Count"].ToObject <int>()
};
}
else // Manufactured & Raw
{
entry.JournalOperation = new MaterialOperation
{
MaterialName = materialDiscardedName,
Size = -1 * data["Count"].ToObject <int>()
};
}
break;
case JournalEvent.MaterialCollected:
string materialCollectedName;
if (!converter.TryGet((string)data["Name"], out materialCollectedName))
{
MessageBox.Show($"Unknown material, please contact the author ! {(string)data["Name"]}");
break;
}
if (((string)data["Category"]).ToLowerInvariant() == "encoded")
{
entry.JournalOperation = new DataOperation
{
DataName = materialCollectedName,
Size = data["Count"].ToObject <int>()
};
}
else // Manufactured & Raw
{
entry.JournalOperation = new MaterialOperation
{
MaterialName = materialCollectedName,
Size = data["Count"].ToObject <int>()
};
}
break;
case JournalEvent.MissionCompleted:
JToken rewardData;
// TODO: missions can sometimes reward data/material and this is not currently handled
if (!data.TryGetValue("CommodityReward", out rewardData))
{
break;
}
var missionCompleted = new MissionCompletedOperation
{
CommodityRewards = rewardData
.Select(c =>
{
string rewardName;
return(Tuple.Create(c,
converter.TryGet((string)c["Name"], out rewardName),
rewardName));
})
.Where(c => c.Item2)
.Select(c =>
{
var r = new CargoOperation
{
CommodityName = c.Item3,
Size = c.Item1["Count"].ToObject <int>(),
JournalEvent = JournalEvent.MissionCompleted
};
return(r);
}).ToList()
};
if (missionCompleted.CommodityRewards.Any())
{
entry.JournalOperation = missionCompleted;
}
break;
case JournalEvent.CollectCargo:
string collectCargoName;
if (!converter.TryGet((string)data["Type"], out collectCargoName))
{
break;
}
entry.JournalOperation = new CargoOperation
{
CommodityName = collectCargoName,
Size = 1
};
break;
case JournalEvent.EjectCargo:
string ejectCargoName;
if (!converter.TryGet((string)data["Type"], out ejectCargoName))
{
break;
}
entry.JournalOperation = new CargoOperation
{
CommodityName = ejectCargoName,
Size = -1
};
break;
}
if (entry.JournalOperation != null)
{
entry.JournalOperation.JournalEvent = journalEvent;
}
return(entry);
}