public static IEnumerable <ATopicReference> Factory(MutagenFrame frame)
{
while (frame.TryReadSubrecord(RecordTypes.PDTO, out var _))
{
var type = (ATopicReference.TopicType)frame.ReadInt32();
switch (type)
{
case ATopicReference.TopicType.Ref:
yield return(new TopicReference()
{
Reference = new FormLink <IDialogTopicGetter>(FormLinkBinaryTranslation.Instance.Parse(frame))
});
break;
case ATopicReference.TopicType.Subtype:
yield return(new TopicReferenceSubtype()
{
Subtype = new RecordType(frame.ReadInt32())
});
break;
default:
throw new NotImplementedException();
}
}
}
static partial void FillBinaryParameterParsingCustom(MutagenFrame frame, IFunctionConditionData item)
{
item.ParameterOneNumber = frame.ReadInt32();
item.ParameterTwoNumber = frame.ReadInt32();
item.ParameterOneRecord = FormKey.Factory(frame.MetaData.MasterReferences !, (uint)item.ParameterOneNumber);
item.ParameterTwoRecord = FormKey.Factory(frame.MetaData.MasterReferences !, (uint)item.ParameterTwoNumber);
item.Unknown3 = frame.ReadInt32();
item.Unknown4 = frame.ReadInt32();
item.Unknown5 = frame.ReadInt32();
}
public static partial void FillBinarySecondaryFlagsCustom(MutagenFrame frame, ICombatStyleData item)
{
int flags = frame.ReadInt32();
var otherFlag = (CombatStyle.Flag)(flags << 8);
item.Flags |= otherFlag;
}
public string Parse(
MutagenFrame reader,
bool parseWhole = true,
StringBinaryType stringBinaryType = StringBinaryType.NullTerminate)
{
switch (stringBinaryType)
{
case StringBinaryType.Plain:
case StringBinaryType.NullTerminate:
if (parseWhole)
{
return(BinaryStringUtility.ProcessWholeToZString(reader.ReadMemory(checked ((int)reader.Remaining))));
}
else
{
return(BinaryStringUtility.ParseUnknownLengthString(reader.Reader));
}
case StringBinaryType.PrependLength:
{
var len = reader.ReadInt32();
return(BinaryStringUtility.ToZString(reader.ReadMemory(len)));
}
case StringBinaryType.PrependLengthUShort:
{
var len = reader.ReadInt16();
return(BinaryStringUtility.ToZString(reader.ReadMemory(len)));
}
default:
throw new NotImplementedException();
}
}
static partial void FillBinaryLengthLogicCustom(MutagenFrame frame, IANavigationMeshInternal item)
{
frame.Position += frame.MetaData.Constants.SubConstants.HeaderLength;
var xxxxSize = frame.ReadInt32();
HeaderTranslation.ReadNextSubrecordType(frame, out var len);
frame = frame.SpawnWithLength(xxxxSize, checkFraming: false);
GetSetData(frame, item);
}
public static ALocationTarget GetLocationTarget(MutagenFrame frame)
{
var type = (LocationTargetRadius.LocationType)frame.ReadInt32();
switch (type)
{
case LocationTargetRadius.LocationType.NearReference:
return(new LocationTarget()
{
Link = FormKeyBinaryTranslation.Instance.Parse(frame).AsLink <ILocationTargetableGetter>()
});
case LocationTargetRadius.LocationType.InCell:
return(new LocationCell()
{
Link = FormKeyBinaryTranslation.Instance.Parse(frame).AsLink <ICellGetter>()
});
case LocationTargetRadius.LocationType.ObjectID:
return(new LocationObjectId()
{
Link = FormKeyBinaryTranslation.Instance.Parse(frame).AsLink <IObjectIdGetter>()
});
case LocationTargetRadius.LocationType.ObjectType:
return(new LocationObjectType()
{
Type = (TargetObjectType)frame.ReadInt32()
});
case LocationTargetRadius.LocationType.LinkedReference:
return(new LocationKeyword()
{
Link = FormKeyBinaryTranslation.Instance.Parse(frame).AsLink <IKeywordGetter>()
});
default:
return(new LocationFallback()
{
Type = type,
Data = frame.ReadInt32()
});
}
}
static partial void FillBinaryCoverTrianglesLogicCustom(MutagenFrame frame, IANavigationMeshData item)
{
var count = frame.ReadInt32();
for (int i = 0; i < count; i++)
{
var index = frame.ReadInt16();
item.Triangles[index].IsCover = true;
}
}
public static APackageTarget CreateFromBinary(MutagenFrame frame)
{
APackageTarget target = ((APackageTarget.Type)frame.ReadUInt32()) switch
{
APackageTarget.Type.SpecificReference => new PackageTargetSpecificReference()
{
Reference = FormKeyBinaryTranslation.Instance.Parse(frame)
},
APackageTarget.Type.ObjectID => new PackageTargetObjectID()
{
Reference = FormKeyBinaryTranslation.Instance.Parse(frame)
},
APackageTarget.Type.ObjectType => new PackageTargetObjectType()
{
Type = (TargetObjectType)frame.ReadInt32()
},
APackageTarget.Type.LinkedReference => new PackageTargetReference()
{
Reference = FormKeyBinaryTranslation.Instance.Parse(frame)
},
APackageTarget.Type.RefAlias => new PackageTargetAlias()
{
Alias = frame.ReadInt32()
},
APackageTarget.Type.Unknown => new PackageTargetUnknown()
{
Data = frame.ReadInt32()
},
APackageTarget.Type.Self => new PackageTargetSelf()
{
Data = frame.ReadInt32()
},
_ => throw new NotImplementedException(),
};
target.CountOrDistance = frame.ReadInt32();
return(target);
}
public static partial void FillBinaryTeachesCustom(MutagenFrame frame, IBookInternal item)
{
if ((((int)item.Flags) & SpellFlag) > 0)
{
item.Teaches = new BookSpell()
{
Spell = new FormLink <ISpellGetter>(FormLinkBinaryTranslation.Instance.Parse(frame))
};
}
else if ((((int)item.Flags) & SkillFlag) > 0)
{
item.Teaches = new BookSkill
{
Skill = (Skill)frame.ReadInt32()
};
}
else
{
item.Teaches = new BookTeachesNothing()
{
RawContent = frame.ReadUInt32()
};
}
}
public static MagicEffectArchetype ReadArchetype(MutagenFrame frame)
{
// Jump back and read in association FormKey
var curPos = frame.Position;
frame.Position -= 56;
FormKey associatedItemKey = FormKeyBinaryTranslation.Instance.Parse(frame);
frame.Position = curPos;
// Finish reading archetype
MagicEffectArchetype.TypeEnum archetypeEnum = (MagicEffectArchetype.TypeEnum)frame.ReadInt32();
MagicEffectArchetype archetype;
switch (archetypeEnum)
{
case MagicEffectArchetype.TypeEnum.Light:
archetype = new MagicEffectLightArchetype();
break;
case MagicEffectArchetype.TypeEnum.Bound:
archetype = new MagicEffectBoundArchetype();
break;
case MagicEffectArchetype.TypeEnum.SummonCreature:
archetype = new MagicEffectNpcArchetype();
break;
case MagicEffectArchetype.TypeEnum.Guide:
archetype = new MagicEffectGuideArchetype();
break;
case MagicEffectArchetype.TypeEnum.SpawnHazard:
archetype = new MagicEffectSpawnHazardArchetype();
break;
case MagicEffectArchetype.TypeEnum.PeakValueModifier:
archetype = new MagicEffectKeywordArchetype();
break;
case MagicEffectArchetype.TypeEnum.Cloak:
archetype = new MagicEffectSpellArchetype();
break;
case MagicEffectArchetype.TypeEnum.Werewolf:
archetype = new MagicEffectWerewolfArchetype();
break;
case MagicEffectArchetype.TypeEnum.VampireLord:
archetype = new MagicEffectVampireArchetype();
break;
case MagicEffectArchetype.TypeEnum.EnhanceWeapon:
archetype = new MagicEffectEnchantmentArchetype();
break;
case MagicEffectArchetype.TypeEnum.Calm:
case MagicEffectArchetype.TypeEnum.Frenzy:
archetype = new MagicEffectArchetype(archetypeEnum)
{
ActorValue = ActorValue.Aggression
};
break;
case MagicEffectArchetype.TypeEnum.Invisibility:
archetype = new MagicEffectArchetype(archetypeEnum)
{
ActorValue = ActorValue.Invisibility
};
break;
case MagicEffectArchetype.TypeEnum.Paralysis:
archetype = new MagicEffectArchetype(archetypeEnum)
{
ActorValue = ActorValue.Paralysis
};
break;
case MagicEffectArchetype.TypeEnum.Demoralize:
case MagicEffectArchetype.TypeEnum.TurnUndead:
case MagicEffectArchetype.TypeEnum.Rally:
case MagicEffectArchetype.TypeEnum.Banish:
archetype = new MagicEffectArchetype(archetypeEnum)
{
ActorValue = ActorValue.Confidence
};
break;
default:
archetype = new MagicEffectArchetype(archetypeEnum)
{
ActorValue = ActorValue.None
};
break;
}
archetype.AssociationKey = associatedItemKey;
archetype.ActorValue = (ActorValue)frame.ReadInt32();
return(archetype);
}
