public virtual void UpdateRequirements()
{
foreach (StateRow[] table in this.tables)
{
foreach (StateRow row in table)
{
if (this.controller.IsEnabled())
{
foreach (StateRowData rowData in row.requirements)
{
var external = rowData.data.Where(x => x.name == "@External").FirstOrDefault();
if (external.IsNull())
{
external = new StateRequirement("@External", this.controller, this);
external.requireOn = table == this.tables[0];
external.requireOff = table == this.tables[1];
rowData.data = rowData.data.Add(external);
}
external.target = this.controller;
}
}
foreach (StateRowData rowData in row.requirements)
{
List <StateRequirement> requirements = new List <StateRequirement>(rowData.data);
this.RemoveDuplicates <StateRequirement>(ref requirements);
this.RepairUnmatched <StateRequirement>(ref requirements);
this.AddUpdate <StateRequirement>(ref requirements);
this.RemoveNull <StateRequirement>(ref requirements);
rowData.data = requirements.ToArray();
}
}
}
}
public static BlockType ReadBlockType(this StreamReader reader, int id, string name, string reference)
{
try
{
BlockType blockType = new BlockType(id, name, reference);
reader.ReadAttributes(blockType, (key, value) =>
{
EcfAttribute a = null;
switch (key)
{
// bool
case "AboveTerrainCheck":
case "IsAccessible":
case "IsIgnoreLC":
case "IsLockable":
case "ShowBlockName":
case "TurretTargetIgnore":
a = new AttributeBool(value == "true");
break;
// int
case "BlastDamage":
case "BlastRadius":
case "CPUIn":
case "CPUOut":
case "EnergyIn":
case "EnergyInIdle":
case "EnergyOut":
case "FuelCapacity":
case "HitPoints":
case "MaxCount":
case "O2Capacity":
case "PanelAngle":
case "RotSpeed":
case "ShieldCapacity":
case "ShieldCooldown":
case "ShieldPerCrystal":
case "ShieldRecharge":
case "StackSize":
case "Temperature":
case "TemperatureGain":
case "ThrusterForce":
case "Torque":
case "UnlockCost":
case "UnlockLevel":
case "XpFactor":
a = new AttributeInt(int.Parse(value));
break;
// colour
case "BlockColor":
Match cm = Regex.Match(value, "(?<red>\\d+)\\s*,\\s*(?<green>\\d+)\\s*,\\s*(?<blue>\\d+)");
if (cm.Success)
{
byte r = byte.Parse(cm.Groups["red"].Value);
byte g = byte.Parse(cm.Groups["green"].Value);
byte b = byte.Parse(cm.Groups["blue"].Value);
a = new AttributeColour(r, g, b);
}
else
{
throw new Exception("Unable to parse BlockColor attribute.");
}
break;
// string
case "Category":
case "Group":
case "Info":
case "IsOxygenTight":
case "Material":
case "TechTreeParent":
case "TemplateRoot":
case "WeaponItem":
a = new AttributeString(value);
break;
// string[]
case "ChildBlocks":
case "FuelAccept":
case "O2Accept":
case "TechTreeNames":
a = new AttributeStringArray(value != null ? Regex.Split(value, "\\s*,\\s*") : null);
break;
// float
case "HVEngineDampCoef":
case "HVEngineDampPow":
case "Mass":
case "MaxVolumeCapacity":
case "Radiation":
case "ReturnFactor":
case "SolarPanelEfficiency":
case "Volume":
case "VolumeCapacity":
case "Zoom":
a = new AttributeFloat(float.Parse(value));
break;
default:
Console.WriteLine($"Unknown block attribute: {key}");
break;
}
return(a);
}, null);
return(blockType);
}
catch (System.Exception ex)
{
throw new Exception("Failed reading item", ex);
}
}
public static ItemType ReadItemType(this StreamReader reader, int id, string name, string reference)
{
try
{
ItemType itemType = new ItemType(id, name, reference);
reader.ReadAttributes(itemType, (key, value) =>
{
EcfAttribute a = null;
switch (key)
{
// int
case "Armor":
case "BlastDamage":
case "BlastRadius":
case "Cold":
case "Durability":
case "FoodDecayTime":
case "Heat":
case "NrSlots":
case "Oxygen":
case "Radiation":
case "StackSize":
case "UnlockCost":
case "UnlockLevel":
a = new AttributeInt(int.Parse(value));
break;
// string[]
case "AllowAt":
case "TechTreeNames":
a = new AttributeStringArray(value != null ? Regex.Split(value, "\\s*,\\s*") : null);
break;
// bool
case "PickupToToolbar":
case "RadialMenu":
a = new AttributeBool(value.ToLower() == "true");
break;
// string
case "Category":
case "TechTreeParent":
a = new AttributeString(value);
break;
// float
case "DegradationProb":
case "FallDamageFac":
case "FoodFac":
case "JetpackFac":
case "JumpFac":
case "Mass":
case "PowerFac":
case "Range":
case "SpeedFac":
case "StaminaFac":
case "Volume":
case "VolumeCapacity":
a = new AttributeFloat(float.Parse(value));
break;
default:
Console.WriteLine($"Unknown item attribute: {key}");
break;
}
return(a);
}, (s, o) =>
{
if (ParseChildNodeHeader(s, out string childType, out string childName))
{
// TODO: Verify that childType == "" and childName == ""
OperationMode child = reader.ReadOperationMode(-1, childName, null);
((ItemType)o).OperationModes.Add(child);
}
});
return(itemType);
}
