** EXEHeader.asm 19/9/95 ** ** © 1995 Soyeb Aswat and NKH Software ** ** Freeware ** ******************************************************************************************************* * * Microsoft Windows New Executable 'NE' Examination utility * ******************************************************************************************************* ** ** Open dos.library ** If open failed then ** Print error message ** Return ** Open file ** If open failed then ** Print error message ** Close dos.library ** Return ** Seek to $18 ** ** If (Current file pos word) < $40 then ; Test if windows prog ** Close file ** Close dos.library ** Return ** ** Seek to $3C ; Goto start of win header ** Get word value ** Seek to word value above ** ** If (Current file pos word) <> 'NE' then ; Test if windows NE file ** Close file ** Close dos.library ** Return ** ** ; Header length HeaderLen=(offset $20)+(Offset $20)-(WinHead) ** ; WinHead=Start of windows header ** Allocate HeaderLen memory ; Read in header ** Seek to WinHead ** Read HeaderLen bytes into buffer ** ** Print module name ** Get address of resident-name table ** Print first entry ** Print module description ** Get address of non-resident name table ** Print first entry ** Print linker version number (HEX) ** Print linker revision number (HEX) ** Print $0C flags data ** Get word at $0C ** If bit 0 set then SINGLE DATA ** If bit 1 set then MULTIPLEDATA ** else NOAUTODATA ** If bit 11 set then self loading executable ** If bit 15 set then file is a library module ** Print automatic data segment number ** If 0 then print NOAUTODATA ** else print segment number ** Print local heap size ** If 0 then print No local allocation ** else print heap size ** Print initial stack size ** Print CS:IP ** Print SS:SP ** If SP=0 and DS=SS then SP= stacksize + data segment size (data seg size is in seg table) ** else print SS:SP as normal ** ** Print offset to start of segment table ** Print number of entries in segment table ** Print contents of segment table ** n=number of entries in segment table ** REPEAT ** Print segment number ** Check offset 0 of each entry and ** If 0 then print "No data provided for this segment" ** else print size of segment in file ** Print minimum allocation for this segment offset 6 ** Print flag meanings ** Print "Segment type" ** If bit 0 set then print DATA ** else print CODE ** If bit 1 set then print "Loader allocates memory for segment" ** If bit 2 set then print "Segment is loaded at load time" ** Print "Segment relocation" ** If bit 4 set then print "MOVEABLE" ** else print "FIXED" ** Print "Segment sharing" ** If bit 5 set then print "PURE or SHAREABLE" ** else print "IMPURE or NONSHAREABLE" ** Print "Segment load type" ** If bit 6 set then print "PRELOAD" ** else print "LOADONCALL" ** If bit 7 set then ** Print "Access type" ** If bit 0 set then print "READONLY" ** else print "EXECUTEONLY" ** If bit 8 set then print "Segment contains relocation data" ** If bit 12 set then print "Segment is discardable" ** Decrement n ** UNTIL n=0 ** ** Print offset to resource table ** Print contents of resource table ** Print rscAlignShift ** Print rscTypes ** REPEAT ** Print rtTypeID ** If rtTypeID < $8000 then ** n=( rtTypeID + resource table base ) ** Print n chars from above address+1 ** If rtTypeID = $8000 + 1 then print "RT_CURSOR" ** If rtTypeID = $8000 + 2 then print "RT_BITMAP" ** If rtTypeID = $8000 + 3 then print "RT_ICON" ** If rtTypeID = $8000 + 4 then print "RT_MENU" ** If rtTypeID = $8000 + 5 then print "RT_DIALOG" ** If rtTypeID = $8000 + 6 then print "RT_STRING" ** If rtTypeID = $8000 + 7 then print "RT_FONTDIR" ** If rtTypeID = $8000 + 8 then print "RT_FONT" ** If rtTypeID = $8000 + 9 then print "RT_ACCELERATOR" ** If rtTypeID = $8000 + 10 then print "RT_RCDATA" ** If rtTypeID = $8000 + 12 then print "RT_GROUP_CURSOR" ** If rtTypeID = $8000 + 14 then print "RT_GROUP_ICON" ** If rtTypeID = $8000 + 16 then print "Version info?" ** ELSE Print "Unknown resource type",rtTypeID ** Print rtResourceCount ** Skip rtReserved (word) ** FOR n=1 to rtResourceCount ** Print rtNameInfo ** Print rnOffset ** Print rnLength ** Print rnFlags ** If bit 4 set then print "MOVEABLE" ** If bit 5 set then print "PURE" ** If bit 6 set then print "PRELOAD" ** Print rnID ** If rnID >= $8000 then print rnID-$8000 ** ELSE ** n=( rnID + resource table base ) ** Print n chars from above address+1 ** Skip rnHandle (word) ** Skip rnUsage (word) ** END ; FOR ** UNTIL rscEndTypes ; ie. next byte = 0 ; REPEAT for printing rscTypes ** ** Print resident-name table ** Get address of resident-name table ** Skip first entry ** Get length of string ** Add to pointer ** Add 2 to pointer to skip ordinal ** WHILE next byte != ** Get length of string ** Skip pointer past string ** Print string ** Print ordinal ** END ; WHILE ** ** Print module-reference and imported-name tables ** Print number of entries in module-reference table ** Get address of imported-name table ** FOR n=1 to number of entries in module-reference table ** Get length of string ** Get address of string ** Print string ** END ; FOR ** ** Print entry table ** Test length of entry table ** If length != 0 then ** Get address of entry table ** REPEAT ** Get number of entries in bundle ** Get bundle type ** Add 2 to pointer ** If bundle type = 0 then ; Null entry ** Print "Null entries : ",entries ** Add entries to entry counter. ** If bundle type = $FE then ; Constant pointer ** Print "Constant pointer" ** FOR n=1 to entries in bundle ** Print "Entry ",entry counter ** Print "Offset : ",EntryConstValue ** If bit 0 of EntryFixFlags = 1 then ** Print " Exported " ** If bit 1 of EntryFixFlags = 1 then ** Print "SINGLEDATA" ** Add 3 to pointer ** END ; FOR ** If bundle type = $FF then ; Movable segment ** Print "Movable segment records : ",entries in bundle," entries." ** FOR n=1 to entries in bundle ** Print "Entry ",entry counter ** Print "Segment : ",EntryMoveSegment ** Print "Offset : ",EntryMoveOffset ** If bit 0 of EntryMoveFlags = 1 then ** Print " Exported " ** If bit 1 of EntryMoveFlags = 1 then ** Print " Global" ** Add 6 to pointer ** END ; FOR ** ELSE ; Fixed segment ** Print "Fixed segment records : ",entries in bundle," entries. Segment : ",bundle type ** FOR n=1 to entries in bundle ** Print "Entry ",entry counter ** Print "Offset : ",EntryFixOffset ** If bit 0 of EntryFixFlags = 1 then ** Print " Exported " ** If bit 1 of EntryFixFlags = 1 then ** Print "SINGLEDATA" ** Add 3 to pointer ** END ; FOR ** UNTIL next byte = 0 ** ** Print segment relocations ** Print "Segment relocations" ** Initialize segment counter ** Get address of segment table ** Get number of entries in segment table ** FOR n = 1 to entries in segment table ** If this segment contains relocation data then ** Print "Relocations for segment ",segment counter ** Goto position of segment in file ** Move an extra segment length bytes ** Get intel word at that address (items in table) ** Allocate items in table * 8 bytes of ram ** If allocation UNsuccesful then ** Print "Out of memory" ** rts ** Read items in table * 8 bytes into allocated buffer ** If read failed then ** Print "Read from file failed!" ** rts ** Print "type offset target" ** FOR x = 1 to items in table ** If RelocAddrType = 0 then ** Print "LoByte " ** If RelocAddrType = 2 then ** Print "Select " ** If RelocAddrType = 3 then ** Print "PTR " ** If RelocAddrType = 5 then ** Print "OFFS " ** If RelocAddrType = 11 then ** Print "PTR-48 " ** If RelocAddrType = 13 then ** Print "OFFS-32 " ** else print "Unknown relocation type. Send me this file to df114@city.ac.uk read docs!!!!" ** rts ** ** Print RelocOffset ** If RelocType = 0 then ; Internal reference ** If RelocB4 = $FF then ** Print "Entry ",RelocB6 ** else ** Print RelocB4,":",RelocB6 ; Segment:Offset are the wrong way round! ** If RelocType = 1 then ; Imported ordinal ** (RelocB4 - 1)*2 ** Add offset to mod-ref table ** Add that word to offset of imp-name table ** Print that byte many bytes at that addr+1 ** Print ".",RelocB6 ** If RelocType = 2 then ; Imported name ** (RelocB4 - 1)*2 ** Add offset to mod-ref table ** Add that word to offset of imp-name table ** Print that byte many bytes at that addr+1 ** Print "." ** RelocB6 + offset to imp-name table ** Print that byte many bytes at that addr+1 ** If RelocType = 3 then ; OSFIXUP ** Print "OSFIXUP Send me this file to df114@city.ac.uk read docs!!!!" ** rts ** If RelocType = 5 then ; Additive? ** (RelocB4 - 1)*2 ** Add offset to mod-ref table ** Add that word to offset of imp-name table ** Print that byte many bytes at that addr+1 ** Print ".",RelocB6 ** else ** Print "Unknown relocation type send me this file to df114@city.ac.uk read docs!!!!" ** ** Add 8 to pointer ; Skip to next entry in relocation table ** END ; FOR ** Deallocate memory just used ** Add 8 to pointer' ; Skip to next entry in segment table ** END ; FOR ** Close file ** Close dos.library ** Return INCLUDE "work:languages/devpac/amiga.lib.inc" ** INCLUDE "exec/exec.i" INCLUDE "dos/dos.i" AbsExecBase EQU 4 AnyMemoryType EQU 0 NewLine EQU 10 NULL EQU 0 ** Locations in the file AutoDataSegNum EQU $0E DataOffset EQU $00 DosHeaderValid EQU $18 EntryBndlNum EQU $00 ; Entry table Number of entries in this bundle EntryBndlTyp EQU $01 ; Bundle type EntryConstFlags EQU $00 ; Offset to flags for entry type constant EntryConstValue EQU $01 ; Offset to value for entry type constant EntryFixFlags EQU $00 ; Flags for fixed segment EntryFixOffset EQU $01 ; Offset for fixed segment EntryLength EQU $06 ; Length of entry table in entries (in windows header) EntryMoveFlags EQU $00 ; Flags for movable segment EntryMoveOffset EQU $04 ; Offset for movable segment EntryMoveSeg EQU $03 ; Segment number for movable segment EntryOffset EQU $04 ; Offset to entry table relative to start of windows header FileFlags EQU $0C FileSegLength EQU $02 ImpTableOffset EQU $2A ImpNameOffset EQU $2A InitCSIP EQU $14 InitLocalHeap EQU $10 InitSSSP EQU $18 InitStackSize EQU $12 LinkerRevisionNum EQU $02 LinkerVersionNum EQU $03 ModRefOffset EQU $28 ModTableEntries EQU $1E NonResNamTabOffset EQU $2C NonResNamTableSize EQU $20 rnFlags EQU $04 rnID EQU $06 rnLength EQU $02 rnOffset EQU $00 rscAlignShift EQU $00 RelocAddrType EQU $00 RelocB4 EQU $04 RelocB6 EQU $06 RelocOffset EQU $02 RelocType EQU $01 ResNameTabOffset EQU $26 RscTableOffset EQU $24 SegAllocSize EQU $06 SegFlags EQU $04 SegmentPos EQU $00 SegmentLen EQU $02 SegTableEntryNum EQU $1C SegTableOffset EQU $22 ShiftCount EQU $32 WinHeaderOffset EQU $3C ** Temporary storage TempStoreSize EQU 256 ; Size of the temporary storage buffer DosBase EQU 4*0 FileHandle EQU 4*1 HeaderAddress EQU 4*2 HeaderLen EQU 4*3 HeaderOffset EQU 4*4 OutputHandle EQU 4*5 RelocBufferAddr EQU 4*6 RelocBufferLen EQU 4*7 StackEquation EQU 4*8 TempBufferLen EQU 4*9 TempBuffer EQU 4*10 ; *MUST* always be last! SECTION code,CODE ; Allocate temporary storage buffer move.l d0,d2 ; Save length of command line argument move.l a0,a2 ; Save pointer to command line argument move.l AbsExecBase,a6 ; Get exec base address move.l #TempStoreSize,d0 ; Allocate Temp store bytes of ram add.l d2,d0 ; Add length of command line argument move.l d0,d3 ; Save buffer length move.l #AnyMemoryType,d1 ; Any type of memory jsr _LVOAllocMem(a6) ; Allocate the memory tst.l d0 ; Was memory allocated? beq TempBufNoAlloc ; Temp buffer was not allocated move.l d0,a5 ; Store address in a5 move.l d3,TempBufferLen(a5) ; Save length of temp buffer ; Open dos.library clr.l d0 ; d0 = any version lea DosLibName,a1 ; a0 = * "dos.library" jsr _LVOOpenLibrary(a6) ; Open dos.library tst.l d0 ; Did dos lib open OK? beq DosNotOpen ; Goto dos lib not opened OK move.l d0,DosBase(a5) ; Save dos base address move.l d0,a6 ; Put dos base address in a6 jsr _LVOOutput(a6) ; Get output handle move.l d0,OutputHandle(a5) ; Save output handle ; Open file lea TempBuffer(a5),a0 ; Get address of temp buffer move.l a0,a4 ; Save a copy of buffer address subq.l #1,d2 ; Get the right length of filename ReadFileName move.b (a2)+,(a0)+ ; Get a command line character dbeq d2,ReadFileName ; Loop until all characters read move.b #NULL,-(a0) ; Terminate string with null move.l a4,d1 ; And place in d1 (argument) move.l #MODE_OLDFILE,d2 ; Open file for reading jsr _LVOOpen(a6) ; Open file tst.l d0 ; Did file open OK? beq FileNotOpenOK ; Goto file not open error move.l d0,FileHandle(a5) ; Save open file handle ; Seek to is dos header a valid windows header? move.l #DosHeaderValid,d2 ; Position to go to bsr SeekTo ; Seek ; If (current file position word) < $40 then quit bsr ReadIntelWord ; Read word at position cmp.w #$40,d2 ; Is less than $40? blt NotWindowsEXE ; Goto wrong file type error ; Seek to offset to windows header move.l #WinHeaderOffset,d2 ; Position to go to bsr SeekTo ; Seek there ; Get word value bsr ReadIntelWord ; Read word at that position clr.l d4 ; Clear scratch register move.w d2,d4 ; d4 = offset to start of header move.l d4,d2 ; Clear high word move.l d2,HeaderOffset(a5) ; Save offset ; Seek to word value above bsr SeekTo ; Seek to start of header ; If (current file pos word) <> "NE" then quit bsr ReadIntelWord ; Get word at start of header cmp.w #$454E,d2 ; Is it "NE"? The code $454E is "EN" ; because ReadWord reverses the bytes bne NotWindowsEXE ; Quit if not New Executable ; HeaderLen = (bytes in non-resident name table)+(offset to non-resident name table)-(WinHeaderOffset) move.l #NonResNamTableSize,d2 ; Offset $20 add.l d4,d2 ; Add base bsr SeekTo ; Seek to $20 bsr ReadIntelWord ; Read word clr.l d5 ; Clear scratch register move.w d2,d5 ; Move ($20) to d5 move.l #NonResNamTabOffset,d2 ; Offset $2C add.l d4,d2 ; Add base bsr SeekTo ; Seek to $2C bsr ReadIntelWord ; Read low word at $2C move.w d2,d6 ; Save word bsr ReadIntelWord ; Read high word at $2C swap d2 ; Place high byte in correct position move.w d6,d2 ; Construct longword add.l d2,d5 ; d5 = (offset $20)+(offset$2C) sub.l d4,d5 ; d5 = ($20)+($2C)-(WinHeaderOffset) move.l d5,HeaderLen(a5) ; Store HeaderLen ; bra CloseFileAndDosLib;testing ; Allocate HeadLen bytes of memory move.l d5,d0 ; Put HeadLen into d0 move.l #AnyMemoryType,d1 ; Any memory type move.l AbsExecBase,a6 ; Get ExecBase jsr _LVOAllocMem(a6) ; Allocate the memory tst.l d0 ; Was memory allocated? beq MemoryNotAllocated ; Goto not enough memory error move.l d0,a4 ; Store address of allocated memory move.l d0,HeaderAddress(a5) ; Store alloced mem addr permanantly ; Seek to start of win header move.l DosBase(a5),a6 ; Get dos lib base address move.l d4,d2 ; Get win header base address bsr SeekTo ; Goto start of header ; Read above bytes into buffer move.l FileHandle(a5),d1 ; Get file handle move.l a4,d2 ; Put memory block address in d2 move.l d5,d3 ; HeadLen bytes to be read jsr _LVORead(a6) ; Read header into buffer cmp.l d5,d0 ; Was whole header read? bne ReadFailed ; Goto read failed ** Main section (prints everything) ******************************************************************* bsr PrintFileDetails ; Prints details about the whole file bsr PrintSegmentTable ; Print the segment table bsr PrintResourceTable ; Well isn't it obvious? Print resource table bsr PrintResNameTable ; Print resident name table bsr PrintModImpTables ; Print module-reference and imported-name tables bsr PrintNonResNameTable ; Print non-resident name table bsr PrintEntryTable ; Print the entry table bsr PrintRelocTabs ; Print segment relocation tables ****************************************************************************************************** ; Clean up before returning to dos move.l AbsExecBase,a6 ; Get exec base move.l a6,a4 ; Keep copy of exec base move.l HeaderAddress(a5),a1 ; Get address of header move.l HeaderLen(a5),d0 ; Get headers length jsr _LVOFreeMem(a6) ; Free memory lea FinishMSG,a0 ; Get address of closing message move.l FinishMSGLen,d3 ; Get length of finish message bra CloseFileAndDosLibPrintMSG ; Print closing message cleanup and return to dos ******************************************************************************************************* ******************************************************************************************************* ******************************************************************************************************* ******************************************************************************************************* **---------------------------------------- ** ** Print file details ** **---------------------------------------- PrintFileDetails ; Print module name Print module name lea ModuleNameMSG,a0 ; Get address of message move.l ModuleNameMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.w ResNameTabOffset(a4),d0 ; Get offset to res nam table Get address of res nam table rol.w #8,d0 ; Position bytes correctly lea (a4,d0.w),a0 ; Get address of entry table clr.l d3 ; Clear length of module name Print first entry move.b (a0)+,d3 ; Get length of message bsr PrintMSG ; Print module name ; Print module description Print module description lea ModuleDescribeMSG,a0 ; Get address of message move.l ModuleDescribeMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l NonResNamTabOffset(a4),d0 ; Get offset to non res nam table Get address of non res nam table rol.w #8,d0 ; Position bytes correctly swap d0 ; Get low word rol.w #8,d0 ; Position bytes correctly sub.l HeaderOffset(a5),d0 ; Get offset to non-res table lea (a4,d0.w),a0 ; Get address of entry table clr.l d3 ; Clear length of module name Print first entry move.b (a0)+,d3 ; Get length of message bsr PrintMSG ; Print module name ; Print linker version number lea VersionNumMSG,a0 ; Get address of message move.l VersionNumMSGLen,d3 ; Get message length bsr PrintMSG ; Print message move.b LinkerVersionNum(a4),d3 ; Get linker version number bsr ConvertBin2ASCII ; Convert to ASCII digits move.b #"$",TempBuffer(a5) ; Put $ for hexadecimal numbe r move.b d0,TempBuffer+1(a5) ; Store Hi digit for printing move.b d1,TempBuffer+2(a5) ; Store Lo digit for printing move.b #NewLine,TempBuffer+3(a5) ; New line move.l #4,d3 ; 4 characters to be printed lea TempBuffer(a5),a0 ; Get address of string bsr PrintMSG ; Print the MSG ; Print linker revision number lea RevisionNumMSG,a0 ; Get address of message move.l RevisionNumMSGLen,d3 ; Get message length bsr PrintMSG ; Print message move.b LinkerRevisionNum(a4),d3; Get linker revision number bsr ConvertBin2ASCII ; Convert to ASCII digits move.b #"$",TempBuffer(a5) ; Put $ for hexadecimal number move.b d0,TempBuffer+1(a5) ; Store Hi digit for printing move.b d1,TempBuffer+2(a5) ; Store Lo digit for printing move.b #NewLine,TempBuffer+3(a5) ; New line move.l #4,d3 ; 4 characters to be printed lea TempBuffer(a5),a0 ; Get address of string bsr PrintMSG ; Print the MSG ; Print $0C flags data lea ExecutableTypeMSG,a0 ; Get address of message move.l ExecutableTypeMSGLen,d3 ; Get message length bsr PrintMSG ; Print message lea NormalExecutableMSG,a0 ; Get address of normal executable message move.l NormalExecutableMSGLen,d3 ; Get length of message btst #7,FileFlags+1(a4) ; Test bit 15 of file flags beq NormalExecutable ; If bit is zero then normal executable lea LibraryModuleMSG,a0 ; File is a library module move.l LibraryModuleMSGLen,d3 ; Get length of above message NormalExecutable bsr PrintMSG ; Print file type message lea FileDataModelMSG,a0 ; Get address of message move.l FileDataModelMSGLen,d3 ; Get message length bsr PrintMSG ; Print message lea SingleDataModelMSG,a0 ; Get address of message move.l SingleDataModelMSGLen,d3 ; Get message length btst #0,FileFlags(a4) ; Test bit 0 of $0C bne PrintDataModel ; If set then file is SINGLEDATA lea MultipleDataModelMSG,a0 ; Get address of message move.l MultipleDataModelMSGLen,d3 ; Get message length btst #1,FileFlags(a4) ; Test bit 1 of $0C bne PrintDataModel ; If set then file is MULTIPLEDATA lea NoAutoDataModelMSG,a0 ; Get address of message move.l NoAutoDataModelMSGLen,d3 ; Get message length PrintDataModel bsr PrintMSG ; Print message lea IsSelfLoadingMSG,a0 ; Get address of message move.l IsSelfLoadingMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea NoMSG,a0 ; Get address of message move.l NoMSGLen,d3 ; Get length of message btst #3,FileFlags+1(a4) ; Test if self loading EXE beq NotSelfLoading ; Jump if not self loading EXE lea YesMSG,a0 ; Else executable is self loading move.l YesMSGLen,d3 ; Get length of message NotSelfLoading bsr PrintMSG ; Print the message ; Print auto data segment number. If file is NOAUTODATA then print that lea AutoDataSegMSG,a0 ; Get address of message move.l AutoDataSegMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea NoAutoDataModelMSG,a0 ; Get address of message move.l NoAutoDataModelMSGLen,d3 ; Get message length btst #3,FileFlags+1(a4) ; Test if self loading EXE bne PrintAutoSegNum ; If it is then print the message lea AutoDataSegNum(a4),a3 ; Get pointer to number bsr PrePrintSingleIntelWord ; Prepare the number PrintAutoSegNum bsr PrintMSG ; Print the message ; Print initial local heap size, if 0 then print no local allocation lea InitLocalHeapMSG,a0 ; Get address of message move.l InitLocalHeapMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea InitLocalHeap(a4),a3 ; Get address of number lea NoLocalHeapMSG,a0 ; Get no Alloc message address move.l NoLocalHeapMSGLen,d3 ; Get message length tst.w (a3) ; Is there a heap? beq NoLocalHeap ; If no local heap then print message bsr PrePrintSingleIntelWord ; Prepare heap size for printing NoLocalHeap bsr PrintMSG ; Print initial stack size lea InitStackSizeMSG,a0 ; Get address of message move.l InitStackSizeMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea InitStackSize(a4),a3 ; Get address of number bsr PrePrintSingleIntelWord ; Prepare the stack size for printing bsr PrintMSG ; Print the stack size ; Print CS:IP lea InitCSIPMSG,a0 ; Get address of message move.l InitCSIPMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea InitCSIP(a4),a3 ; Get address of number bsr PrintSegOffset ; Print CS:IP ; Print SS:SP if SP=0 and SS=DS then SP= stacksize + data segment size lea StackAddressMSG,a0 ; Get address of message move.l StackAddressMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea InitSSSP(a4),a3 ; Get address of SS:SP ; Note the output below and that of MAPWIN etc. does not agree so I have decided to ; remove it for the moment. See docs! ; tst.w (a3) ; Is SP=0? ; bne NormalStack ; If not then print normally ; clr.l d0 ; Clear d0 for later use ; move.w InitSSSP+2(a4),d0 ; Get SS ; cmp.w AutoDataSegNum(a4),d0 ; Is SS=DS? ; bne NormalStack ; If not then print normally ; ; lea StackEquation(a5),a3 ; Temporary equation holder ; clr.l d1 ; Clear d1 for later use ; move.b InitSSSP+3(a4),d1 ; Get high byte of SS ; move.b d1,$03(a3) ; Save SS high for later printing ; lsl.w #8,d1 ; Position high byte correctly ; move.b InitSSSP+2(a4),d1 ; Get low byte of SS ; move.b d1,$02(a3) ; Save SS low for later printing ; subq.w #1,d1 ; Decrement it ; lsl.l #3,d1 ; Multiply by segment table entry size (8 bytes) ; move.b SegTableOffset+1(a4),d0 ; Get high byte of seg table offset ; lsl.w #8,d0 ; Position high byte correctly ; move.b SegTableOffset(a4),d0 ; Get low byte of seg table offset ; add.l d0,d1 ; Add offset to start of segment table ; move.b SegAllocSize+1(a4,d1),d0; Get high byte of segment allocation size ; lsl.w #8,d0 ; Position high byte correctly ; move.b SegAllocSize(a4,d1),d0 ; Get low byte of segment allocation size ; move.b InitStackSize+1(a4),d1 ; Get high byte of stack size ; lsl.w #8,d1 ; Position high byte correctly ; move.b InitStackSize(a4),d1 ; Get low byte of stack size ; add.w d0,d1 ; d1=SP ; move.b d1,$00(a3) ; Save low byte of SP ; lsr.w #8,d1 ; Get high byte of SP ; move.b d1,$01(a3) ; Save high byte of SP ; NormalStack bsr PrintSegOffset ; Print SS:SP rts ; Finish printing file data **-------------------------------------------- ** ** Print segment table ** **-------------------------------------------- ; Print offset to start of segment table PrintSegmentTable lea SegTableOffsetMSG,a0 ; Get address of message Print offset to start of segment table move.l SegTableOffsetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print message lea SegTableOffset(a4),a3 ; Get address of offset bsr PrePrintSingleIntelWord ; Prepare number for printing bsr PrintMSG ; Print the number ; Print number of entries in segment table lea SegTableEntryNumMSG,a0 ; Get address of message Print number of entries in segment table move.l SegTableEntryNumMSGLen,d3 ; Get length of message bsr PrintMSG ; Print message lea SegTableEntryNum(a4),a3 ; Get address of number of entries bsr PrePrintSingleIntelWord ; Prepare number for printing bsr PrintMSG ; Print the number ; Print contents of segment table clr.l d0 ; Clear d0 move.w SegTableOffset(a4),d6 ; Get offset to table d6=offset to seg table this is for later rol.w #8,d6 ; Position high byte correctly bsr PrePrintSingleIntelWord ; Prepare number for printing move.w SegTableEntryNum(a4),d7 ; Get number of entries d7=n this is for the FOR later rol.w #8,d7 ; Position high byte correctly ; subq.w #1,d7 ; Segment number starts with 1 move.w #1,d5 ; Counter for segment number PrintSegmentTableEntry ; REPEAT lea SegmentNumberMSG,a0 ; Get address of message Print segment number move.l SegmentNumberMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.w d5,d0 ; d0=segment number for printing move.b d0,StackEquation(a4) ; Put low byte of seg num for printing lsr.w #8,d0 ; Get high byte move.b d0,StackEquation+1(a4) ; Put high byte of seg num for printing lea StackEquation(a4),a3 ; Get address of number for printing bsr PrePrintSingleIntelWord ; Prepare number for printing bsr PrintMSG ; Print the number lea NoDataInSegmentMSG,a0 ; Get address of message Check offset 0 of each entry and move.l NoDataInSegmentMSGLen,d3; Get length of message tst.w DataOffset(a4,d6) ; Is there any data? beq NoDataInSegment ; Print message if 0 If 0 then print "No data provided for this segment" lea FileSegLengthMSG,a0 ; Get address of message else print size of segment in file move.l FileSegLengthMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea SixtyFourKMSG,a0 ; Get address of message move.l SixtyFourKMSGLen,d3 ; Get length of message lea FileSegLength(a4,d6),a3 ; Get address of number tst.w (a3) ; Is it zero? Which means 64k allocated beq NoDataInSegment ; If 64k size then print that bsr PrePrintSingleIntelWord ; Prepare file segment length for printing NoDataInSegment bsr PrintMSG ; Print message MinAllocForSegment lea MinAllocForSegMSG,a0 ; Get address of message Print minimum allocation for this segment move.l MinAllocForSegMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea SixtyFourKMSG,a0 ; Get address of message move.l SixtyFourKMSGLen,d3 ; Get length of message lea SegAllocSize(a4,d6),a3 ; Get address of number tst.w (a3) ; Is it zero? Which means 64k allocated beq AllocWholeSegment ; If 64k size then print that bsr PrePrintSingleIntelWord ; Prepare file segment length for printing AllocWholeSegment bsr PrintMSG ; Print message lea SegmentTypeMSG,a0 ; Get address of message Print "Segment type" move.l SegmentTypeMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea DataMSG,a0 ; Get address of message If bit 0 of flag set then segment is type data move.l DataMSGLen,d3 ; Get length of message btst #0,SegFlags(a4,d6) ; Test bit 0 of segment flags bne PrintSegmentType ; If set then print type data lea CodeMSG,a0 ; Get address of message else print type code move.l CodeMSGLen,d3 ; Get length of message PrintSegmentType bsr PrintMSG ; Print the message btst #1,SegFlags(a4,d6) ; Test bit 1 of seg flags If bit 1 set then print "Loader allocates mem..." beq NoLoaderAllocation ; If zero then no allocation lea LoaderAllocMSG,a0 ; Get address of message move.l LoaderAllocMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message NoLoaderAllocation btst #2,SegFlags(a4,d6) ; Test bit 2 of seg flags If bit 2 set then print "Segment is loaded..." beq SegmentNotLoaded ; If zero then segment not loaded lea SegmentLoadedMSG,a0 ; Get address of message move.l SegmentLoadedMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message SegmentNotLoaded lea MoveableMSG,a0 ; Get address of message If bit 4 of flag set then segment is moveable move.l MoveableMSGLen,d3 ; Get length of message btst #4,SegFlags(a4,d6) ; Test bit 4 of segment flags bne PrintSegmentReloc ; If set then print type moveable lea FixedMSG,a0 ; Get address of message else print type fixed move.l FixedMSGLen,d3 ; Get length of message PrintSegmentReloc bsr PrintMSG ; Print the message lea ShareMSG,a0 ; Get address of message If bit 5 of flag set then segment is pure or sharable move.l ShareMSGLen,d3 ; Get length of message btst #5,SegFlags(a4,d6) ; Test bit 5 of segment flags bne PrintSegmentSharing ; If set then print type shareable lea NonShareMSG,a0 ; Get address of message else print type non shareable move.l NonShareMSGLen,d3 ; Get length of message PrintSegmentSharing bsr PrintMSG ; Print the message lea PreLoadMSG,a0 ; Get address of message If bit 6 of flag set then preload segment move.l PreLoadMSGLen,d3 ; Get length of message btst #6,SegFlags(a4,d6) ; Test bit 6 of segment flags bne PrintSegmentLoadType ; If set then print type preload lea LoadOnCallMSG,a0 ; Get address of message else print type load on call move.l LoadOnCallMSGLen,d3 ; Get length of message PrintSegmentLoadType bsr PrintMSG ; Print the message btst #7,SegFlags(a4,d6) ; Test bit 7 of segment flags If bit 7 set then beq RandomAccess ; Random access lea ReadOnlyMSG,a0 ; Get address of message move.l ReadOnlyMSGLen,d3 ; Get length of message btst #0,SegFlags(a4,d6) ; Test bit 0 of segment flags If bit 0 set then print "READONLY" bne ReadOnlySegment ; Print "READONLY" if data seg lea ExecuteOnlyMSG,a0 ; Get address of message else print "EXECUTEONLY" move.l ExecuteOnlyMSGLen,d3 ; Get length of message ReadOnlySegment bsr PrintMSG ; Print the message RandomAccess ; Come here for no access restrictions btst #0,SegFlags+1(a4,d6) ; Test bit 8 of segment flags If bit 8 set then print "Segment contains relocation data" beq NoRelocation ; Jump if bit not set lea SegRelocationMSG,a0 ; Get address of message move.l SegRelocationMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message NoRelocation btst #0,SegFlags+1(a4,d6) ; Test bit 8 of segment flags If bit 8 set then print "Segment contains relocation data" beq NoDiscard ; Jump if bit not set lea SegDiscardMSG,a0 ; Get address of message move.l SegDiscardMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message NoDiscard addq.l #8,d6 ; Bump to next entry addq.w #1,d5 ; Increment the segment counter subq.w #1,d7 ; Decrement the loop counter bne PrintSegmentTableEntry ; Loop if not zero rts ; Finish printing segment table **--------------------------------------- ** ** Print resource table ** **--------------------------------------- PrintResourceTable lea RscTableOffsetMSG,a0 ; Get address of message ; Print offset to resource table move.l RscTableOffsetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea RscTableOffset(a4),a3 ; Get pointer to offset move.w (a3),d7 ; Save offset of resource table rol.w #8,d7 ; Swap bytes for intel word bsr PrePrintSingleIntelWord ; Prepare number for printing bsr PrintMSG ; Print the number ; Print contents of resource table lea rscAlignShiftMSG,a0 ; Get address of message ; Print rscAlignShift move.l rscAlignShiftMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea rscAlignShift(a4,d7.w),a3 ; Get pointer to shift count move.w (a3),d4 ; Get shift count rol.w #8,d4 ; Position bytes correctly cmp.w #31,d4 ; Check validity bgt NoResourceTable ; Jump if out of bounds bsr PrePrintSingleIntelWord ; Prepare number for printing bsr PrintMSG ; Print the number move.w d7,d6 ; Get pointer to table addq.w #2,d6 ; Increment pointer in ; Print rscTypes PrintrscTypes ; REPEAT lea ResourceTypeMSG,a0 ; Get address of message Print "Resource type : " move.l ResourceTypeMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message clr.l d0 ; Put d0 to zero move.w (a4,d6.w),d0 ; Get rtTypeID rol.w #8,d0 ; Position bytes correctly move.l d0,a0 ; Get offset of string If rtTypeID < $8000 then add.w d7,a0 ; Add offset of resource table clr.l d3 ; Clear d3 add.l a4,a0 ; Add base of header move.b (a0)+,d3 ; Get length of name cmp.w #$8000,d0 ; Compare with $8000 n=(rtTypeID+resource table base) blt PrintTherscType ; Print if less than Print n chars from above address+1 lea RT_CursorMSG,a0 ; Get address of message If rtTypeID = $8000 + 1 then print "RT_CURSOR" move.l RT_CursorMSGLen,d3 ; Get length of message cmp.w #$8000+1,d0 ; Compare with $8000+1 beq PrintTherscType ; Print if equal lea RT_BitmapMSG,a0 ; Get address of message If rtTypeID = $8000 + 2 then print "RT_BITMAP" move.l RT_BitmapMSGLen,d3 ; Get length of message cmp.w #$8000+2,d0 ; Compare with $8000+2 beq PrintTherscType ; Print if equal lea RT_IconMSG,a0 ; Get address of message If rtTypeID = $8000 + 3 then print "RT_ICON" move.l RT_IconMSGLen,d3 ; Get length of message cmp.w #$8000+3,d0 ; Compare with $8000+3 beq PrintTherscType ; Print if equal lea RT_MenuMSG,a0 ; Get address of message If rtTypeID = $8000 + 4 then print "RT_MENU" move.l RT_MenuMSGLen,d3 ; Get length of message cmp.w #$8000+4,d0 ; Compare with $8000+4 beq PrintTherscType ; Print if equal lea RT_DialogMSG,a0 ; Get address of message If rtTypeID = $8000 + 5 then print "RT_DIALOG" move.l RT_DialogMSGLen,d3 ; Get length of message cmp.w #$8000+5,d0 ; Compare with $8000+5 beq PrintTherscType ; Print if equal lea RT_StringMSG,a0 ; Get address of message If rtTypeID = $8000 + 6 then print "RT_STRING" move.l RT_StringMSGLen,d3 ; Get length of message cmp.w #$8000+6,d0 ; Compare with $8000+6 beq PrintTherscType ; Print if equal lea RT_FontDirMSG,a0 ; Get address of message If rtTypeID = $8000 + 7 then print "RT_FONTDIR" move.l RT_FontDirMSGLen,d3 ; Get length of message cmp.w #$8000+7,d0 ; Compare with $8000+7 beq PrintTherscType ; Print if equal lea RT_FontMSG,a0 ; Get address of message If rtTypeID = $8000 + 8 then print "RT_FONT" move.l RT_FontMSGLen,d3 ; Get length of message cmp.w #$8000+8,d0 ; Compare with $8000+8 beq PrintTherscType ; Print if equal lea RT_AcceleratorMSG,a0 ; Get address of message If rtTypeID = $8000 + 9 then print "RT_ACCELERATOR" move.l RT_AcceleratorMSGLen,d3 ; Get length of message cmp.w #$8000+9,d0 ; Compare with $8000+9 beq PrintTherscType ; Print if equal lea RT_RCDataMSG,a0 ; Get address of message If rtTypeID = $8000 + 10 then print "RT_RCDATA" move.l RT_RCDataMSGLen,d3 ; Get length of message cmp.w #$8000+10,d0 ; Compare with $8000+10 beq PrintTherscType ; Print if equal lea RT_Group_CursorMSG,a0 ; Get address of message If rtTypeID = $8000 + 12 then print "RT_GROUP_CURSOR" move.l RT_Group_CursorMSGLen,d3; Get length of message cmp.w #$8000+12,d0 ; Compare with $8000+12 beq PrintTherscType ; Print if equal lea RT_Group_IconMSG,a0 ; Get address of message If rtTypeID = $8000 + 14 then print "RT_GROUP_ICON" move.l RT_Group_IconMSGLen,d3 ; Get length of message cmp.w #$8000+14,d0 ; Compare with $8000+14 beq PrintTherscType ; Print if equal lea RT_VersionInfoMSG,a0 ; Get address of message If rtTypeID = $8000 + 16 then print "Version info?" move.l RT_VersionInfoMSGLen,d3 ; Get length of message cmp.w #$8000+16,d0 ; Compare with $8000+16 beq PrintTherscType ; Print if equal lea RT_UnkRscTypeMSG,a0 ; Get address of message ELSE Print "Unknown resource type",rtTypeID move.l RT_UnkRscTypeMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea (a4,d6.w),a3 ; Get address of number bsr PrePrintSingleIntelWord ; Prepare number for printing PrintTherscType bsr PrintMSG ; Print the message addq.w #2,d6 ; Increment pointer lea rtResourceCountMSG,a0 ; Get address of message Print rtResourceCount move.l rtResourceCountMSGLen,d3; Get length of message bsr PrintMSG ; Print the message lea (a4,d6.w),a3 ; Get address of rtResourceCount move.w (a3),d5 bsr PrePrintSingleIntelWord ; Prepare word for printing bsr PrintMSG ; Print the number addq.w #6,d6 ; Increment pointer Skip rtReserved (longword) ; move.w (a3),d5 ; d5 = rtResourceCount FOR n-1 to rtResourceCount rol.w #8,d5 ; Position the bytes right PrintrtNameInfo ; Print rtNameInfo lea rnOffsetMSG,a0 ; Get address of message Print rnOffset move.l rnOffsetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message clr.l d0 ; Clear d0 move.w rnOffset(a4,d6.w),d0 ; Get rnOffset rol.w #8,d0 ; Position the bytes correctly lsl.l d4,d0 ; Shift to size bsr PrintMotoRegNum ; Print the number lea rnLengthMSG,a0 ; Get address of message ; Print rnLength move.l rnLengthMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message clr.l d0 ; Clear d0 move.w rnLength(a4,d6.w),d0 ; Get rnOffset rol.w #8,d0 ; Position the bytes correctly lsl.l d4,d0 ; Shift to size bsr PrintMotoRegNum ; Print the number ; Print rnFlags Print rnFlags lea rnFlagsMSG,a0 ; Get address of message Print "Resource flags" move.l rnFlagsMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message btst #4,rnFlags(a4,d6.w) ; Test bit 4 of rnFlags If bit 4 set then print "MOVEABLE" beq rnFlagsNotMoveable ; Jump if flag not set lea rnFlagsMoveableMSG,a0 ; Get address of message move.l rnFlagsMoveableMSGLen,d3; Get length of message bsr PrintMSG ; Print the message rnFlagsNotMoveable btst #5,rnFlags(a4,d6.w) ; Test bit 6 of rnFlags If bit 5 set then print "PURE" beq rnFlagsNotPure ; Jump if flag not set lea rnFlagsPureMSG,a0 ; Get address of message move.l rnFlagsPureMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message rnFlagsNotPure btst #6,rnFlags(a4,d6.w) ; Test bit 6 of rnFlags If bit 6 set then print "PRELOAD" beq PrintrnID ; Jump if flag not set lea rnFlagsPreloadMSG,a0 ; Get address of message move.l rnFlagsPreloadMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message PrintrnID ; Print rnID lea rnIDMSG,a0 ; Get address of message Print "Resource ID is" move.l rnIDMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.w rnID(a4,d6.w),d0 ; Get rnID If rnID >= $8000 then print rnID-$8000 bclr #7,d0 ; Clear MSBit of intel word lea StackEquation(a5),a3 ; Get temporary address move.w d0,(a3) ; Store ID bsr PrePrintSingleIntelWord ; Prepare the word for printing btst #7,rnID+1(a4,d6.w) ; Test bit 15 of rnID bne EndFORrnNameInfo ; Jump if set lea rnID(a4,d6.w),a0 ; Get rnID address ELSE clr.l d0 ; Clear scratch register x=(rnID+resource table base) move.l d0,d3 ; Clear d3 also Print x chars from above table move.w (a0),d0 ; Get offset rol.w #8,d0 ; Position bytes correctly move.l d0,a0 ; Get address of string add.w d7,a0 ; Add base of resource table add.l a4,a0 ; Add base of header move.b (a0)+,d3 ; Get length of string EndFORrnNameInfo bsr PrintMSG ; Print the message add.w #12,d6 ; Skip to next entry Skip to next entry subq.w #1,d5 ; Decrement n FOR loop bne PrintrtNameInfo ; Loop if not zero ; END ; FOR tst.w (a4,d6.w) ; Test next byte bne PrintrscTypes ; Loop if not zero ; UNTIL rscEndTypes ; ie. next byte = 0 NoResourceTable rts ; End of printing **------------------------------------------ ** ** Print resident-name table ** **------------------------------------------ PrintResNameTable lea ResNamTableMSG,a0 ; Get address of message Print resident-name table move.l ResNamTableMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message clr.l d7 ; Clear d7 Get address of resident-name table move.w ResNameTabOffset(a4),d7 ; Get offset rol.w #8,d7 ; Position bytes correctly add.l a4,d7 ; Get address of table move.l d7,a0 ; Put in address register Skip first entry move.b (a0)+,d3 ; Get length of module Get length of string add.l d3,a0 ; Skip past name Add to pointer addq.l #2,a0 ; Skip ordinal Add 2 to pointer to skip ordinal PrintResNamTabString tst.b (a0) ; Test next byte WHILE next byte !=0 beq ResNamTabFinished ; Jump if 0 move.l a0,d7 ; Save pointer lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d7,a0 ; Get pointer Get length of string move.b (a0)+,d3 ; Get length of string move.l a0,d7 ; Save pointer add.l d3,d7 ; Add string length Skip pointer past string bsr PrintMSG ; Print the string Print string lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d7,a3 ; Put pointer in a3 Print ordinal bsr PrePrintSingleIntelWord ; Prepare the number bsr PrintMSG ; Print the number addq.l #2,d7 ; Skip past ordinal move.l d7,a0 ; Get pointer bra PrintResNamTabString ; Loop END ; WHILE ResNamTabFinished rts ; Return **-------------------------------------------------- ** ** Print module-reference and imported-name tables ** **-------------------------------------------------- PrintModImpTables lea ModTableEntriesMSG,a0 ; Get address of message Print module-reference and imported-name tables move.l ModTableEntriesMSGLen,d3; Get length of message Print number of entries in module-reference table bsr PrintMSG ; Print the message lea ModTableEntries(a4),a3 ; Point to entries in mod tab move.w (a3),d7 ; Get number of entries rol.w #8,d7 ; Position bytes correctly bsr PrePrintSingleIntelWord ; Prepare for printing bsr PrintMSG ; Print the number clr.l d6 ; Clear d6 Get address of imported-name table move.w ImpTableOffset(a4),d6 ; Get offset to imp tab rol.w #8,d6 ; Position the bytes correctly add.l a4,d6 ; Add base of header addq.w #1,d7 ; Add extra 1 PrintModRefStrings ; FOR n=1 to number of entries in module-reference table lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d6,a0 ; Get pointer Get length of string move.b (a0)+,d3 ; Get length of string move.l a0,d6 ; Save pointer Get address of string add.l d3,d6 ; Skip past string bsr PrintMSG ; Print string Print string lea NewLineMSG,a0 ; Get address of message move.l NewLineMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message subq.w #1,d7 ; Decrement counter END ; FOR bne PrintModRefStrings ; Loop rts ; Finished **------------------------------------------ ** ** Print non-resident name table ** **------------------------------------------ PrintNonResNameTable lea NonResNamTableMSG,a0 ; Get address of message Print resident-name table move.l NonResNamTableMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message clr.l d7 ; Clear d7 Get address of resident-name table move.l NonResNamTabOffset(a4),d7 ; Get offset rol.w #8,d7 ; Position bytes correctly swap d7 ; swap register halves rol.w #8,d7 ; Position bytes correctly sub.l HeaderOffset(a5),d7 ; Get address of table add.l a4,d7 ; Add offset to table move.l d7,a0 ; Put in address register Skip first entry move.b (a0)+,d3 ; Get length of module Get length of string add.l d3,a0 ; Skip past name Add to pointer addq.l #2,a0 ; Skip ordinal Add 2 to pointer to skip ordinal PrintNonResNamTabString tst.b (a0) ; Test next byte WHILE next byte !=0 beq NonResNamTabFinished ; Jump if 0 move.l a0,d7 ; Save pointer lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d7,a0 ; Get pointer Get length of string move.b (a0)+,d3 ; Get length of string move.l a0,d7 ; Save pointer add.l d3,d7 ; Add string length Skip pointer past string bsr PrintMSG ; Print the string Print string lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d7,a3 ; Put pointer in a3 Print ordinal bsr PrePrintSingleIntelWord ; Prepare the number bsr PrintMSG ; Print the number addq.l #2,d7 ; Skip past ordinal move.l d7,a0 ; Get pointer bra PrintNonResNamTabString ; Loop END ; WHILE NonResNamTabFinished rts ; Return **--------------------------------------------- ** ** Print entry table ** **--------------------------------------------- PrintEntryTable ; Print entry table lea EntryTableMSG,a0 ; Get address of message move.l EntryTableMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message tst.w EntryLength(a4) ; Test number Test length of entry table beq EntryTableFinished ; Quit if 0 clr.l d5 ; Clear d5 moveq.l #1,d6 ; Initialize entry counter If length != 0 then move.w EntryOffset(a4),d7 ; Get offset Get address of entry table rol.w #8,d7 ; Position bytes correctly PrintEntryTableBundles ; REPEAT move.b EntryBndlNum(a4,d7.w),d5; Get number of entries Get number of entries in bundle move.b EntryBndlTyp(a4,d7.w),d4; Get entry type Get bundle type addq.w #2,d7 ; Add 2 to pointer Add 2 to pointer tst.b d4 ; Is d4 = 0 ? If bundle type = 0 then ; Null entries beq EntryZeroBundle ; Branch if 0 cmp.b #$FE,d4 ; Is d4 = $FE If bundle type = $FE then ; Constant pointer beq EntryConstBundle ; Jump if $FE cmp.b #$FF,d4 ; Is d4 = $FF beq EntryMoveBundle ; Jump if $FF If bundle type = $FF then ; Movable segment ; Print fixed segment records ELSE lea EntryFixSegRecrMSG,a0 ; Get address of message Print "Fixed segment records : " move.l EntryFixSegRecrMSGLen,d3; Get length of message bsr PrintMSG ; Print the message move.b d5,d3 ; Move byte for printing bsr PrintByte ; Print a byte number ,entries in bundle, lea EntryEntriesSegMSG,a0 ; Get address of message " entries. Segment : " move.l EntryEntriesSegMSGLen,d3; Get length of message bsr PrintMSG ; Print the message move.b d4,d3 ; Move byte for printing ,bundle type bsr PrintByte ; Print the number EntryPrintFixSeg ; FOR n=1 to entries in bundle bsr PrintEntryNumber ; Print entry Print "Entry ",entry counter lea EntryFixOffsetMSG,a0 ; Get address of message Print "Offset : ",EntryFixOffset move.l EntryFixOffsetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea EntryFixOffset(a4,d7.w),a3 ; Get address of offset bsr PrePrintSingleIntelWord ; Prepare num for printing subq.l #1,d3 ; No new line bsr PrintMSG ; Print number btst #0,EntryFixFlags(a4,d7.w) ; Test flag If bit 0 of EntryFixFlags = 1 then beq EntryFixNotExported ; Jump if 0 bsr PrintEntryExported ; Print exported Print Exported EntryFixNotExported btst #1,EntryFixFlags(a4,d7.w) ; Test flag If bit 1 of EntryFixFlags = 1 then beq EntryFixNotGlobal ; Jump if 0 lea SingleDataModelMSG,a0 ; Get address of message Print "SINGLEDATA" move.l SingleDataModelMSGLen,d3; Get length of message bsr PrintMSG ; Print the message EntryFixNotGlobal addq.w #3,d7 ; Add 3 to pointer Add 3 to pointer addq.l #1,d6 ; Increment entry number END ; FOR subq.b #1,d5 ; Decrement number of entries in bundle bne EntryPrintFixSeg ; Loop bra EntryFinished ; Finished ; Print null entry bundles EntryZeroBundle lea EntryNullEntriesMSG,a0 ; Get address of message Print "Null entries : " move.l EntryNullEntriesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.b d5,d3 ; Get number of entries ,entries bsr PrintByte ; Print the number add.l d5,d6 ; Add entries to counter Add entries to entry counter bra EntryFinished ; Null entries done ; Constant pointer EntryConstBundle lea EntryConstantMSG,a0 ; Get address of message Print "Constant records : " move.l EntryConstantMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.b d5,d3 ; Move byte for printing bsr PrintByte ; Print a byte number ,entries in bundle, lea EntryEntriesMSG,a0 ; Get address of message " entries." move.l EntryEntriesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message EntryPrintConstSeg ; FOR n=1 to entries in bundle bsr PrintEntryNumber ; Print entry Print "Entry ",entry counter lea EntryFixOffsetMSG,a0 ; Get address of message Print "Offset : ",EntryConstValue move.l EntryFixOffsetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea EntryConstValue(a4,d7.w),a3 ; Get address of offset bsr PrePrintSingleIntelWord ; Prepare num for printing subq.l #1,d3 ; No new line bsr PrintMSG ; Print number btst #0,EntryConstFlags(a4,d7.w) ; Test flag If bit 0 of EntryFixFlags = 1 then beq EntryConstNotExported ; Jump if 0 bsr PrintEntryExported ; Print exported Print Exported EntryConstNotExported btst #1,EntryConstFlags(a4,d7.w) ; Test flag If bit 1 of EntryFixFlags = 1 then beq EntryConstNotGlobal ; Jump if 0 lea SingleDataModelMSG,a0 ; Get address of message Print "SINGLEDATA" move.l SingleDataModelMSGLen,d3; Get length of message bsr PrintMSG ; Print the message EntryConstNotGlobal addq.w #3,d7 ; Add 3 to pointer Add 3 to pointer addq.l #1,d6 ; Increment entry number END ; FOR subq.b #1,d5 ; Decrement number of entries in bundle bne EntryPrintConstSeg ; Loop bra EntryFinished ; Finished ; Print moveable segment record EntryMoveBundle lea EntryMoveRecrMSG,a0 ; Get address of message Print "Movable segment records : " move.l EntryMoveRecrMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.b d5,d3 ; Move byte for printing bsr PrintByte ; Print a byte number ,entries in bundle, lea EntryEntriesMSG,a0 ; Get address of message Print "entries" move.l EntryEntriesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message EntryPrintMoveSeg ; FOR n=1 to entries in bundle bsr PrintEntryNumber ; Print entry Print "Entry ",entry counter lea EntryMoveSegMSG,a0 ; Get address of message Print "Segment : ",EntryMoveSeg move.l EntryMoveSegMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.b EntryMoveSeg(a4,d7.w),d3; Get address of offset bsr PrintByte ; Prepare num for printing lea EntryMoveOffsetMSG,a0 ; Get address of message Print "Offset : ",EntryMoveOffset move.l EntryMoveOffsetMSGLen,d3; Get length of message bsr PrintMSG ; Print the message lea EntryMoveOffset(a4,d7.w),a3 ; Get address of offset bsr PrePrintSingleIntelWord ; Prepare num for printing subq.l #1,d3 ; No new line bsr PrintMSG ; Print number btst #0,EntryMoveFlags(a4,d7.w) ; Test flag If bit 0 of EntryFixFlags = 1 then beq EntryMoveNotExported ; Jump if 0 bsr PrintEntryExported ; Print exported Print Exported EntryMoveNotExported btst #1,EntryFixFlags(a4,d7.w) ; Test flag If bit 1 of EntryFixFlags = 1 then beq EntryMoveNotGlobal ; Jump if 0 lea GlobalMSG,a0 ; Get address of message Print "GLOBAL" move.l GlobalMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message EntryMoveNotGlobal addq.w #6,d7 ; Add 6 to pointer Add 6 to pointer addq.l #1,d6 ; Increment entry number END ; FOR subq.b #1,d5 ; Decrement number of entries in bundle bne EntryPrintMoveSeg ; LoopEntryFinished EntryFinished tst.b (a4,d7.w) ; Is next byte = 0 UNTIL next byte = 0 bne PrintEntryTableBundles ; Loop EntryTableFinished rts ; Finished PrintEntryNumber lea EntryNumberMSG,a0 ; Get address of message Print "Entry : " move.l EntryNumberMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l d6,d0 ; Get entry counter ,entry counter rol.w #8,d0 ; Convert to intel form swap d0 ; Swap register halves rol.w #8,d0 ; Convert to intel form move.l d0,StackEquation(a5) ; Put number for printing lea StackEquation(a5),a3 ; Get address of number lea TempBuffer(a5),a1 ; Get address of printing buffer move.l a1,a0 ; Make a copy of buffer address move.b #"$",(a1)+ ; Put $ for hexadecimal addq.l #2,a3 ; Bump pointer to segment number bsr PrePrintIntelWord ; Print the segment number move.b #":",(a1)+ ; Character in between seg and offset subq.l #4,a3 ; Bump pointer back to offset bsr PrePrintIntelWord ; Print the offset number move.l #10,d3 ; Length of string bra PrintMSG ; Print string PrintEntryExported lea EntryExportedMSG,a0 ; Get address of message Print "Exported" move.l EntryExportedMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message rts ; Return **---------------------------------------------- ** ** Print relocation tables ** **---------------------------------------------- PrintRelocTabs ; Print segment relocations lea PrintRelocationMSG,a0 ; Get address of message Print "Segment relocations" move.l PrintRelocationMSGLen,d3; Get length of message bsr PrintMSG ; Print the message move.l #1,d7 ; d7=segment counter Initialize segment counter move.w SegTableOffset(a4),d5 ; Get seg table offset Get address of segment table rol.w #8,d5 ; d5=Pointer in seg table move.w SegTableEntryNum(a4),d6 ; Get seg table entries Get number of entries in segment table rol.w #8,d6 ; d6=Seg table entries (n) SearchSegTab4Reloc ; FOR n=1 to entries in segment table btst #0,SegFlags+1(a4,d5.w) ; Test bit 8 of segment flags If this segment contains relocation data beq NoRelocInThisSeg ; Jump if no relocations lea RelocForSegMSG,a0 ; Get address of message Print "Relocations for segment " move.l RelocForSegMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.w d7,d0 ; Get temp copy of seg num ,segment counter rol.w #8,d0 ; Make intel word lea StackEquation(a5),a3 ; Get temporary address move.w d0,(a3) ; Save number bsr PrePrintSingleIntelWord ; Prepare for printing bsr PrintMSG ; Print the number clr.l d2 ; Clear d2 for later move.l d2,d0 ; Clear d0 for later too move.b ShiftCount(a4),d0 ; Get shift count Goto position of segment in file move.w SegmentPos(a4,d5.w),d2 ; Get position of segment rol.w #8,d2 ; Position bytes correctly lsl.l d0,d2 ; Shift pos by sector size move.w SegmentLen(a4,d5.w),d0 ; Get length of segment Move an extra segment length bytes rol.w #8,d0 ; Position bytes correctly add.l d0,d2 ; Add the length bsr SeekTo ; Goto that position bsr ReadIntelWord ; Get length of buffer Get intel word at that address (items in table) clr.l d3 ; Clear d0 Allocate items in table * 8 bytes of ram move.w d2,d3 ; Get length of buffer move.l d3,d4 ; d4=number of entries counter (x) lsl.l #3,d3 ; Multiply by 8 move.l d3,d0 ; Save copy of length move.l d3,RelocBufferLen(a5) ; Save permanent copy of buffer len move.l #AnyMemoryType,d1 ; Any memory type move.l AbsExecBase,a6 ; Get address of exec base jsr _LVOAllocMem(a6) ; Allocate the memory move.l DosBase(a5),a6 ; Get dos.library pointer tst.l d0 ; Was memory allocated? bne RelocBufferOK ; Jump if OK lea OutOfMemMSG,a0 ; Get address of message If allocation UNsuccesful then move.l OutOfMemMSGLen,d3 ; Get length of message Print "Out of memory" bsr PrintMSG ; Print the message rts ; Return rts RelocBufferOK move.l d0,a4 ; a4=address of reloc buffer Read items in table * 8 bytes into allocates buffer move.l d0,RelocBufferAddr(a5) ; Keep permanent copy of buffer addr move.l d0,d2 ; Get address of buffer move.l FileHandle(a5),d1 ; Get file handle jsr _LVORead(a6) ; Get relocation table cmp.l d0,d3 ; Check return value If read failed then beq RelocReadOK ; Jump if ok lea RelocReadFailedMSG,a0 ; Get address of message Print "Read from file failed" move.l RelocReadFailedMSGLen,d3; Get length of message RelocError bsr PrintMSG ; Print the message move.l HeaderAddress(a5),a4 ; Get address of header move.l RelocBufferAddr(a5),a1 ; Get address of buffer move.l RelocBufferLen(a5),d0 ; Get length of buffer move.l AbsExecBase,a6 ; Get address of exec base jsr _LVOFreeMem(a6) ; Allocate the memory move.l DosBase(a5),a6 ; Get dos.library pointer rts ; Finished rts RelocReadOK lea TypeOffsTargetMSG,a0 ; Get address of message Print "type offset target" move.l TypeOffsTargetMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message PrintRelocItem ; FOR x = 1 to items in table lea LoByteMSG,a0 ; Get address of message If RelocAddrType = 0 then move.l LoByteMSGLen,d3 ; Get length of message Print "LoByte " cmp.b #0,RelocAddrType(a4) ; Is it = 0? beq RelocTypeFound ; Print reloc type lea SelectMSG,a0 ; Get address of message If RelocAddrType = 2 then move.l SelectMSGLen,d3 ; Get length of message Print "Select " cmp.b #2,RelocAddrType(a4) ; Is it = 2? beq RelocTypeFound ; Print reloc type lea PtrMSG,a0 ; Get address of message If RelocAddrType = 3 then move.l PtrMSGLen,d3 ; Get length of message Print "PTR " cmp.b #3,RelocAddrType(a4) ; Is it = 3? beq RelocTypeFound ; Print reloc type lea OffsMSG,a0 ; Get address of message If RelocAddrType = 5 then move.l OffsMSGLen,d3 ; Get length of message Print "OFFS " cmp.b #5,RelocAddrType(a4) ; Is it = 5? beq RelocTypeFound ; Print reloc type lea Ptr48MSG,a0 ; Get address of message If RelocAddrType = 11 then move.l Ptr48MSGLen,d3 ; Get length of message Print "PTR-48 " cmp.b #11,RelocAddrType(a4) ; Is it = 11? beq RelocTypeFound ; Print reloc type lea Offs32MSG,a0 ; Get address of message If RelocAddrType = 13 then move.l Offs32MSGLen,d3 ; Get length of message Print "OFFS-32 " cmp.b #13,RelocAddrType(a4) ; Is it = 13? beq RelocTypeFound ; Print reloc type lea RelocTypeUnknMSG,a0 ; Get address of message else print "Unknown relocation type. Send me this file to df114@city.ac.uk read docs!!!!" move.l RelocTypeUnknMSGLen,d3 ; Get length of message bra RelocError ; Finish rts RelocTypeFound bsr PrintMSG ; Print reloc type lea RelocOffset(a4),a3 ; Get address of reloc offset Print RelocOffset bsr PrePrintSingleIntelWord ; Prepare for printing subq.l #1,d3 ; No newline bsr PrintMSG ; Print the number lea SixBlankSpacesMSG,a0 ; Get address of message move.l SixBlankSpacesMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message tst.b RelocType(a4) ; Is it 0 If RelocType = 0 then Internal reference beq RelocInternalReference ; Jump if true cmp.b #1,RelocType(a4) ; Is it 1 If RelocType = 1 then Imported ordinal beq RelocImportedOrdinal ; Jump if true cmp.b #2,RelocType(a4) ; Is it 2 If RelocType = 2 then Imported name beq RelocImportedName ; Jump if true cmp.b #3,RelocType(a4) ; Is it 3 If RelocType = 3 then OSFIXUP beq RelocOSFIXUP ; Jump if true cmp.b #5,RelocType(a4) ; Is it 5 If RelocType = 5 then Additive? beq RelocAdditive ; Jump if true lea RelocTypeUnknMSG,a0 ; Get address of message else move.l RelocTypeUnknMSGEnd,d3 ; Get length of message Print "Unknown relocation type send me this file to df114@city.ac.uk read docs!!!!" bra RelocError ; Finish rts RelocInternalReference ; If RelocType = 0 then Internal reference cmp.b #$FF,RelocB4(a4) ; Is segment movable? If RelocB4 = $FF then bne RelocInternalFixed ; Jump if fixed segment lea EntryMSG,a0 ; Get address of message Print "Entry " move.l EntryMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea RelocB6(a4),a3 ; Get pointer to entry ,RelocB6 bsr PrePrintSingleIntelWord ; Print the number bra RelocItemPrinted ; Done RelocInternalFixed move.l RelocB4(a4),d0 ; Get number else swap d0 ; Swap register halves Print RelocB4,":",RelocB6 Segment:Offset are the wrong way round rol.w #8,d0 ; Position bytes correctly swap d0 ; Swap register halves rol.w #8,d0 ; Form number correctly bsr PrintMotoRegNum ; Print the number bra RelocItemPrinted ; Done RelocImportedOrdinal ; If RelocType = 1 then move.l HeaderAddress(a5),a3 ; Get address of header clr.l d0 ; Clear d0 move.l d0,d1 ; Clear d1 move.b RelocB4(a4),d0 ; Get RelocB4 (RelocB4 - 1)*2 subq.b #1,d0 ; RelocB4-1 lsl.w #1,d0 ; (RelocB4-1)*2 move.w ModRefOffset(a3),d1 ; Get offset to mod-ref table Add offset to mod-ref table rol.w #8,d1 ; Position bytes correctly add.l d0,d1 ; Add numbers move.w (a3,d1),d1 ; Get offset into imp-nam table rol.w #8,d1 ; Position bytes correctly move.w ImpNameOffset(a3),d0 ; Get offset to imp-nam table Add that word to offset of imp-name table rol.w #8,d0 ; Position bytes correctly add.l d0,d1 ; Add the numbers lea (a3,d1),a0 ; Get address of string Print that byte many bytes at that addr+1 move.b (a0)+,d3 ; Get length of string bsr PrintMSG ; Print the string lea FullStopMSG,a0 ; Get address of message Print "." move.l FullStopMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea RelocB6(a4),a3 ; Get address of number ,RelocB6 bsr PrePrintSingleIntelWord ; Prepare for printing bsr PrintMSG ; Print the number bra RelocItemPrinted ; Done RelocImportedName ; If RelocType = 2 then ; Imported name move.l HeaderAddress(a5),a3 ; Get address of header clr.l d0 ; Clear d0 move.l d0,d1 ; Clear d1 move.b RelocB4(a4),d0 ; Get RelocB4 (RelocB4 - 1)*2 subq.b #1,d0 ; RelocB4-1 lsl.w #1,d0 ; (RelocB4-1)*2 move.w ModRefOffset(a3),d1 ; Get offset to mod-ref table Add offset to mod-ref table rol.w #8,d1 ; Position bytes correctly add.l d0,d1 ; Add numbers move.w (a3,d1),d1 ; Get offset into imp-nam table rol.w #8,d1 ; Position bytes correctly move.w ImpNameOffset(a3),d0 ; Get offset to imp-nam table Add that word to offset of imp-name table rol.w #8,d0 ; Position bytes correctly add.l d0,d1 ; Add the numbers lea (a3,d1),a0 ; Get address of string Print that byte many bytes at that addr+1 move.b (a0)+,d3 ; Get length of string bsr PrintMSG ; Print the string lea FullStopMSG,a0 ; Get address of message Print "." move.l FullStopMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message move.l HeaderAddress(a5),a3 ; Get address of header clr.l d0 ; Clear d0 move.l d0,d1 ; Clear d1 move.b RelocB6(a4),d0 ; Get RelocB6 RelocB6 + offset to imp-name table move.w ImpNameOffset(a3),d1 ; Get offset to imp-nam table rol.w #8,d1 ; Position bytes correctly add.l d0,d1 ; Add the numbers lea (a3,d1),a0 ; Get address of string Print that byte many bytes at that addr+1 move.b (a0)+,d3 ; Get length of string bsr PrintMSG ; Print the string lea NewLineMSG,a0 ; Get address of message move.l NewLineMSG,d3 ; Get length of message bsr PrintMSG ; Print the message bra RelocItemPrinted ; Done RelocOSFIXUP ; If RelocType = 3 then OSFIXUP lea RelocTypeUnknMSG,a0 ; Get address of message Print "OSFIXUP Send me this file to df114@city.ac.uk read docs!!!!" move.l RelocTypeUnknMSGLen,d3 ; Get length of message bra RelocError ; Finished rts RelocAdditive move.l HeaderAddress(a5),a3 ; Get address of header clr.l d0 ; Clear d0 move.l d0,d1 ; Clear d1 move.b RelocB4(a4),d0 ; Get RelocB4 (RelocB4 - 1)*2 subq.b #1,d0 ; RelocB4-1 lsl.w #1,d0 ; (RelocB4-1)*2 move.w ModRefOffset(a3),d1 ; Get offset to mod-ref table Add offset to mod-ref table rol.w #8,d1 ; Position bytes correctly add.l d0,d1 ; Add numbers move.w (a3,d1),d1 ; Get offset into imp-nam table rol.w #8,d1 ; Position bytes correctly move.w ImpNameOffset(a3),d0 ; Get offset to imp-nam table Add that word to offset of imp-name table rol.w #8,d0 ; Position bytes correctly add.l d0,d1 ; Add the numbers lea (a3,d1),a0 ; Get address of string Print that byte many bytes at that addr+1 move.b (a0)+,d3 ; Get length of string bsr PrintMSG ; Print the string lea FullStopMSG,a0 ; Get address of message Print "." move.l FullStopMSGLen,d3 ; Get length of message bsr PrintMSG ; Print the message lea RelocB6(a4),a3 ; Get address of number ,RelocB6 bsr PrePrintSingleIntelWord ; Prepare for printing bsr PrintMSG ; Print the number RelocItemPrinted addq.l #8,a4 ; Add 8 Add 8 to pointer ; Skip to next entry in relocation table subq.w #1,d4 ; Decrement num of entries tst.w d4 bne PrintRelocItem ; Loop END ; FOR move.l RelocBufferAddr(a5),a1 ; Get address of reloc buffer Deallocate memory just used move.l RelocBufferLen(a5),d0 ; Get length of reloc buffer move.l AbsExecBase,a6 ; Get exec base jsr _LVOFreeMem(a6) ; Free the memory move.l DosBase(a5),a6 ; Restore dos.library pointer move.l HeaderAddress(a5),a4 ; Get address of header NoRelocInThisSeg addq.w #8,d5 ; Add 8 to pointer Add 8 to pointer' ; Skip to next entry in segment table addq.w #1,d7 ; Increment segment counter subq.w #1,d6 ; Decrement number of segments tst.w d6 ; Are we finished? bne SearchSegTab4Reloc ; Loop END ; FOR rts ; Finished *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ *++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrintByte PrintByte(Number) ** d3 ** ** Print the byte held in d3 ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrintByte lea TempBuffer(a5),a0 ; Get address of temp buffer bsr ConvertBin2ASCII ; Convert number to ASCII move.b #"$",(a0) ; Put a $ sign move.b d0,1(a0) ; Put high nibble move.b d1,2(a0) ; Put low nibble move.l #3,d3 ; Three characters to print bra PrintMSG ; Print the number **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrintMotoRegNum PrintMotoRegNum(Number) ** d0 ** ** Prints the normal format number in d0 in segment:offset form ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrintMotoRegNum rol.w #8,d0 ; Convert to intel form swap d0 ; Swap register halves rol.w #8,d0 ; Convert to intel form move.l d0,StackEquation(a5) ; Put number for printing lea StackEquation(a5),a3 ; Get address of number bra PrintSegOffset ; Print the number **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrintSegOffset PrintSegOffset(*Number) ** a3 ** ** Prints a segment and offset number as pointed to by a3 ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrintSegOffset lea TempBuffer(a5),a1 ; Get address of printing buffer move.l a1,a0 ; Make a copy of buffer address move.b #"$",(a1)+ ; Put $ for hexadecimal addq.l #2,a3 ; Bump pointer to segment number bsr PrePrintIntelWord ; Print the segment number move.b #":",(a1)+ ; Character in between seg and offset subq.l #4,a3 ; Bump pointer back to offset bsr PrePrintIntelWord ; Print the offset number move.b #NewLine,(a1)+ ; New line move.l #11,d3 ; Length of string bra PrintMSG ; Print string **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrePrintIntelWord PrePrintIntelWord(*Number,*PrintBuffer) ** a3 a1 ** ** Puts the ASCII codes for a word into a string ready to be printed. a3 points to the number and ** a1 points to the number itself in Intel format. ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrePrintIntelWord move.b 1(a3),d3 ; Get high byte of number bsr ConvertBin2ASCII ; Get ASCII codes move.b d0,(a1)+ ; Put high nibble move.b d1,(a1)+ ; Put low nibble move.b (a3),d3 ; Get low byte of number bsr ConvertBin2ASCII ; Get ASCII codes move.b d0,(a1)+ ; Put high nibble move.b d1,(a1)+ ; Put low nibble addq.l #2,a3 ; Increment pointer past number rts ; Return **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrePrintSingleIntelWord *Buffer , Length = PrePrintSingleIntelWord(*Number) ** a0 d3 a3 ** ** Prepares a single Intel format word for printing. It return a pointer to the print buffer and has ** the length in d3 ready for a call to PrintMSG. ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrePrintSingleIntelWord lea TempBuffer(a5),a1 ; Get address of temporary buffer move.l a1,a0 ; Keep a temporary copy of buffer address move.b #"$",(a1)+ ; Put $ for hex number bsr PrePrintIntelWord ; Put number move.b #NewLine,(a1)+ ; Put new line character move.l #6,d3 ; 6 characters to be printed rts ; Finished **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** ReadIntelWord d2 = ReadIntelWord ** ** Read an Intel backward format word from current position in file and ** returns it as a proper Motorola word ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ReadIntelWord move.l FileHandle(a5),d1 ; Get file handle lea TempBuffer(a5),a0 ; Get address of temp buffer move.l a0,d2 ; Put temp buffer address in d2 move.l #2,d3 ; Two bytes or word to be checked jsr _LVORead(a6) ; Read word for checking cmp.l #2,d0 ; Read OK? bne ReadFailed ; Goto read failed error move.w TempBuffer(a5),d2 ; Get word rol.w #8,d2 ; Swap high and low byte rts ; Return word **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** SeekTo SeekTo(Position) ** d2 ** ** Seeks to the indicated position in the file. If operation unsuccesful ** the return address is POPed from the stack and an error printed. ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ SeekTo move.l FileHandle(a5),d1 ; Move file handle to d1 move.l #OFFSET_BEGINNING,d3 ; Seek from beginning of file jsr _LVOSeek(a6) ; Seek cmp.l #-1,d0 ; Was seek succesful? beq SeekNotSuccesful ; Goto error if unsuccesful rts ; Completed succesfully **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** ConvertBin2ASCII d0,d1 = ConvertBin2ASCII (binary number) ** d3 ** ** Converts an 8-digit binary number to two ASCII hexadecimal digits. ** ** d0 = high digit bits 4-7 ** d1 = low digit bits 0-3 ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ConvertBin2ASCII move.b d3,d0 ; Get low nibble and.b #$0F,d0 ; Blank out high nibble bsr ConvertNumber ; Convert the nibble move.b d0,d1 ; Store low nibble in d1 move.b d3,d0 ; Get high nibble lsr.b #4,d0 ; Position it correctly ConvertNumber add.b #$30,d0 ; Add ASCII "0" cmp.b #$3A,d0 ; Is number < 10 ? blt ConversionComplete ; If yes then conversion complete add.b #$07,d0 ; Add to ASCII "A" ConversionComplete rts ; Conversion completed **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ** ** PrintMSG PrintMSG (*MSG,Length) ** a0 d3 ** ** Prints a given message to standard out. ** **+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ PrintMSG move.l DosBase(a5),a6 ; Get dos base address move.l a0,d2 ; Put message pointer in d2 move.l OutputHandle(a5),d1 ; Move output handle to d1 jsr _LVOWrite(a6) ; Print message rts ; Print complete **===================================================================================================== ** ** Error handlers ** **===================================================================================================== FileNotOpenOK move.l FileNotOpenMSGLen,d3 ; Get length of message lea FileNotOpenMSG,a0 ; Get pointer to error message bra PrintErrorAndReturnToDos; Print error message MemoryNotAllocated move.l MemoryNotAllocatedMSGLen,d3 ; Get length message lea MemoryNotAllocatedMSG,a0 ; Get pointer to error message bra CloseFileAndDosLibPrintMSG ; Print error message NotWindowsEXE move.l NotWindowsEXEMSGLen,d3 ; Get length message lea NotWindowsEXEMSG,a0 ; Get pointer to error message bra CloseFileAndDosLibPrintMSG ; Print error message ReadFailed move.l ReadFailedMSGLen,d3 ; Get length message lea ReadFailedMSG,a0 ; Get pointer to error message addq.l #4,sp ; POP return address from stack bra CloseFileAndDosLibPrintMSG ; Print error message SeekNotSuccesful move.l SeekNotSuccesMSGLen,d3 ; Get length message lea SeekNotSuccesMSG,a0 ; Get pointer to error message addq.l #4,sp ; POP return address from stack bra CloseFileAndDosLibPrintMSG ; Print error message CloseFileAndDosLibPrintMSG move.l a0,a3 ; Save message pointer move.l FileHandle(a5),d1 ; Get file handle move.l DosBase(a5),a6 ; Get dos lib base address jsr _LVOClose(a6) ; Close file move.l a3,a0 ; Get message pointer PrintErrorAndReturnToDos bsr PrintMSG ; Print error message move.l a6,a1 ; Pointer to dos.library move.l AbsExecBase,a6 ; Get exec base address jsr _LVOCloseLibrary(a6) ; Close dos.library move.l a5,a1 ; Free temporary storage memory move.l TempBufferLen(a5),d0 ; Get length of temporary buffer jsr _LVOFreeMem(a6) ; Free the memory moveq.l #0,d0 ; Return code = 0 rts ; Return to DOS DosNotOpen move.l a5,a1 ; Free temporary storage memory move.l TempBufferLen(a5),d0 ; Get size of memory block jsr _LVOFreeMem(a6) ; Free the memory move.l #20,d0 ; Error code = 20 not open rts ; Exit TempBufNoAlloc move.l #30,d0 ; Error code = 30 buffer not allocated rts ; Exit **===================================================================================================== ** ** The wonderful data section ** **===================================================================================================== ; SECTION data,DATA DosLibName dc.b "dos.library",NULL FileName dc.b "TaskMan.exe",NULL ** Error messages FileNotOpenMSGLen dc.l FileNotOpenMSGEnd-FileNotOpenMSG FinishMSGLen dc.l FinishMSGEnd-FinishMSG MemoryNotAllocatedMSGLen dc.l MemoryNotAllocatedMSGEnd-MemoryNotAllocatedMSG NotWindowsEXEMSGLen dc.l NotWindowsEXEMSGEnd-NotWindowsEXEMSG ReadFailedMSGLen dc.l ReadFailedMSGEnd-ReadFailedMSG SeekNotSuccesMSGLen dc.l SeekNotSuccesMSGEnd-SeekNotSuccesMSG FileNotOpenMSG dc.b "File did not open succesfully.",NewLine FileNotOpenMSGEnd FinishMSG dc.b NewLine,"Program completed succesfully.",NewLine FinishMSGEnd MemoryNotAllocatedMSG dc.b "Memory not allocated, not enough memory perhaps?",NewLine,NULL MemoryNotAllocatedMSGEnd NotWindowsEXEMSG dc.b "This is not a windows NE file.",NewLine NotWindowsEXEMSGEnd ReadFailedMSG dc.b "Read operation failed.",NewLine ReadFailedMSGEnd SeekNotSuccesMSG dc.b "Seek operation unsuccesful",NewLine SeekNotSuccesMSGEnd ** Data printing messages AccessTypeMSGLen dc.l AccessTypeMSGEnd-AccessTypeMSG AutoDataSegMSGLen dc.l AutoDataSegMSGEnd-AutoDataSegMSG CodeMSGLen dc.l CodeMSGEnd-CodeMSG DataMSGLen dc.l DataMSGEnd-DataMSG EntryMSGLen dc.l EntryMSGEnd-EntryMSG EntryConstantMSGLen dc.l EntryConstantMSGEnd-EntryConstantMSG EntryEntriesMSGLen dc.l EntryEntriesMSGEnd-EntryEntriesMSG EntryEntriesSegMSGLen dc.l EntryEntriesSegMSGEnd-EntryEntriesSegMSG EntryExportedMSGLen dc.l EntryExportedMSGEnd-EntryExportedMSG EntryFixOffsetMSGLen dc.l EntryFixOffsetMSGEnd-EntryFixOffsetMSG EntryFixSegRecrMSGLen dc.l EntryFixSegRecrMSGEnd-EntryFixSegRecrMSG EntryMoveOffsetMSGLen dc.l EntryMoveOffsetMSGEnd-EntryMoveOffsetMSG EntryMoveRecrMSGLen dc.l EntryMoveRecrMSGEnd-EntryMoveRecrMSG EntryMoveSegMSGLen dc.l EntryMoveSegMSGEnd-EntryMoveSegMSG EntryNullEntriesMSGLen dc.l EntryNullEntriesMSGEnd-EntryNullEntriesMSG EntryNumberMSGLen dc.l EntryNumberMSGEnd-EntryNumberMSG EntryTableMSGLen dc.l EntryTableMSGEnd-EntryTableMSG ExecutableTypeMSGLen dc.l ExecutableTypeMSGEnd-ExecutableTypeMSG ExecuteOnlyMSGLen dc.l ExecuteOnlyMSGEnd-ExecuteOnlyMSG FileDataModelMSGLen dc.l FileDataModelMSGEnd-FileDataModelMSG FileSegLengthMSGLen dc.l FileSegLengthMSGEnd-FileSegLengthMSG FixedMSGLen dc.l FixedMSGEnd-FixedMSG FullStopMSGLen dc.l FullStopMSGEnd-FullStopMSG GlobalMSGLen dc.l GlobalMSGEnd-GlobalMSG InitCSIPMSGLen dc.l InitCSIPMSGEnd-InitCSIPMSG InitLocalHeapMSGLen dc.l InitLocalHeapMSGEnd-InitLocalHeapMSG InitStackSizeMSGLen dc.l InitStackSizeMSGEnd-InitStackSizeMSG IsSelfLoadingMSGLen dc.l IsSelfLoadingMSGEnd-IsSelfLoadingMSG LibraryModuleMSGLen dc.l LibraryModuleMSGEnd-LibraryModuleMSG LoaderAllocMSGLen dc.l LoaderAllocMSGEnd-LoaderAllocMSG LoadOnCallMSGLen dc.l LoadOnCallMSGEnd-LoadOnCallMSG LoByteMSGLen dc.l LoByteMSGEnd-LoByteMSG MinAllocForSegMSGLen dc.l MinAllocForSegMSGEnd-MinAllocForSegMSG ModTableEntriesMSGLen dc.l ModTableEntriesMSGEnd-ModTableEntriesMSG ModuleDescribeMSGLen dc.l ModuleDescribeMSGEnd-ModuleDescribeMSG ModuleNameMSGLen dc.l ModuleNameMSGEnd-ModuleNameMSG MoveableMSGLen dc.l MoveableMSGEnd-MoveableMSG MultipleDataModelMSGLen dc.l MultipleDataModelMSGEnd-MultipleDataModelMSG NewLineMSGLen dc.l NewLineMSGEnd-NewLineMSG NoMSGLen dc.l NoMSGEnd-NoMSG NoAutoDataModelMSGLen dc.l NoAutoDataModelMSGEnd-NoAutoDataModelMSG NoDataInSegmentMSGLen dc.l NoDataInSegmentMSGEnd-NoDataInSegmentMSG NoLocalHeapMSGLen dc.l NoLocalHeapMSGEnd-NoLocalHeapMSG NonResNamTableMSGLen dc.l NonResNamTableMSGEnd-NonResNamTableMSG NonShareMSGLen dc.l NonShareMSGEnd-NonShareMSG NormalExecutableMSGLen dc.l NormalExecutableMSGEnd-NormalExecutableMSG OffsMSGLen dc.l OffsMSGEnd-OffsMSG Offs32MSGLen dc.l Offs32MSGEnd-Offs32MSG OutOfMemMSGLen dc.l OutOfMemMSGEnd-OutOfMemMSG PreLoadMSGLen dc.l PreLoadMSGEnd-PreLoadMSG PrintRelocationMSGLen dc.l PrintRelocationMSGEnd-PrintRelocationMSG PtrMSGLen dc.l PtrMSGEnd-PtrMSG Ptr48MSGLen dc.l Ptr48MSGEnd-Ptr48MSG ReadOnlyMSGLen dc.l ReadOnlyMSGEnd-ReadOnlyMSG RelocForSegMSGLen dc.l RelocForSegMSGEnd-RelocForSegMSG RelocReadFailedMSGLen dc.l RelocReadFailedMSGEnd-RelocReadFailedMSG RelocTypeUnknMSGLen dc.l RelocTypeUnknMSGEnd-RelocTypeUnknMSG ResNamTableMSGLen dc.l ResNamTableMSGEnd-ResNamTableMSG ResourceTypeMSGLen dc.l ResourceTypeMSGEnd-ResourceTypeMSG RevisionNumMSGLen dc.l RevisionNumMSGEnd-RevisionNumMSG rnFlagsMSGLen dc.l rnFlagsMSGEnd-rnFlagsMSG rnFlagsMoveableMSGLen dc.l rnFlagsMoveableMSGEnd-rnFlagsMoveableMSG rnFlagsPreloadMSGLen dc.l rnFlagsPreloadMSGEnd-rnFlagsPreloadMSG rnFlagsPureMSGLen dc.l rnFlagsPureMSGEnd-rnFlagsPureMSG rnIDMSGLen dc.l rnIDMSGEnd-rnIDMSG rnOffsetMSGLen dc.l rnOffsetMSGEnd-rnOffsetMSG rnLengthMSGLen dc.l rnLengthMSGEnd-rnLengthMSG rscAlignShiftMSGLen dc.l rscAlignShiftMSGEnd-rscAlignShiftMSG RscTableOffsetMSGLen dc.l RscTableOffsetMSGEnd-RscTableOffsetMSG RT_AcceleratorMSGLen dc.l RT_AcceleratorMSGEnd-RT_AcceleratorMSG RT_BitmapMSGLen dc.l RT_BitmapMSGEnd-RT_BitmapMSG RT_CursorMSGLen dc.l RT_CursorMSGEnd-RT_CursorMSG RT_DialogMSGLen dc.l RT_DialogMSGEnd-RT_DialogMSG RT_FontMSGLen dc.l RT_FontMSGEnd-RT_FontMSG RT_FontDirMSGLen dc.l RT_FontDirMSGEnd-RT_FontDirMSG RT_Group_CursorMSGLen dc.l RT_Group_CursorMSGEnd-RT_Group_CursorMSG RT_Group_IconMSGLen dc.l RT_Group_IconMSGEnd-RT_Group_IconMSG RT_IconMSGLen dc.l RT_IconMSGEnd-RT_IconMSG RT_MenuMSGLen dc.l RT_MenuMSGEnd-RT_MenuMSG RT_RCDataMSGLen dc.l RT_RCDataMSGEnd-RT_RCDataMSG RT_StringMSGLen dc.l RT_StringMSGEnd-RT_StringMSG RT_UnkRscTypeMSGLen dc.l RT_UnkRscTypeMSGEnd-RT_UnkRscTypeMSG RT_VersionInfoMSGLen dc.l RT_VersionInfoMSGEnd-RT_VersionInfoMSG rtResourceCountMSGLen dc.l rtResourceCountMSGEnd-rtResourceCountMSG SegDiscardMSGLen dc.l SegDiscardMSGEnd-SegDiscardMSG SegmentLoadedMSGLen dc.l SegmentLoadedMSGEnd-SegmentLoadedMSG SegmentLoadTypeMSGLen dc.l SegmentLoadTypeMSGEnd-SegmentLoadTypeMSG SegmentNumberMSGLen dc.l SegmentNumberMSGEnd-SegmentNumberMSG SegmentTypeMSGLen dc.l SegmentTypeMSGEnd-SegmentTypeMSG SegmentRelocMSGLen dc.l SegmentRelocMSGEnd-SegmentRelocMSG SegmentSharingMSGLen dc.l SegmentSharingMSGEnd-SegmentSharingMSG SegRelocationMSGLen dc.l SegRelocationMSGEnd-SegRelocationMSG SegTableEntryNumMSGLen dc.l SegTableEntryNumMSGEnd-SegTableEntryNumMSG SegTableOffsetMSGLen dc.l SegTableOffsetMSGEnd-SegTableOffsetMSG SelectMSGLen dc.l SelectMSGEnd-SelectMSG ShareMSGLen dc.l ShareMSGEnd-ShareMSG SingleDataModelMSGLen dc.l SingleDataModelMSGEnd-SingleDataModelMSG SixBlankSpacesMSGLen dc.l SixBlankSpacesMSGEnd-SixBlankSpacesMSG SixtyFourKMSGLen dc.l SixtyFourKMSGEnd-SixtyFourKMSG StackAddressMSGLen dc.l StackAddressMSGEnd-StackAddressMSG TypeOffsTargetMSGLen dc.l TypeOffsTargetMSGEnd-TypeOffsTargetMSG VersionNumMSGLen dc.l VersionNumMSGEnd-VersionNumMSG YesMSGLen dc.l YesMSGEnd-YesMSG AccessTypeMSG dc.b " Access type : " AccessTypeMSGEnd AutoDataSegMSG dc.b "Automatic data segment number : " AutoDataSegMSGEnd CodeMSG dc.b " CODE" CodeMSGEnd DataMSG dc.b " DATA" DataMSGEnd EntryMSG dc.b "Entry " EntryMSGEnd EntryConstantMSG dc.b NewLine,"Constant bundle : " EntryConstantMSGEnd EntryEntriesMSG dc.b " entries.",NewLine EntryEntriesMSGEnd EntryEntriesSegMSG dc.b " entries. Segment : " EntryEntriesSegMSGEnd EntryExportedMSG dc.b " Exported " EntryExportedMSGEnd EntryFixOffsetMSG dc.b " Offset : " EntryFixOffsetMSGEnd EntryFixSegRecrMSG dc.b NewLine,"Fixed segment records : " EntryFixSegRecrMSGEnd EntryMoveOffsetMSG dc.b " Offset : " EntryMoveOffsetMSGEnd EntryMoveRecrMSG dc.b NewLine,"Movable segment records : " EntryMoveRecrMSGEnd EntryMoveSegMSG dc.b " Segment : " EntryMoveSegMSGEnd EntryNullEntriesMSG dc.b NewLine,"Null entries : " EntryNullEntriesMSGEnd EntryNumberMSG dc.b NewLine," Entry " EntryNumberMSGEnd EntryTableMSG dc.b NewLine,"Entry table : ",NewLine EntryTableMSGEnd ExecutableTypeMSG dc.b "Executable type : " ExecutableTypeMSGEnd ExecuteOnlyMSG dc.b " EXECUTEONLY" ExecuteOnlyMSGEnd FileDataModelMSG dc.b "Data model type : " FileDataModelMSGEnd FileSegLengthMSG dc.b " Segment length in file : " FileSegLengthMSGEnd FixedMSG dc.b " FIXED" FixedMSGEnd FullStopMSG dc.b "." FullStopMSGEnd GlobalMSG dc.b "GLOBAL",NewLine GlobalMSGEnd InitCSIPMSG dc.b "Initial CS:IP : " InitCSIPMSGEnd InitLocalHeapMSG dc.b "Initial local heap size : " InitLocalHeapMSGEnd InitStackSizeMSG dc.b "Initial stack size : " InitStackSizeMSGEnd IsSelfLoadingMSG dc.b "Self loading application? : " IsSelfLoadingMSGEnd LibraryModuleMSG dc.b "Library module",NewLine LibraryModuleMSGEnd LoaderAllocMSG dc.b "Loader allocates memory for segment.",NewLine LoaderAllocMSGEnd LoadOnCallMSG dc.b " LOADONCALL" LoadOnCallMSGEnd LoByteMSG dc.b " LoByte " LoByteMSGEnd MinAllocForSegMSG dc.b " Minimum allocation for segment : " MinAllocForSegMSGEnd ModuleDescribeMSG dc.b NewLine,"Module description : " ModuleDescribeMSGEnd ModuleNameMSG dc.b NewLine,"Module name : " ModuleNameMSGEnd ModTableEntriesMSG dc.b "Entries in module reference table : " ModTableEntriesMSGEnd MoveableMSG dc.b " MOVEABLE" MoveableMSGEnd MultipleDataModelMSG dc.b "MULTIPLEDATA",NewLine MultipleDataModelMSGEnd NewLineMSG dc.b NewLine NewLineMSGEnd NoMSG dc.b "NO",NewLine NoMSGEnd NoAutoDataModelMSG dc.b "NOAUTODATA",NewLine NoAutoDataModelMSGEnd NoDataInSegmentMSG dc.b "No data provided for this segment.",NewLine NoDataInSegmentMSGEnd NoLocalHeapMSG dc.b "No initial allocation",NewLine NoLocalHeapMSGEnd NonResNamTableMSG dc.b NewLine," Non-resident name table :",NewLine NonResNamTableMSGEnd NonShareMSG dc.b " IMPURE" NonShareMSGEnd NormalExecutableMSG dc.b "Normal executable",NewLine NormalExecutableMSGEnd OffsMSG dc.b " Offs " OffsMSGEnd Offs32MSG dc.b " Offs-32 " Offs32MSGEnd OutOfMemMSG dc.b NewLine,"Out of memory.",NewLine OutOfMemMSGEnd PreLoadMSG dc.b " PRELOAD" PreLoadMSGEnd PrintRelocationMSG dc.b "Segment relocations",NewLine PrintRelocationMSGEnd PtrMSG dc.b " PTR " PtrMSGEnd Ptr48MSG dc.b " PTR-48 " Ptr48MSGEnd ReadOnlyMSG dc.b " READONLY" ReadOnlyMSGEnd RelocForSegMSG dc.b " Relocations for segment : " RelocForSegMSGEnd RelocReadFailedMSG dc.b "Read from file failed!" RelocReadFailedMSGEnd RelocTypeUnknMSG dc.b "Unknown relocation type. Send me this file to df114@city.ac.uk read docs!!!!" RelocTypeUnknMSGEnd ResNamTableMSG dc.b NewLine," Resident-name table :",NewLine ResNamTableMSGEnd ResourceTypeMSG dc.b NewLine,NewLine,NewLine," Resource type : " ResourceTypeMSGEnd RevisionNumMSG dc.b "Linker revision number : " RevisionNumMSGEnd rnFlagsMSG dc.b " Resource attributes",NewLine rnFlagsMSGEnd rnFlagsMoveableMSG dc.b " MOVEABLE" rnFlagsMoveableMSGEnd rnFlagsPreloadMSG dc.b " PRELOAD " rnFlagsPreloadMSGEnd rnFlagsPureMSG dc.b " PURE" rnFlagsPureMSGEnd rnIDMSG dc.b NewLine," Resource ID : " rnIDMSGEnd rnLengthMSG dc.b " Resource length : " rnLengthMSGEnd rnOffsetMSG dc.b NewLine," Resource offset : " rnOffsetMSGEnd rscAlignShiftMSG dc.b "Resource align shift : " rscAlignShiftMSGEnd RscTableOffsetMSG dc.b NewLine,"Offset to resource table : " RscTableOffsetMSGEnd RT_AcceleratorMSG dc.b "RT_ACCELERATOR",NewLine RT_AcceleratorMSGEnd RT_BitmapMSG dc.b "RT_BITMAP",NewLine RT_BitmapMSGEnd RT_CursorMSG dc.b "RT_CURSOR",NewLine RT_CursorMSGEnd RT_DialogMSG dc.b "RT_DIALOG",NewLine RT_DialogMSGEnd RT_FontMSG dc.b "RT_FONT",NewLine RT_FontMSGEnd RT_FontDirMSG dc.b "RT_FONTDIR",NewLine RT_FontDirMSGEnd RT_Group_CursorMSG dc.b "RT_GROUP_CURSOR",NewLine RT_Group_CursorMSGEnd RT_Group_IconMSG dc.b "RT_GROUP_ICON",NewLine RT_Group_IconMSGEnd RT_IconMSG dc.b "RT_ICON",NewLine RT_IconMSGEnd RT_MenuMSG dc.b "RT_MENU",NewLine RT_MenuMSGEnd RT_RCDataMSG dc.b "RT_RCDATA",NewLine RT_RCDataMSGEnd RT_StringMSG dc.b "RT_STRING",NewLine RT_StringMSGEnd RT_UnkRscTypeMSG dc.b "Unknown resource type " RT_UnkRscTypeMSGEnd RT_VersionInfoMSG dc.b "Version info?",NewLine RT_VersionInfoMSGEnd rtResourceCountMSG dc.b " Resource count : " rtResourceCountMSGEnd SegDiscardMSG dc.b " DISCARDABLE" SegDiscardMSGEnd SegmentLoadedMSG dc.b "Segment is loaded at load time." SegmentLoadedMSGEnd SegmentLoadTypeMSG dc.b " Segment loaded type : " SegmentLoadTypeMSGEnd SegmentNumberMSG dc.b NewLine,NewLine,"Data for segment number : " SegmentNumberMSGEnd SegmentRelocMSG dc.b " Segment relocation : " SegmentRelocMSGEnd SegmentSharingMSG dc.b " Segment sharing : " SegmentSharingMSGEnd SegmentTypeMSG dc.b " Segment flags:",NewLine SegmentTypeMSGEnd SegRelocationMSG dc.b " RELOCATIONS" SegRelocationMSGEnd SegTableEntryNumMSG dc.b "Entries in segment table : " SegTableEntryNumMSGEnd SegTableOffsetMSG dc.b "Offset to segment table : " SegTableOffsetMSGEnd SelectMSG dc.b " Select " SelectMSGEnd ShareMSG dc.b " PURE" ShareMSGEnd SingleDataModelMSG dc.b "SINGLEDATA",NewLine SingleDataModelMSGEnd SixBlankSpacesMSG dc.b " " SixBlankSpacesMSGEnd SixtyFourKMSG dc.b "64k",NewLine SixtyFourKMSGEnd StackAddressMSG dc.b "Initial SS:SP : " StackAddressMSGEnd TypeOffsTargetMSG dc.b " type offset target",NewLine TypeOffsTargetMSGEnd VersionNumMSG dc.b NewLine,"Linker version number : " VersionNumMSGEnd YesMSG dc.b "YES",NewLine YesMSGEnd END