IFND LIBRARIES_XADMASTER_I LIBRARIES_XADMASTER_I SET 1 * * $VER: xadmaster.i 10.0 (22.03.2001) * xadmaster.library defines and structures * * Copyright © 1998-2001 by Dirk Stöcker * All Rights Reserved. * IFND EXEC_LIBRARIES_I INCLUDE "exec/libraries.i" ENDC IFND UTILITY_TAGITEM_I INCLUDE "utility/tagitem.i" ENDC XADNAME MACRO DC.B 'xadmaster.library',0 ENDM * NOTE: The structures do not have size labels, as they have no fixed * size. You always need to call xadAllocObject to get them ************************************************************************* * * * library base structure * * * ************************************************************************* STRUCTURE xadMasterBase,LIB_SIZE APTR xmb_SysBase APTR xmb_DOSBase APTR xmb_UtilityBase ULONG xmb_RecogSize * read only APTR xmb_DefaultName * name for XADFIF_NOFILENAME (V6) ************************************************************************* * * * tag-function call flags * * * ************************************************************************* * input tags for xadGetInfo, only one can be specified per call XAD_INSIZE EQU (TAG_USER+001) * input data size XAD_INFILENAME EQU (TAG_USER+002) XAD_INFILEHANDLE EQU (TAG_USER+003) XAD_INMEMORY EQU (TAG_USER+004) XAD_INHOOK EQU (TAG_USER+005) XAD_INSPLITTED EQU (TAG_USER+006) * (V2) XAD_INDISKARCHIVE EQU (TAG_USER+007) * (V4) XAD_INXADSTREAM EQU (TAG_USER+008) * (V8) * output tags, only one can be specified per call, xadXXXXUnArc XAD_OUTSIZE EQU (TAG_USER+010) * output data size XAD_OUTFILENAME EQU (TAG_USER+011) XAD_OUTFILEHANDLE EQU (TAG_USER+012) XAD_OUTMEMORY EQU (TAG_USER+013) XAD_OUTHOOK EQU (TAG_USER+014) XAD_OUTDEVICE EQU (TAG_USER+015) * for disk archives only XAD_OUTXADSTREAM EQU (TAG_USER+016) * (V8) * object allocation tags for xadAllocObjectA XAD_OBJNAMESIZE EQU (TAG_USER+020) * XADOBJ_FILEINFO, size of needed name space XAD_OBJCOMMENTSIZE EQU (TAG_USER+021) * XADOBJ_FILEINFO, size of needed comment space XAD_OBJPRIVINFOSIZE EQU (TAG_USER+022) * XADOBJ_FILEINFO & XADOBJ_DISKINFO, self use size XAD_OBJBLOCKENTRIES EQU (TAG_USER+023) * XADOBJ_DISKINFO, number of needed entries * tags for xadGetInfo, xadFileUnArc and xadDiskUnArc XAD_NOEXTERN EQU (TAG_USER+050) * do not use extern clients XAD_PASSWORD EQU (TAG_USER+051) * password when needed XAD_ENTRYNUMBER EQU (TAG_USER+052) * number of wanted entry XAD_PROGRESSHOOK EQU (TAG_USER+053) * the progress hook XAD_OVERWRITE EQU (TAG_USER+054) * overwrite file ? XAD_MAKEDIRECTORY EQU (TAG_USER+055) * create directory tree XAD_IGNOREGEOMETRY EQU (TAG_USER+056) * ignore drive geometry ? XAD_LOWCYLINDER EQU (TAG_USER+057) * lowest cylinder XAD_HIGHCYLINDER EQU (TAG_USER+058) * highest cylinder XAD_VERIFY EQU (TAG_USER+059) * verify for disk hook XAD_NOKILLPARTIAL EQU (TAG_USER+060) * do not delete partial/corrupt files (V3.3) XAD_FORMAT EQU (TAG_USER+061) * format output device (V5) XAD_USESECTORLABELS EQU (TAG_USER+062) * sector labels are stored on disk (V9) * input tags for xadConvertDates, only one can be passed XAD_DATEUNIX EQU (TAG_USER+070) * unix date variable XAD_DATEAMIGA EQU (TAG_USER+071) * amiga date variable XAD_DATEDATESTAMP EQU (TAG_USER+072) * struct DateStamp XAD_DATEXADDATE EQU (TAG_USER+073) * struct xadDate XAD_DATECLOCKDATA EQU (TAG_USER+074) * struct ClockData XAD_DATECURRENTTIME EQU (TAG_USER+075) * input is system time XAD_DATEMSDOS EQU (TAG_USER+076) * MS-DOS packed format (V2) XAD_DATEMAC EQU (TAG_USER+077) * Mac date variable (V8) XAD_DATECPM EQU (TAG_USER+078) * CP/M data structure (V10) XAD_DATECPM2 EQU (TAG_USER+079) * CP/M data structure type 2 (V10) * output tags, there can be specified multiple tags for one call XAD_GETDATEUNIX EQU (TAG_USER+080) * unix date variable XAD_GETDATEAMIGA EQU (TAG_USER+081) * amiga date variable XAD_GETDATEDATESTAMP EQU (TAG_USER+082) * struct DateStamp XAD_GETDATEXADDATE EQU (TAG_USER+083) * struct xadDate XAD_GETDATECLOCKDATA EQU (TAG_USER+084) * struct ClockData XAD_GETDATEMSDOS EQU (TAG_USER+086) * MS-DOS packed format (V2) XAD_GETDATEMAC EQU (TAG_USER+087) * Mac date variable (V8) XAD_GETDATECPM EQU (TAG_USER+088) * CP/M data structure (V10) XAD_GETDATECPM2 EQU (TAG_USER+089) * CP/M data structure type 2 (V10) * following tags need locale.library to be installed XAD_MAKEGMTDATE EQU (TAG_USER+090) * make local to GMT time XAD_MAKELOCALDATE EQU (TAG_USER+091) * make GMT to local time * tags for xadHookTagAccess (V3) XAD_USESKIPINFO EQU (TAG_USER+104) * the hook uses xadSkipInfo (V3) XAD_SECTORLABELS EQU (TAG_USER+105) * pass sector labels with XADAC_WRITE (V9) XAD_GETCRC16 EQU (TAG_USER+120) * pointer to UWORD value (V3) XAD_GETCRC32 EQU (TAG_USER+121) * pointer to ULONG value (V3) XAD_CRC16ID EQU (TAG_USER+130) * ID for crc calculation (V3) XAD_CRC32ID EQU (TAG_USER+131) * ID for crc calculation (V3) * tags for xadConvertProtection (V4) XAD_PROTAMIGA EQU (TAG_USER+160) * Amiga type protection bits (V4) XAD_PROTUNIX EQU (TAG_USER+161) * protection bits in UNIX mode (V4) XAD_PROTMSDOS EQU (TAG_USER+162) * MSDOS type protection bits (V4) XAD_GETPROTAMIGA EQU (TAG_USER+170) * return Amiga protection bits (V4) * tags for xadGetDiskInfo (V7) XAD_STARTCLIENT EQU (TAG_USER+180) * the client to start with (V7) XAD_NOEMPTYERROR EQU (TAG_USER+181) * do not create XADERR_EMPTY (V8) * tags for xadFreeHookAccess (V8) XAD_WASERROR EQU (TAG_USER+190) * error occured, call abort method (V8) * tags for miscellaneous stuff XAD_ARCHIVEINFO EQU (TAG_USER+200) * xadArchiveInfo for stream hooks (V8) * tags for xadAddFileEntry and xadAddDiskEntry (V10) XAD_SETINPOS EQU (TAG_USER+240) * set xai_InPos after call (V10) XAD_INSERTDIRSFIRST EQU (TAG_USER+241) * insert dirs at list start (V10) ************************************************************************* * * * objects for xadAllocObjectA * * * ************************************************************************* XADOBJ_ARCHIVEINFO EQU $0001 * struct xadArchiveInfo XADOBJ_FILEINFO EQU $0002 * struct xadFileInfo XADOBJ_DISKINFO EQU $0003 * struct xadDiskInfo XADOBJ_HOOKPARAM EQU $0004 * struct HookParam XADOBJ_DEVICEINFO EQU $0005 * struct xadDeviceInfo XADOBJ_PROGRESSINFO EQU $0006 * struct xadProgressInfo XADOBJ_TEXTINFO EQU $0007 * struct xadTextInfo XADOBJ_SPLITFILE EQU $0008 * struct xadSplitFile (V2) XADOBJ_SKIPINFO EQU $0009 * struct xadSkipInfo (V3) XADOBJ_IMAGEINFO EQU $000A * struct xadImageInfo (V4) * result type of xadAllocVec XADOBJ_MEMBLOCK EQU $0100 * memory of requested size and type ************************************************************************* * * * modes for xadCalcCRC126 and xadCalcCRC32 * * * ************************************************************************* XADCRC16_ID1 EQU $A001 XADCRC32_ID1 EQU $EDB88320 ************************************************************************* * * * hook related stuff * * * ************************************************************************* XADHC_READ EQU 1 * read data into buffer XADHC_WRITE EQU 2 * write buffer data to file/memory XADHC_SEEK EQU 3 * seek in file XADHC_INIT EQU 4 * initialize the hook XADHC_FREE EQU 5 * end up hook work, free stuff XADHC_ABORT EQU 6 * an error occured, delete partial stuff XADHC_FULLSIZE EQU 7 * complete input size is needed XADHC_IMAGEINFO EQU 8 * return disk image info (V4) STRUCTURE xadHookParam,0 ULONG xhp_Command ULONG xhp_CommandData APTR xhp_BufferPtr LONG xhp_BufferSize LONG xhp_DataPos * current seek position APTR xhp_PrivatePtr APTR xhp_TagList * allows to transport tags to hook (V9) * xadHookAccess commands XADAC_READ EQU 10 * get data XADAC_WRITE EQU 11 * write data XADAC_COPY EQU 12 * copy input to output XADAC_INPUTSEEK EQU 13 * seek in input file XADAC_OUTPUTSEEK EQU 14 * seek in output file ************************************************************************* * * * support structures * * * ************************************************************************* * Own date structure to cover all possible dates in a human friendly * format. xadConvertDates may be used to convert between different date * structures and variables. STRUCTURE xadDate,0 ULONG xd_Micros * values 0 to 999999 LONG xd_Year * values 1 to 2147483648 UBYTE xd_Month * values 1 to 12 UBYTE xd_WeekDay * values 1 to 7 UBYTE xd_Day * values 1 to 31 UBYTE xd_Hour * values 0 to 23 UBYTE xd_Minute * values 0 to 59 UBYTE xd_Second * values 0 to 59 LABEL xadDate_SIZE XADDAY_MONDAY EQU 1 * monday is the first day and XADDAY_TUESDAY EQU 2 XADDAY_WEDNESDAY EQU 3 XADDAY_THURSDAY EQU 4 XADDAY_FRIDAY EQU 5 XADDAY_SATURDAY EQU 6 XADDAY_SUNDAY EQU 7 * sunday the last day of a week STRUCTURE xadDeviceInfo,0 * for XAD_OUTDEVICE tag APTR xdi_DeviceName * name of device ULONG xdi_Unit * unit of device APTR xdi_DOSName * instead of Device+Unit, dos name without ':' STRUCTURE xadSplitFile,0 * for XAD_INSPLITTED APTR xsf_Next ULONG xsf_Type * XAD_INFILENAME, XAD_INFILEHANDLE, XAD_INMEMORY, XAD_INHOOK ULONG xsf_Size * necessary for XAD_INMEMORY, useful for others ULONG xsf_Data * FileName, Filehandle, Hookpointer or Memory STRUCTURE xadSkipInfo,0 APTR xsi_Next ULONG xsi_Position * position, where it should be skipped ULONG xsi_SkipSize * size to skip STRUCTURE xadImageInfo,0 * for XADHC_IMAGEINFO ULONG xii_SectorSize * usually 512 ULONG xii_FirstSector * of the image file ULONG xii_NumSectors * of the image file ULONG xii_TotalSectors * of this device type * If the image file holds total data of disk xii_TotalSectors equals * xii_NumSectors and xii_FirstSector is zero. Addition of xii_FirstSector * and xii_NumSectors cannot exceed xii_TotalSectors value! ************************************************************************* * * * information structures * * * ************************************************************************* STRUCTURE xadArchiveInfo,0 APTR xai_Client * pointer to unarchiving client APTR xai_PrivateClient * private client data APTR xai_Password * password for crypted archives ULONG xai_Flags * read only XADAIF_ flags ULONG xai_LowCyl * lowest cylinder to unarchive ULONG xai_HighCyl * highest cylinder to unarchive ULONG xai_InPos * input position, read only ULONG xai_InSize * input size, read only ULONG xai_OutPos * output position, read only ULONG xai_OutSize * output file size, read only APTR xai_FileInfo * data pointer for file arcs APTR xai_DiskInfo * data pointer for disk arcs APTR xai_CurFile * data pointer for current file arc APTR xai_CurDisk * data pointer for current disk arc LONG xai_LastError * last error, when XADAIF_FILECORRUPT (V2) APTR xai_MultiVolume * array of start offsets from parts (V2) APTR xai_SkipInfo * linked list of skip entries (V3) APTR xai_ImageInfo * for filesystem clients (V5) APTR xai_InName * Input archive name if available (V7) * This structure is nearly complete private to either xadmaster or its * clients. An application program may access for reading only xai_Client, * xai_Flags, xai_FileInfo and xai_DiskInfo. For xai_Flags only XADAIF_CRYPTED * is useful. All the other stuff is private and should not be accessed! BITDEF XADAI,CRYPTED,0 * archive entries are encrypted BITDEF XADAI,FILECORRUPT,1 * file is corrupt, but valid entries are in the list BITDEF XADAI,FILEARCHIVE,2 * unarchive file entry BITDEF XADAI,DISKARCHIVE,3 * unarchive disk entry BITDEF XADAI,OVERWRITE,4 * overwrite the file (PRIVATE) BITDEF XADAI,MAKEDIRECTORY,5 * create directory when missing (PRIVATE) BITDEF XADAI,IGNOREGEOMETRY,6 * ignore drive geometry (PRIVATE) BITDEF XADAI,VERIFY,7 * verify is turned on for disk hook (PRIVATE) BITDEF XADAI,NOKILLPARTIAL,8 * do not delete partial files (PRIVATE) BITDEF XADAI,DISKIMAGE,9 * is disk image extraction (V5) BITDEF XADAI,FORMAT,10 * format in disk hook (PRIVATE) BITDEF XADAI,NOEMPTYERROR,11 * do not create empty error (PRIVATE) BITDEF XADAI,ONLYIN,12 * in stuff only (PRIVATE) BITDEF XADAI,ONLYOUT,13 * out stuff only (PRIVATE) BITDEF XADAI,USESECTORLABELS,14 * use SectorLabels (PRIVATE) STRUCTURE xadFileInfo,0 APTR xfi_Next ULONG xfi_EntryNumber * number of entry, starts with 1 APTR xfi_EntryInfo * additional archiver text APTR xfi_PrivateInfo * client private, see XAD_OBJPRIVINFOSIZE ULONG xfi_Flags * see XADFIF_xxx defines APTR xfi_FileName * see XAD_OBJNAMESIZE tag APTR xfi_Comment * see XAD_OBJCOMMENTSIZE tag ULONG xfi_Protection * OS 3 bits (including multiuser) ULONG xfi_OwnerUID * user ID ULONG xfi_OwnerGID * group ID APTR xfi_UserName * user name APTR xfi_GroupName * group name ULONG xfi_Size * size of this file ULONG xfi_GroupCrSize * crunched size of group ULONG xfi_CrunchSize * crunched size APTR xfi_LinkName * name and path of link STRUCT xfi_Date,xadDate_SIZE UWORD xfi_Generation * File Generation [0...$FFFF] (V3) ULONG xfi_DataPos * crunched data position (V3) APTR xfi_MacFork * pointer to 2nd fork for Mac (V7) * Multiuser fields (xfi_OwnerUID, xfi_OwnerUID, xfi_UserName, xfi_GroupName) * and multiuser bits (see ) are currently not supported with normal * Amiga filesystem. But the clients support them, if archive format holds * such information. BITDEF XADFI,CRYPTED,0 * entry is crypted BITDEF XADFI,DIRECTORY,1 * entry is a directory BITDEF XADFI,LINK,2 * entry is a link BITDEF XADFI,INFOTEXT,3 * file is an information text BITDEF XADFI,GROUPED,4 * file is in a crunch group BITDEF XADFI,ENDOFGROUP,5 * crunch group ends here BITDEF XADFI,NODATE,6 * no date supported, CURRENT date is set BITDEF XADFI,DELETED,7 * file is marked as deleted (V3) BITDEF XADFI,SEEKDATAPOS,8 * before unarchiving the datapos is set (V3) BITDEF XADFI,NOFILENAME,9 * there was no filename, using internal one (V6) BITDEF XADFI,NOUNCRUNCHSIZE,10 * file size is unknown and thus set to zero (V6) BITDEF XADFI,PARTIALFILE,11 * file is only partial (V6) BITDEF XADFI,MACDATA,12 * file is Apple data fork (V7) BITDEF XADFI,MACRESOURCE,13 * file is Apple resource fork (V7) BITDEF XADFI,EXTRACTONBUILD,14 * allows extract file during scanning (V10) * NOTE: the texts passed with that structure must not always be printable. * Although the clients should add an additional (not counted) zero at the text * end, the whole file may contain other unprintable stuff (e.g. for DMS). * So when printing this texts do it on a byte for byte base including * printability checks. STRUCTURE xadTextInfo,0 APTR xti_Next ULONG xti_Size * maybe zero - no text - e.g. when crypted APTR xti_Text * and there is no password in xadGetInfo() ULONG xti_Flags * see XADTIF_xxx defines BITDEF XADTI,CRYPTED,0 * entry is empty, as data was crypted BITDEF XADTI,BANNER,1 * text is a banner BITDEF XADTI,FILEDIZ,2 * text is a file description STRUCTURE xadDiskInfo,0 APTR xdi_Next ULONG xdi_EntryNumber * number of entry, starts with 1 APTR xdi_EntryInfo * additional archiver text APTR xdi_PrivateInfo * client private, see XAD_OBJPRIVINFOSIZE ULONG xdi_Flags * see XADDIF_xxx defines ULONG xdi_SectorSize ULONG xdi_TotalSectors * see devices/trackdisk.h ULONG xdi_Cylinders * to find out what these ULONG xdi_CylSectors * fields mean, they are equal ULONG xdi_Heads * to struct DriveGeometry ULONG xdi_TrackSectors ULONG xdi_LowCyl * lowest cylinder stored ULONG xdi_HighCyl * highest cylinder stored ULONG xdi_BlockInfoSize * number of BlockInfo entries APTR xdi_BlockInfo * see XADBIF_xxx defines and XAD_OBJBLOCKENTRIES tag APTR xdi_TextInfo * linked list with info texts ULONG xdi_DataPos * crunched data position (V3) * BlockInfo points to a UBYTE field for every track from first sector of * lowest cylinder to last sector of highest cylinder. When not used, * pointer must be 0. Do not use it, when there are no entries! * This is just for information. The applications still asks the client * to unarchive whole cylinders and not archived blocks are cleared for * unarchiving. BITDEF XADDI,CRYPTED,0 * entry is crypted BITDEF XADDI,SEEKDATAPOS,1 * before unarchiving the datapos is set (V3) BITDEF XADDI,SECTORLABELS,2 * the clients delivers sector labels (V9) BITDEF XADDI,EXTRACTONBUILD,3 * allows extract disk during scanning (V10) * Some of the crunchers do not store all necessary information, so it * may be needed to guess some of them. Set the following flags in that case * and geometry check will ignore these fields. BITDEF XADDI,GUESSSECTORSIZE,5 * sectorsize is guessed (V10) BITDEF XADDI,GUESSTOTALSECTORS,6 * totalsectors number is guessed (V10) BITDEF XADDI,GUESSCYLINDERS,7 * cylinder number is guessed BITDEF XADDI,GUESSCYLSECTORS,8 * cylsectors is guessed BITDEF XADDI,GUESSHEADS,9 * number of heads is guessed BITDEF XADDI,GUESSTRACKSECTORS,10 * tracksectors is guessed BITDEF XADDI,GUESSLOWCYL,11 * lowcyl is guessed BITDEF XADDI,GUESSHIGHCYL,12 * highcyl is guessed * If it is impossible to set some of the fields, you need to set some of * these flags. NOTE: XADDIB_NOCYLINDERS is really important, as this turns * of usage of lowcyl and highcyl keywords. When you have cylinder information, * you should not use these and instead use guess flags and calculate * possible values for the missing fields. BITDEF XADDI,NOCYLINDERS,15 * cylinder number is not set BITDEF XADDI,NOCYLSECTORS,16 * cylsectors is not set BITDEF XADDI,NOHEADS,17 * number of heads is not set BITDEF XADDI,NOTRACKSECTORS,18 * tracksectors is not set BITDEF XADDI,NOLOWCYL,19 * lowcyl is not set BITDEF XADDI,NOHIGHCYL,20 * highcyl is not set * defines for BlockInfo BITDEF XADBI,CLEARED,0 * this block was cleared for archiving BITDEF XADBI,UNUSED,1 * this block was not archived ************************************************************************* * * * progress report stuff * * * ************************************************************************* STRUCTURE xadProgressInfo,0 ULONG xpi_Mode * work modus APTR xpi_Client * the client doing the work APTR xpi_DiskInfo * current diskinfo, for disks APTR xpi_FileInfo * current info for files ULONG xpi_CurrentSize * current filesize ULONG xpi_LowCyl * for disks only ULONG xpi_HighCyl * for disks only ULONG xpi_Status * see XADPIF flags LONG xpi_Error * any of the error codes APTR xpi_FileName * name of file to overwrite (V2) APTR xpi_NewName * new name buffer, passed by hook (V2) * NOTE: For disks CurrentSize is Sector*SectorSize, where SectorSize can * be found in xadDiskInfo structure. So you may output the sector value. * different progress modes XADPMODE_ASK EQU 1 XADPMODE_PROGRESS EQU 2 XADPMODE_END EQU 3 XADPMODE_ERROR EQU 4 XADPMODE_NEWENTRY EQU 5 * (V10) * flags for progress hook and ProgressInfo status field BITDEF XADPI,OVERWRITE,0 * overwrite the file BITDEF XADPI,MAKEDIRECTORY,1 * create the directory BITDEF XADPI,IGNOREGEOMETRY,2 * ignore drive geometry BITDEF XADPI,ISDIRECTORY,3 * destination is a directory (V10) BITDEF XADPI,RENAME,10 * rename the file (V2) BITDEF XADPI,OK,16 * all ok, proceed BITDEF XADPI,SKIP,17 * skip file ************************************************************************* * * * errors * * * ************************************************************************* XADERR_OK EQU $0000 * no error XADERR_UNKNOWN EQU $0001 * unknown error XADERR_INPUT EQU $0002 * input data buffers border exceeded XADERR_OUTPUT EQU $0003 * output data buffers border exceeded XADERR_BADPARAMS EQU $0004 * function called with illegal parameters XADERR_NOMEMORY EQU $0005 * not enough memory available XADERR_ILLEGALDATA EQU $0006 * data is corrupted XADERR_NOTSUPPORTED EQU $0007 * command is not supported XADERR_RESOURCE EQU $0008 * required resource missing XADERR_DECRUNCH EQU $0009 * error on decrunching XADERR_FILETYPE EQU $000A * unknown file type XADERR_OPENFILE EQU $000B * opening file failed XADERR_SKIP EQU $000C * file, disk has been skipped XADERR_BREAK EQU $000D * user break in progress hook XADERR_FILEEXISTS EQU $000E * file already exists XADERR_PASSWORD EQU $000F * missing or wrong password XADERR_MAKEDIR EQU $0010 * could not create directory XADERR_CHECKSUM EQU $0011 * wrong checksum XADERR_VERIFY EQU $0012 * verify failed (disk hook) XADERR_GEOMETRY EQU $0013 * wrong drive geometry XADERR_DATAFORMAT EQU $0014 * unknown data format XADERR_EMPTY EQU $0015 * source file contains no files XADERR_FILESYSTEM EQU $0016 * unknown filesystem XADERR_FILEDIR EQU $0017 * name of file exists as directory ************************************************************************* * * * client related stuff * * * ************************************************************************* STRUCTURE xadForeman,0 ULONG xfm_Security * should be XADFOREMAN_SECURITY ULONG xfm_ID * must be XADFOREMAN_ID UWORD xfm_Version * set to XADFOREMAN_VERSION UWORD xfm_Reserved APTR xfm_VersString * pointer to $VER: string APTR xfm_FirstClient * pointer to first client LABEL xadForman_SIZE XADFOREMAN_SECURITY EQU $70FF4E75 * MOVEQ #-1,D0 and RTS XADFOREMAN_ID EQU $58414446 * 'XADF' identification ID XADFOREMAN_VERSION EQU 1 STRUCTURE xadClient,0 APTR xc_Next UWORD xc_Version * set to XADCLIENT_VERSION UWORD xc_MasterVersion UWORD xc_ClientVersion UWORD xc_ClientRevision ULONG xc_RecogSize * needed size to recog the type ULONG xc_Flags * see XADCF_xxx defines ULONG xc_Identifier * ID of internal clients APTR xc_ArchiverName APTR xc_RecogData APTR xc_GetInfo APTR xc_UnArchive APTR xc_Free LABEL xadClient_SIZE * function interface * ASM(BOOL) xc_RecogData(REG(d0, ULONG size), REG(a0, STRPTR data), * REG(a6, struct xadMasterBase *xadMasterBase)) * ASM(LONG) xc_GetInfo(REG(a0, struct xadArchiveInfo *ai), * REG(a6, struct xadMasterBase *xadMasterBase)) * ASM(LONG) xc_UnArchive(REG(a0, struct xadArchiveInfo *ai), * REG(a6, struct xadMasterBase *xadMasterBase)) * ASM(void) xc_Free(REG(a0, struct xadArchiveInfo *ai), * REG(a6, struct xadMasterBase *xadMasterBase)) * xc_RecogData returns 1 when recognized and 0 when not, all the others * return 0 when ok and XADERR values on error. xc_Free has no return * value. * Filesystem clients need to clear xc_RecogSize and xc_RecogData. The * recognition is automatically done by GetInfo. XADERR_FILESYSTEM is * returned in case of unknown format. If it is known detection should * go on and any other code may be returned, if it fails. * The field xc_ArchiverName means xc_FileSystemName for filesystem * clients. XADCLIENT_VERSION EQU 1 BITDEF XADC,FILEARCHIVER,0 * archiver is a file archiver BITDEF XADC,DISKARCHIVER,1 * archiver is a disk archiver BITDEF XADC,EXTERN,2 * external client, set by xadmaster BITDEF XADC,FILESYSTEM,3 * filesystem clients (V5) BITDEF XADC,NOCHECKSIZE,4 * do not check size for recog call (V6) BITDEF XADC,FREESKIPINFO,27 * master frees xadSkipInfo structures (V3) BITDEF XADC,FREETEXTINFO,28 * master frees xadTextInfo structures (V2) BITDEF XADC,FREETEXTINFOTEXT,29 * master frees xadTextInfo text block (V2) BITDEF XADC,FREEFILEINFO,30 * master frees xadFileInfo structures (V2) BITDEF XADC,FREEDISKINFO,31 * master frees xadDiskInfo structures (V2) ************************************************************************* * * * client ID's * * * ************************************************************************* * If an external client has set the xc_Identifier field, the internal * client is replaced. * disk archivers start with 1000 XADCID_XMASH EQU 1000 XADCID_SUPERDUPER3 EQU 1001 XADCID_XDISK EQU 1002 XADCID_PACKDEV EQU 1003 XADCID_ZOOM EQU 1004 XADCID_ZOOM5 EQU 1005 XADCID_CRUNCHDISK EQU 1006 XADCID_PACKDISK EQU 1007 XADCID_MDC EQU 1008 XADCID_COMPDISK EQU 1009 XADCID_LHWARP EQU 1010 XADCID_SAVAGECOMPRESSOR EQU 1011 XADCID_WARP EQU 1012 XADCID_GDC EQU 1013 * file archivers start with 5000 XADCID_TAR EQU 5000 XADCID_SDSSFX EQU 5001 XADCID_LZX EQU 5002 XADCID_MXMSIMPLEARC EQU 5003 XADCID_LHPAK EQU 5004 XADCID_AMIGAPLUSUNPACK EQU 5005 XADCID_AMIPACK EQU 5006 XADCID_LHA EQU 5007 XADCID_LHASFX EQU 5008 XADCID_PCOMPARC EQU 5009 XADCID_SOMNI EQU 5010 XADCID_LHSFX EQU 5011 XADCID_XPKARCHIVE EQU 5012 XADCID_SHRINK EQU 5013 XADCID_SPACK EQU 5014 XADCID_SPACKSFX EQU 5015 XADCID_ZIP EQU 5016 XADCID_WINZIPEXE EQU 5017 XADCID_GZIP EQU 5018 XADCID_ARC EQU 5019 XADCID_ZOO EQU 5020 XADCID_LHAEXE EQU 5021 XADCID_ARJ EQU 5022 XADCID_ARJEXE EQU 5023 XADCID_ZIPEXE EQU 5024 XADCID_LHF EQU 5025 XADCID_COMPRESS EQU 5026 XADCID_ACE EQU 5027 XADCID_ACEEXE EQU 5028 XADCID_GZIPSFX EQU 5029 XADCID_HA EQU 5030 XADCID_SQ EQU 5031 XADCID_LHAC64SFX EQU 5032 * filesystem client start with 8000 XADCID_FSAMIGA EQU 8000 XADCID_FSSANITYOS EQU 8001 XADCID_FSFAT EQU 8002 * mixed archivers start with 9000 XADCID_DMS EQU 9000 XADCID_DMSSFX EQU 9001 ENDC ; LIBRARIES_XADMASTER_I