public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
List = new GMUniquePointerList <GMObject>();
List.Unserialize(reader);
}
public void Unserialize(GMDataReader reader)
{
Name = reader.ReadStringPointerObject();
DisplayName = reader.ReadStringPointerObject();
Size = reader.ReadInt32();
if (Size < 0)
{
reader.Offset -= 4;
SizeFloat = -reader.ReadSingle();
}
Bold = reader.ReadWideBoolean();
Italic = reader.ReadWideBoolean();
RangeStart = reader.ReadUInt16();
Charset = reader.ReadByte();
AntiAlias = reader.ReadByte();
RangeEnd = reader.ReadInt32();
TextureItem = reader.ReadPointer <GMTextureItem>();
ScaleX = reader.ReadSingle();
ScaleY = reader.ReadSingle();
if (reader.VersionInfo.FormatID >= 17)
{
AscenderOffset = reader.ReadInt32();
}
Glyphs = new GMUniquePointerList <GMGlyph>();
Glyphs.Unserialize(reader);
}
public void Unserialize(GMDataReader reader)
{
Name = reader.ReadStringPointerObject();
SpriteID = reader.ReadInt32();
Visible = reader.ReadWideBoolean();
Solid = reader.ReadWideBoolean();
Depth = reader.ReadInt32();
Persistent = reader.ReadWideBoolean();
ParentObjectID = reader.ReadInt32();
MaskSpriteID = reader.ReadInt32();
Physics = reader.ReadWideBoolean();
PhysicsSensor = reader.ReadWideBoolean();
PhysicsShape = (CollisionShape)reader.ReadInt32();
PhysicsDensity = reader.ReadSingle();
PhysicsRestitution = reader.ReadSingle();
PhysicsGroup = reader.ReadInt32();
PhysicsLinearDamping = reader.ReadSingle();
PhysicsAngularDamping = reader.ReadSingle();
int vertexCount = reader.ReadInt32();
PhysicsFriction = reader.ReadSingle();
PhysicsAwake = reader.ReadWideBoolean();
PhysicsKinematic = reader.ReadWideBoolean();
PhysicsVertices = new List <PhysicsVertex>(vertexCount);
for (int i = vertexCount; i > 0; i--)
{
PhysicsVertex v = new PhysicsVertex();
v.Unserialize(reader);
PhysicsVertices.Add(v);
}
Events = new GMUniquePointerList <GMUniquePointerList <Event> >();
Events.Unserialize(reader);
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
List = new GMUniquePointerList <GMAudioGroup>();
List.Unserialize(reader);
// Now load the audio groups if possible
string dir = reader.Data.Directory;
if (dir != null)
{
AudioData = new Dictionary <int, GMData>();
for (int i = 1; i < List.Count; i++)
{
string fname = $"audiogroup{i}.dat";
string path = Path.Combine(dir, fname);
if (File.Exists(path))
{
reader.Data.Logger?.Invoke($"Reading audio group \"{fname}\"...");
using (FileStream fs = new FileStream(path, FileMode.Open))
{
GMDataReader groupReader = new GMDataReader(fs, fs.Name);
AudioData[i] = groupReader.Data;
foreach (GMWarning w in groupReader.Warnings)
{
w.File = fname;
reader.Warnings.Add(w);
}
}
}
}
}
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
List = new GMUniquePointerList <GMFont>();
List.Unserialize(reader);
Padding = reader.ReadBytes(512);
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
if (Length == 0)
{
return; // In YYC, before bytecode 17, CODE is empty
}
List = new GMUniquePointerList <GMCode>();
List.Unserialize(reader);
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
int chunkVersion = reader.ReadInt32();
if (chunkVersion != 1)
{
reader.Warnings.Add(new GMWarning($"ACRV version is {chunkVersion}, expected 1"));
}
List = new GMUniquePointerList <GMAnimCurve>();
List.Unserialize(reader);
}
public void Unserialize(GMDataReader reader)
{
LegacyTiles = reader.ReadPointerObjectUnique <GMUniquePointerList <Tile> >();
Sprites = reader.ReadPointerObjectUnique <GMUniquePointerList <AssetInstance> >();
if (reader.VersionInfo.IsNumberAtLeast(2, 3))
{
Sequences = reader.ReadPointerObjectUnique <GMUniquePointerList <AssetInstance> >();
if (!reader.VersionInfo.IsNumberAtLeast(2, 3, 2))
{
NineSlices = reader.ReadPointerObjectUnique <GMUniquePointerList <AssetInstance> >();
}
}
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
reader.Pad(4);
int chunkVersion = reader.ReadInt32();
if (chunkVersion != 1)
{
reader.Warnings.Add(new GMWarning($"FEDS version is {chunkVersion}, expected 1"));
}
List = new GMUniquePointerList <GMFilterEffect>();
List.Unserialize(reader);
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
List = new GMUniquePointerList <GMExtension>();
List.Unserialize(reader);
// Product ID information for each extension
if (reader.VersionInfo.IsNumberAtLeast(1, 0, 0, 9999))
{
for (int i = 0; i < List.Count; i++)
{
List[i].ProductID = new Guid(reader.ReadBytes(16).Memory.ToArray());
}
}
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
List = new GMUniquePointerList <GMBackground>();
reader.VersionInfo.AlignBackgroundsTo8 = reader.VersionInfo.IsNumberAtLeast(2, 3); // only occurs on newer 2.3.1 versions
List.Unserialize(reader, null, null, (GMDataReader reader, bool notLast) =>
{
int ptr = reader.ReadInt32();
// Check if backgrounds are aligned to 8 byte offsets
reader.VersionInfo.AlignBackgroundsTo8 &= (ptr % 8 == 0);
return(reader.ReadPointerObject <GMBackground>(ptr, notLast));
});
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
// This chunk can just be empty sometimes
if (Length == 0)
{
return;
}
int chunkVersion = reader.ReadInt32();
if (chunkVersion != 1)
{
reader.Warnings.Add(new GMWarning($"SEQN version is {chunkVersion}, expected 1"));
}
List = new GMUniquePointerList <GMSequence>();
List.Unserialize(reader);
}
public override void Unserialize(GMDataReader reader)
{
base.Unserialize(reader);
reader.Pad(4);
int chunkVersion = reader.ReadInt32();
if (chunkVersion != 1)
{
reader.Warnings.Add(new GMWarning($"TAGS version is {chunkVersion}, expected 1"));
}
int count = reader.ReadInt32();
AllTags = new List <GMString>(count);
for (int i = count; i > 0; i--)
{
AllTags.Add(reader.ReadStringPointerObject());
}
AssetTagsList = new GMUniquePointerList <AssetTags>();
AssetTagsList.Unserialize(reader);
}
public override void ConvertProject(ProjectFile pf)
{
var dataAssets = pf.DataHandle.GetChunk <GMChunkOBJT>().List;
// TODO: use asset refs whenever code is implemented
GMList <GMCode> dataCode = ((GMChunkCODE)pf.DataHandle.Chunks["CODE"]).List;
int getCode(string name)
{
try
{
return(dataCode.Select((elem, index) => new { elem, index }).First(p => p.elem.Name.Content == name).index);
}
catch (InvalidOperationException)
{
return(-1);
}
}
int getObject(string name)
{
if (name == null)
{
return(-1);
}
if (name == "<undefined>")
{
return(-100);
}
return(pf.Objects.FindIndex(name));
}
List <GMObject> newList = new List <GMObject>();
for (int i = 0; i < pf.Objects.Count; i++)
{
AssetObject projectAsset = pf.Objects[i].Asset;
if (projectAsset == null)
{
// This asset was never converted
// No need to update IDs since they won't change
newList.Add((GMObject)pf.Objects[i].DataAsset);
continue;
}
GMObject dataAsset = new GMObject()
{
Name = pf.DataHandle.DefineString(projectAsset.Name),
SpriteID = pf.Sprites.FindIndex(projectAsset.Sprite),
Visible = projectAsset.Visible,
Solid = projectAsset.Solid,
Depth = projectAsset.Depth,
Persistent = projectAsset.Persistent,
ParentObjectID = getObject(projectAsset.ParentObject),
MaskSpriteID = pf.Sprites.FindIndex(projectAsset.MaskSprite),
Physics = projectAsset.Physics,
PhysicsSensor = projectAsset.PhysicsSensor,
PhysicsShape = projectAsset.PhysicsShape,
PhysicsDensity = projectAsset.PhysicsDensity,
PhysicsRestitution = projectAsset.PhysicsRestitution,
PhysicsGroup = projectAsset.PhysicsGroup,
PhysicsLinearDamping = projectAsset.PhysicsLinearDamping,
PhysicsAngularDamping = projectAsset.PhysicsAngularDamping,
PhysicsVertices = new List <GMObject.PhysicsVertex>(),
PhysicsFriction = projectAsset.PhysicsFriction,
PhysicsAwake = projectAsset.PhysicsAwake,
PhysicsKinematic = projectAsset.PhysicsKinematic,
Events = new GMUniquePointerList <GMUniquePointerList <GMObject.Event> >()
};
foreach (AssetObject.PhysicsVertex v in projectAsset.PhysicsVertices)
{
dataAsset.PhysicsVertices.Add(new GMObject.PhysicsVertex()
{
X = v.X, Y = v.Y
});
}
foreach (var events in projectAsset.Events.Values)
{
var newEvents = new GMUniquePointerList <GMObject.Event>();
foreach (var ev in events)
{
GMObject.Event newEv = new GMObject.Event()
{
Subtype = 0,
Actions = new GMUniquePointerList <GMObject.Event.Action>()
{
new GMObject.Event.Action()
{
LibID = 1,
ID = ev.Actions[0].ID,
Kind = 7,
UseRelative = false,
IsQuestion = false,
UseApplyTo = ev.Actions[0].UseApplyTo,
ExeType = 2,
ActionName = ev.Actions[0].ActionName != null?pf.DataHandle.DefineString(ev.Actions[0].ActionName) : null,
CodeID = getCode(ev.Actions[0].Code),
ArgumentCount = ev.Actions[0].ArgumentCount,
Who = -1,
Relative = false,
IsNot = false
}
}
};
// Handle subtype
switch (ev)
{
case AssetObject.EventAlarm e:
newEv.Subtype = e.AlarmNumber;
break;
case AssetObject.EventStep e:
newEv.Subtype = (int)e.SubtypeStep;
break;
case AssetObject.EventCollision e:
newEv.Subtype = getObject(e.ObjectName);
break;
case AssetObject.EventKeyboard e:
newEv.Subtype = (int)e.SubtypeKey;
break;
case AssetObject.EventMouse e:
newEv.Subtype = (int)e.SubtypeMouse;
break;
case AssetObject.EventOther e:
newEv.Subtype = (int)e.SubtypeOther;
break;
case AssetObject.EventDraw e:
newEv.Subtype = (int)e.SubtypeDraw;
break;
case AssetObject.EventGesture e:
newEv.Subtype = (int)e.SubtypeGesture;
break;
}
newEvents.Add(newEv);
}
dataAsset.Events.Add(newEvents);
}
newList.Add(dataAsset);
}
dataAssets.Clear();
foreach (var obj in newList)
{
dataAssets.Add(obj);
}
}
public void Unserialize(GMDataReader reader)
{
Name = reader.ReadStringPointerObject();
Caption = reader.ReadStringPointerObject();
Width = reader.ReadInt32(); Height = reader.ReadInt32();
Speed = reader.ReadInt32();
Persistent = reader.ReadWideBoolean();
BackgroundColor = reader.ReadInt32();
DrawBackgroundColor = reader.ReadWideBoolean();
CreationCodeID = reader.ReadInt32();
int flags = reader.ReadInt32();
if (reader.VersionInfo.IsNumberAtLeast(2, 3))
{
flags &= ~0x30000;
}
else if (reader.VersionInfo.IsNumberAtLeast(2))
{
flags &= ~0x20000;
}
Flags = (RoomFlags)flags;
Backgrounds = reader.ReadPointerObjectUnique <GMUniquePointerList <Background> >();
Views = reader.ReadPointerObjectUnique <GMUniquePointerList <View> >();
int gameObjectListPtr = reader.ReadInt32(); // read this later
int tilePtr = reader.ReadInt32();
Tiles = reader.ReadPointerObjectUnique <GMUniquePointerList <Tile> >(tilePtr);
Physics = reader.ReadWideBoolean();
Top = reader.ReadInt32(); Left = reader.ReadInt32();
Right = reader.ReadInt32(); Bottom = reader.ReadInt32();
GravityX = reader.ReadSingle(); GravityY = reader.ReadSingle();
PixelsToMeters = reader.ReadSingle();
if (reader.VersionInfo.IsNumberAtLeast(2))
{
Layers = reader.ReadPointerObjectUnique <GMUniquePointerList <Layer> >();
if (reader.VersionInfo.IsNumberAtLeast(2, 3))
{
// Read sequence ID list
reader.Offset = reader.ReadInt32();
int seqIdCount = reader.ReadInt32();
SequenceIDs = new List <int>(seqIdCount);
for (int i = seqIdCount; i > 0; i--)
{
SequenceIDs.Add(reader.ReadInt32());
}
}
}
// Handle reading game objects, which change lengths in 2.2.2.302 roughly, so calculate the size of them
reader.Offset = gameObjectListPtr;
int count = reader.ReadInt32();
int eachSize;
if (count > 1)
{
int first = reader.ReadInt32();
eachSize = reader.ReadInt32() - first;
}
else
{
eachSize = tilePtr - (reader.Offset + 4);
}
if (eachSize >= 40)
{
reader.VersionInfo.RoomObjectPreCreate = true;
if (eachSize == 48)
{
reader.VersionInfo.SetNumber(2, 2, 2, 302);
}
}
reader.Offset = gameObjectListPtr;
GameObjects = new GMUniquePointerList <GameObject>();
GameObjects.Unserialize(reader);
}
public void Unserialize(GMDataReader reader)
{
Subtype = reader.ReadInt32();
Actions = new GMUniquePointerList <Action>();
Actions.Unserialize(reader);
}