/// <summary>
/// Generate the fastest possible accessor for the given property. See more details on <see cref="MemberAccessor"/>
/// </summary>
internal static void DoGeneratePropertyAccessor(ref MemberAccessor accessor, MapItemInfo item, Converter parentItem, PropertyInfo property)
{
// All property optimizations rely on the parent being a reference-type.
if (!parentItem.IsValueItemType)
{
// Value type property - Just support some basic primitives.
if (item.IsValueTypeItem)
{
// Rationale: Generating an accessor for value types is very difficult, as JIT gen
// for value types varies wildly and is too implementation-specific. Since this
// is only designed to be a quick and dirty fast accessor anyway, it's easiest if
// we only support the very basic primitives (which are very common anyway)
// and nothing more. "MakeGenericMethod" is too expensive.
bool successful = TryGenerateAccessorPrimitive(ref accessor, parentItem.ItemType, item.GetItemType(), property);
if (successful)
{
return;
}
}
// Reference type property - Simply force cast to "object".
else
{
CreateAllRefTypeAccessor(ref accessor, parentItem.ItemType, item.GetItemType(), property);
return;
}
}
// Unoptimized
accessor.Initialize(MemberAccessorType.SlowProperty, property, null);
}
static void PopulateTypeInfo(ref ArrayTypeInfo info, MapItemInfo itemInfo, Type type)
{
int rank = type.GetArrayRank();
info.ElementType = itemInfo.GetItemType();
info.PerItem = itemInfo;
if (type.IsSZArray)
{
info.FastConversion = GetFastType(info.ElementType);
info.Type = ArrayType.SZArrayManual;
//info.Type = info.FastConversion == FastConversionType.None ? ArrayType.SZArrayManual : ArrayType.SZArrayFast;
}
else if (rank == 1)
{
info.Rank = 1;
info.Type = ArrayType.SNZArray;
}
else
{
if (rank == 32)
{
throw new Exception("ABSave does not support arrays with exactly 32 dimensions, only below.");
}
info.Rank = (byte)rank;
info.Type = ArrayType.MultiDimensional;
}
}
internal MapItemInfo GetRuntimeMapItem(Type type)
{
MapGenerator?gen = GetGenerator();
MapItemInfo map = gen.GetRuntimeMap(type);
ReleaseGenerator(gen);
return(map);
}
void SerializeItemNoSetup(object obj, MapItemInfo info, ref BitTarget header, bool skipHeader)
{
Converter item = info.Converter;
ABSaveUtils.WaitUntilNotGenerating(item);
SerializeConverter(obj, info.Converter, ref header, skipHeader);
}
void SerializeActualType(object obj, Type type)
{
MapItemInfo info = GetRuntimeMapItem(type);
var newTarget = new BitTarget(this);
SerializeItemNoSetup(obj, info, ref newTarget, true);
}
object DeserializeItemNoSetup(MapItemInfo info, bool skipHeader)
{
Converter item = info.Converter;
ABSaveUtils.WaitUntilNotGenerating(item);
return(DeserializeConverter(info.Converter, skipHeader));
}
public object DeserializeExactNonNullItem(MapItemInfo info)
{
_currentHeader = new BitSource()
{
Deserializer = this
};
_readHeader = false;
return(DeserializeItemNoSetup(info, true));
}
public void ResetStateWithMapFor(Type type)
{
ResetState();
var gen = CurrentMap.GetGenerator();
CurrentMapItem = gen.GetMap(type);
ABSaveMap.ReleaseGenerator(gen);
}
public void SerializePossibleNullableItem(object obj, MapItemInfo info, ref BitTarget header)
{
// Say it's "not null" if it is nullable.
if (info.IsNullable)
{
header.WriteBitOn();
}
SerializeItemNoSetup(obj, info, ref header, info.IsNullable);
}
/// <summary>
/// Insantiates the status at given position and sets the info (sprite, text).
/// For now only used for player.
/// </summary>
public void ShowMapItem(Vector2 pWorldPosition, MapItemInfo pInfo)
{
if (pInfo.StatusSprite == null)
{
Debug.Log($"Map item has no status defined");
return;
}
ShowStatus(pWorldPosition, pInfo.StatusText, pInfo.StatusSprite);
}
public object?DeserializeItem(MapItemInfo info, ref BitSource header)
{
// Do null checks
if (!info.IsValueTypeItem && !header.ReadBit())
{
return(null);
}
_currentHeader = header;
_readHeader = true;
return(DeserializeNullableItem(info, false));
}
public static Units CreateMapItem(MapItemInfo info, UnitControlType unitControlType = UnitControlType.None)
{
if (info == null)
{
return(null);
}
SkillUnitData vo = Singleton <SkillUnitDataMgr> .Instance.GetVo(info.uniTypeId);
if (vo == null)
{
return(null);
}
Dictionary <DataType, object> dictionary = new Dictionary <DataType, object>();
dictionary.Add(DataType.NameId, info.uniTypeId);
dictionary.Add(DataType.TeamType, (TeamType)info.group);
if (info.unitId != 0)
{
dictionary.Add(DataType.UniqueId, info.unitId);
}
Units units;
if (vo.IsBloodBall)
{
units = MapManager.Instance.SpawnBuffItem(dictionary, null, MoveController.SVectgor3ToVector3(info.burnPos), Quaternion.identity, unitControlType);
}
else
{
Units unit = MapManager.Instance.GetUnit(info.callUnitId);
units = MapManager.Instance.SpawnSkillUnit(dictionary, null, MoveController.SVectgor3ToVector3(info.burnPos), Quaternion.identity, unitControlType, unit, info.callSkillId);
HighEffectData vo2 = Singleton <HighEffectDataManager> .Instance.GetVo(info.hieffId);
if (vo2 != null)
{
List <Units> list = new List <Units>();
if (info.targetUnitIds != null)
{
for (int i = 0; i < info.targetUnitIds.Count; i++)
{
Units unit2 = MapManager.Instance.GetUnit(info.targetUnitIds[i]);
list.Add(unit2);
}
}
BornUnitAction.SetPosition(units, list, unit, vo2, MoveController.SVectgor3ToVector3(info.burnPos));
}
}
if (units)
{
units.UpdateVisible();
}
return(units);
}
public void SerializeItem(object?obj, MapItemInfo item, ref BitTarget header)
{
if (obj == null)
{
header.WriteBitOff();
header.Apply();
}
else
{
SerializePossibleNullableItem(obj, item, ref header);
}
}
public void SerializeItem(object?obj, MapItemInfo item)
{
if (obj == null)
{
WriteByte(0);
}
else
{
var currentHeader = new BitTarget(this);
SerializePossibleNullableItem(obj, item, ref currentHeader);
}
}
object?DeserializeNullableItem(MapItemInfo info, bool skipHeader)
{
if (info.IsNullable)
{
EnsureReadHeader();
if (!_currentHeader.ReadBit())
{
return(null);
}
skipHeader = true;
}
return(DeserializeItemNoSetup(info, skipHeader));
}
public object?DeserializeItem(MapItemInfo info)
{
// Do null checks
if (info.IsValueTypeItem)
{
_currentHeader = new BitSource()
{
Deserializer = this
};
_readHeader = false;
}
else
{
_currentHeader = new BitSource(this);
if (!_currentHeader.ReadBit())
{
return(null);
}
_readHeader = true;
}
return(DeserializeNullableItem(info, false));
}
public void SerializeExactNonNullItem(object obj, MapItemInfo item, ref BitTarget header) => SerializeItemNoSetup(obj, item, ref header, true);
public void SerializeExactNonNullItem(object obj, MapItemInfo item)
{
var currentHeader = new BitTarget(this);
SerializeItemNoSetup(obj, item, ref currentHeader, true);
}
public GenMap(object obj, MapItemInfo item) => (Obj, Item) = (obj, item);
public object DeserializeExactNonNullItem(MapItemInfo info, ref BitSource header)
{
_currentHeader = header;
_readHeader = true;
return(DeserializeItemNoSetup(info, true));
}
