Type TZoneRecord Extends TDataRecord
Field mZone:TMapZone
Field mWorkZone:TMapZone
Method New()
mDataType = "Zone"
End Method
Function CreateZoneRecord:TZoneRecord(z:TMapZone)
Local r:TZoneRecord = New TZoneRecord
r.mZone = z
Return r
End Function
Method SyncFrom()
mWorkZone = New TMapZone
mWorkZone.mX = mZone.mX
mWorkZone.mY = mZone.mY
mworkZone.mZ = mZone.mZ
mworkZone.mRadius = mZone.mRadius
mWorkZone.Name = mZone.name
' mworkLight.mGreen = mLight.mGreen
' mWorkLight.mBlue = mLight.mBlue
' mWorkLight.mRange = mLight.mRange
End Method
Method SyncTo()
If mZone = Null
mZone = TMapZone.CreateCircle("", 0, 0, 0, 0, Null)
End If
mZone.Name = mworkzone.Name
mZone.mx = mworkZone.mx
mZone.my = mworkZone.my
mZone.mz = mworkZone.mz
mZone.mRadius = mworkZone.mRadius
End Method
Method WriteHeader()
mfile.WriteLine(mWorkZone.Name)
mfile.WriteFloat(mWorkZone.mX)
mfile.WriteFloat(mWorkZone.mY)
mFile.WriteFloat(mWorkzone.mZ)
mFile.WriteFloat(mWorkZone.mRadius)
End Method
Method ReadHeader()
Local name:String = mfile.ReadLine()
Local lx:Float = mfile.ReadFloat()
Local ly:Float = mfile.ReadFloat()
Local lz:Float = mfile.ReadFloat()
Local lradius:Float = mfile.ReadFloat()
mWorkZone = TMapZone.CreateCircle(name, lx, ly, lz, lradius, Null)
End Method
End Type
Type TLightRecord Extends TDataRecord
Field mLight:TMapLight
Field mWorkLight:TMapLight
Method New()
mDataType = "Light"
End Method
Function CreateLightRecord:TLightRecord(l:TMapLight)
Local r:TLightRecord = New TLightRecord
r.mLight = l
Return r
End Function
Method SyncFrom()
mWorkLight = New TMapLight
mWorkLight.mX = mLight.mX
mWorkLight.mY = mLight.mY
mworklight.mZ = mLight.mZ
mworkLight.mRed = mLight.mRed
mworkLight.mGreen = mLight.mGreen
mWorkLight.mBlue = mLight.mBlue
mWorkLight.mRange = mLight.mRange
End Method
Method SyncTo()
If mlight = Null
mLight = TMapLight.Create(0, 0, 0, 0, 0, 0, 0, Null)
End If
mLight.mx = mworklight.mx
mlight.my = mworklight.my
mlight.mz = mworklight.mz
mlight.mRed = mworklight.mRed
mlight.mGreen = mworklight.mGreen
mLight.mBlue = mWorkLight.mBlue
mLight.mRange = mWorkLight.mRange
End Method
Method WriteHeader()
mfile.WriteFloat(mWorkLight.mX)
mfile.WriteFloat(mWorkLight.mY)
mFile.WriteFloat(mWorkLight.mZ)
mFile.WriteFloat(mWorkLight.mRed)
mFile.WriteFloat(Self.mWorkLight.mGreen)
mFile.WriteFloat(Self.mWorkLight.mBlue)
mFile.WriteFloat(Self.mWorkLight.mRange)
End Method
Method ReadHeader()
Local lx:Float = mfile.ReadFloat()
Local ly:Float = mfile.ReadFloat()
Local lz:Float = mfile.ReadFloat()
Local lr:Float = mfile.ReadFloat()
Local lg:Float = mfile.ReadFloat()
Local lb:Float = mfile.ReadFloat()
Local lrange:Float = mfile.ReadFloat()
mWorkLight = TMapLight.Create(lx, ly, lz, lr, lg, lb, lrange, Null)
End Method
End Type
Type TMapRecord Extends TDataRecord
Field mMap:TMap
Field mWorkMap:TMap
Method New()
mDataType = "Map"
End Method
Function CreateMapRecord:TMapRecord(m:TMap)
Local r:TMapRecord = New TMapRecord
r.mMap = m
Return r
End Function
Method SyncFrom()
mWorkMap = New TMap
mWorkMap.mMapWidth = mMap.mMapWidth
mWorkMap.mMapHeight = mmap.mMapHeight
mworkmap.mMapDepth = mmap.mMapDepth
mworkmap.mTileWidth = mmap.mTileWidth
mworkmap.mTileHeight = mmap.mTileHeight
mworkmap.mTile = New TTile[mWorkMap.mMapWidth, mWorkMap.mMapHeight, mWorkMap.mMapDepth]
mworkmap.mDrawInfo = New TDrawInfo[mworkmap.mMapWidth, mworkmap.mMapHeight]
For Local x:Int = 0 Until mworkmap.mMapWidth
For Local y:Int = 0 Until mworkmap.mMapHeight
mworkmap.mDrawInfo[x, y] = mMap.mDrawInfo[x, y]
For Local z:Int = 0 Until mworkmap.mMapDepth
mWorkMAp.mTile[x, y, z] = mMap.mTile[x, y, z]
Next
Next
Next
End Method
Method SyncTo()
If mMap = Null
mMap = New TMap
End If
mMap.mMapWidth = mworkMap.mMapWidth
mMap.mMapHeight = mworkmap.mMapHeight
mmap.mMapDepth = mworkmap.mMapDepth
mmap.mTileWidth = mworkmap.mTileWidth
mmap.mTileHeight = mworkmap.mTileHeight
mmap.mTile = New TTile[mWorkMap.mMapWidth, mWorkMap.mMapHeight, mWorkMap.mMapDepth]
mmap.mDrawInfo = New TDrawInfo[mworkmap.mMapWidth, mworkmap.mMapHeight]
For Local x:Int = 0 Until mworkmap.mMapWidth
For Local y:Int = 0 Until mworkmap.mMapHeight
mmap.mDrawInfo[x, y] = mworkMap.mDrawInfo[x, y]
For Local z:Int = 0 Until mworkmap.mMapDepth
mMAp.mTile[x, y, z] = mworkMap.mTile[x, y, z]
Next
Next
Next
End Method
Method WriteHeader()
mfile.WriteInt(mWorkMap.mMapWidth)
mfile.WriteInt(mWorkMap.mMapHeight)
mFile.WriteInt(mWorkMap.mMapDepth)
mFile.WriteInt(mWorkmap.mTileWidth)
mFile.WriteInt(Self.mWorkMap.mTileWidth)
For Local x:Int = 0 Until mworkmap.mMapWidth
For Local y:Int = 0 Until mworkmap.mMapHeight
For Local z:Int = 0 Until mworkmap.mMapDepth
If mworkmap.mTile[x, y, z] <> Null
mFile.WriteByte(1)
mFile.WriteLine(mworkmap.mTile[x, y, z].dPath)
mFile.WriteLine(mworkmap.mTile[x, y, z].nPath)
Else
mFile.WriteByte(0)
EndIf
Next
Next
Next
End Method
Method ReadHeader()
Local mw:Int = mfile.ReadInt()
Local mh:Int = mfile.ReadInt()
Local md:Int = mfile.ReadInt()
Local tw:Int = mfile.ReadInt()
Local th:Int = mfile.ReadInt()
mworkMap = TMap.Create(mw, mh, md, tw, th)
Local tl:TList = CreateList()
For Local x = 0 Until mw
For Local y = 0 Until mh
For Local z = 0 Until md
Local it:Int = mfile.ReadByte()
If it
Local t:TTile = New TTile
t.dPath = mfile.ReadLine()
t.nPath = mfile.ReadLine()
mworkmap.mTile[x, y, z] = t
End If
Next
Next
Next
End Method
End Type
Type TTextureRecord Extends TDataRecord
Field mTexture:Texture
Method New()
mDataType = "Texture"
End Method
Function CreateTextureRecord:TTextureRecord(tex:Texture)
Local r:TTextureRecord = New TTextureRecord
r.mTexture = tex
If r.mTexture.Path = ""
Notify "Texture has no path. Aborting."
EndIf
Return r
End Function
Method SyncFrom()
mBuf = mTexture.buf
mSize = mtexture.Width * mTexture.Height * mTexture.depth
mbufstream = CreateRamStream(mbuf, msize, True, True)
InFile = False
End Method
Method SyncTo()
Local pa:String = mtexture.Path
mTexture = Texture.FromBuf(mbuf, mtexture.Width, mtexture.Height, mtexture.depth)
mtexture.Path = pa
'mTexture.buf = mBuf
'mTexture.Bind()
'mTexture.Upload()
'mTexture.Unbind()
End Method
Method WriteHeader()
mfile.WriteInt(mTexture.Width)
mFile.WriteInt(mTexture.Height)
mFile.WriteInt(mTexture.depth)
mFile.WriteLine(mTexture.Path)
End Method
Method ReadHeader()
Local w:Int = mFile.ReadInt()
Local H:Int = mFile.ReadInt()
Local depth:Int = mFile.ReadInt()
Local path:String = mfile.ReadLine()
' If mtexture = Null
mTexture = Texture.Blank(w, h, depth)
mtexture.Path = path
' Else
' mtexture.Width = w
' mtexture.Height = h
' mtexture.depth = depth
' EndIf
End Method
End Type
Type TDataRecord
Field InMemory:Int, InFile:Int
Field Name:String
Field mDataType:String
Field mBuf:Byte Ptr
Field mSize:Int
Field mBufStream:TRamStream
Field mPath:String
Field mFile:TStream
Method SyncFrom() Abstract
Method SyncTo() Abstract
Method WriteHeader() Abstract
Method ReadHeader() Abstract
Method CreateBuffer(size:Int)
If mbuf <> Null
MemFree mbuf
EndIf
mbuf = MemAlloc(size)
mbufstream = CreateRamStream(mbuf, msize, True, True)
msize = size
End Method
Method Open()
If FileType(mPath) = 0
mFile = WriteFile(mPath)
If mFile = Null
Notify "Could not create file:" + mPath + " Aborting program."
End If
CloseFile mfile
EndIf
mFile = OpenFile(mPath)
End Method
Method Write()
Open()
mFile.Seek(0)
SyncFrom()
WriteHeader()
Local ed:Byte Ptr = MemAlloc(mSize * 2)
Local el:Int = mSize * 2
compress2(ed, el, mbuf, msize, 9)
mFile.WriteInt(mSize)
mFile.WriteInt(el)
mFile.Write(ed, el)
MemFree ed
Close()
End Method
Field LoadThread:TLoadRecordThread
Method IsReady:Int()
If LoadThread = Null
Return True
EndIf
Local ret:Int = False
LoadThread.mMutex.Lock()
ret = loadthread.mDone
LoadThread.mMutex.Unlock()
Return ret
End Method
Field mThreadDoned = False
Method ThreadDone()
If mThreadDoned = False
mThreadDoned = True
SyncTo()
LoadThread = Null
EndIf
End Method
Method Read()
LoadThread = New TLoadRecordThread
LoadThread.mRecord = Self
LoadThread.run()
Print "Started Load Thread. Item:"+name+" DataType:"+mDataType+" Size:"+mSize
End Method
Method Close()
CloseFile mFile
End Method
End Type
Type TLoadRecordThread Extends AThread
Field mRecord:TDataRecord
Field mDone:Int = False
Field mMutex:AMutex
Method Init()
mMutex = New AMutex
mDone = False
End Method
Method ThreadLogic:Object()
Print "Loading DataRecord assets. Item:"+mRecord.name+" DataType:"+mRecord.mDataType+" Size:"+mRecord.mSize
mRecord.Open()
Print "Open succesfull"
mRecord.mFile.Seek(0)
Print "Seek succesfull"
mRecord.ReadHeader()
Print "Read Header OK."
Local os:Int = mRecord.mfile.ReadInt()
Local ds:Int = mRecord.mFile.ReadInt()
Print "Read Size OK."
Local cb:Byte Ptr = MemAlloc(ds)
Print "Allocated Memory OK."
mRecord.CreateBuffer(os)
Print "Create Internal Buffer OK."
mRecord.mfile.Read(cb, ds)
Print "Read Record OK."
uncompress(mRecord.mBuf, os, cb, ds)
Print "Uncompressed data into original form OK."
mRecord.mSize = os
Print "Set Size OK."
mRecord.close()
Print "Closed Record OK."
'mRecord.SyncTo()
Print "Synced Resource OK."
mMutex.Lock()
Print "Locked Mutex OK."
mDone = True
Print "Set External Variable OK."
mMutex.unlock()
Print "DataRecord assets loaded. Item:"+mRecord.name+" DataType:"+mRecord.mDataType+" Size:"+mRecord.mSize
End Method
End Type
Type TDatabase
Field mName:String
Field mAuthor:String
Field mCopyright:String
Field mPath:String
Field mRecords:TList = CreateList()
Field mFile:TStream
Field mMainPath:String
Method Finished()
Save()
End Method
Function Create:TDatabase(name:String, path:String)
Local r:TDatabase = New TDatabase
r.mName = name
r.mAuthor = "Dreambreaker Software"
r.mCopyright = "(c)Dreambreaker Software 2008"
r.mPath = path
Local fp:String = Path + "DATA"
If FileType(fp) = 0
CreateDir(fp, True)
End If
Local ind:String = path + ".wdb"
r.mMainPath:String = ind
Select FileType(ind)
Case 1
r.SyncIndex()
End Select
Return r
End Function
Method AddRecord(t:TDataRecord, name:String)
t.mPath = mPath + "DATA" + name
t.InMemory = True
t.InFile = False
t.Name = name
mRecords.addlast(t)
WriteIndex()
Save()
End Method
Method Save()
For Local r:TDataRecord = EachIn mRecords
If r.InFile = False
r.Write()
r.InFile = True
End If
Next
End Method
Method GetAllOfType:TList(name:String, LoadIfNotInMemory:Int = True)
name:String = name.ToLower()
Local ret:TList = CreateList()
For Local r:TDataRecord = EachIn mrecords
If r.mDataType.ToLower() = name.ToLower()
If LoadIfNotInMemory
If r.InMemory = False
Local ms:Int = MilliSecs()
r.read()
r.InMemory = True
Print "Loaded Record:" + r.Name + " in ms:" + (MilliSecs() - ms)
End If
End If
ret.AddLast(r)
End If
Next
Return ret
End Method
Method FindRecord:TDataRecord(name:String, LoadIfNotInMemory:Int = True)
name = name.ToLower()
For Local r:TDataRecord = EachIn mRecords
If r.Name.ToLower() = name
If r.InMemory = False And LoadIfNotInMemory = True And r.LoadThread = Null
r.Read()
r.InMemory = True
EndIf
Return r
EndIf
Next
Print "Record List"
For Local r:TDataRecord = EachIn mRecords
Print "Record:" + r.Name
Next
Print "Fin"
Notify "Record Named:" + name + " was not found in db."
End Method
Method SyncIndex()
mRecords.Clear()
Open()
mFile.Seek(0)
Local i:Int = mFile.ReadInt()
While i > 0
Local path:String = mfile.ReadLine()
Local dtype:String = mFile.ReadLine()
Local siz:Int = mFile.ReadInt()
Local nam:String = mFile.ReadLine()
Local d:TDataRecord
Select dtype.ToLower()
Case "zone"
d = TDataRecord(New TZoneRecord)
Case "texture"
d = TDataRecord(New TTextureRecord)
Case "map"
d = TDataRecord(New TMapRecord)
Case "light"
d = TDataRecord(New TLightRecord)
Default
Notify "Unsupported Data Type."
End Select
d.mPath = path
d.mDataType = dtype
d.mSize = siz
d.InMemory = False
d.InFile = True
d.Name = nam
mRecords.AddLast(d)
i:-1
Wend
Close()
End Method
Method WriteIndex()
Open()
mFile.Seek(0)
mFile.WriteInt(mRecords.Count())
For Local r:TDataRecord = EachIn mRecords
mFile.WriteLine(r.mPath)
mfile.WriteLine(r.mDataType)
mFile.WriteInt(r.mSize)
mFile.WriteLine(r.Name)
Next
Close()
End Method
Method Open()
If FileType(mMainPath) = 0
mFile = WriteFile(mMainPath)
CloseFile mFile
End If
mFile = OpenFile(mMainPath, True, True)
If mFile = Null
Notify "Could not open Database:" + mMainPath
End
End If
End Method
Method Close()
mFile.Close()
End Method
Method SyncFrom()
End Method
End Type
'
'--[ A.B.E Threading Component ]--
'
'
'-[
'
'
'Threads are objects that you are supposed to extend to utilize their functionality.
'
'See the Examples/Threading test for an easy to follow example.
'
'-]
SuperStrict
Import pub.threads
Import brl.linkedList
Type AMutex
Field mHandle:Int
Method New()
mHandle = CreateMutex()
End Method
Method Delete()
CloseMutex(mHandle)
End Method
Method Lock()
LockMutex(mHandle)
End Method
Method Unlock()
UnlockMutex(mHandle)
End Method
End Type
Type AThread
Field mHandle : Int
Method Init() Abstract
Method New()
mHandle = 0
WaitOnDelete = False
End Method
Field WaitOnDelete:Int
Method Delete()
If WaitOnDelete
WaitFor()
Else
detach()
EndIf
End Method
Method Run()
If mhandle <>0
Detach()
EndIf
Init()
mHandle = CreateThread(RunThread_A,Object(Self))
End Method
Method WaitFor:Object()
If mHandle = 0 Return Null
Local ret:Object = WaitThread(mHandle)
mHandle = 0
Return ret
End Method
Method Detach()
If mhandle=0 Return
DetachThread(mHandle)
mHandle = 0
End Method
Method ThreadLogic:Object() Abstract
End Type
Function RunThread_A:Object(thread:Object)
Local t:AThread = AThread(thread)
Return t.ThreadLogic()
End Function
