// NewLevel returns a new instance of a Level structure.
func NewLevel(store chunk.Store, id int) *Level {
baseStoreID := 4000 + id*100
level := &Level{
id: id,
store: store,
tileMapStore: store.Get(res.ResourceID(baseStoreID + 5)),
tileMap: nil,
objectListStore: store.Get(res.ResourceID(baseStoreID + 8)),
crossrefListStore: store.Get(res.ResourceID(baseStoreID + 9))}
level.tileMap = logic.DecodeTileMap(level.tileMapStore.BlockData(0), 64, 64)
level.crossrefList = logic.DecodeCrossReferenceList(level.crossrefListStore.BlockData(0))
{
blockData := level.objectListStore.BlockData(0)
level.objectList = make([]data.LevelObjectEntry, len(blockData)/data.LevelObjectEntrySize)
reader := bytes.NewReader(blockData)
binary.Read(reader, binary.LittleEndian, &level.objectList)
level.objectChain = logic.NewLevelObjectChain(&level.objectList[0],
func(index data.LevelObjectChainIndex) logic.LevelObjectChainLink {
return &level.objectList[index]
})
}
return level
}
func (suite *ReleaseStoreLibrarySuite) TestChunkStoreIsBackedBySourceIfExisting(c *check.C) {
suite.createChunkResource(suite.source, "fromSource.res", func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
store, err := suite.library.ChunkStore("fromSource.res")
c.Assert(err, check.IsNil)
c.Assert(store, check.NotNil)
blockStore := store.Get(res.ResourceID(1))
c.Check(blockStore.BlockCount(), check.Equals, uint16(1))
}
func (textures *Textures) SetProperties(index int, prop model.TextureProperties) {
for i := 0; i < model.LanguageCount; i++ {
if prop.Name[i] != nil {
names := textures.cybstrng[i].Get(res.ResourceID(0x086A))
names.SetBlockData(uint16(index), textures.EncodeString(prop.Name[i]))
}
if prop.CantBeUsed[i] != nil {
cantBeUseds := textures.cybstrng[i].Get(res.ResourceID(0x086B))
cantBeUseds.SetBlockData(uint16(index), textures.EncodeString(prop.CantBeUsed[i]))
}
}
}
func (suite *DynamicChunkStoreSuite) TestGetReturnsBlockFromWrapped(c *check.C) {
provider := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
wrappedStore := store.NewProviderBacked(provider, func() {})
store := NewDynamicChunkStore(wrappedStore)
holder := store.Get(res.ResourceID(1))
c.Check(holder, check.NotNil)
}
func (suite *DynamicChunkStoreSuite) TestDelDeletesFromWrapped(c *check.C) {
provider := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
wrappedStore := store.NewProviderBacked(provider, func() {})
store := NewDynamicChunkStore(wrappedStore)
store.Del(res.ResourceID(1))
ids := store.IDs()
c.Check(len(ids), check.Equals, 0)
}
func (textures *Textures) Properties(index int) model.TextureProperties {
prop := model.TextureProperties{}
for i := 0; i < model.LanguageCount; i++ {
names := textures.cybstrng[i].Get(res.ResourceID(0x086A))
cantBeUseds := textures.cybstrng[i].Get(res.ResourceID(0x086B))
prop.Name[i] = textures.DecodeString(names.BlockData(uint16(index)))
prop.CantBeUsed[i] = textures.DecodeString(cantBeUseds.BlockData(uint16(index)))
}
return prop
}
// Properties returns the current properties of a specific game object.
func (gameObjects *GameObjects) Properties(id res.ObjectID) model.GameObjectProperties {
prop := model.GameObjectProperties{}
index := objprop.ObjectIDToIndex(gameObjects.desc, id)
for i := 0; i < model.LanguageCount; i++ {
shortName := gameObjects.cybstrng[i].Get(res.ResourceID(0x086D))
longName := gameObjects.cybstrng[i].Get(res.ResourceID(0x0024))
prop.ShortName[i] = gameObjects.decodeString(shortName.BlockData(uint16(index)))
prop.LongName[i] = gameObjects.decodeString(longName.BlockData(uint16(index)))
}
return prop
}
func (suite *DynamicChunkStoreSuite) TestBlockHolderModifiesWrapped(c *check.C) {
provider := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
wrappedStore := store.NewProviderBacked(provider, func() {})
store := NewDynamicChunkStore(wrappedStore)
data := []byte{0x01, 0x02}
holder := store.Get(res.ResourceID(1))
holder.SetBlockData(0, data)
c.Check(wrappedStore.Get(res.ResourceID(1)).BlockData(0), check.DeepEquals, data)
}
func (suite *DynamicChunkStoreSuite) TestSwapReplacesWrapped(c *check.C) {
provider1 := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
provider2 := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(2), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
testStore := NewDynamicChunkStore(store.NewProviderBacked(provider1, func() {}))
testStore.Swap(func(oldStore chunk.Store) chunk.Store {
return store.NewProviderBacked(provider2, func() {})
})
c.Check(testStore.IDs(), check.DeepEquals, []res.ResourceID{res.ResourceID(2)})
}
func (suite *ReleaseStoreLibrarySuite) TestModifyingChunkSourceSavesNewSink(c *check.C) {
suite.createChunkResource(suite.source, "source.res", func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
store, err := suite.library.ChunkStore("source.res")
c.Assert(err, check.IsNil)
c.Assert(store, check.NotNil)
store.Del(res.ResourceID(1))
time.Sleep(100 * time.Millisecond)
c.Check(suite.sink.HasResource("source.res"), check.Equals, true)
}
func (textures *Textures) Image(index int, size model.TextureSize) (bmp image.Bitmap) {
var blockData []byte
if size == model.TextureLarge {
blockData = textures.images.Get(res.ResourceID(0x03E8 + index)).BlockData(0)
} else if size == model.TextureMedium {
blockData = textures.images.Get(res.ResourceID(0x02C3 + index)).BlockData(0)
} else if size == model.TextureSmall {
blockData = textures.images.Get(res.ResourceID(0x004D)).BlockData(uint16(index))
} else if size == model.TextureIcon {
blockData = textures.images.Get(res.ResourceID(0x004C)).BlockData(uint16(index))
}
bmp, _ = image.Read(bytes.NewReader(blockData))
return
}
func (suite *DynamicChunkStoreSuite) TestGetReturnsNilIfWrappedDoesntHaveIt(c *check.C) {
provider := suite.createChunkProvider(func(consumer chunk.Consumer) {})
wrappedStore := store.NewProviderBacked(provider, func() {})
store := NewDynamicChunkStore(wrappedStore)
holder := store.Get(res.ResourceID(2))
c.Check(holder, check.IsNil)
}
func (suite *DynamicChunkStoreSuite) TestBlockHolderModifiesWrappedAfterSwap(c *check.C) {
provider1 := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
provider2 := suite.createChunkProvider(func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
testStore := NewDynamicChunkStore(store.NewProviderBacked(provider1, func() {}))
holder := testStore.Get(res.ResourceID(1))
wrapped2 := store.NewProviderBacked(provider2, func() {})
testStore.Swap(func(oldStore chunk.Store) chunk.Store { return wrapped2 })
data := []byte{0x01, 0x02}
holder.SetBlockData(0, data)
c.Check(wrapped2.Get(res.ResourceID(1)).BlockData(0), check.DeepEquals, data)
}
// Properties returns the properties of the level.
func (level *Level) Properties() (result model.LevelProperties) {
blockData := level.store.Get(res.ResourceID(4000 + level.id*100 + 4)).BlockData(0)
reader := bytes.NewReader(blockData)
var info data.LevelInformation
binary.Read(reader, binary.LittleEndian, &info)
result.CyberspaceFlag = info.IsCyberspace()
result.HeightShift = int(info.HeightShift)
return
}
// Icon returns the icon image of the specified game object.
// It first tries to return the bitmap for the map icon. If that is all transparent,
// the function reverts to the object icon.
func (gameObjects *GameObjects) Icon(id res.ObjectID) (bmp image.Bitmap) {
mapIconBlockData := gameObjects.objart.Get(res.ResourceID(0x0546)).BlockData(uint16(gameObjects.mapIconOffsets[id]))
bmp, _ = image.Read(bytes.NewReader(mapIconBlockData))
allZero := true
for row := 0; row < int(bmp.ImageHeight()); row++ {
for _, b := range bmp.Row(row) {
if b != 0x00 {
allZero = false
}
}
}
if allZero {
objIconBlockData := gameObjects.objart.Get(res.ResourceID(0x0546)).BlockData(uint16(gameObjects.objIconOffsets[id]))
bmp, _ = image.Read(bytes.NewReader(objIconBlockData))
}
return
}
// Textures returns the texture identifier used in this level.
func (level *Level) Textures() (result []int) {
blockData := level.store.Get(res.ResourceID(4000 + level.id*100 + 7)).BlockData(0)
reader := bytes.NewReader(blockData)
var ids [54]uint16
binary.Read(reader, binary.LittleEndian, &ids)
for _, id := range ids {
result = append(result, int(id))
}
return
}
func (suite *ReleaseStoreLibrarySuite) TestChunkStoreReturnsSameInstances(c *check.C) {
suite.createChunkResource(suite.source, "source.res", func(consumer chunk.Consumer) {
consumer.Consume(res.ResourceID(1), chunk.NewBlockHolder(chunk.BasicChunkType, res.Palette, [][]byte{[]byte{}}))
})
store1, err1 := suite.library.ChunkStore("source.res")
c.Assert(err1, check.IsNil)
c.Assert(store1, check.NotNil)
store2, err2 := suite.library.ChunkStore("source.res")
c.Assert(err2, check.IsNil)
c.Check(store1, check.Equals, store2)
}
// SetTextures sets the texture identifier for this level.
func (level *Level) SetTextures(newIds []int) {
blockStore := level.store.Get(res.ResourceID(4000 + level.id*100 + 7))
var ids [54]uint16
toCopy := len(ids)
if len(newIds) < toCopy {
toCopy = len(newIds)
}
for index := 0; index < len(ids); index++ {
ids[index] = uint16(newIds[index])
}
buffer := bytes.NewBuffer(nil)
binary.Write(buffer, binary.LittleEndian, &ids)
blockStore.SetBlockData(0, buffer.Bytes())
}
// GET /projects/{project-id}/fonts/{font-id}
func (resource *WorkspaceResource) getFont(request *restful.Request, response *restful.Response) {
projectID := request.PathParameter("project-id")
project, err := resource.ws.Project(projectID)
if err == nil {
fontID, _ := strconv.ParseInt(request.PathParameter("font-id"), 10, 16)
var entity *model.Font
entity, err = project.Fonts().Font(res.ResourceID(fontID))
if err == nil {
response.WriteEntity(*entity)
} else {
response.AddHeader("Content-Type", "text/plain")
response.WriteErrorString(http.StatusBadRequest, err.Error())
}
} else {
response.AddHeader("Content-Type", "text/plain")
response.WriteErrorString(http.StatusBadRequest, err.Error())
return
}
}
// Objects returns an array of all used objects.
func (level *Level) Objects() []model.LevelObject {
level.mutex.Lock()
defer level.mutex.Unlock()
var result []model.LevelObject
for index, rawEntry := range level.objectList {
if rawEntry.IsInUse() {
entry := model.LevelObject{
Identifiable: model.Identifiable{ID: fmt.Sprintf("%d", index)},
Class: int(rawEntry.Class),
Subclass: int(rawEntry.Subclass),
Type: int(rawEntry.Type)}
entry.BaseProperties.TileX = int(rawEntry.X >> 8)
entry.BaseProperties.FineX = int(rawEntry.X & 0xFF)
entry.BaseProperties.TileY = int(rawEntry.Y >> 8)
entry.BaseProperties.FineY = int(rawEntry.Y & 0xFF)
entry.BaseProperties.Z = int(rawEntry.Z)
entry.Hacking.Unknown0013 = bytesToIntArray(rawEntry.Unknown0013[:])
entry.Hacking.Unknown0017 = bytesToIntArray(rawEntry.Unknown0017[:])
meta := data.LevelObjectClassMetaEntry(rawEntry.Class)
classStore := level.store.Get(res.ResourceID(4000 + level.id*100 + 10 + entry.Class))
blockData := classStore.BlockData(0)
startOffset := meta.EntrySize * int(rawEntry.ClassTableIndex)
if (startOffset + meta.EntrySize) > len(blockData) {
fmt.Printf("!!!!! class %d meta says %d bytes size, can't reach index %d in blockData %d",
int(entry.Class), meta.EntrySize, rawEntry.ClassTableIndex, len(blockData))
} else {
entry.Hacking.ClassData = bytesToIntArray(blockData[startOffset+data.LevelObjectPrefixSize : startOffset+meta.EntrySize])
}
result = append(result, entry)
}
}
return result
}
func (level *Level) readTable(levelBlockID int, value interface{}) {
blockData := level.store.Get(res.ResourceID(4000 + level.id*100 + levelBlockID)).BlockData(0)
reader := bytes.NewReader(blockData)
binary.Read(reader, binary.LittleEndian, value)
}
// AddObject adds a new object at given tile.
func (level *Level) AddObject(template *model.LevelObjectTemplate) (createdIndex int, err error) {
level.mutex.Lock()
defer level.mutex.Unlock()
objID := res.MakeObjectID(res.ObjectClass(template.Class),
res.ObjectSubclass(template.Subclass), res.ObjectType(template.Type))
classMeta := data.LevelObjectClassMetaEntry(objID.Class)
classStore := level.store.Get(res.ResourceID(4000 + level.id*100 + 10 + int(objID.Class)))
classTable := logic.DecodeLevelObjectClassTable(classStore.BlockData(0), classMeta.EntrySize)
classChain := classTable.AsChain()
classIndex, classErr := classChain.AcquireLink()
if classErr != nil {
err = classErr
return
}
classEntry := classTable.Entry(classIndex)
classEntryData := classEntry.Data()
for index := 0; index < len(classEntryData); index++ {
classEntryData[index] = 0x00
}
objectIndex, objectErr := level.objectChain.AcquireLink()
if objectErr != nil {
classChain.ReleaseLink(classIndex)
err = objectErr
return
}
createdIndex = int(objectIndex)
locations := []logic.TileLocation{logic.AtTile(uint16(template.TileX), uint16(template.TileY))}
crossrefIndex, crossrefErr := level.crossrefList.AddObjectToMap(uint16(objectIndex), level.tileMap, locations)
if crossrefErr != nil {
classChain.ReleaseLink(classIndex)
level.objectChain.ReleaseLink(objectIndex)
err = crossrefErr
return
}
crossrefEntry := level.crossrefList.Entry(crossrefIndex)
objectEntry := &level.objectList[objectIndex]
objectEntry.InUse = 1
objectEntry.Class = objID.Class
objectEntry.Subclass = objID.Subclass
objectEntry.Type = objID.Type
objectEntry.X = data.MapCoordinateOf(byte(template.TileX), byte(template.FineX))
objectEntry.Y = data.MapCoordinateOf(byte(template.TileY), byte(template.FineY))
objectEntry.Z = byte(template.Z)
objectEntry.Rot1 = 0
objectEntry.Rot2 = 0
objectEntry.Rot3 = 0
objectEntry.Hitpoints = 1
objectEntry.CrossReferenceTableIndex = uint16(crossrefIndex)
crossrefEntry.LevelObjectTableIndex = uint16(objectIndex)
objectEntry.ClassTableIndex = uint16(classIndex)
classEntry.LevelObjectTableIndex = uint16(objectIndex)
classStore.SetBlockData(0, classTable.Encode())
objWriter := bytes.NewBuffer(nil)
binary.Write(objWriter, binary.LittleEndian, level.objectList)
level.objectListStore.SetBlockData(0, objWriter.Bytes())
level.crossrefListStore.SetBlockData(0, level.crossrefList.Encode())
level.onTileDataChanged()
return
}
func (palettes *Palettes) GamePalette() (color.Palette, error) {
blockData := palettes.gamepal.Get(res.ResourceID(0x02BC)).BlockData(0)
return image.LoadPalette(bytes.NewReader(blockData))
}
// HasLevel returns true when given level ID (0..15) refers to a valid level.
func (archive *Archive) HasLevel(id int) bool {
return archive.store.Get(res.ResourceID(4000+id*100+4)) != nil
}
