mirror of https://github.com/wwarthen/RomWBW.git
Mark Pruden
1 year ago
41 changed files with 12679 additions and 605 deletions
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.XLIST |
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.COMMENT | |
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INITIAL WRITING 12/10/84 SLR |
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|
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PURPOSE: |
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TO SUPPORT INTEL MNEMONICS |
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(SOME ZILOG MNEMONICS WILL NO LONGER WORK) |
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|
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MACROS COMPRESSED TO REQUIRE MINIMUM STORAGE IN MACRO TABLE |
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(I TESTED THESE ON A SIMPLE TEST FILE I KEYED IN. I DON'T HAVE |
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ANY INTEL MNEMONIC STUFF AROUND HERE FOR A REAL GOOD TEST, SO |
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UNTIL I START GETTING FEEDBACK, BE CAREFUL!) |
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IF YOU ARE REALLY SERIOUS ABOUT THIS, LET ME KNOW. THE Z80.LIB |
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FILE CAN BE MODIFIED TO WORK ALSO. |
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TO ALLOW FOR BIGGER EXPRESSIONS, REPLACE 'G J K N' |
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WITH 'G J K N O Q S T' |
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HAVE FUN! |
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STEVE |
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|
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********************** W A R N I N G ******************************** |
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THESE MACROS DO NOT HANDLE OPERANDS CONTAINING THE '$' PC COUNTER |
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IF YOU HAVE CODE THAT USES THE $ LOCATION IN A JUMP ADDRESS |
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CALCULATION, YOU NEED TO INSERT THE FOLLOWING CODE IN EACH JUMP |
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MACRO: |
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1. BEFORE THE DW PUT A .PHASE $-1 |
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2. AFTER THE DW PUT A .DEPHASE |
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|
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THAT IS TO MAKE UP FOR THE FACT THAT THE $ COUNTER WILL BE POINTING |
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TO THE DW RATHER THAN THE PRECEDING DB. ONCE THESE MACROS ARE MODIFIED |
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YOU CAN NO LONGER USE THE .PHASE AND .DEPHASE PSEUDO-OPS IN YOUR |
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CODE... |
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| |
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MOV MACRO X,Y |
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IFIDN <Y>,<M> |
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LD X,(HL) |
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EXITM |
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ENDIF |
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IFIDN <X>,<M> |
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LD (HL),Y |
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EXITM |
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ENDIF |
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IFIDN <Y>,<m> |
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LD X,(HL) |
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EXITM |
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ENDIF |
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IFIDN <X>,<m> |
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LD (HL),Y |
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EXITM |
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ENDIF |
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LD X,Y |
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ENDM |
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HLT MACRO |
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HALT |
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ENDM |
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MVI MACRO R,G J K N |
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IFDIF <R>,<M> |
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IFDIF <R>,<m> |
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LD R,G J K N |
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EXITM |
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ENDIF |
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ELSE |
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LD (HL),G J K N |
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ENDM |
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INR MACRO R |
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IFDIF <R>,<M> |
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IFDIF <R>,<m> |
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INC R |
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EXITM |
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ENDIF |
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ELSE |
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INC (HL) |
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ENDM |
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DCR MACRO R |
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IFDIF <R>,<M> |
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IFDIF <R>,<m> |
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DEC R |
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EXITM |
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ENDIF |
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ELSE |
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DEC (HL) |
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ENDM |
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ADD MACRO R |
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.? 80H,R |
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ENDM |
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.? MACRO R,Y |
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. DEFL 0 |
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IRPC X,<BCDEHLMA> |
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IFIDN <Y>,<X> |
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DB R+. |
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EXITM |
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ELSE |
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. DEFL .+1 |
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ENDM |
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. DEFL 0 |
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IRPC X,<bcdehlma> |
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IFIDN <Y>,<X> |
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DB R+. |
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EXITM |
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ELSE |
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. DEFL .+1 |
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ENDM |
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ENDM |
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ADC MACRO R |
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.? 88H,R |
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ENDM |
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SUB MACRO R |
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.? 90H,R |
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ENDM |
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SBB MACRO R |
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.? 98H,R |
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ENDM |
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ANA MACRO R |
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.? 0A0H,R |
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ENDM |
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XRA MACRO R |
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.? 0A8H,R |
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ENDM |
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ORA MACRO R |
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.? 0B0H,R |
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ENDM |
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CMP MACRO R |
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.? 0B8H,R |
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ENDM |
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ADI MACRO G J K N |
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DB 0C6H,G J K N |
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ENDM |
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ACI MACRO G J K N |
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DB 0CEH,G J K N |
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ENDM |
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SUI MACRO G J K N |
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DB 0D6H,G J K N |
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ENDM |
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SBI MACRO G J K N |
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DB 0DEH,G J K N |
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ENDM |
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ANI MACRO G J K N |
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DB 0E6H,G J K N |
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ENDM |
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XRI MACRO G J K N |
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DB 0EEH,G J K N |
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ENDM |
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ORI MACRO G J K N |
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DB 0F6H,G J K N |
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ENDM |
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CPI MACRO G J K N |
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DB 0FEH,G J K N |
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ENDM |
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RLC MACRO |
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RLCA |
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ENDM |
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RRC MACRO |
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RRCA |
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ENDM |
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RAL MACRO |
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RLA |
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ENDM |
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RAR MACRO |
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RRA |
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ENDM |
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JMP MACRO G J K N |
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DB 0C3H |
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DW G J K N |
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ENDM |
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JC MACRO G J K N |
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DB 0DAH |
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DW G J K N |
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ENDM |
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JNC MACRO G J K N |
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DB 0D2H |
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DW G J K N |
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ENDM |
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JZ MACRO G J K N |
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DB 0CAH |
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DW G J K N |
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ENDM |
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JNZ MACRO G J K N |
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DB 0C2H |
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DW G J K N |
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ENDM |
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JP MACRO G J K N |
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DB 0F2H |
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DW G J K N |
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ENDM |
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JM MACRO G J K N |
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DB 0FAH |
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DW G J K N |
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ENDM |
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JPE MACRO G J K N |
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DB 0EAH |
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DW G J K N |
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ENDM |
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JPO MACRO G J K N |
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DB 0E2H |
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DW G J K N |
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ENDM |
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CC MACRO G J K N |
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CALL C,G J K N |
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ENDM |
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CNC MACRO G J K N |
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CALL NC,G J K N |
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ENDM |
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CZ MACRO G J K N |
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CALL Z,G J K N |
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ENDM |
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CNZ MACRO G J K N |
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CALL NZ,G J K N |
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ENDM |
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CP MACRO G J K N |
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CALL P,G J K N |
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ENDM |
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CM MACRO G J K N |
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CALL M,G J K N |
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ENDM |
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CPE MACRO G J K N |
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CALL V,G J K N |
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ENDM |
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CPO MACRO G J K N |
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CALL PO,G J K N |
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ENDM |
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RC MACRO |
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RET C |
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ENDM |
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RNC MACRO |
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RET NC |
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ENDM |
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RZ MACRO |
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RET Z |
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ENDM |
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RNZ MACRO |
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RET NZ |
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ENDM |
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RP MACRO |
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RET P |
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ENDM |
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RM MACRO |
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RET M |
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ENDM |
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RPE MACRO |
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RET V |
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ENDM |
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RPO MACRO |
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RET PO |
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ENDM |
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RST MACRO G J K N |
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DB 0C7H+(G J K N)*8 |
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ENDM |
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IN MACRO G J K N |
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DB 0DBH,G J K N |
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ENDM |
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OUT MACRO G J K N |
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DB 0D3H,G J K N |
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ENDM |
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LXI MACRO R,G J K N |
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.. 1,R |
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DW G J K N |
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ENDM |
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PUSH MACRO R |
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.. C5,R |
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ENDM |
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POP MACRO R |
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.. C1,R |
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ENDM |
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STA MACRO G J K N |
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DB 32H |
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DW G J K N |
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ENDM |
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LDA MACRO G J K N |
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DB 3AH |
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DW G J K N |
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ENDM |
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XCHG MACRO |
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DB 0EBH |
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ENDM |
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XTHL MACRO |
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DB 0E3H |
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ENDM |
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SPHL MACRO |
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DB 0F9H |
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ENDM |
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PCHL MACRO |
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DB 0E9H |
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ENDM |
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DAD MACRO R |
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.. 9,R |
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ENDM |
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STAX MACRO R |
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IFIDN <R>,<D> |
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DB 18 |
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EXITM |
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ELSE |
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IFIDN <R>,<B> |
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DB 2 |
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EXITM |
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ELSE |
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IFIDN <R>,<d> |
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DB 18 |
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EXITM |
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ELSE |
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IFIDN <R>,<b> |
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DB 2 |
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ENDM |
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LDAX MACRO R |
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IFIDN <R>,<D> |
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DB 26 |
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EXITM |
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ELSE |
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IFIDN <R>,<B> |
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DB 10 |
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EXITM |
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ELSE |
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IFIDN <R>,<d> |
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DB 26 |
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EXITM |
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ELSE |
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IFIDN <R>,<b> |
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DB 10 |
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ENDM |
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INX MACRO R |
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.. 3,R |
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ENDM |
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DCX MACRO R |
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.. B,R |
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ENDM |
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CMA MACRO |
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CPL |
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ENDM |
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STC MACRO |
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SCF |
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ENDM |
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CMC MACRO |
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CCF |
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ENDM |
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SHLD MACRO G J K N |
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DB 34 |
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DW G J K N |
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ENDM |
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LHLD MACRO G J K N |
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DB 42 |
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DW G J K N |
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ENDM |
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.. MACRO X,Y |
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. DEFL 0 |
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IRP Q,<B,D,H,PSW,SP,b,d,h,psw,sp> |
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IFIDN <Q>,<Y> |
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EXITM |
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ELSE |
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. DEFL .+1 |
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IF . EQ 4 |
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. DEFL 3 |
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IFIDN <Q>,<SP> |
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. DEFL 0 |
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ENDM |
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DB 0&X&H+(. SHL 4) |
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ENDM |
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.LIST |
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'DUMP - Recreated by Z80DIS' Z80ASM 1.30 Page 1 |
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DUMP Z80 |
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2 |
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3 0100 ORG 0100H |
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4 |
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5 0005 CPM EQU 0005H |
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6 005C DFCB EQU 005CH |
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7 0065 FCBEXT EQU 0065H |
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8 |
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9 0100 DUMP |
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10 0100 11 005C LD DE,DFCB |
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11 0103 0E 0F LD C,0FH ;SI |
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12 0105 CD 0005 CALL CPM ;OPENFIL |
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13 0108 3C INC A |
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14 0109 20 09 JR NZ,FILEOK |
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15 010B 11 01E6 LD DE,CANTOPE |
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16 010E 0E 09 LD C,09H ;HT |
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17 0110 CD 0005 CALL CPM ;PRNTSTG |
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18 0113 C9 RET |
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19 0114 FILEOK |
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20 0114 21 0065 LD HL,FCBEXT |
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21 0117 7E LD A,(HL) |
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22 0118 FE 43 CP 43H ;'C' |
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23 011A 20 12 JR NZ,NEXTPAGE |
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24 011C 23 INC HL |
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25 011D 7E LD A,(HL) |
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26 011E FE 4F CP 4FH ;'O' |
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27 0120 20 0C JR NZ,NEXTPAGE |
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28 0122 23 INC HL |
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29 0123 7E LD A,(HL) |
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30 0124 FE 4D CP 4DH ;'M' |
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31 0126 20 06 JR NZ,NEXTPAGE |
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32 0128 21 0100 LD HL,DUMP |
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33 012B 22 01F7 LD (ADDR),HL |
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34 012E NEXTPAGE |
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35 012E 1E 0C LD E,0CH ;FF |
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36 0130 0E 02 LD C,02H ;STX |
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37 0132 CD 0005 CALL CPM ;CONOUT |
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38 0135 3E 08 LD A,08H ;BS |
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39 0137 32 01FB LD (PAGECNT),A |
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40 013A NEXTSECT |
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41 013A 11 005C LD DE,DFCB |
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42 013D 0E 14 LD C,14H ;DC4 |
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43 013F CD 0005 CALL CPM ;READSEQ |
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44 0142 B7 OR A |
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45 0143 C0 RET NZ |
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46 0144 3E 08 LD A,08H ;BS |
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47 0146 32 01F6 LD (LINECNT),A |
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48 0149 21 0080 LD HL,0080H |
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49 014C 22 01F9 LD (ADDR1),HL |
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50 014F NXTLINE |
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51 014F 0E 0B LD C,0BH ;VT |
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52 0151 CD 0005 CALL CPM ;CONSTAT |
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53 0154 B7 OR A |
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54 0155 C0 RET NZ |
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55 0156 21 01FC LD HL,OUTBUF |
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56 0159 36 0D LD (HL),0DH ;CR |
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57 015B 23 INC HL |
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58 015C 36 0A LD (HL),0AH ;LF |
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59 015E 23 INC HL |
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'DUMP - Recreated by Z80DIS' Z80ASM 1.30 Page 2 |
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DUMP Z80 |
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60 015F ED 5B 01F7 LD DE,(ADDR) |
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61 0163 7A LD A,D |
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62 0164 CD 01C7 CALL HEXOUT |
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63 0167 7B LD A,E |
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64 0168 CD 01C7 CALL HEXOUT |
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65 016B 36 20 LD (HL),20H ;' ' |
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66 016D 23 INC HL |
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67 016E EB EX DE,HL |
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68 016F 01 0010 LD BC,0010H |
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69 0172 09 ADD HL,BC |
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70 0173 22 01F7 LD (ADDR),HL |
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71 0176 EB EX DE,HL |
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72 0177 ED 5B 01F9 LD DE,(ADDR1) |
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73 017B 06 10 LD B,10H ;DLE |
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74 017D NXTBYTE |
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75 017D 1A LD A,(DE) |
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76 017E 13 INC DE |
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77 017F CD 01C7 CALL HEXOUT |
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78 0182 36 20 LD (HL),20H ;' ' |
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79 0184 23 INC HL |
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80 0185 10 F6 DJNZ NXTBYTE |
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81 0187 36 20 LD (HL),20H ;' ' |
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82 0189 23 INC HL |
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83 018A 36 24 LD (HL),24H ;'$' |
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84 018C 11 01FC LD DE,OUTBUF |
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85 018F 0E 09 LD C,09H ;HT |
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86 0191 CD 0005 CALL CPM ;PRNTSTG |
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87 0194 2A 01F9 LD HL,(ADDR1) |
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88 0197 06 10 LD B,10H ;DLE |
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89 0199 NXTASCI |
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90 0199 7E LD A,(HL) |
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91 019A 23 INC HL |
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92 019B E6 7F AND 7FH ;DEL |
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93 019D FE 20 CP 20H ;' ' |
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94 019F 38 04 JR C,CTRL |
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95 01A1 FE 7F CP 7FH ;DEL |
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96 01A3 20 02 JR NZ,NOTCTRL |
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97 01A5 CTRL |
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98 01A5 3E 2E LD A,2EH ;'.' |
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99 01A7 NOTCTRL |
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100 01A7 5F LD E,A |
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101 01A8 0E 02 LD C,02H ;STX |
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102 01AA C5 PUSH BC |
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103 01AB E5 PUSH HL |
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104 01AC CD 0005 CALL CPM ;CONOUT |
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105 01AF E1 POP HL |
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106 01B0 C1 POP BC |
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107 01B1 10 E6 DJNZ NXTASCI |
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108 01B3 22 01F9 LD (ADDR1),HL |
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109 01B6 21 01F6 LD HL,LINECNT |
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110 01B9 35 DEC (HL) |
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111 01BA C2 014F JP NZ,NXTLINE |
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112 01BD 21 01FB LD HL,PAGECNT |
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113 01C0 35 DEC (HL) |
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114 01C1 C2 013A JP NZ,NEXTSECT |
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115 01C4 C3 012E JP NEXTPAGE |
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116 01C7 HEXOUT |
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117 01C7 F5 PUSH AF |
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'DUMP - Recreated by Z80DIS' Z80ASM 1.30 Page 3 |
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DUMP Z80 |
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118 01C8 1F RRA |
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119 01C9 1F RRA |
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120 01CA 1F RRA |
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121 01CB 1F RRA |
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122 01CC E6 0F AND 0FH ;SI |
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123 01CE C6 30 ADD A,30H ;'0' |
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124 01D0 FE 3A CP 3AH ;':' |
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125 01D2 38 02 JR C,HEX1 |
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126 01D4 C6 07 ADD A,07H ;BEL |
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127 01D6 HEX1 |
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128 01D6 77 LD (HL),A |
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129 01D7 23 INC HL |
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130 01D8 F1 POP AF |
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131 01D9 E6 0F AND 0FH ;SI |
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132 01DB C6 30 ADD A,30H ;'0' |
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133 01DD FE 3A CP 3AH ;':' |
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134 01DF 38 02 JR C,HEX2 |
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135 01E1 C6 07 ADD A,07H ;BEL |
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136 01E3 HEX2 |
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137 01E3 77 LD (HL),A |
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138 01E4 23 INC HL |
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139 01E5 C9 RET |
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140 01E6 CANTOPE |
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141 01E6 43 61 6E 27 DEFB 43H,61H,6EH,27H,74H,20H ; Can't |
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142 01EC 4F 70 65 6E DEFB 4FH,70H,65H,6EH,20H,46H ; Open F |
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143 01F2 69 6C 65 24 DEFB 69H,6CH,65H,24H ; ile$ |
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144 01F6 LINECNT |
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145 01F6 0001 DEFS 0001H |
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146 01F7 ADDR |
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147 01F7 0002 DEFS 0002H |
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148 01F9 ADDR1 |
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149 01F9 0002 DEFS 0002H |
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150 01FB PAGECNT |
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151 01FB 0001 DEFS 0001H |
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152 01FC OUTBUF |
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153 01FC 0004 DEFS 0004H |
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154 END |
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0 Error(s) Detected. |
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256 Absolute Bytes. 21 Symbols Detected. |
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130 01D8 |
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@ -0,0 +1,45 @@ |
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The MAKESYM program included on this diskette is used to produce a .SYM |
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file from the Symbol Table listing provided by Z80ASM or SLRMAC. MAKESYM |
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reads a .LST file, converts the symbol table to a format readable by |
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ZSID, DSD80, etc, and writes it to a .SYM file on the same drive. |
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|
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Since extra information is included in the .LST file, such as CSEG relative |
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designations, or COMMON relative, external, etc, MAKESYM allows you to |
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specify offsets for any or all of the relative types, while stripping out |
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any external symbols (Only one COMMON is supported since there is no dis- |
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tinction between different COMMONs in the .LST table). |
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|
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This is useful for intense debugging of a particular module where you would |
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like to have all the internal symbols available at debug time, but don't |
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want to go in and declare them all global. You just tell MAKESYM where the |
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PROG and DATA sections were placed at link time, and there you have it. |
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|
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This is also useful for generating a useable symbol table when you directly |
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generate the .COM or .HEX without linking. In that case you just run MAKESYM |
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and don't need to specify any offsets. |
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|
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To use: |
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|
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A>MAKESYM FILENAME[.EXT] [/PXXXX] [/DXXXX] [/CXXXX] [/U] |
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|
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where the brackets surround optional items and are not actually typed. |
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|
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/PXXXX Here XXXX is the HEX offset for PROG relative items. |
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/DXXXX Here XXXX is the HEX offset for DATA relative items. |
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/CXXXX Here XXXX is the HEX offset for COMMON relative items. |
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|
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/U This tells MAKESYM to perform upper-case conversion |
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(Some debuggers allow lower case symbols but don't let |
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you access them). |
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|
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.EXT This is used to overide the default extension of .LST. |
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Don't use .SYM (to convert .SYM to .SYM) because |
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MAKESYM creates a .SYM file immediately, erasing the |
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file it is trying to convert. |
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|
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|
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Have a productive day! |
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|
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Steve |
|||
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|||
SLR180 1.30 Release Notes |
|||
|
|||
Bugs Fixed From 1.00: |
|||
|
|||
Nested macro calls using % operator fixed |
|||
IFIDN <>,<> now returns true |
|||
JR NUMBER+$ generates correct code |
|||
INCLUDE and MACLIB filenames can now contain +, -, etc |
|||
Fixed number conversion in non-power-of-two radix |
|||
.$$1 files are cleaned up on abort |
|||
LD A,TYPE 0 works |
|||
ex af,af' works in U/L mode |
|||
|
|||
|
|||
Additions: |
|||
|
|||
All input and output files are always closed upon termination (unless |
|||
terminated by ^C from BUFIN call). |
|||
|
|||
CONFIG option added to allow TABs in strings. Normally SLR180 complains |
|||
about any control characters in quoted strings but generates the correct |
|||
code. This option suppress the error if the control character is a TAB. |
|||
|
|||
CONFIG option added to disable stripping the high bit of each byte read |
|||
from the input source. THIS IS DANGEROUS! Should ONLY be used for using |
|||
non-ASCII characters in comments. DO NOT USE in macros, since the high |
|||
bit is used as a parameter replacement flag. Other indexed tables also |
|||
assume the high bit is clear. |
|||
|
|||
|
|||
|
|||
SLR180 1.31 Release Notes |
|||
|
|||
SLR180 will now delete A:$$$.SUB if an error was detected during any assembly |
|||
(Configurable with 180FIG). This complements the setting of the ZCPR3 error |
|||
flag, and the setting of the CP/M 3.0 Error return code (******* CP/M Plus |
|||
users: SUBMIT files may test the error return code with a leading 'colon', |
|||
documented obscurely in CP/M 3 Programmers Guide 1.6.3 *******). |
|||
|
|||
180fig will now set an alternate user # to be used if a given source file |
|||
cannot be found under the default user #. Useful for keeping just one copy |
|||
of system equates and macro libraries under a single user #. |
|||
|
|||
180fig will let you define a drive to be used for storing intermediate files. |
|||
This should be set to your fastest device. |
|||
|
|||
180fig will let you select Common selection to start back at address relative |
|||
0 (M80 compat), or continue at the last used address (like any other address |
|||
space). |
|||
|
|||
180fig will select whether or not to print the 'nesting level' character in |
|||
the listing. |
|||
|
|||
^C will now abort the assembler, not just the current assembly. |
|||
|
|||
Colon not required on equated labels not in column one, even when that |
|||
requirement is selected. |
|||
|
|||
Labeled IRP and IRPC's work. |
|||
|
|||
Forward referenced EQU's work in one-pass mode. |
|||
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|||
SLRNK 1.30 NOTES |
|||
|
|||
|
|||
THE CONFIG PROGRAM HAS BEEN RENAMED LNKFIG. TO SET SLRNK & SLRIB OPTIONS, |
|||
|
|||
A>LNKFIG SLRNK.COM |
|||
|
|||
OR |
|||
|
|||
A>LNKFIG SLRIB.COM |
|||
|
|||
BUGS FIXED: |
|||
|
|||
$memry WAS EVALUATED INCORRECTLY IN SOME CASES |
|||
LOWEST MEMORY ADDRESS SOMETIMES INCORRECT |
|||
|
|||
|
|||
ADDITIONS SINCE 1.20: |
|||
|
|||
ZCPR3 ERROR FLAG SUPPORTED |
|||
/K OPTION CLEARS ERROR FLAG TO THAT POINT |
|||
/I FILES MAY CONTAIN COMMENTS STARTING WITH : |
|||
INPUT FILES ARE CLOSED |
|||
LIMIT OF 63 COMMON BLOCKS REMOVED |
|||
TABLES OPTIMIZED TO ALLOW 1-3K LARGER LINKS |
|||
/E CAN NOW TAKE OPTIONAL :NUMBER AS START ADDRESS |
|||
:NUMBER NOW CAN BE A HEX NUMBER OR VALID, DEFINED SYMBOL |
|||
UNINITIALIZED SPACES NOW FILLED, NO LONGER RANDOM |
|||
DISK OUTPUT MUCH FASTER ON SOME SYSTEMS |
|||
LIBRARIES OPENED R/O MODE UNDER MP/M |
|||
|
|||
|
|||
NEW LNKFIG OPTIONS: |
|||
|
|||
1K OR 2K BUFFER: YOU CAN SELECT THE SIZE DISK I/O BUFFER YOU WANT. 2K IS |
|||
FASTER, BUT 1K WILL ALLOW YOU TO LINK APPROXIMATELY A 1K LARGER FILE. |
|||
|
|||
FILL VALUE: UNINITIALIZED SPACE IS FILLED WITH THIS VALUE. |
|||
|
|||
EMPTY CHAINS: THIS DETERMINES WHETHER OR NOT SLRNK STRIPS EMPTY EXTERNAL |
|||
CHAINS IN MICROSOFT FORMAT. THEORY: IF YOU DECLARED A ROUTINE EXTERNAL, BUT |
|||
NO LONGER USE IT, SHOULD THE LINKER STILL PULL IT IN FROM YOUR LIBRARY? |
|||
NORMALLY YOU WOULD SAY NO, TO PRODUCE THE SMALLEST VALID OUTPUT FILE. HOWEVER, |
|||
SOME COMPILER MANUFACTURERS COULDN'T FIGURE OUT HOW TO ORDER THEIR LIBRARIES |
|||
SUCH THAT THINGS GOT PULLED IN CORRECTLY, SO THEY STICK EXTERNAL DECLARATIONS |
|||
IN HERE AND THERE TO FORCE LOADING OF MODULES. FOR EXAMPLE, IF SLRNK IS |
|||
CONFIGURED TO STRIP EMPTY EXTERNAL CHAINS, SOME AZTEC C FILES WILL NOT LINK |
|||
PROPERLY, BUT SOME WILL. CONFIGURED TO KEEP EMPTY EXTERNAL CHAINS, ALL AZTEC |
|||
C STUFF LINKS, BUT THE FILES THAT WORKED BEFORE NOW PRODUCE A USELESSLY LARGER |
|||
COM FILE... COMPATABILITY? L80 KEEPS ALL EMPTY EXTERNAL CHAINS. |
|||
|
|||
|
|||
SLRNK 1.31 NOTES |
|||
|
|||
SLRNK WILL NOW DELETE A:$$$.SUB IF AN ERROR WAS DETECTED DURING LINK. LNKFIG |
|||
CAN DISABLE THIS. USEFUL FOR TERMINATING SUBMIT FILES ON ERROR. |
|||
|
|||
LNKFIG WILL NOW SET AN ALTERNATE USER # TO BE USED IF A GIVEN .REL FILE CANNOT |
|||
BE FOUND UNDER THE DEFAULT USER #. USEFUL FOR KEEPING LIBRARIES UNDER DIFFERENT |
|||
USER #. |
|||
|
|||
LNKFIG WILL ALSO SET AN ALTERNATE DRIVE TO SEARCH. AFTER ABOVE SEARCH IS |
|||
COMPLETE, ALTERNATE DRIVE IS SELECTED AND USER NUMBER SEARCH STARTED AGAIN. |
|||
|
|||
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@ -0,0 +1,265 @@ |
|||
|
|||
|
|||
|
|||
April 18, 1987 |
|||
This is the READ-ME file from the Z80DIS.LBR package, version 2.2 |
|||
------------------------------------------------------=========== |
|||
|
|||
|
|||
|
|||
|
|||
A personal note from the programmer: |
|||
- -------- ---- ---- --- ---------- |
|||
|
|||
I wrote this disassembler because I could not find another |
|||
that would really open up a large foreign program for inspection. |
|||
RESOURCE and all of its spin-offs give you only a pin-hole look |
|||
at a program without indicating the important interactions with |
|||
other parts of the code. Without the interactions and a wider |
|||
view, figuring out the code purpose or data type of a code block |
|||
is very hard. |
|||
|
|||
Z80DIS eliminates the narrow pin-hole view of a program |
|||
provided by an interactive display. Z80DIS provides fully |
|||
automated analysis of the code structure, well formatted output |
|||
in both assembler and printer formats, a complete cross-reference |
|||
coded by reference type, and commenting of DOS interactions. |
|||
Recent improvements in this latest version add further utility |
|||
and increase the ability to handle even larger code segments. |
|||
|
|||
For those who prefer an interactive approach to disassembly, |
|||
I recommend the combination of Z80DIS with the interactive |
|||
disassembler DAZZLESTAR (DZ) by John Washington in England. Use |
|||
Z80DIS for the automated analysis of the underlying structure and |
|||
use DZ for the interactive refinement of the code. John has |
|||
provided a DZ command (namely KG) to read the break table |
|||
produced by Z80DIS. |
|||
|
|||
As CP/M users are getting less and less support for problems |
|||
with existing 8080 or Z80 software products, maintenance of that |
|||
software has fallen to the CP/M users themselves. Z80DIS lets you |
|||
examine the software and repair the problem yourself. I hope that |
|||
you will find Z80DIS as useful as I have. |
|||
|
|||
Kenneth Gielow |
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
1 |
|||
|
|||
|
|||
|
|||
Z80DIS 2.2 04/18/87 |
|||
|
|||
|
|||
Version 2.2 change note: |
|||
|
|||
Version 2.0 added artificial intelligence to Z80DIS. |
|||
|
|||
Version 2.1 corrected a small bug in the processing of INC, |
|||
DEC, and LD using index registers IX and IY and enhanced the |
|||
distinction between ASCII blank (20 hex) and the instruction |
|||
"JR NZ,xxxx" (also 20 hex). |
|||
|
|||
Version 2.2 modifies the output format for M-80 assembler |
|||
compatibility. Increases the size of program that can be |
|||
disassembled by moving cross-reference tables to virtual |
|||
memory on disk. Fixed several minor bugs. Interprets CP/M |
|||
DOS calls and comments such calls by the function performed. |
|||
|
|||
Caveat: If you are running a system with single sided disks, you |
|||
probably do not want to upgrade from version 2.1 to version |
|||
2.2 because of the increased off-loading of memory functions |
|||
onto disk files |
|||
|
|||
Z80DIS is a disassembler for Z80 based CP/M systems. Z80DIS is |
|||
designed to generate Z80 mnemonics and prepare an assembly |
|||
language file with many special features for ease of |
|||
understanding the intent of the disassembled code. The source for |
|||
Z80DIS has grown to 8400 lines of pascal code. |
|||
|
|||
With Z80DIS versions 2.0 and higher, you need know very little |
|||
about the format of the *.COM file to produce a nearly finished |
|||
source file in most cases. In addition a large number of |
|||
convenience features and defaults have been added that were not |
|||
present in version 1. The Z80DIS change history for version 2.x |
|||
follows at the end of this paper. |
|||
|
|||
Both the Z80DIS program and the Z80DIS documentation are (C) |
|||
Copyright 1985, 1986 and 1987 by Kenneth Gielow; All Rights |
|||
Reserved. While I am freely distributing the binary code for non- |
|||
profit use, I am reserving the source code as a trade secret. |
|||
|
|||
This program requires a Z80 based computer running CP/M version |
|||
2.2 or higher. The code was compiled for a 50K TPA; the top |
|||
address is C7FF. This slightly small size was done for |
|||
compatibility with CP/M 3.0 and ZCPR3. |
|||
|
|||
The following files will be found on Z80DIS21.LBR for this |
|||
program distribution library package: |
|||
|
|||
Z80DIS.COM - the disassembler program |
|||
Z80DIS.000 - overlay file for Z80DIS |
|||
Z80DIS.001 - overlay file for Z80DIS |
|||
Z80DIS.002 - overlay file for Z80DIS |
|||
|
|||
ZDINSTAL.COM - a terminal command installation program |
|||
ZDINSTAL.MSG - contains text of ZDINSTAL messages |
|||
ZDINSTAL.DTA - contains terminal characteristics data |
|||
|
|||
Z80DIS22.DQC - an installation manual. (Squeezed format) |
|||
|
|||
|
|||
|
|||
2 |
|||
|
|||
|
|||
|
|||
Z80DIS 2.2 04/18/87 |
|||
|
|||
|
|||
The three ZDINSTAL files are based on the TURBO Toolbox GINST |
|||
program and will tailor the display command sequences for your |
|||
terminal. The DOC file is the text of a short user manual which |
|||
explains use and installation of the program. |
|||
|
|||
The interactive displays for parameter specification make the |
|||
program easy to use. All control parameters have defaults preset |
|||
to the most likely values. |
|||
|
|||
FEATURES OF Z80DIS |
|||
------------------ |
|||
|
|||
The major feature of Z80DIS is an extensive analysis of the |
|||
memory usage by the program under investigation. This analysis |
|||
capability forms the basis for an automatic partitioning of the |
|||
code to generate the break table. This analysis also produces a |
|||
fully-annotated cross reference of all addresses. |
|||
|
|||
A disassembler must know whether the bytes are instructions or |
|||
data in order to proceed. Z80DIS is the first disassembler to |
|||
produce its own break table for this purpose. Some previous |
|||
programs, such as RESOURCE, have included a search for ASCII text |
|||
regions, but have left the verification and interpretation up to |
|||
the user. Most other disassemblers are fooled by the trick of |
|||
adding nonsense bytes after jumps to cause the analysis to fall |
|||
out of synchronization with instruction code interpretation. |
|||
|
|||
Z80DIS produces an output listing which itemizes all addresses |
|||
referenced by the code, distinguishes types of label references, |
|||
marks subroutines and jumps and produces an annotated cross- |
|||
reference. This listing shows the exact mode of usage for every |
|||
reference: Jump absolute, Jump relative, Call, Restart, Load 16- |
|||
bit, Store 16-bit, Immediate 16-bit, Load 8-bit, Store 8-bit. In |
|||
version 2.1, this listing also shows the break table region of |
|||
residency for each label so that you may inspect the list for |
|||
inconsistencies. |
|||
|
|||
An address labeling convention assists in understanding the |
|||
assembly code generated. Each label generated on the assembly |
|||
listing indicates, by format, not only the generic type (Jump, |
|||
Call, Data, Other) of any references, but also the singularity of |
|||
the reference. For example, J$02E3 used at address 02E3 indicates |
|||
that only one reference was made to address 02E3 and that that |
|||
reference was a JUMP. |
|||
|
|||
In addition to helping you by automatic analysis of memory use, |
|||
Z80DIS also assists you by styling the presentation of the disas- |
|||
sembled code. The disassembled code is output in two forms: Both |
|||
the usual *.MAC file and a printer formatted *.PRN file. |
|||
|
|||
The *.PRN file is styled to look like the output of an assembler |
|||
with both the instructions and assembled bytes shown. The juxta- |
|||
position of the hexadecimal bytes and the assembly mnemonics |
|||
allows the user to recognize errors caused by an incorrectly |
|||
defined break table. |
|||
|
|||
|
|||
|
|||
|
|||
3 |
|||
|
|||
|
|||
|
|||
Z80DIS 2.2 04/18/87 |
|||
|
|||
|
|||
DOCUMENTATION NOTICE |
|||
-------------------- |
|||
|
|||
The original, version 1, user manual ran forty-plus pages and |
|||
gave extensive examples and used disassembly of the public domain |
|||
program D.COM as an example. |
|||
|
|||
The version 2 manual is now eighty eight pages of detailed, what- |
|||
if instructions and a dissertation on understanding and handling |
|||
large or complex code modules. |
|||
|
|||
As the binary code for Z80DIS is now running 108K bytes and the |
|||
ascii text for the manual is over 200K bytes, there is no way |
|||
that I can get system operators to carry both. I feel that the |
|||
program is largely self explanatory so that you can get started |
|||
very well with only the minimal help of the included DOC file. |
|||
The short user manual included here deals only with installing |
|||
the Z80DIS program and doing a simple disassembly. For more |
|||
serious work you will want the full manual. |
|||
|
|||
The longer manual expands on the discussion of the features and |
|||
explains the step-wise approach to dealing with much larger |
|||
source codes. The manual also deals with disassembling code which |
|||
relocates itself. Extensive examples are included. All error |
|||
messages and secondary options are discussed in detail. |
|||
|
|||
The full Z80DIS USER MANUAL is available by mail. I am asking a |
|||
nominal charge of $20.00 which includes the printed and bound |
|||
manual, postage, handling, and an update notification service. |
|||
You are granted the right to make not-for-profit copies of the |
|||
manual. The program itself is not available by mail as I do not |
|||
have extensive, multi-format disk copy capability. The |
|||
notification service will consist of a letter to you anytime a |
|||
new version is released so that you may be on the lookout for it. |
|||
|
|||
To order a copy of the Z80DIS USER MANUAL, send a request with |
|||
your name, address, and a check for $ 20.00 to -- |
|||
|
|||
Kenneth Gielow |
|||
79 Tulip Lane |
|||
Palo Alto, CA 94303 |
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
|
|||
4 |
|||
|
|||
|
|||
|
|||
|
|||
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@ -0,0 +1,64 @@ |
|||
1 Turbo Pascal general installation System |
|||
2 Choose installation item from the following: |
|||
3 |
|||
4 Screen installation | Quit |
|||
5 |
|||
6 Enter S or Q: |
|||
13 -> |
|||
101 Nothing |
|||
^Q: Quit, ^R: Last page, ^C: Next page, <RETURN>: Select terminal: |
|||
Wait Sorting Definitions |
|||
Change to: |
|||
(Y/N)? |
|||
y |
|||
n |
|||
Text file name: |
|||
Command: |
|||
Numeric entry expected |
|||
Legal range is |
|||
, please re-enter: |
|||
Choose one of the following terminals: |
|||
None of the above ( Max. 20 Characters ) |
|||
Delete a definition ( Max. 20 Characters ) |
|||
Which terminal? (Enter no. or ^Q to exit): |
|||
Delete terminal? (Enter no. or ^Q to exit): |
|||
Do you want to modify this definition before installation? |
|||
Terminal type: |
|||
Send an initialization string to the terminal? |
|||
Initializaion defined as a command string? (No = a file) |
|||
Send a reset string to the terminal |
|||
Reset defined as a command? (No = a file) |
|||
CURSOR LEAD-IN command: |
|||
CURSOR POSITIONING COMMAND to send between line and column: |
|||
CURSOR POSITIONING COMMAND to send after both line and column: |
|||
Column first |
|||
OFFSET to add to LINE: |
|||
OFFSET to add to COLUMN: |
|||
Binary address |
|||
Number of ASCII digits (2 or 3): |
|||
CLEAR SCREEN command: |
|||
Does CLEAR SCREEN also HOME cursor |
|||
HOME command: |
|||
DELETE LINE command: |
|||
INSERT LINE command: |
|||
ERASE TO END OF LINE command: |
|||
START HIGHLIGHTING command: |
|||
END HIGHLIGHTING command: |
|||
Number of rows (lines) on your screen: |
|||
Number of columns on your screen: |
|||
Delay after CURSOR ADDRESS (0-255 ms): |
|||
Delay after CLEAR, DELETE and INSERT (0-255 ms): |
|||
Delay after ERASE TO END OF LINE and HIGHLIGHT (0-255 ms): |
|||
Is this definition correct? |
|||
Hardware dependent information |
|||
Operating frequency of your microprocessor in MHz (for delays): |
|||
101 Nothing |
|||
200 Choose one of the following displays: |
|||
201 Which display? (Enter no. or Q to exit): |
|||
202 Default display mode |
|||
203 Monochrome display |
|||
204 Color display 80x25 |
|||
205 Color display 40x25 |
|||
206 b/w display 80x25 |
|||
207 b/w display 40x25 |
|||
|
|||
Loading…
Reference in new issue