public static void FillBinaryStructs(
ICellInternal item,
MutagenFrame frame)
{
Fallout4MajorRecordBinaryCreateTranslation.FillBinaryStructs(
item: item,
frame: frame);
}
public static void CopyInFromBinary(
this ICellInternal item,
MutagenFrame frame,
TypedParseParams?translationParams = null)
{
((CellSetterCommon)((ICellGetter)item).CommonSetterInstance() !).CopyInFromBinary(
item: item,
frame: frame,
translationParams: translationParams);
}
public static void CopyInFromBinary(
this ICellInternal item,
MutagenFrame frame,
RecordTypeConverter?recordTypeConverter = null)
{
((CellSetterCommon)((ICellGetter)item).CommonSetterInstance() !).CopyInFromBinary(
item: item,
frame: frame,
recordTypeConverter: recordTypeConverter);
}
public static partial void CustomBinaryEndImport(MutagenFrame frame, ICellInternal obj)
{
try
{
CustomBinaryEnd(frame, obj);
}
catch (Exception ex)
{
throw RecordException.Enrich(ex, obj);
}
}
public virtual void CopyInFromBinary(
ICellInternal item,
MutagenFrame frame,
RecordTypeConverter?recordTypeConverter = null)
{
PluginUtilityTranslation.MajorRecordParse <ICellInternal>(
record: item,
frame: frame,
recordTypeConverter: recordTypeConverter,
fillStructs: CellBinaryCreateTranslation.FillBinaryStructs,
fillTyped: CellBinaryCreateTranslation.FillBinaryRecordTypes);
}
public virtual void CopyInFromBinary(
ICellInternal item,
MutagenFrame frame,
TypedParseParams?translationParams = null)
{
PluginUtilityTranslation.MajorRecordParse <ICellInternal>(
record: item,
frame: frame,
translationParams: translationParams,
fillStructs: CellBinaryCreateTranslation.FillBinaryStructs,
fillTyped: CellBinaryCreateTranslation.FillBinaryRecordTypes);
}
public static void DeepCopyIn(
this ICellInternal lhs,
ICellGetter rhs,
ErrorMaskBuilder?errorMask,
TranslationCrystal?copyMask)
{
((CellSetterTranslationCommon)((ICellGetter)lhs).CommonSetterTranslationInstance() !).DeepCopyIn(
item: lhs,
rhs: rhs,
errorMask: errorMask,
copyMask: copyMask,
deepCopy: false);
}
public void DeepCopyIn(
ICellInternal item,
ICellGetter rhs,
ErrorMaskBuilder?errorMask,
TranslationCrystal?copyMask,
bool deepCopy)
{
base.DeepCopyIn(
item,
rhs,
errorMask,
copyMask,
deepCopy: deepCopy);
}
public static void DeepCopyIn(
this ICellInternal lhs,
ICellGetter rhs,
out Cell.ErrorMask errorMask,
Cell.TranslationMask?copyMask = null)
{
var errorMaskBuilder = new ErrorMaskBuilder();
((CellSetterTranslationCommon)((ICellGetter)lhs).CommonSetterTranslationInstance() !).DeepCopyIn(
item: lhs,
rhs: rhs,
errorMask: errorMaskBuilder,
copyMask: copyMask?.GetCrystal(),
deepCopy: false);
errorMask = Cell.ErrorMask.Factory(errorMaskBuilder);
}
static void ParseTypical(
MutagenFrame frame,
ICellInternal obj,
IList <IPlaced> coll,
bool persistentParse)
{
var groupMeta = frame.ReadGroup();
var formKey = FormKey.Factory(frame.MetaData.MasterReferences !, BinaryPrimitives.ReadUInt32LittleEndian(groupMeta.ContainedRecordTypeData));
if (formKey != obj.FormKey)
{
throw new ArgumentException("Cell children group did not match the FormID of the parent cell.");
}
if (persistentParse)
{
obj.PersistentTimestamp = groupMeta.LastModifiedData.Int32();
}
else
{
obj.VisibleWhenDistantTimestamp = groupMeta.LastModifiedData.Int32();
}
coll.AddRange(
ListBinaryTranslation <IPlaced> .Instance.Parse(
reader: frame,
transl: (MutagenFrame r, RecordType header, out IPlaced placed) =>
{
switch (header.TypeInt)
{
case 0x45524341: // "ACRE":
placed = PlacedCreature.CreateFromBinary(r);
return(true);
case 0x52484341: //"ACHR":
placed = PlacedNpc.CreateFromBinary(r);
return(true);
case 0x52464552: // "REFR":
placed = PlacedObject.CreateFromBinary(r);
return(true);
default:
throw new NotImplementedException();
}
}));
}
static void ParseTemporary(MutagenFrame frame, ICellInternal obj)
{
var groupMeta = frame.ReadGroup();
var formKey = FormKey.Factory(frame.MetaData.MasterReferences !, BinaryPrimitives.ReadUInt32LittleEndian(groupMeta.ContainedRecordTypeData));
if (formKey != obj.FormKey)
{
throw new ArgumentException("Cell children group did not match the FormID of the parent cell.");
}
obj.TemporaryTimestamp = BinaryPrimitives.ReadInt32LittleEndian(groupMeta.LastModifiedData);
var items = ListBinaryTranslation <IPlaced> .Instance.Parse(
reader : frame,
transl : (MutagenFrame r, RecordType header, out IPlaced placed) =>
{
switch (header.TypeInt)
{
case 0x45524341: // "ACRE":
placed = PlacedCreature.CreateFromBinary(r);
return(true);
case 0x52484341: //"ACHR":
placed = PlacedNpc.CreateFromBinary(r);
return(true);
case 0x52464552: // "REFR":
placed = PlacedObject.CreateFromBinary(r);
return(true);
default:
if (ParseTemporaryOutliers(frame, obj))
{
placed = null !;
return(false);
}
throw new NotImplementedException();
}
placed = null !;
return(false);
});
obj.Temporary.SetTo(new ExtendedList <IPlaced>(items));
}
static bool ParseTemporaryOutliers(MutagenFrame frame, ICellInternal obj)
{
var majorMeta = frame.GetMajorRecord();
var nextHeader = majorMeta.RecordType;
if (nextHeader.Equals(RecordTypes.PGRD))
{
obj.PathGrid = PathGrid.CreateFromBinary(
frame.SpawnWithLength(majorMeta.TotalLength),
translationParams: null);
return(true);
}
else if (nextHeader.Equals(RecordTypes.LAND))
{
obj.Landscape = Landscape.CreateFromBinary(
frame.SpawnWithLength(majorMeta.TotalLength),
translationParams: null);
return(true);
}
return(false);
}
static bool ParseTemporaryOutliers(MutagenFrame frame, ICellInternal obj)
{
var majorMeta = frame.GetMajorRecord();
var nextHeader = majorMeta.RecordType;
if (nextHeader.Equals(RecordTypes.NAVM))
{
if (frame.MetaData.InWorldspace)
{
obj.NavigationMeshes.Add(
WorldspaceNavigationMesh.CreateFromBinary(
frame.SpawnWithLength(majorMeta.TotalLength),
recordTypeConverter: null));
}
else
{
obj.NavigationMeshes.Add(
CellNavigationMesh.CreateFromBinary(
frame.SpawnWithLength(majorMeta.TotalLength),
recordTypeConverter: null));
}
return(true);
}
else if (nextHeader.Equals(RecordTypes.LAND))
{
if (obj.Landscape != null)
{
throw new ArgumentException("Had more than one landscape");
}
obj.Landscape = Landscape.CreateFromBinary(
frame.SpawnWithLength(majorMeta.TotalLength),
recordTypeConverter: null);
return(true);
}
return(false);
}
private bool TryGetCell(int row, int column, out ICellInternal cell)
{
cell = _cells.SingleOrDefault(cellInternal => cellInternal.Row == row && cellInternal.Column == column);
return(cell != null);
}
private static void CustomBinaryEnd(MutagenFrame frame, ICellInternal obj)
{
if (frame.Reader.Complete)
{
return;
}
if (!frame.TryGetGroup(out var groupMeta))
{
return;
}
var formKey = FormKey.Factory(frame.MetaData.MasterReferences !, BinaryPrimitives.ReadUInt32LittleEndian(groupMeta.ContainedRecordTypeData));
if (groupMeta.GroupType == (int)GroupTypeEnum.CellChildren)
{
obj.Timestamp = BinaryPrimitives.ReadInt32LittleEndian(groupMeta.LastModifiedData);
frame.Position += groupMeta.HeaderLength;
if (formKey != obj.FormKey)
{
throw new ArgumentException("Cell children group did not match the FormID of the parent cell.");
}
}
else
{
return;
}
var subFrame = frame.SpawnWithLength(groupMeta.ContentLength);
while (!subFrame.Complete)
{
var persistGroupMeta = frame.GetGroup();
if (!persistGroupMeta.IsGroup)
{
throw new ArgumentException();
}
GroupTypeEnum type = (GroupTypeEnum)persistGroupMeta.GroupType;
var itemFrame = frame.SpawnWithLength(persistGroupMeta.TotalLength);
switch (type)
{
case GroupTypeEnum.CellPersistentChildren:
ParseTypical(
frame: itemFrame,
obj: obj,
coll: obj.Persistent,
persistentParse: true);
break;
case GroupTypeEnum.CellTemporaryChildren:
ParseTemporary(
itemFrame,
obj);
break;
case GroupTypeEnum.CellVisibleDistantChildren:
ParseTypical(
frame: itemFrame,
obj: obj,
coll: obj.VisibleWhenDistant,
persistentParse: false);
break;
default:
throw new NotImplementedException();
}
}
}
public static partial void CustomBinaryEndImport(MutagenFrame frame, ICellInternal obj)
{
CustomBinaryEnd(frame, obj);
}
public static void Clear(this ICellInternal item)
{
((CellSetterCommon)((ICellGetter)item).CommonSetterInstance() !).Clear(item: item);
}
static void ParseTemporary(MutagenFrame frame, ICellInternal obj)
{
var groupMeta = frame.ReadGroup();
var formKey = FormKey.Factory(frame.MetaData.MasterReferences !, BinaryPrimitives.ReadUInt32LittleEndian(groupMeta.ContainedRecordTypeData));
if (formKey != obj.FormKey)
{
throw new ArgumentException("Cell children group did not match the FormID of the parent cell.");
}
obj.TemporaryTimestamp = BinaryPrimitives.ReadInt32LittleEndian(groupMeta.LastModifiedData);
obj.TemporaryUnknownGroupData = BinaryPrimitives.ReadInt32LittleEndian(groupMeta.HeaderData.Slice(groupMeta.HeaderData.Length - 4));
var items = ListBinaryTranslation <IPlaced> .Instance.Parse(
reader : frame,
transl : (MutagenFrame r, RecordType header, out IPlaced placed) =>
{
switch (header.TypeInt)
{
case RecordTypeInts.ACHR:
placed = PlacedNpc.CreateFromBinary(r);
return(true);
case RecordTypeInts.REFR:
placed = PlacedObject.CreateFromBinary(r);
return(true);
case RecordTypeInts.PARW:
placed = PlacedArrow.CreateFromBinary(r);
return(true);
case RecordTypeInts.PBAR:
placed = PlacedBarrier.CreateFromBinary(r);
return(true);
case RecordTypeInts.PBEA:
placed = PlacedBeam.CreateFromBinary(r);
return(true);
case RecordTypeInts.PCON:
placed = PlacedCone.CreateFromBinary(r);
return(true);
case RecordTypeInts.PFLA:
placed = PlacedFlame.CreateFromBinary(r);
return(true);
case RecordTypeInts.PHZD:
placed = PlacedHazard.CreateFromBinary(r);
return(true);
case RecordTypeInts.PMIS:
placed = PlacedMissile.CreateFromBinary(r);
return(true);
case RecordTypeInts.PGRE:
placed = PlacedTrap.CreateFromBinary(r);
return(true);
default:
if (ParseTemporaryOutliers(frame, obj))
{
placed = null !;
return(false);
}
throw new NotImplementedException();
}
});
obj.Temporary.SetTo(new ExtendedList <IPlaced>(items));
}
public void Clear(ICellInternal item)
{
ClearPartial();
base.Clear(item);
}
