Mercurial > hg > Members > kono > nitros9-code
view level1/cmds/format_d64.asm @ 2758:e4a0f58a5f9b
Found that people who do not have the envirornment variable NITROS9DIR set before building the project get a error missing file "/rules.mak". Found this is caused do to the fact that the code to set this envirornment variable is in the rules.mak which can't get loaded.
To fix this the code needed to set the envirornment variable that is in the rules.mak is now in the makefile(s) right before the include for the rules.mak file. This should fix the problem for those who do not have the NITROS9DIR envirornment variable preset.
| author | drencor-xeen |
|---|---|
| date | Mon, 14 Jan 2013 14:37:46 -0600 |
| parents | 7dea3d77ba0b |
| children |
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******************************************************************** * Format - Initialize disk media * * $Id$ * * Ed. Comments Who YY/MM/DD * ------------------------------------------------------------------ * 18 From Dragon OS-9 Level One VR 01.02.00 * The Dragon edition is slightly different from the Color Computer's * Even though the strings "Change from 96tpi to 48tpi? " * and "Double sided? " are in here Dragon doesn't use them. nam Format ttl Initialize disk media * Disassembled 02/07/09 18:53:41 by Disasm v1.6 (C) 1988 by RML ifp1 use defsfile endc tylg set Prgrm+Objct atrv set ReEnt+rev rev set $01 edition set 18 mod eom,name,tylg,atrv,start,size u0000 rmb 1 u0001 rmb 1 PathNm rmb 1 u0003 rmb 1 u0004 rmb 1 u0005 rmb 2 u0007 rmb 1 u0008 rmb 1 u0009 rmb 1 u000A rmb 1 u000B rmb 1 u000C rmb 2 u000E rmb 1 u000F rmb 1 u0010 rmb 1 u0011 rmb 1 u0012 rmb 1 u0013 rmb 2 u0015 rmb 1 u0016 rmb 1 u0017 rmb 1 u0018 rmb 1 u0019 rmb 1 u001A rmb 1 u001B rmb 1 u001C rmb 1 u001D rmb 2 u001F rmb 1 u0020 rmb 2 u0022 rmb 1 u0023 rmb 1 u0024 rmb 1 ClustSz rmb 1 u0026 rmb 1 u0027 rmb 1 u0028 rmb 1 u0029 rmb 1 u002A rmb 1 u002B rmb 1 u002C rmb 1 u002D rmb 2 u002F rmb 1 u0030 rmb 1 u0031 rmb 1 u0032 rmb 1 u0033 rmb 1 u0034 rmb 2 u0036 rmb 2 u0038 rmb 2 u003A rmb 1 u003B rmb 2 u003D rmb 2 u003F rmb 4 u0043 rmb 1 u0044 rmb 2 u0046 rmb 1 DevPath rmb 1 Contains "/" Device rmb 13 u0055 rmb 15 u0064 rmb 3 u0067 rmb 32 u0087 rmb 40 u00AF rmb 14 u00BD rmb 12 DateBf rmb 5 u00CE rmb 9 u00D7 rmb 17 u00E8 rmb 6 u00EE rmb 177 u019F rmb 2 u01A1 rmb 2 u01A3 rmb 12 DDBuf rmb 256 u02AF rmb 3 u02B2 rmb 9924 u2976 rmb 451 size equ . name fcs /Format/ fcb edition L0014 fcb $00 fcb $00 L0016 fcb $00 fcb $00 L0018 fcb $00 fcb $00 L001A fcb $80 fcb $E5 e fcb $80 fcb $E5 e fcb $00 fcb $00 L0020 fcb $01 fcb $00 fcb $28 ( fcb $FF fcb $06 fcb $00 fcb $01 fcb $FC fcb $0C fcb $FF fcb $00 fcb $00 fcb $06 fcb $00 fcb $01 fcb $FE fcb $04 fcb $00 fcb $01 fcb $F7 w fcb $0A fcb $FF fcb $06 fcb $00 fcb $01 fcb $FB fcb $80 fcb $E5 e fcb $80 fcb $E5 e fcb $01 fcb $F7 w fcb $0A fcb $FF fcb $00 fcb $00 fcb $FF fcb $00 fcb $43 C fcb $01 fcb $28 ( L0049 fcb $50 P fcb $4E N fcb $0C fcb $00 fcb $03 fcb $F6 v fcb $01 fcb $FC fcb $20 fcb $4E N fcb $00 fcb $00 fcb $0C fcb $00 fcb $03 fcb $F5 u fcb $01 fcb $FE fcb $04 fcb $00 fcb $01 fcb $F7 w fcb $16 fcb $4E N fcb $0C fcb $00 fcb $03 fcb $F5 u fcb $01 fcb $FB fcb $80 fcb $E5 e fcb $80 fcb $E5 e fcb $01 fcb $F7 w fcb $16 fcb $4E N fcb $00 fcb $00 fcb $4E N fcb $00 fcb $90 fcb $01 fcb $52 R L0076 fcb $20 fcb $4E N fcb $00 fcb $00 fcb $08 fcb $00 fcb $03 fcb $F5 u fcb $01 fcb $FE fcb $04 fcb $00 fcb $01 fcb $F7 w fcb $16 fcb $4E N fcb $0C fcb $00 fcb $03 fcb $F5 u fcb $01 fcb $FB fcb $80 fcb $E5 e fcb $80 fcb $E5 e fcb $01 fcb $F7 w fcb $18 fcb $4E N fcb $00 fcb $00 fcb $4E N fcb $00 fcb $2C , fcb $01 fcb $50 P start equ * stu <u0000 bsr L00BE bsr L00CF bsr L011A lbsr L0295 lbsr AskBoth lbsr L04A9 lbsr L0589 lbsr L05BF lbsr L07C0 ldu <u0044 os9 I$Detach clrb Exit os9 F$Exit L00BE leay PathNm,u pshs y leay >u00AF,u L00C6 clr ,-y cmpy ,s bhi L00C6 puls pc,y L00CF lda ,x+ cmpa #'/ beq L00DA L00D5 ldb #E$BPNam lbra ErrExit L00DA os9 F$PrsNam lbcs ErrExit lda #'/ cmpa ,y beq L00D5 sty <u0020 * * Copy device name from arg to DevPath leay <DevPath,u L00ED sta ,y+ lda ,x+ decb bpl L00ED leax <Device,u lda #$20 sta ,y clra 0 = Use device capabilities os9 I$Attach lbcs ErrExit stu <u0044 ldu <u0000 lda #$40 ldb #$20 std ,y lda #WRITE. leax <DevPath,u os9 I$Open bcs Exit sta <PathNm rts L011A bsr L0122 bsr L015D lbsr L0216 rts L0122 leax >DDBuf,u clrb os9 I$GetStt bcs Exit ldb $07,x stb <u0012 ldb $04,x pshs b andb #$01 stb <u0010 puls b lsrb andb #$01 stb <u0011 ldd $05,x std <u0013 ldb $03,x stb <u001B andb #$20 stb <u0046 ldd $09,x std <u0017 ldd $0B,x std <u0019 ldb $0D,x stb <u001F ldb #$01 stb <ClustSz clrb rts L015D ldx <u0020 L015F leay >L0188,pcr bsr L0176 bcs L017F pshs b,a ldd $02,y leay d,y puls b,a jsr ,y bcc L015F lbra Exit L0176 lda ,x+ L0178 cmpa ,y bne L0180 ldb $01,y clra L017F rts L0180 leay $04,y tst ,y bne L0178 coma rts L0188 fdb $5259,$002c,$7259,$0028 fdb $2200,$002d,$3a00,$005d,$4300,$0022,$6300,$001e fdb $2800,$0013,$2900,$000f,$2c00,$000b,$2000,$0007 fdb $00d7,$1039,$d71c,$39d7,$1239,$0c46,$3931,$c867 ldb #$20 L01C2 lda ,x+ cmpa #$22 beq L01D9 sta ,y+ decb bne L01C2 L01CD ldb ,x+ cmpb #$22 beq L01DF cmpb #$20 bcc L01CD bra L01DF L01D9 lda #$20 cmpb #$20 beq L01E3 L01DF leay -$01,y lda ,y L01E3 adda #$80 sta ,y clrb rts lbsr L08AF ldd <u001D std <u0013 rts lbsr L08AF ldd <u001D tsta beq L01FB ldb #$01 L01FB stb <u001F L01FD rts lbsr L08AF ldd <u001D tsta beq L0208 ldb #$01 L0208 stb <ClustSz negb decb andb <ClustSz beq L0214 ldb #$01 stb <ClustSz L0214 clrb rts L0216 leax >Title,pcr lbsr L0272 leay >DDBuf,u ldx $0B,y tst <u0010 beq L0229 ldx $09,y L0229 stx <u0017 leax >FmtMsg,pcr ldy #FmtMLen lbsr L0276 leax <DevPath,u tfr x,y L023B lda ,y+ cmpa #$40 bne L023B pshs y lda #$0D sta -$01,y lbsr L0272 puls y lda #$40 sta -$01,y lda <u001C bne L01FD L0254 leax >Query,pcr ldy #QueryLen lbsr GetYN anda #$DF cmpa #'Y beq L01FD clrb cmpa #'N lbeq Exit bra L0254 L026E leax >HelpCR,pcr L0272 ldy #$0050 L0276 lda #$01 os9 I$WritLn rts * * Read a one-byte answer * GetYN pshs u,y,x,b,a bsr L0276 leax ,s ldy #$0001 clra os9 I$Read lbcs Exit bsr L026E puls u,y,x,b,a anda #$7F rts L0295 leax >L001A,pcr stx <u000A ldb <u001B bitb #$C0 bne L02B9 ldb <u0046 beq L02AB leax >L0076,pcr bra L02B9 L02AB leax >L0020,pcr stx <u000A tst <u0010 beq L02B9 leax >L0049,pcr L02B9 stx <u000C clra ldb <u0012 tfr d,y clrb ldx <u0013 bsr L0303 exg d,x subd #$0001 bcc L02CE leax -$01,x L02CE exg d,x ldy <u0017 bsr L0303 exg d,x addd <u0019 std <u0023 exg d,x adcb #$00 stb <u0022 lda #$08 pshs a ldx <u0023 ldb <u0022 bsr L034C lda <ClustSz pshs a bsr L034C tstb beq L02FE leax >ClustMsg,pcr lbsr L0272 lbra L0528 L02FE leas $02,s stx <u0026 rts L0303 lda #$08 L0305 clr ,-s deca bne L0305 sty ,s stb $02,s stx $03,s L0311 ldd ,s beq L0334 lsra rorb std ,s bcc L0327 ldd $03,s addd $06,s std $06,s lda $02,s adca $05,s sta $05,s L0327 ldd $03,s lslb rola std $03,s lda $02,s rola sta $02,s bra L0311 L0334 leas $05,s puls pc,x,b L0338 pshs x,b lsr ,s ror $01,s ror $02,s puls x,b exg d,x adcb #$00 adca #$00 exg d,x adcb #$00 L034C lsr $02,s bne L0338 rts AskBoth tst <u001B bpl L036B leax >Both,pcr ldy #BothLen lbsr GetYN anda #$DF cmpa #'Y beq L036B cmpa #'N bne AskBoth rts L036B lda <PathNm ldb #SS.Reset os9 I$SetStt lbcs Exit ldd #$0000 std <u0003 inca sta <u0007 L037E clr <u0005 L0380 bsr L03DA leax >u00AF,u ldu <u0003 clrb tst <u0010 beq L039B tst <u0046 bne L0399 tst <u0004 bne L0399 tst <u0005 beq L039B L0399 orb #$02 L039B tst <u0011 beq L03A1 orb #$04 L03A1 lda <u0005 beq L03A7 orb #$01 L03A7 tfr d,y lda <PathNm ldb #SS.WTrk os9 I$SetStt lbcs Exit ldu <u0000 ldb <u0005 incb stb <u0005 cmpb <u0012 bcs L0380 ldd <u0003 addd #$0001 std <u0003 cmpd <u0013 bcs L037E rts L03CC ldy <u000E L03CF ldd ,y++ beq L03E9 L03D3 stb ,x+ deca bne L03D3 bra L03CF L03DA lda <u001B bita #$C0 beq L03EA ldy <u000C leax >u00AF,u bsr L03CF L03E9 rts L03EA ldy <u000C ldb <u0018 tst <u0046 bne L0400 tst <u0004 bne L0400 tst <u0005 bne L0400 ldy <u000A ldb <u001A L0400 sty <u000E stb <u0009 stb <u0016 bsr L0466 leax >u00AF,u bsr L03CF sty <u000E L0412 bsr L03CC dec <u0009 bne L0412 lda ,y+ sty <u000E stx <u003B leay >u2976,u sty <u001D tfr a,b L0428 std ,x++ cmpx <u001D bcs L0428 ldy <u000E ldd ,y++ std <u003D ldd ,y std <u003F clr <u0009 leax >u00AF,u ldd <u003D leay >u0087,u L0445 leax d,x ldd <u0004 std ,x ldb <u0009 lda b,y incb stb <u0009 ldb <u0007 tst <u0046 beq L0459 inca L0459 std $02,x lda <u0009 cmpa <u0016 bcc L0465 ldd <u003F bra L0445 L0465 rts L0466 pshs y,b tfr b,a ldb <u0004 cmpb #$01 bhi L0492 leax >u0087,u leay a,x ldb <u001F bne L0481 L047A leax >Abort,pcr lbra L0676 L0481 cmpb <u0016 bhi L047A nega pshs y,x,b,a clra L0489 sta ,x inca cmpa <u0016 bne L0494 leas $06,s L0492 puls pc,y,b L0494 ldb <u001F abx cmpx $04,s bcs L049F ldb ,s leax b,x L049F cmpx $02,s bne L0489 leax $01,x stx $02,s bra L0489 L04A9 lbsr L081B ldd <u0023 std $01,x DD.TOT+1 ldb <u0022 stb ,x DD.TOT? ldd <u0017 std <$11,x DD.SPT? stb $03,x DD.TKS? lda <ClustSz sta $07,x DD.BIT+1 clra ldb <u0026 tst <u0027 beq L04C9 addd #$0001 L04C9 addd #$0001 addd #$0010 std $09,x DD.DIR? clra tst <u0010 beq L04D8 ora #$02 L04D8 ldb <u0012 cmpb #$01 beq L04E0 ora #$01 L04E0 tst <u0011 beq L04E6 ora #$04 L04E6 sta <$10,x DD.FMT? ldd <u0026 std $04,x lda #$FF sta $0D,x Is FF always put in DD.ATT? leax >DateBf,u os9 F$Time leax >u00CE,u leay <u0067,u tst ,y beq L050B L0503 lda ,y+ sta ,x+ bpl L0503 bra L053E L050B leax >DName,pcr ldy #DNameLen lbsr L0276 leax >u00CE,u ldy #$0021 clra os9 I$ReadLn bcc L052F cmpa #E$EOF bne L050B L0528 leax >Aborted,pcr lbra L0676 L052F tfr y,d leax d,x clr ,-x decb beq L050B lda ,-x ora #$80 sta ,x L053E leax >DateBf,u leay <$40,x pshs y ldd #$0000 L054A addd ,x++ cmpx ,s bcs L054A leas $02,s std >u00BD,u ldd >L0014,pcr std >u019F,u ldd >L0016,pcr std >u01A1,u ldd >L0018,pcr std >u01A3,u lda <PathNm ldb #SS.Opt leax >u00EE,u os9 I$GetStt ldb #SS.Reset os9 I$SetStt lbcs Exit leax >u00AF,u lbra L0827 L0589 lda <PathNm os9 I$Close leax <DevPath,u lda #READ. os9 I$Open lbcs L0672 sta <PathNm leax >u00AF,u ldy #$0100 os9 I$Read lbcs L0672 lda <PathNm os9 I$Close leax <DevPath,u lda #UPDAT. os9 I$Open lbcs L0672 sta <PathNm rts L05BF lda <u001B clr <u0043 bita #$80 beq L05DE L05C7 leax >Verify,pcr ldy #VerifyLen lbsr GetYN anda #$DF cmpa #'Y beq L05DE cmpa #'N bne L05C7 sta <u0043 L05DE ldd <u0019 std <u0015 clra clrb std <u0034 std <u0003 std <u0008 std <u0030 stb <u002F sta <u003A leax >DDBuf,u stx <u0036 lbsr L081F leax >$0100,x stx <u0038 clra ldb #$01 std <u0032 lda <ClustSz sta <u0029 clr <u0028 clra ldb <u0026 tst <u0027 beq L0614 addd #$0001 L0614 addd #$0009 addd #$0010 std <u002B lda <ClustSz L061E lsra bcs L062F lsr <u002B ror <u002C bcc L061E inc <u002C bne L061E inc <u002B bra L061E L062F ldb <u002C stb <u002D lda <ClustSz mul std <u002B subd #$0001 subb <u0026 sbca #$00 subd #$0010 tst <u0027 beq L0649 subd #$0001 L0649 stb <u002A L064B tst <u0043 bne L067D lda <PathNm leax >u00AF,u ldy #$0100 os9 I$Read bcc L067D os9 F$PErr lbsr L084B lda #$FF sta <u0028 tst <u002F bne L067D ldx <u0030 cmpx <u002B bhi L067D L0672 leax >BadSect,pcr L0676 lbsr L0272 clrb lbra Exit L067D ldd <u0008 addd #$0001 std <u0008 cmpd <u0015 bcs L06C2 clr <u0008 clr <u0009 tst <u0043 bne L06B7 lda #$20 pshs a lda <u0004 lbsr L0724 pshs b,a lda <u0003 lbsr L0724 pshs b tfr s,x ldy #$0004 lbsr L0276 lda $02,s cmpa #$46 bne L06B5 lbsr L026E L06B5 leas $04,s L06B7 ldd <u0003 addd #$0001 std <u0003 ldd <u0017 std <u0015 L06C2 dec <u0029 bne L06D8 bsr L0701 tst <u0028 bne L06D2 ldx <u0034 leax $01,x stx <u0034 L06D2 clr <u0028 lda <ClustSz sta <u0029 L06D8 ldb <u002F ldx <u0030 leax $01,x bne L06E1 incb L06E1 cmpb <u0022 bcs L06E9 cmpx <u0023 bcc L06F0 L06E9 stb <u002F stx <u0030 lbra L064B L06F0 lda #$FF sta <u0028 leay >DDBuf,u L06F8 cmpy <u0036 beq L073C bsr L0701 bra L06F8 L0701 ldx <u0036 lda <u0028 rora rol ,x+ inc <u003A lda <u003A cmpa #$08 bcs L0723 clr <u003A stx <u0036 cmpx <u0038 bne L0723 bsr L0780 leax >DDBuf,u stx <u0036 lbsr L081F L0723 rts L0724 tfr a,b lsra lsra lsra lsra andb #$0F addd #$3030 cmpa #$39 bls L0735 adda #$07 L0735 cmpb #$39 bls L073B addb #$07 L073B rts L073C lbsr L026E leax >NumGood,pcr ldy #NumGoodLen lbsr L0276 ldb <ClustSz clra ldx <u0034 pshs x,a L0751 lsrb bcs L075C lsl $02,s rol $01,s rol ,s bra L0751 L075C puls x,a ldb #$0D pshs b tfr d,y tfr x,d tfr b,a bsr L0724 pshs b,a tfr x,d bsr L0724 pshs b,a tfr y,d bsr L0724 pshs b,a tfr s,x lbsr L0272 leas $07,s rts L0780 pshs y clra ldb #$01 cmpd <u0032 bne L079B leax >DDBuf,u clra ldb <u002D tfr d,y clrb os9 F$AllBit lbcs L0672 L079B lbsr L0835 leax >DDBuf,u lbsr L0827 ldd <u0022 cmpd <u002F bcs L07B7 bhi L07B4 ldb <u0024 cmpb <u0031 bcc L07B7 L07B4 lbsr L084B L07B7 ldd <u0032 addd #$0001 std <u0032 puls pc,y L07C0 ldd #$0010 addd <u0032 std <u0032 bsr L0835 leax >u02AF,u bsr L081F leax >u02B2,u os9 F$Time leax >u02AF,u lda #$BF sta ,x lda #$02 sta $08,x clra ldb #$40 std $0B,x ldb <u002A decb stb <$14,x ldd <u0032 addd #$0001 std <$11,x bsr L0827 bsr L081B ldd #$2EAE std ,x stb <$20,x ldd <u0032 std <$1E,x std <$3E,x bsr L0827 bsr L081B ldb <u002A L080F decb bne L0813 rts L0813 pshs b bsr L0827 puls b bra L080F L081B leax >u00AF,u L081F clra clrb L0821 sta d,x decb bne L0821 rts L0827 lda <PathNm ldy #$0100 os9 I$Write lbcs Exit rts L0835 clra ldb <u0032 tfr d,x lda <u0033 clrb tfr d,u L083F lda <PathNm os9 I$Seek ldu <u0000 lbcs Exit rts L084B ldx <u002F lda <u0031 clrb addd #$0100 tfr d,u bcc L083F leax $01,x bra L083F ldd ,y leau >u00AF,u leax >L08A3,pcr ldy #$2F20 L0869 leay >$0100,y subd ,x bcc L0869 addd ,x++ pshs b,a ldd ,x tfr y,d beq L0891 ldy #$2F30 cmpd #$3020 bne L088B ldy #$2F20 tfr b,a L088B sta ,u+ puls b,a bra L0869 L0891 sta ,u+ lda #$0D sta ,u ldu <u0000 leas $02,s leax >u00AF,u lbsr L0272 rts L08A3 fdb $2710,$03e8,$0064,$000a,$0001,$0000 L08AF ldd #$0000 L08B2 bsr L08C2 bcs L08BC bne L08B2 std <u001D bne L08C1 L08BC ldd #$0001 std <u001D L08C1 rts L08C2 pshs y,b,a ldb ,x+ subb #$30 cmpb #$0A bcc L08E0 lda #$00 ldy #$000A L08D2 addd ,s bcs L08DE leay -$01,y bne L08D2 std ,s andcc #^Zero L08DE puls pc,y,b,a L08E0 orcc #Zero puls pc,y,b,a ErrExit lda #$02 os9 F$PErr leax <HelpMsg,pcr ldy #$0154 lda #$02 os9 I$WritLn clrb os9 F$Exit Title fcb C$LF fcc "DRAGON FORMAT UTILITY" HelpCR fcb C$CR HelpMsg fcc "Use: FORMAT /devname <opts>" fcb C$LF fcc " opts: R - Ready" fcb C$LF fcc / "disk name"/ fcb C$LF,C$CR FmtMsg fcc "Formatting drive " FmtMLen equ *-FmtMsg Query fcc "y (yes) or n (no)" fcb C$LF fcc "Ready? " QueryLen equ *-Query Abort fcc "ABORT Interleave value out of range" fcb C$CR DName fcc "Disk name: " DNameLen equ *-DName fcc "How many Cylinders (Tracks?) : " BadSect fcc "Bad system sector, " Aborted fcc "FORMAT ABORTED" fcb C$CR ClustMsg fcc "Cluster size mismatch" fcb C$CR fcc "Double density? " TPIChg fcc "Change from 96tpi to 48tpi? " DSided fcc "Double sided? " NumGood fcc "Number of good sectors: $" NumGoodLen equ *-NumGood Both fcc "Both PHYSICAL and LOGICAL format? " BothLen equ *-Both Verify fcc "Physical Verify desired? " VerifyLen equ *-Verify emod eom equ * end