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rres.pas
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rres.pas
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{$MODE TP}
{$PACKRECORDS 1}
Unit rres;
Interface
uses rmcore,rmthumb,rmxgfcore,rwxgf,rmamigarwxgf,rwpal,wmodex,rwmap,gwbasic,mapcore,rmcodegen,
wraylib,rwaqb,wmouse;
//Function RESInclude(filename:string):word;
Function RESInclude(filename:string; index : integer; ExportOnlyIndex : Boolean):word;
Function RESBinary(filename:string):word;
const
MaxResItems = 255;
type
resheadrec = Packed Record
sig : array[1..3] of char;
ver : byte;
resitemcount : integer;
end;
resrec = Packed Record
rt : integer;
rid : array[1..20] of char;
offset : longint;
size : longint;
end;
resIndex = array[1..MaxResItems] of resrec;
RFILE = Packed Record
ResFile : File;
ResList : ^resIndex;
ResItems : integer;
end;
Procedure res_open(Var IRFILE : RFILE;filename : string);
Procedure res_close(var IRFILE : RFILE);
Function res_getsize(VAR IRFILE : RFILE; ri : integer) : longint;
Procedure res_read(VAR IRFILE : RFILE; var rbuf; ri : integer);
(*
Procedure res_dis_xgf(Var IRFILE : RFILE; x,y : integer;ri : integer;dmode : integer);
*)
Implementation
Procedure res_open(Var IRFILE : RFILE;filename : string);
type
ExeHeaderRec = Record
Sig : Word; (* EXE File signature *)
bleft : Word; (* Number of Bytes in last page of EXE image*)
nPages : Word; (* Number of 512 Byte pages in EXE image *)
end;
Var
i,error : word;
ressig : array[1..3] of char;
ExeHeader : ExeHeaderRec;
ExeSize : LongInt;
begin
{$I-}
assign(IRFILE.Resfile,filename);
Reset(IRFILE.ResFile,1);
error:=ioresult;
if error <> 0 then
begin
writeln('error opening resource file ',filename);
halt;
end;
exesize:=0;
If Filename=ParamStr(0) then
begin
BlockRead(IRFILE.ResFile,ExeHeader,SizeOf(ExeHeaderRec));
ExeSize:=Longint(ExeHeader.bleft)+LongInt((ExeHeader.npages-1))*512;
Seek(IRFILE.ResFile,ExeSize);
end;
blockread(IRFILE.Resfile,ressig,3);
if ressig <> 'RES' then
begin
writeln('not a valid resource file');
halt;
end;
blockread(IRFILE.resfile,IRFILE.resitems,2);
getmem(IRFILE.reslist,sizeof(resrec)*IRFILE.resitems);
blockread(IRFILE.resfile,IRFILE.reslist^,sizeof(resrec)*IRFILE.resitems);
error:=ioresult;
if error<>0 then
begin
writeln('error reading resource file header');
halt;
end;
For i:=1 to IRFILE.resitems do
begin
Inc(IRFILE.ResList^[i].offset,exesize);
end;
{$I+}
end;
Procedure res_close(var IRFILE : RFILE);
var
error : word;
begin
{$I-}
close(IRFILE.resfile);
Freemem(IRFILE.reslist,sizeof(resrec)*IRFILE.resitems);
error:=ioresult;
if error <> 0 then
begin
writeln('error closing resource file');
halt;
end;
{$I+}
end;
Function res_getsize(VAR IRFILE : RFILE; ri : integer) : longint;
begin
res_getsize:=IRFILE.reslist^[ri].size;
end;
Procedure res_read(VAR IRFILE : RFILE; var rbuf; ri : integer);
var
error : word;
begin
{$I-}
seek(IRFILE.resfile,IRFILE.reslist^[ri].offset);
blockread(IRFILE.resfile,rbuf,IRFILE.reslist^[ri].size);
error:=ioresult;
if error <> 0 then
begin
writeln('error reading resource file');
halt;
end;
{$I+}
end;
//Image Export Propertis Dialog box the image type changes depending on what compiler is selected
//we need a way to convert all the droplist combination to a simple format
function ImageIndexToFormat(Compiler,ImageIndex : integer) : integer;
var
format : integer;
begin
format:=0;
case Compiler of TPLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=XLibLBMExportFormat;
3:format:=XLibPBMExportFormat;
4:format:=MouseImageExportFormat;
end;
end;
TMTLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
end;
end;
TCLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=XLibLBMExportFormat;
3:format:=XLibPBMExportFormat;
4:format:=MouseImageExportFormat;
end;
end;
QCLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
QBLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
BAMLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=RGBExportFormat;
end;
end;
QB64Lan:begin
case ImageIndex of 1:format:=RGBAFuchsiaExportFormat;
2:format:=RGBAIndex0ExportFormat;
3:format:=RGBACustomExportFormat;
4:format:=RGBExportFormat;
5:format:=RayLibRGBAFuchsiaExportFormat;
6:format:=RayLibRGBAIndex0ExportFormat;
7:format:=RayLibRGBACustomExportFormat;
8:format:=RayLibRGBExportFormat;
end;
end;
QBJSLan:begin
case ImageIndex of 1:format:=RGBAFuchsiaExportFormat;
2:format:=RGBAIndex0ExportFormat;
3:format:=RGBACustomExportFormat;
4:format:=RGBExportFormat;
end;
end;
PBLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
GWLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
FPLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=RGBAFuchsiaExportFormat;
3:format:=RGBAIndex0ExportFormat;
4:format:=RGBACustomExportFormat;
5:format:=RGBExportFormat;
6:format:=MouseImageExportFormat;
end;
end;
FBinQBModeLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
FBLan:begin
case ImageIndex of 1:format:=RGBAFuchsiaExportFormat;
2:format:=RGBAIndex0ExportFormat;
3:format:=RGBACustomExportFormat;
4:format:=RGBExportFormat;
end;
end;
ABLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=AmigaBOBExportFormat;
3:format:=AmigaVSpriteExportFormat;
end;
end;
APLan:begin
case ImageIndex of 1:format:=AmigaBOBExportFormat;
2:format:=AmigaVSpriteExportFormat;
end;
end;
ACLan:begin
case ImageIndex of 1:format:=AmigaBOBExportFormat;
2:format:=AmigaVSpriteExportFormat;
end;
end;
AQBLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=AmigaBOBExportFormat;
3:format:=AmigaVSpriteExportFormat;
end;
end;
QPLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
gccLan:begin
case ImageIndex of 1:format:=RGBAFuchsiaExportFormat;
2:format:=RGBAIndex0ExportFormat;
3:format:=RGBACustomExportFormat;
4:format:=RGBExportFormat;
end;
end;
OWLan:begin
case ImageIndex of 1:format:=PutImageExportFormat;
2:format:=MouseImageExportFormat;
end;
end;
end;
ImageIndexToFormat:=format;
end;
function GetRESImageSize(width,height,nColors,Lan,ImageType : integer) : longint;
var
size : longint;
ImageFormat : integer;
begin
size:=0;
ImageFormat:=ImageIndexToFormat(Lan,ImageType);
Case Lan of TPLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
XLibLBMExportFormat,
XLibPBMExportFormat:size:=GetLBMPBMImageSize(width,height); // Xlib LBM/PBM
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
TMTLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSizeTMT(width,height,ncolors);
end;
end;
TCLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
XLibLBMExportFormat,
XLibPBMExportFormat:size:=GetLBMPBMImageSize(width,height); // Xlib LBM/PBM
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
QCLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
QPLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
GWLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
PBLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
QBLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSize(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
BAMLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSizeBAM(width,height,ncolors);
RGBExportFormat:size:=GetRGBXImageSizeBAM(width,height);
end;
end;
QB64Lan:begin
Case ImageFormat of RGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
RayLibRGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RayLibRGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RayLibRGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RayLibRGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
end;
end;
QBJSLan:begin
Case ImageFormat of RGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
end;
end;
FPLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSizeFP(width,height);
RGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
FBinQBModeLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSizeFB(width,height);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
FBLan:begin
Case ImageFormat of RGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
end;
end;
ABLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetABXImageSize(width,height,nColors);
AmigaBOBExportFormat:size:=GetBobDataSize(width,height,nColors,false); //bob
AmigaVSpriteExportFormat:size:=GetBobDataSize(width,height,nColors,true); //vsprite
end;
end;
AQBLan:begin
Case ImageFormat of PutImageExportFormat,
AmigaBOBExportFormat,
AmigaVSpriteExportFormat:size:=width*height;
end;
end;
APLan:begin
Case ImageFormat of AmigaBOBExportFormat,
AmigaVSpriteExportFormat:size:=GetAmigaBitMapSize(width,height,ncolors);
end;
end;
ACLan:begin
Case ImageFormat of AmigaBOBExportFormat,
AmigaVSpriteExportFormat:size:=GetAmigaBitMapSize(width,height,ncolors);
end;
end;
gccLan:begin
// size:=ResRayLibImageSize(width,height,ImageType);
Case ImageFormat of RGBAFuchsiaExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=ResRayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=ResRayLibImageSize(width,height,RGBSize);
end;
end;
OWLan:begin
Case ImageFormat of PutImageExportFormat:size:=GetXImageSizeOW(width,height,ncolors);
MouseImageExportFormat:size:=GetMouseShapeSize;
end;
end;
end;
GetRESImageSize:=size;
end;
function GetRESPaletteSize(nColors,Lan,rgbFormat : integer) : longint;
var
size : longint;
begin
size:=0;
if rgbFormat = ColorIndexFormat then Size:=nColors
else Size:=nColors*3;
GetRESPaletteSize:=Size;
end;
function GetRESMapSize(mwidth,mheight : integer) : longint;
var
size : longint;
begin
size:=(mwidth*mheight*sizeof(integer))+(4*sizeof(integer));
GetRESMapSize:=Size;
end;
Procedure WriteBasicLabel(var data : BufferRec;Lan : integer;LabelName : string);
begin
//we don't want GWLan - it has line number already
case Lan of BAMLan,ABLan,AQBLan,FBinQBModeLan,FBLan,QBLan,QB64Lan,PBLan,QBJSLan:Writeln(data.fText,LabelName,'Label:');
end;
end;
procedure WriteBasicVariable(var data : BufferRec;Lan : integer;vname,vsubname : string;value : longint);
var
DotOrUnderScore : String;
begin
DotOrUnderScore:='.';
if (Lan=BAMLan) or (Lan=AQBLan) or (Lan = FBinQBModeLan) or (Lan = FBLan) or (Lan = QBJSLan) then
begin
DotOrUnderScore:='_';
end;
if (Lan=AQBLan) or (Lan = FBLan) then
begin
writeln(data.fText,LineCountToStr(Lan),'Dim ',vname,DotOrUnderScore,vsubname,' As Integer = ',value);
end
else if (Lan=QB64Lan) then
begin
writeln(data.fText,LineCountToStr(Lan),'Const ',vname,DotOrUnderScore,vsubname,' = ',value);
end
else if (Lan=QBJSLan) then
begin
writeln(data.fText,LineCountToStr(Lan),'Const ',vname,DotOrUnderScore,vsubname,' = ',value);
end
else
begin
writeln(data.fText,LineCountToStr(Lan),vname,DotOrUnderScore,vsubname,' = ',value);
end;
end;
procedure WriteFBBasicDimReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
if (Lan<>GWLan) then writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'(',size,') As Integer');
writeln(data.fText,LineCountToStr(Lan),'For _rmi=0 to ',size-1);
writeln(data.fText,LineCountToStr(Lan),' Read ',name,'(_rmi)');
writeln(data.fText,LineCountToStr(Lan),'Next _rmi');
end;
procedure WriteBasicDimReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
if (Lan<>GWLan) then writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'(',size,')');
writeln(data.fText,LineCountToStr(Lan),'For i=0 to ',size-1);
writeln(data.fText,LineCountToStr(Lan),' Read ',name,'(i)');
writeln(data.fText,LineCountToStr(Lan),'Next i');
end;
procedure WriteFBBasicReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim As Any Ptr ',name);
writeln(data.fText,LineCountToStr(Lan),name,' = ImageCreate(',name,'_Width,',name,'_Height)');
writeln(data.fText,LineCountToStr(Lan),'For _rmy=0 to ',name,'_Height-1');
writeln(data.fText,LineCountToStr(Lan),' For _rmx=0 to ',name,'_Width-1');
writeln(data.fText,LineCountToStr(Lan),' Read _rmr,_rmg,_rmb');
writeln(data.fText,LineCountToStr(Lan),' if ',name,'_Format = 7 Then');
writeln(data.fText,LineCountToStr(Lan),' Read _rma');
writeln(data.fText,LineCountToStr(Lan),' PSet ',name,',(_rmx, _rmy),RGBA(_rmr,_rmg,_rmb,_rma)');
writeln(data.fText,LineCountToStr(Lan),' else');
writeln(data.fText,LineCountToStr(Lan),' PSet ',name,',(_rmx, _rmy),RGB(_rmr,_rmg,_rmb)');
writeln(data.fText,LineCountToStr(Lan),' end if');
writeln(data.fText,LineCountToStr(Lan),' Next _rmx');
writeln(data.fText,LineCountToStr(Lan),'Next _rmy');
end;
procedure WriteQBJSReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name);
writeln(data.fText,LineCountToStr(Lan),name,' = _NewImage(',name,'_Width,',name,'_Height,32)');
writeln(data.fText,LineCountToStr(Lan),'rmprevdest = _Dest');
writeln(data.fText,LineCountToStr(Lan),'_Dest ',name);
writeln(data.fText,LineCountToStr(Lan),'For rmy=0 to ',name,'_Height-1');
writeln(data.fText,LineCountToStr(Lan),' For rmx=0 to ',name,'_Width-1');
writeln(data.fText,LineCountToStr(Lan),' Read rmr,rmg,rmb');
writeln(data.fText,LineCountToStr(Lan),' if ',name,'_Format = 7 Then');
writeln(data.fText,LineCountToStr(Lan),' Read rma');
writeln(data.fText,LineCountToStr(Lan),' PSet(rmx,rmy),_RGBA(rmr,rmg,rmb,rma)');
writeln(data.fText,LineCountToStr(Lan),' else');
writeln(data.fText,LineCountToStr(Lan),' PSet(rmx,rmy),_RGB(rmr,rmg,rmb)');
writeln(data.fText,LineCountToStr(Lan),' end if');
writeln(data.fText,LineCountToStr(Lan),' Next rmx');
writeln(data.fText,LineCountToStr(Lan),'Next rmy');
writeln(data.fText,LineCountToStr(Lan),'_Dest rmprevdest');
end;
procedure WriteQB64ReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'&');
writeln(data.fText,LineCountToStr(Lan),name,'& = _NewImage(',name,'.Width,',name,'.Height,32)');
writeln(data.fText,LineCountToStr(Lan),'rmprevdest = _Dest');
writeln(data.fText,LineCountToStr(Lan),'_Dest ',name,'&');
writeln(data.fText,LineCountToStr(Lan),'For rmy=0 to ',name,'.Height-1');
writeln(data.fText,LineCountToStr(Lan),' For rmx=0 to ',name,'.Width-1');
writeln(data.fText,LineCountToStr(Lan),' Read rmr,rmg,rmb');
writeln(data.fText,LineCountToStr(Lan),' if ',name,'.Format = 7 Then');
writeln(data.fText,LineCountToStr(Lan),' Read rma');
writeln(data.fText,LineCountToStr(Lan),' PSet(rmx,rmy),_RGBA(rmr,rmg,rmb,rma)');
writeln(data.fText,LineCountToStr(Lan),' else');
writeln(data.fText,LineCountToStr(Lan),' PSet(rmx,rmy),_RGB(rmr,rmg,rmb)');
writeln(data.fText,LineCountToStr(Lan),' end if');
writeln(data.fText,LineCountToStr(Lan),' Next rmx');
writeln(data.fText,LineCountToStr(Lan),'Next rmy');
writeln(data.fText,LineCountToStr(Lan),'_Dest rmprevdest');
end;
procedure WriteQB64RayLibReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'Data AS _MEM');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'Image AS Image');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'Texture AS Texture');
writeln(data.fText,LineCountToStr(Lan),name,'Data = _MemNew(',name,'.Size)');
writeln(data.fText,LineCountToStr(Lan),'rmc = 0');
writeln(data.fText,LineCountToStr(Lan),'For rmy=0 to ',name,'.Height-1');
writeln(data.fText,LineCountToStr(Lan),' For rmx=0 to ',name,'.Width-1');
writeln(data.fText,LineCountToStr(Lan),' Read rmr,rmg,rmb');
writeln(data.fText,LineCountToStr(Lan),' _MemPut ',name,'Data, ',name,'Data.OFFSET + rmc, rmr As _UNSIGNED _BYTE ');
writeln(data.fText,LineCountToStr(Lan),' _MemPut ',name,'Data, ',name,'Data.OFFSET + rmc + 1, rmg As _UNSIGNED _BYTE ');
writeln(data.fText,LineCountToStr(Lan),' _MemPut ',name,'Data, ',name,'Data.OFFSET + rmc + 2, rmb As _UNSIGNED _BYTE ');
writeln(data.fText,LineCountToStr(Lan),' if ',name,'.Format = 7 Then');
writeln(data.fText,LineCountToStr(Lan),' Read rma');
writeln(data.fText,LineCountToStr(Lan),' _MemPut ',name,'Data, ',name,'Data.OFFSET + rmc + 3, rma As _UNSIGNED _BYTE ');
writeln(data.fText,LineCountToStr(Lan),' rmc = rmc + 4 ');
writeln(data.fText,LineCountToStr(Lan),' else');
writeln(data.fText,LineCountToStr(Lan),' rmc = rmc + 3 ');
writeln(data.fText,LineCountToStr(Lan),' end if');
writeln(data.fText,LineCountToStr(Lan),' Next rmx');
writeln(data.fText,LineCountToStr(Lan),'Next rmy');
writeln(data.fText,LineCountToStr(Lan),name,'Image.dat = ',name,'Data.OFFSET');
writeln(data.fText,LineCountToStr(Lan),name,'Image.W = ',name,'.Width');
writeln(data.fText,LineCountToStr(Lan),name,'Image.H = ',name,'.Height');
writeln(data.fText,LineCountToStr(Lan),name,'Image.mipmaps = 1');
writeln(data.fText,LineCountToStr(Lan),name,'Image.format = ',name,'.Format');
writeln(data.fText,LineCountToStr(Lan),'LoadTextureFromImage ',name,'Image, ',name,'Texture');
end;
procedure WriteAQBImageStub(var data : BufferRec;Lan,Image,Mask : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim As BITMAP_t PTR ',name,'BitMap = NULL');
if Image = 2 then
begin
writeln(data.fText,LineCountToStr(Lan),'Dim As BOB_t PTR ',name,'Bob');
end
else if Image = 3 then
begin
writeln(data.fText,LineCountToStr(Lan),'Dim As SPRITE_t PTR ',name,'Sprite');
end;
writeln(data.fText,LineCountToStr(Lan),name,'BitMap = BITMAP(',name,'_Width,',name,'_Height,',name,'_Depth,TRUE)');
writeln(data.fText,LineCountToStr(Lan),'BITMAP OUTPUT ',name,'BitMap');
writeln(data.fText,LineCountToStr(Lan),'For _rmj=0 to ',name,'_Height-1');
writeln(data.fText,LineCountToStr(Lan),' For _rmi=0 to ',name,'_Width-1');
writeln(data.fText,LineCountToStr(Lan),' Read _rma');
writeln(data.fText,LineCountToStr(Lan),' Pset(_rmi,_rmj),_rma');
writeln(data.fText,LineCountToStr(Lan),' Next _rmi');
writeln(data.fText,LineCountToStr(Lan),'Next _rmj');
if Mask = 1 then writeln(data.fText,LineCountToStr(Lan),'BITMAP MASK ',name,'BitMap');
if Image = 2 then
begin
writeln(data.fText,LineCountToStr(Lan),name,'Bob = BOB(',name,'BitMap)');
end
else if Image = 3 then
begin
writeln(data.fText,LineCountToStr(Lan),name,'Sprite = SPRITE(',name,'BitMap)');
end;
writeln(data.fText,LineCountToStr(Lan),'WINDOW OUTPUT 1');
end;
procedure WriteAmigaBasicBobVSprite(var data : BufferRec;Lan : integer; name : string;size : longint);
begin
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),name,'$=""');
writeln(data.fText,LineCountToStr(Lan),'For i=0 to ',size-1);
writeln(data.fText,LineCountToStr(Lan),' Read a');
writeln(data.fText,LineCountToStr(Lan),' ',name,'$=',name,'$+chr$(a)');
writeln(data.fText,LineCountToStr(Lan),'Next i');
end;
procedure WriteAmigaBasicPaletteReadStub(var data : BufferRec;Lan : integer; name : string;size : longint);
var
fv : string;
begin
fv:='i';
if Lan = AQBLan then fv:='_rmi';
writeln(data.fText,LineCountToStr(Lan),'Restore ',name,'Label');
writeln(data.fText,LineCountToStr(Lan),'Dim ',name,'!(',size,')');
writeln(data.fText,LineCountToStr(Lan),'For ',fv,'=0 to ',size-1);
writeln(data.fText,LineCountToStr(Lan),' Read ',name,'!(',fv,')');
writeln(data.fText,LineCountToStr(Lan),'Next ',fv);
end;
procedure WriteBasicRMInit(var data : BufferRec);
var
count : integer;
width,height : integer;
EO : ImageExportFormatRec;
nColors : integer;
Size : LongInt;
PalSize : Longint;
i : integer;
DefIntFlag : Boolean;
MP : MapPropsRec;
MPE : MapExportFormatRec;
mwidth,mheight : integer;
Lan : integer;
Format : integer;
ImageExportFormat : integer;
begin
DefIntFlag:=True;
count:=ImageThumbBase.GetCount;
for i:=0 to count-1 do
begin
width:=ImageThumbBase.GetExportWidth(i);
height:=ImageThumbBase.GetExportHeight(i);
ImageThumbBase.GetExportOptions(i,EO);
//start using ImageExportFormat instead of EO.Image because it give us more correct information without addtional condistions to check
ImageExportFormat:=ImageIndexToFormat(EO.Lan,EO.Image);
nColors:=ImageThumbBase.GetMaxColor(i)+1;
size:=GetRESImageSize(width,height,nColors,EO.Lan,EO.Image);
if (EO.LAN in [QB64Lan,FBLan]) then //GetRESImageSize works most of the time but not for this - we need to use RayLibImageSize here
begin
Case ImageExportFormat of RGBAFuchsiaExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RGBAIndex0ExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RGBACustomExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RGBExportFormat:size:=RayLibImageSize(width,height,RGBSize);
RayLibRGBAFuchsiaExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RayLibRGBAIndex0ExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RayLibRGBACustomExportFormat:size:=RayLibImageSize(width,height,RGBASize);
RayLibRGBExportFormat:size:=RayLibImageSize(width,height,RGBSize);
end;
end;
if (EO.LAN in [BAMLan,ABLan,AQBLan,GWLan,QBLan,QB64Lan,QBJSLan,FBinQBModeLan,FBLan,PBLan]) then
begin
if DefIntFlag then
begin
if (EO.Lan in [AQBLan,FBLan]) then
begin
writeln(data.fText,LineCountToStr(EO.Lan),'Dim As Integer _rmx,_rmy,_rmr,_rmg,_rmb,_rma,_rmi,_rmj');
end
else if (EO.Lan = QB64Lan) then
begin
if ImageExportFormat in [RayLibRGBAFuchsiaExportFormat,RayLibRGBAIndex0ExportFormat,RayLibRGBACustomExportFormat,RayLibRGBExportFormat] then
begin
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmx,rmy,rmi,rmj,rmc AS Integer');
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmr, rmg, rmb, rma As _Unsigned _Byte');
end
else
begin
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmx,rmy,rmi,rmj,rmc,rmprevdest AS Integer');
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmr, rmg, rmb, rma As _Unsigned _Byte');
end;
end
else if (EO.Lan = QBJSLan) then
begin
if ImageExportFormat in [RGBAFuchsiaExportFormat,RGBAIndex0ExportFormat,RGBACustomExportFormat,RGBExportFormat] then
begin
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmx,rmy,rmi,rmj,rmc AS Integer');
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmr, rmg, rmb, rma As _Unsigned _Byte');
writeln(data.fText,LineCountToStr(EO.Lan),'Dim rmprevdest');
end;
end
else
begin
Writeln(data.fText,LineCountToStr(EO.Lan),'DEFINT A-Z');
end;
DefIntFlag:=False; // we only write this once - we put it here because we don't know which language until we pull the first image
end;
//write palette first
if EO.Palette > 0 then
begin
PalSize:=GetRESPaletteSize(nColors,EO.Lan,EO.Palette);
WriteBasicVariable(data,EO.Lan,EO.Name+'Pal','Size',PalSize);
WriteBasicVariable(data,EO.Lan,EO.Name+'Pal','Colors',nColors);
WriteBasicVariable(data,EO.Lan,EO.Name+'Pal','Id',i);
if ((EO.Lan=ABLan) or (EO.Lan=AQBLan)) and (EO.Palette=5) then // uses SINGLE(!) variable for palette in n.nn format
begin
WriteAmigaBasicPaletteReadStub(data,EO.Lan,EO.Name+'Pal',PalSize);
end
else
begin
WriteBasicDimReadStub(data,EO.Lan,EO.Name+'Pal',PalSize);
end;
end;
if ImageExportFormat > 0 then
begin
if (ImageExportFormat = PutImageExportFormat) and (EO.Lan in [BAMLan,FBinQBModeLan,ABLan,QBLan,GWLan,PBLan]) then size := size div 2; //we writing basic integers for Image format 1
if (ImageExportFormat = RGBExportFormat) and (EO.Lan =BAMLan) then size := size div 2; //we writing basic integers for BAM RGB format
if (ImageExportFormat = MouseImageExportFormat) and (EO.Lan in [FBinQBModeLan,QBLan,GWLan,PBLan]) then size := size div 2; //we writing basic integers for Image format 1
WriteBasicVariable(data,EO.Lan,EO.Name,'Size',size);
if ((EO.Lan = QB64Lan) or (EO.Lan = QBJSLan) or (EO.Lan = FBLan)) then
begin
if ImageExportFormat in [RGBAFuchsiaExportFormat,RGBAIndex0ExportFormat,RGBACustomExportFormat,RGBExportFormat,RayLibRGBAFuchsiaExportFormat,RayLibRGBAIndex0ExportFormat,RayLibRGBExportFormat] then
begin
Format:=7;
if ImageExportFormat in [RGBExportFormat,rayLibRGBExportFormat] then Format:=4;
WriteBasicVariable(data,EO.Lan,EO.Name,'Format',Format); // for QB64/Freebasic RayLib formats
end;
end;
if (ImageExportFormat = RGBExportFormat) and (EO.Lan = BAMLan) then
begin
Format:=4;
WriteBasicVariable(data,EO.Lan,EO.Name,'Format',Format);
end;
WriteBasicVariable(data,EO.Lan,EO.Name,'Width',width);
WriteBasicVariable(data,EO.Lan,EO.Name,'Height',height);
WriteBasicVariable(data,EO.Lan,EO.Name,'Colors',nColors);
WriteBasicVariable(data,EO.Lan,EO.Name,'Id',i);
if (EO.Lan=ABLan) and (ImageExportFormat in [AmigaBOBExportFormat,AmigaVSpriteExportFormat]) then //these are stored in strings so we need a diffent way
begin
WriteAmigaBasicBobVSprite(data,EO.Lan,EO.Name,size);
end
else if (EO.Lan=AQBLan) then
begin
WriteBasicVariable(data,EO.Lan,EO.Name,'Depth',nColorsToBitPlanes(nColors));
WriteAQBImageStub(data,EO.Lan,EO.Image,EO.Mask,EO.Name,size);
end
else if (EO.Lan=FBLan) then
begin
if (ImageExportFormat in [RGBAFuchsiaExportFormat,RGBAIndex0ExportFormat,RGBExportFormat]) then
begin
WriteFBBasicReadStub(data,EO.Lan,EO.Name,size); //FreeBASIC - not QB mode - RGB/RGBA Load code
end;
end
else if (EO.Lan=QB64Lan) then
begin
if (ImageExportFormat in [RGBAFuchsiaExportFormat,RGBAIndex0ExportFormat,RGBACustomExportFormat,RGBExportFormat]) then
begin
WriteQB64ReadStub(data,EO.Lan,EO.Name,size); //QB64 - Use Internal Graphics
end
else if (ImageExportFormat in [RayLibRGBAFuchsiaExportFormat,RayLibRGBAIndex0ExportFormat,RayLibRGBACustomExportFormat,RayLibRGBExportFormat]) then
begin
WriteQB64RayLibReadStub(data,EO.Lan,EO.Name,size); //QB64 - Use RayLib Graphics
end;
end
else if (EO.Lan=BAMLan) then
begin
WriteBasicDimReadStub(data,EO.Lan,EO.Name,size); //loading stub for putimage code.
end
else if (EO.Lan=QBJSLan) then
begin
if (ImageExportFormat in [RGBAFuchsiaExportFormat,RGBAIndex0ExportFormat,RGBACustomExportFormat,RGBExportFormat]) then
begin
WriteQBJSReadStub(data,EO.Lan,EO.Name,size); //QBJS
end;
end
else
begin
if (ImageExportFormat in[PutImageExportFormat,MouseImageExportFormat]) then WriteBasicDimReadStub(data,EO.Lan,EO.Name,size); //loading stub for putimage code.
end;
end;
if (ImageExportFormat = PutImageExportFormat) and (EO.Mask > 0) then //we have putimage mask - except for
begin
WriteBasicVariable(data,EO.Lan,EO.Name+'Mask','Size',size);
WriteBasicVariable(data,EO.Lan,EO.Name+'Mask','Width',width);
WriteBasicVariable(data,EO.Lan,EO.Name+'Mask','Height',height);
WriteBasicVariable(data,EO.Lan,EO.Name+'Mask','Colors',nColors);
WriteBasicVariable(data,EO.Lan,EO.Name+'Mask','Id',i);
if (EO.LAN<>AQBLan) then WriteBasicDimReadStub(data,EO.Lan,EO.Name+'Mask',size); //aqb does need this. it uses different format for mask
end;
end;
end;
//write map info
count:=MapCoreBase.GetMapCount;
For i:=0 to count-1 do
begin
MapCoreBase.GetMapProps(i,MP);
MapCoreBase.GetMapExportProps(i,MPE);
mwidth:=MapCoreBase.GetExportWidth(i);
mheight:=MapCoreBase.GetExportHeight(i);
size:=mwidth*mheight+4;
if ((MPE.Lan=BasicLan) or (MPE.Lan=BAMBasicLan) or (MPE.Lan=AQBBasicLan) or (MPE.Lan=FBBasicLan) or (MPE.Lan=QB64BasicLan) or (MPE.Lan=BasicLnLan)) and (MPE.MapFormat=1) then //hack alert - fix FBBasicLan
begin
Lan:=QBLan;
if MPE.Lan = BasicLnLan then
begin
Lan:=GWLan;
end
else if MPE.Lan = FBBasicLan then
begin
Lan:=FBLan;
end
else if MPE.Lan = AQBBasicLan then
begin
Lan:=AQBLan;
end
else if MPE.Lan = BAMBasicLan then
begin
Lan:=BAMLan;
end;
WriteBasicVariable(data,Lan,MPE.Name+'Map','Size',size);
WriteBasicVariable(data,Lan,MPE.Name+'Map','Width',mwidth);
WriteBasicVariable(data,Lan,MPE.Name+'Map','Height',mheight);
WriteBasicVariable(data,Lan,MPE.Name+'Map','TileWidth',MP.tilewidth);
WriteBasicVariable(data,Lan,MPE.Name+'Map','TileHeight',MP.tileheight);
WriteBasicVariable(data,Lan,MPE.Name+'Map','Id',i);
if (Lan = FBLan) or (Lan = AQBLan) then
begin
WriteFBBasicDimReadStub(data,Lan,MPE.Name+'Map',size);
end
else
begin
WriteBasicDimReadStub(data,Lan,MPE.Name+'Map',size)
end;
end;
end;
end;
//exportonlyindex means export only the index, none of the other images.palette maps
Function RESInclude(filename:string; index : integer; ExportOnlyIndex : Boolean):word;
var
data : BufferRec;
EO : ImageExportFormatRec;
ImageExportFormat : integer;
i : integer;
count : integer;
width : integer;
height : integer;
StartIndex : integer;
begin
SetThumbActive; // we are getting pixel data from core object ThumbBase
SetGWStartLineNumber(1000); // this is only used for exporting GWBASIC/PCBASIC code
assign(data.fText,filename);
{$I-}
rewrite(data.fText);
if ExportOnlyIndex then
begin
StartIndex:=index;
count:=StartIndex+1;
end
else
begin
WriteBasicRMinit(data); //generates the dims, variable assignments, and loader code for all the basic languages
StartIndex:=0;
count:=ImageThumbBase.GetCount;
end;
for i:=StartIndex to count-1 do
begin
width:=ImageThumbBase.GetExportWidth(i);
height:=ImageThumbBase.GetExportHeight(i);
ImageThumbBase.GetExportOptions(i,EO);
ImageExportFormat:=ImageIndexToFormat(EO.Lan,EO.Image);
SetThumbIndex(i); //important - otherwise the GetMaxColor and GetPixel functions will not get the right data
if (EO.Lan>0) and (EO.Palette > 0) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name+'Pal');
WritePalToArrayBuffer(data,EO.Name+'Pal',EO.Lan,EO.Palette);
end;
case EO.Lan of TPLan,TMTLan,TCLan,FPLan,FBinQBModeLan,BAMLan,QBLan,GWLan,QCLan,QPLan,PBLan,OWLan:
begin
// if EO.Image = 1 then //put image format
if ImageExportFormat = PutImageExportFormat then //put image format
begin
WriteBasicLabel(data,EO.Lan,EO.Name); //checks if it's basic lan then writes lable - ignoes other lan
WriteXGFCodeToBuffer(data,0,0,width-1,height-1,EO.Lan,0,EO.Name);
end;
// if (EO.Image = 1) and (EO.Mask=1) and (EO.Lan<>AQBLan) then //put image mask
if (ImageExportFormat = PutImageExportFormat) and (EO.Mask=1) and (EO.Lan<>AQBLan) then //put image mask
begin
WriteBasicLabel(data,EO.Lan,EO.Name+'Mask');
WriteXGFCodeToBuffer(data,0,0,width-1,height-1,EO.Lan,1,EO.Name+'Mask');
end;
if (ImageExportFormat = MouseImageExportFormat) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name);
WriteMShapeCodeToBuffer(data,0,0,EO.Lan,i,EO.Name);
end;
end;
end;
// if (EO.LAN=TPLan) AND (EO.Image = 2) then // XLib LBM
if (EO.LAN=TPLan) AND (ImageExportFormat = XLibLBMExportFormat) then // XLib LBM
begin
WriteTPLBMCodeToBuffer(data,0,0,width-1,height-1,i,EO.Name);
end;
if (EO.LAN=TPLan) AND (ImageExportFormat = XLibPBMExportFormat) then // XLib PBM
begin
WriteTPPBMCodeToBuffer(data,0,0,width-1,height-1,i,EO.Name);
end;
if (EO.LAN=TCLan) AND (ImageExportFormat = XLibLBMExportFormat) then // XLib LBM
begin
WriteTCLBMCodeToBuffer(data,0,0,width-1,height-1,i,EO.Name);
end;
if (EO.LAN=TCLan) AND (ImageExportFormat = XLibPBMExportFormat) then // XLib PBM
begin
WriteTCPBMCodeToBuffer(data,0,0,width-1,height-1,i,EO.Name);
end;
if (EO.LAN=ABLan) and (ImageExportFormat = PutImageExportFormat) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name);
WriteAmigaBasicXGFDataBuffer(0,0,width-1,height-1,0,data,EO.Name); // put
end;
if (EO.LAN=ABLan) and (ImageExportFormat = PutImageExportFormat) and (EO.Mask=1) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name+'Mask');
WriteAmigaBasicXGFDataBuffer(0,0,width-1,height-1,1,data,EO.Name+'Mask'); // mask
end;
if (EO.LAN=ABLan) and (ImageExportFormat = AmigaBOBExportFormat) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name);
WriteAmigaBasicBobDataBuffer(0,0,width-1,height-1,data,EO.Name,false); //bob
end;
if (EO.LAN=ABLan) and (ImageExportFormat = AmigaVSpriteExportFormat) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name);
WriteAmigaBasicBobDataBuffer(0,0,width-1,height-1,data,EO.Name,true); // vsprite
end;
if (EO.LAN=ACLan) and (ImageExportFormat = AmigaBOBExportFormat) then WriteAmigaCBobCodeToBuffer(0,0,width-1,height-1,EO.Name,data,false); // bob
if (EO.LAN=ACLan) and (ImageExportFormat = AmigaVSpriteExportFormat) then WriteAmigaCBobCodeToBuffer(0,0,width-1,height-1,EO.Name,data,true); //vsprite
if (EO.LAN=APLan) and (ImageExportFormat = AmigaBOBExportFormat) then WriteAmigaPascalBobCodeToBuffer(0,0,height-1,width-1,EO.Name,data,false); // bob
if (EO.LAN=APLan) and (ImageExportFormat = AmigaVSpriteExportFormat) then WriteAmigaPascalBobCodeToBuffer(0,0,height-1,width-1,EO.Name,data,true); //vsprite
if (EO.LAN=AQBLan) and (ImageExportFormat in [AmigaBOBExportFormat,AmigaVSpriteExportFormat,PutImageExportFormat]) then
begin
WriteBasicLabel(data,EO.Lan,EO.Name);
WriteAQBBitMapCodeToBuffer(data.fText,0,0,height-1,width-1,EO.Name);
end;
if (EO.LAN=BAMLan) and (ImageExportFormat = RGBExportFormat) then