Added explanation on creating a new DLL.
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Eric Pouech
Alexandre Julliard
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DEVELOPERS-HINTS
100
DEVELOPERS-HINTS
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@ -28,7 +28,7 @@ GDI:
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win16drv/ -> see below
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ttydrv/ - tty display driver
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psdrv/ - PostScript graphics driver
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metafiledrv/ - metafile drivr
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metafiledrv/ - metafile driver
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enhmetafiledrv/ - enhanced metafile driver
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objects/ - logical objects
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@ -45,24 +45,46 @@ Other DLLs:
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avifil32/ - COM object to play AVI files
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comctl32/ - common controls
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commdlg/ - common dialog boxes (both 16 & 32 bit)
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dplayx/ - DirectX dplayx
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dsound/ - DirectX dsound
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imagehlp/ - PE (Portable Executable) Image Helper lib
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msacm/ - audio compression manager (multimedia)
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msacm32/ - audio compression manager (multimedia)
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imm32/
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lzexpand/ - Liv-Zempel compression/decompression
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mpr/ - Multi-Protocol Router (interface to various
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network transport protocols)
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msacm/ - audio compression manager (multimedia) (16 bit)
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msacm32/ - audio compression manager (multimedia) (32 bit)
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msnet/
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msvideo/ - 16 bit video manager
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ole32/ - 32 bit OLE 2.0 librairies
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oleaut32/ - 32 bit OLE 2.0 automation
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olecli/ - 16 bit OLE client
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oledlg/ - OLE 2.0 user interface support
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olesvr/ - 16 bit OLE server
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ntdll/ - NT implementation of kernel calls
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psapi/ - process status API
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rasapi32/ - remote access server API
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shell32/ - COM object implementing shell views
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sound/ - Sound on loudspeaker (not sound card)
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tapi32/ - telephone API
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ver/ - File Installation Library (16 bit)
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version/ - File Installation Library (32 bit)
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winaspi/ -
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win32s
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win87em - 80387 math-emulation
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winaspi/ - 16 bit Advanced SCSI Peripheral Interface
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windebug/ - Windows debugger
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wing/ - WinG (for games) internface
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winmm/ - multimedia (16 & 32 bit)
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mciXXX/ - various MCI drivers
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wineoss/- MM driver for OSS systems
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wavemap/- audio mapper
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midimap/- midi mapper
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winspool/ - Printing & Print Spooler
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wnaspi32/ -
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wnaspi32/ - 32 bit ASPI
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Miscellaneous:
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misc/ - shell, registry, winsock, etc.
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multimedia/ - multimedia driver
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ipc/ - SysV IPC based interprocess communication
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win32/ - misc Win32 functions
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ole/ - OLE code
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@ -164,6 +186,72 @@ into a stub:
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4. Implement and test the rest of the function.
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IMPLEMENTING A NEW DLL
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======================
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Apart from writing the set of needed .c files, you also need to do the
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following:
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1. Create a directory <MyDll> where to store the implementation of
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the DLL.
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If the DLL exists under Windows as both 16 and 32 bit DLL, you can
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either create one directory for each, or have a single directory
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with both implementations.
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This (those) directory(ies) have to be put under the dlls/
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directory in Wine tree structure.
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2. Create the Makefile.in in the ./dlls/<MyDll>/ directory. You can
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copy an existing Makefile.in from another ./dlls/ subdirectory.
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You need at least to change the MODULE, SPEC_SRCS, and C_SRCS
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macros.
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3. Add the directory (and the generated .o file for the module) in:
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+ ./configure.in (in AC_OUTPUT macro at the end of the file to
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trigger the Makefile generation),
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+ ./Makefile.in (in LIBSUBDIRS and LIBOBJS macros)
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4. You can now regenerate ./configure file (with 'make configure')
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and the various Makefiles (with 'configure; make depend') (run
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from the top of Wine's tree).
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You shall now have a Makefile file in ./dlls/<MyDll>/
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5. You now need to declare the DLL in the module lists. This is done
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by adding the corresponding descriptor in ./if1632/builtin.c if
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your DLL is 16 bit (resp. ./relay32/builtin.c for a 32 bit DLL)
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(or both if your directory contains the dual 16/32
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implementations).
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Note: the name of the descriptor is based on the module name, not
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on the file name (they are the same in most of the case, but for
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some DLLs it's not the case).
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6. You also need to define the loadorder for the created DLL
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(./wine.ini and ./module/loadorder.c). Usually, "native,builtin"
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is ok. If you have written a paired 16/32 bit implementation, don't
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forget to define it also in those files.
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7. Create the .spec file for the DLL export points in your
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directory. Refer to 'Implementation of new API calls' earlier in
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this document for more information on this part.
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8. Don't forget the .cvsignore file.
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9. You can now start adding .c files.
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10. For the .h files, if they are standard Windows one, put them in
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include/. If they are linked to *your* implementation of the DLL,
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put them in your newly created directory.
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If you need to create a new debug channel, just add the
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DECLARE_DEBUG_CHANNEL to your .c file(s) and rerun
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tools/make_debug. When sending out your patch, you don't need to
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provide nor ./configure nor the ./include/debugdefs.h diffs. Just
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indicate that those files need to be regenerated.
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MEMORY AND SEGMENTS
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===================
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