public static OrderAction FromJson(JProperty orderActionProp)
{
if (orderActionTypes == null)
{
orderActionTypes = FindOrderActionsInAssembly();
}
string orderActionType = orderActionProp.Name;
Type t;
if (orderActionTypes.TryGetValue(orderActionType, out t))
{
JToken innerJson = orderActionProp.Value;
OrderAction orderAction = (OrderAction)orderActionProp.Value.ToObject(t);
orderAction.Type = orderActionProp.Name;
string prevCategory = string.Empty;
if (orderAction.Category != null)
{
prevCategory = orderAction.Category.Type;
}
string tempCategory = PrototypeReader.ReadJson(prevCategory, innerJson["JobCategory"]);
orderAction.Category = PrototypeManager.JobCategory.Get(tempCategory);
orderAction.Priority = (Job.JobPriority)PrototypeReader.ReadJson((int)orderAction.Priority, innerJson["JobPriority"]);
return(orderAction);
}
else
{
UnityDebugger.Debugger.Log(OrderActionsLogChannel, string.Format("There is no deserializer for OrderAction '{0}'", orderActionType));
return(null);
}
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
Slot = PrototypeReader.ReadJson(Slot, innerJson["Slot"]);
LocalizationName = PrototypeReader.ReadJson("gear_" + Type, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson("gear_" + Type + "_desc", innerJson["LocalizationDescription"]);
if (innerJson["Stats"] != null)
{
foreach (JToken stat in innerJson["Stats"])
{
Stat prototypeStat = PrototypeManager.Stat.Get(((JProperty)stat).Name);
Stat newStat = prototypeStat.Clone();
int value = 0;
value = PrototypeReader.ReadJson(value, stat);
newStat.Value = value;
Stats.Add(((JProperty)stat).Name, newStat);
}
}
if (innerJson["Slots"] != null)
{
string[] slots = new string[0];
slots = PrototypeReader.ReadJson(slots, innerJson["Slots"]);
foreach (string slot in slots)
{
Slots.Add(slot, false);
}
}
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
Name = PrototypeReader.ReadJson(Name, innerJson["Name"]);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
typeTags = new HashSet <string>(PrototypeReader.ReadJsonArray <string>(innerJson["TypeTags"]));
LocalizationName = PrototypeReader.ReadJson(LocalizationName, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson(LocalizationDescription, innerJson["LocalizationDescription"]);
EventActions.ReadJson(innerJson["EventActions"]);
contextMenuLuaActions = PrototypeReader.ReadContextMenuActions(innerJson["ContextMenuActions"]);
if (innerJson["Parameters"] != null)
{
Parameters.FromJson(innerJson["Parameters"]);
}
if (innerJson["Requirements"] != null)
{
ReadJsonRequirements((JArray)innerJson["Requirements"]);
}
if (innerJson["Optional"] != null)
{
ReadJsonRequirements((JArray)innerJson["Optional"], true);
}
}
/// <summary>
/// Reads the prototype from the specified JProperty.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
JToken innerJson = jsonProto.Value;
type = jsonProto.Name;
IsHidden = PrototypeReader.ReadJson(false, innerJson["hidden"]);
LocalizationName = (string)innerJson["LocalizationName"];
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
ColorMap = PrototypeReader.ReadJson(ColorMap, innerJson["ColorMap"]);
LuaFunctionName = PrototypeReader.ReadJson(LuaFunctionName, innerJson["LuaFunctionName"]);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Name = jsonProto.Name;
JToken innerJson = jsonProto.Value;
LuaFunctionName = PrototypeReader.ReadJson(LuaFunctionName, innerJson["FunctionName"]);
this.EventType = EventType.Lua;
}
/// <summary>
/// A nice little helper (pass it a reader class that is up to the subtree).
/// </summary>
public SettingsOption(JToken innerJson)
{
name = PrototypeReader.ReadJson("name", innerJson["Name"]);
key = PrototypeReader.ReadJson("key", innerJson["Key"]);
defaultValue = PrototypeReader.ReadJson("defaultValue", innerJson["DefaultValue"]);
classData = new UIComponent();
classData.ReadJson(innerJson);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
MaxStackSize = PrototypeReader.ReadJson(50, innerJson["MaxStackSize"]);
BasePrice = PrototypeReader.ReadJson(1f, innerJson["BasePrice"]);
Category = PrototypeReader.ReadJson(Category, innerJson["Category"]);
LocalizationName = PrototypeReader.ReadJson(LocalizationName, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson(LocalizationDescription, innerJson["LocalizationDescription"]);
}
public void ReadJsonPrototype(JToken token)
{
if (token != null)
{
Description = PrototypeReader.ReadJson(Description, token["Description"]);
IsCompletedLuaFunction = PrototypeReader.ReadJson(IsCompletedLuaFunction, token["IsCompletedLuaFunction"]);
Parameters = new Parameter();
Parameters.FromJson(token["Parameters"]);
}
}
public void ReadJson(JProperty jsonProto)
{
State = jsonProto.Name;
JToken innerJson = jsonProto.Value;
delay = PrototypeReader.ReadJson(delay, innerJson["Delay"]);
loops = PrototypeReader.ReadJson(loops, innerJson["Loops"]);
FlipX = PrototypeReader.ReadJson(FlipX, innerJson["FlipX"]);
ValueBased = PrototypeReader.ReadJson(ValueBased, innerJson["ValueBased"]);
frames = PrototypeReader.ReadJsonArray <string>(innerJson["Frames"]);
}
private Vector2 ReadVector(JToken vectorToken)
{
Vector2 vector = new Vector2();
if (vectorToken != null)
{
int x = PrototypeReader.ReadJson(0, vectorToken["X"]);
int y = PrototypeReader.ReadJson(0, vectorToken["Y"]);
vector.x = x;
vector.y = y;
}
return(vector);
}
/// <summary>
/// Reads the prototype from the specified JProperty.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Title = jsonProto.Name;
JToken innerJson = jsonProto.Value;
FunctionName = (string)innerJson["FunctionName"];
Description = (string)innerJson["Description"];
DetailedDescription = (string)innerJson["DetailedDescription"];
Parameters = PrototypeReader.ReadJson(Parameters, innerJson["Parameters"]);
ParseParameterToTypeInfo();
DefaultValue = (string)innerJson["DefaultValue"] ?? string.Empty;
Tags = ((JArray)innerJson["Tags"]).ToObject <string[]>();
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
BaseMovementCost = PrototypeReader.ReadJson(BaseMovementCost, innerJson["BaseMovementCost"]);
PathfindingModifier = PrototypeReader.ReadJson(PathfindingModifier, innerJson["PathfindingModifier"]);
PathfindingWeight = PrototypeReader.ReadJson(PathfindingWeight, innerJson["PathfindingWeight"]);
LinksToNeighbours = PrototypeReader.ReadJson(LinksToNeighbours, innerJson["LinksToNeighbours"]);
CanBuildHereLua = PrototypeReader.ReadJson(CanBuildHereLua, innerJson["CanBuildHereLua"]);
LocalizationName = PrototypeReader.ReadJson(LocalizationName, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson(LocalizationDescription, innerJson["LocalizationDescription"]);
OrderActions = PrototypeReader.ReadOrderActions(innerJson["OrderActions"]);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
Width = PrototypeReader.ReadJson(Width, innerJson["Width"]);
Height = PrototypeReader.ReadJson(Height, innerJson["Height"]);
BerthPointX = PrototypeReader.ReadJson(BerthPointX, innerJson["BerthPointX"]);
BerthPointY = PrototypeReader.ReadJson(BerthPointY, innerJson["BerthPointY"]);
BerthDirection = PrototypeReader.ReadJson(BerthDirection, innerJson["BerthDirection"]);
ReadJsonStorages(innerJson["Storages"]);
ReadJsonTiles(innerJson["Tiles"]);
ReadJsonFurnitures(innerJson["Furnitures"]);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
PotentialNames = new List <string>(PrototypeReader.ReadJsonArray <string>(innerJson["PotentialNames"]));
CurrencyName = PrototypeReader.ReadJson(CurrencyName, innerJson["CurrencyName"]);
MinCurrencyBalance = PrototypeReader.ReadJson(MinCurrencyBalance, innerJson["MinCurrencyBalance"]);
MaxCurrencyBalance = PrototypeReader.ReadJson(MaxCurrencyBalance, innerJson["MaxCurrencyBalance"]);
MinSaleMarginMultiplier = PrototypeReader.ReadJson(MinSaleMarginMultiplier, innerJson["MinSaleMarginMultiplier"]);
MaxSaleMarginMultiplier = PrototypeReader.ReadJson(MaxSaleMarginMultiplier, innerJson["MaxSaleMarginMultiplier"]);
PotentialStock = PrototypeReader.ReadTraderPotentialInventory(innerJson["PotentialStock"]);
Animations = PrototypeReader.ReadAnimations(innerJson["Animations"]);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
typeTags = new HashSet <string>(PrototypeReader.ReadJsonArray <string>(innerJson["TypeTags"]));
LocalizationName = PrototypeReader.ReadJson(LocalizationName, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson(LocalizationDescription, innerJson["LocalizationDescription"]);
tileTypeBuildPermissions = new HashSet <string>(PrototypeReader.ReadJsonArray <string>(innerJson["tileTypeBuildPermissions"]));
orderActions = PrototypeReader.ReadOrderActions(innerJson["OrderActions"]);
contextMenuLuaActions = PrototypeReader.ReadContextMenuActions(innerJson["ContextMenuActions"]);
EventActions.ReadJson(innerJson["EventActions"]);
if (innerJson["Parameters"] != null)
{
Parameters.FromJson(innerJson["Parameters"]);
}
}
/// <summary>
/// Reads the sprite from data file for the image.
/// </summary>
/// <param name="spriteCategory">Sprite category.</param>
/// <param name="obj">The Json Object Reader.</param>
/// <param name="imageTexture">Image texture.</param>
private static void ReadSpriteFromJson(string spriteCategory, JObject obj, Texture2D imageTexture)
{
string name = PrototypeReader.ReadJson(string.Empty, obj["name"]);
int x = PrototypeReader.ReadJson(0, obj["x"]);
int y = PrototypeReader.ReadJson(0, obj["y"]);
int w = PrototypeReader.ReadJson(1, obj["w"]);
int h = PrototypeReader.ReadJson(1, obj["h"]);
float pivotX = PrototypeReader.ReadJson(0.5f, obj["pivotX"]);
float pivotY = PrototypeReader.ReadJson(0.5f, obj["pivotY"]);
if (pivotX < 0 || pivotX > 1 || pivotY < 0 || pivotY > 1)
{
UnityDebugger.Debugger.LogWarning("SpriteManager", "Pivot for object " + name + " has pivots of " + pivotX + "," + pivotY);
}
int pixelPerUnit = int.Parse(obj["pixelPerUnit"].ToString());
LoadSprite(spriteCategory, name, imageTexture, new Rect(x * pixelPerUnit, y * pixelPerUnit, w * pixelPerUnit, h * pixelPerUnit), pixelPerUnit, new Vector2(pivotX, pivotY));
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
string furniture = PrototypeReader.ReadJson(string.Empty, innerJson["RestoreNeedFurn"]);
if (furniture != string.Empty)
{
RestoreNeedFurn = PrototypeManager.Furniture.Get(furniture);
}
RestoreNeedTime = PrototypeReader.ReadJson(RestoreNeedTime, innerJson["RestoreNeedTime"]);
Damage = PrototypeReader.ReadJson(Damage, innerJson["Damage"]);
CompleteOnFail = PrototypeReader.ReadJson(CompleteOnFail, innerJson["CompleteOnFail"]);
highToLow = PrototypeReader.ReadJson(highToLow, innerJson["HighToLow"]);
GrowthRate = PrototypeReader.ReadJson(GrowthRate, innerJson["GrowthRate"]);
RestoreNeedAmount = PrototypeReader.ReadJson(RestoreNeedAmount, innerJson["RestoreNeedAmount"]);
LocalizationName = PrototypeReader.ReadJson(LocalizationName, innerJson["LocalizationName"]);
EventActions.ReadJson(innerJson["EventActions"]);
}
public static List <ContextMenuLuaAction> ReadContextMenuActions(JToken contextMenuActionsToken)
{
List <ContextMenuLuaAction> contextMenu = new List <ContextMenuLuaAction>();
if (contextMenuActionsToken != null)
{
foreach (JToken action in contextMenuActionsToken)
{
ContextMenuLuaAction menuItem = new ContextMenuLuaAction();
menuItem.LuaFunction = PrototypeReader.ReadJson(menuItem.LuaFunction, action["LuaFunction"]);
menuItem.LocalizationKey = PrototypeReader.ReadJson(menuItem.LocalizationKey, action["LocalizationKey"]);
menuItem.RequireCharacterSelected = PrototypeReader.ReadJson(menuItem.RequireCharacterSelected, action["RequireCharacterSelected"]);
menuItem.DevModeOnly = PrototypeReader.ReadJson(menuItem.DevModeOnly, action["DevModeOnly"]);
contextMenu.Add(menuItem);
}
}
return(contextMenu);
}
public static List <TraderPotentialInventory> ReadTraderPotentialInventory(JToken potentialInventoryToken)
{
List <TraderPotentialInventory> potentialInventory = new List <TraderPotentialInventory>();
if (potentialInventoryToken != null)
{
foreach (JToken inventoryToken in potentialInventoryToken)
{
TraderPotentialInventory inventory = new TraderPotentialInventory();
inventory.Type = PrototypeReader.ReadJson(inventory.Type, inventoryToken["Type"]);
inventory.Category = PrototypeReader.ReadJson(inventory.Category, inventoryToken["Category"]);
inventory.MinQuantity = PrototypeReader.ReadJson(inventory.MinQuantity, inventoryToken["MinQuantity"]);
inventory.MaxQuantity = PrototypeReader.ReadJson(inventory.MaxQuantity, inventoryToken["MaxQuantity"]);
inventory.Rarity = PrototypeReader.ReadJson(inventory.Rarity, inventoryToken["Rarity"]);
potentialInventory.Add(inventory);
}
}
return(potentialInventory);
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Name = jsonProto.Name;
JToken innerJson = jsonProto.Value;
Goals = new List <QuestGoal>();
Rewards = new List <QuestReward>();
RequiredQuests = new List <string>();
Description = PrototypeReader.ReadJson(Description, innerJson["Description"]);
if (innerJson["RequiredQuests"] != null)
{
foreach (JToken token in innerJson["RequiredQuests"])
{
RequiredQuests.Add((string)token);
}
}
if (innerJson["Goals"] != null)
{
foreach (JToken token in innerJson["Goals"])
{
QuestGoal goal = new QuestGoal();
goal.ReadJsonPrototype(token);
Goals.Add(goal);
}
}
if (innerJson["Rewards"] != null)
{
foreach (JToken token in innerJson["Rewards"])
{
QuestReward reward = new QuestReward();
reward.ReadJsonPrototype(token);
Rewards.Add(reward);
}
}
}
private void ReadJsonRequirements(JArray requirementsArray, bool isOptional = false)
{
foreach (var requirementToken in requirementsArray)
{
if (requirementToken["Furniture"] != null)
{
// Furniture must have either Type or TypeTag, try both, check for null later
string type = (string)requirementToken["Furniture"]["Type"];
string typeTag = (string)requirementToken["Furniture"]["TypeTag"];
int count = 0;
if (!isOptional)
{
count = PrototypeReader.ReadJson(count, requirementToken["Furniture"]["Count"]);
}
requiredFurniture.Add(new FurnitureRequirement(type, typeTag, count));
}
else if (requirementToken["Size"] != null && !isOptional)
{
requiredSize = PrototypeReader.ReadJson(requiredSize, requirementToken["Size"]);
}
}
}
/// <summary>
/// Reads the prototype from the specified JObject.
/// </summary>
/// <param name="jsonProto">The JProperty containing the prototype.</param>
public void ReadJsonPrototype(JProperty jsonProto)
{
Type = jsonProto.Name;
JToken innerJson = jsonProto.Value;
MovementCost = PrototypeReader.ReadJson(MovementCost, innerJson["MovementCost"]);
PathfindingModifier = PrototypeReader.ReadJson(PathfindingModifier, innerJson["PathfindingModifier"]);
PathfindingWeight = PrototypeReader.ReadJson(PathfindingWeight, innerJson["PathfindingWeight"]);
Width = PrototypeReader.ReadJson(Width, innerJson["Width"]);
Height = PrototypeReader.ReadJson(Height, innerJson["Height"]);
/* TODO: This may need altered, for now it is built to match the functionality of the xml reader
* in that if no value is set it is invincible, and the furniture's health system will make it invincible if access while null.
* It may be preferable to have the HealthSystem constructor detect an "invalid" health amount such as -1, and autoset to invincible as appropriate */
float healthValue = PrototypeReader.ReadJson(-1f, innerJson["Health"]);
if (Mathf.Abs(healthValue - -1) > Mathf.Epsilon)
{
health = new HealthSystem(healthValue, false, true, false, false);
}
LinksToNeighbours = PrototypeReader.ReadJson(LinksToNeighbours, innerJson["LinksToNeighbours"]);
EnclosesRoom = PrototypeReader.ReadJson(EnclosesRoom, innerJson["EnclosesRoom"]);
CanRotate = PrototypeReader.ReadJson(CanRotate, innerJson["CanRotate"]);
DragType = PrototypeReader.ReadJson(DragType, innerJson["DragType"]);
isEnterableAction = PrototypeReader.ReadJson(isEnterableAction, innerJson["IsEnterableAction"]);
getProgressInfoNameAction = PrototypeReader.ReadJson(getProgressInfoNameAction, innerJson["GetProgressInfoNameAction"]);
LocalizationName = PrototypeReader.ReadJson("furn_" + Type, innerJson["LocalizationName"]);
LocalizationDescription = PrototypeReader.ReadJson("furn_" + Type + "_desc", innerJson["LocalizationDescription"]);
typeTags = new HashSet <string>(PrototypeReader.ReadJsonArray <string>(innerJson["TypeTags"]));
if (innerJson["CanReplaceFurniture"] != null)
{
replaceableFurniture = ((JArray)innerJson["CanReplaceFurniture"]).ToObject <List <string> >();
}
tileTypeBuildPermissions = new HashSet <string>(PrototypeReader.ReadJsonArray <string>(innerJson["TileTypeBuildPermissions"]));
orderActions = PrototypeReader.ReadOrderActions(innerJson["OrderActions"]);
contextMenuLuaActions = PrototypeReader.ReadContextMenuActions(innerJson["ContextMenuActions"]);
Animations = PrototypeReader.ReadFurnitureAnimations(innerJson["Animations"]);
EventActions.ReadJson(innerJson["EventActions"]);
Jobs.ReadOffsets(innerJson["Jobs"]);
Parameters.FromJson(innerJson["Parameters"]);
if (innerJson["Components"] != null)
{
JToken componentsJArray = innerJson["Components"];
foreach (JToken componentJson in componentsJArray)
{
BuildableComponent component = BuildableComponent.FromJson(componentJson);
if (component != null)
{
component.InitializePrototype(this);
components.Add(component);
if (component.IsValid() == false)
{
UnityDebugger.Debugger.LogError("BuildableComponent", "Error parsing " + component.GetType() + " for " + Type);
}
}
}
}
if (orderActions.ContainsKey("Uninstall"))
{
Inventory asInventory = Inventory.CreatePrototype(Type, 1, 0f, "crated_furniture", LocalizationName, LocalizationDescription);
PrototypeManager.Inventory.Add(asInventory);
}
}