ê ê ê( ê: ê` êq êŵ ê… ê« ê ê ê= êR ê☓ êè êR ê2 ê2 êý ê ê- ê7 êU ê@ êá/ êÚ ê ê êI êg ê” êæ ê êŴ* ê³# ê êH ê— êÂ ê •âòfiãæ Unknown WimpExtension operation €O-é ãx0 ã<◰ã ï€O½h¹ j …åÀ á ã0Sâ …çüÿÿÊ ã
sh•âŵ Ŵâ E s Ŵs q0 €•½è€O-é À†å †å Pã —†å PãÔflÅÝ Ï ã—…å ㆅå ã|•âŵ Ŵâ ï †å ã ï ãÔ"†å ï ãT%†å ï á ã ýè •â€O½èòfiã Can't kill WimpExtension module - some tasks are still using it. (This may be due to somebody trying to load a newer version of WimpExtension.) )a general-purpose module designed(maketask of programming inWimp environment easier. It provides SWI calls for 3D icons, iconbar sprites, linked windows, loading templates, indirected icons, window handling, pointer changes, colour menus, dragging icons, RAM templates, requester windows, help, menu handling, sprite handling, draw- handling, caret handling, font menus, immediate windows, heap management, saving s, moving memory, sorting, loading s, keyboard handling, etc...Documents should be available from Arcade BBS.If you have any ideas for improvements or whatever, please don't hesitate(contact me.I can be contacted at: Jon Ribbens 39 Nutkins Way Chesham Bucks. HP5 2BEor on Arcade BBS. TASK Qã
L flå Pá3 D flå PáÝÿÿ ãx"⇧å|"⇧å¸"⇧å ë×ÿÿê œå PãÔÿÿ—œå… åÝ ï ã—⇧å ïà Á ?@-é0 ã àã ã5 ïà"⇧uP qB qØB⇧u@Dr E⇧u s5 ä"⇧u` qB qÜB⇧u@Dr E⇧u s5 ŵr% q$%⇧u s5 ŵr& q(%⇧u?€ýx ™å?€½è@-é ’å ëüÿÿz€ýèB•âòfiãK•âòfiã•âòfiã•âòfiãn•âòfiãs•âòfiã •âòfiã!•âòfiã⇨•âòfiã&•âòfiãfl•âòfiã«•âòfi㺕âòfiãÅ•âòfiãË•âòfiãÒ•âòfiã6•âòfiãÛ•âòfiã•âòfiãP •â €âòfiãl •â €âòfiã´ •â €âòfiãÐ •â €âòfiãt •â €âòfiãà •â €âòfiãð •â €âòfiã8 •â €âòfiãl •â €âòfiãÐ •â €âòfiã WimpExtension is unable to claim memory Too many applications being handled by WimpExtension. X Request to WimpExtension from unknown application. Bad block passed to WimpExtension in R1. p)! Bad validation string. , WimpExtension has received an unknown Initialise call. Division by zero. #1 Title not indirected. WimpExtension does not support old-style window definitions. iew☓ Window definition won't fit. 8- You need at least ONE button in a requester window! Text object with font reference encountered before font table 8, Task is denied access to font menu routines. R0] Font menu is not available. Bad immediate window operation. Bad WimpExt_Heap operation. Heap corrupt. B DataSave in progress. . Wimp$Scrap not defined. Bad heap block pointer. Transfer failed. # DataLoad in progress. oo Unable to perform operation due to lack of memory. File too big. ,R Supervisor stack overflow. t Unknown WimpExt_DrawOp operation. Unknown WimpExt_SpriteOp operation. Couldn't set anti-alised icon's colour. Unknown WimpExt_ListOp operation. B Unknown WimpExt_BorderOp operation. Too many linked windows Window not linked g! Bad mode R" Icon not indirected text, or is deleted # Sprite area full $ Unknown WimpExt_MiscOp operation. % WimpExt_SpriteOp does not support the system sprite area. 7,& WimpExtension library command not found. itu( Unknown WimpExt_CreateDraw operation. ) No room to create object in WimpExt_CreateDraw. þ_-é Pãþ_½(6þÿ* Pã0 30 ã ` áp ဠᑠᗆå Pã Oâ @âÞ ïþfl½h P†å2 Uãþ_½ þÿ
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−¤ à€àÀ áà á ð á‘⇨2 á−¤!àÀ áà á ð á *−¤ à—¤!à á ë € á ‘⇨àéÿÿê á—¤!à á ëÌÿÿê Rãð°Ñ@-é ë€ýè @-é0 á á á ã( ã- 0Sâ º0Sâ ºð-éñC±èñC¢è 0Sâûÿÿª sãð◰ýð½è0›â º0 -é1@±è1@¢è0€ý0 ½è0Câ0›â º@±è@¢è €ý0Câ0›â º ’ä ŵä €ý0›â €ý ’å Âä á0SâûÿÿÊ €ýè Ñä Âä0Sâ €ý ãùÿÿÏÿÿê -éÀâÁã…Á á °lâ ’ä0 á0Sâ) º0Sâ ºð-éðG±è €á4L áK☓á5\ á[Ŷá6l ákŷá7| á{á8… á⇧⇦á9† áœ⇨á:¬ á «⇩áñ¢è> á 0Sâëÿÿª sãðflýð½è0›â ºp -ép@±è €á4L áK☓á5\ á[Ŷá6l á kŷáq ¢èp—mép ½è0Câ> á0›â º -é@±è €á4L á K☓á ¢è—ý ½è0Câ> á0›â ºà’ä €á ŵä —ý0Câ> á0›â —ý à’å €á Âä á0SâûÿÿÊ —ýè*X executes an OS-command, ignoring errors.command> * calls a routine in a WimpExtension library.command> [<parameters>] colours used in 3D borders, andslabbing time, and sprite style. The available styles are: 0 = 3D, 1 = flat. The defaults are 4 0 14 12 15 0.Syntax: <top-left> <bottom-right> <in> <channel> <time> <style> tells WimpExtension to forget all about any Wimp tasks that are currently registered with it. This is not usually a good idea, but some bugged programs can sometimes manage to crash without de-registering themselves, so it can be useful. sets some of the colours of some of the sprites in the WimpExtension sprite pool. Each parameter specifies the colour of the symbol in a different sprite.Syntax: <radioon> <opton> <yes> <no> @-é⇩ ë œå Pã €ý œåŴWïùÿÿz €½è @-é ï €ýè @-é~ ë Qã
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• ãÿ ã ïþ•½hÿ QãáÿÿüŒå 0 á €â ã ãàýÿëþ•½h á á ãÖüÿë{Þÿ{ qþ•ýxþ•½è@-é ãàÐä ^ãŴ"ûÿÿ* á€ýè@-é#œå á Ñä Pã : Rã ï j÷ÿÿê€ýè ™å€½è@-é` áP á@ á 0 á ã á áE ï s q qE s q qE s q qE s q qE €ýx ™å€½è@-é` áP á@ á 0 á ã á áE ïe s q qE €ýx ™å€½è€ á‘ á ` áûýÿêÿ âÿ ÐãÔÿ
`œå Pã ñ•0N ê ê ê& ê ã FÀ@☓ ’à’ @À@D@Ŵ ã GÀPŶ ’à’ @ÀPŶPŴ ŴåÙýÿë8 ê ã@Ŵ ã ’à’ @ F Ŵ ã ’à’ @ Ŷ Ŵ ãpŴÅýÿë$ ê ã ãà’àN N ã à’àN F à’å -é ’åàNà ½èÎà á PáÆÿÿª ã ãà’ àN N ãà’ àN Gà’å -é ’åàNà ½èÎà á Pá´ÿÿªÆÿÿê0Йâþ◰ýxþ◰½èŵA-épÐä Wã :% WãpÁùÿÿpÐä% WãpÁõÿÿ
0pWâàw¢ñ• ê€ á ê€ á ê€ á ê€ á ê€ á Xã ºpØä WãpÁ$ûÿÿ*áÿÿê p ã pÁå áŵŴýè •â_ãŵŴ½è' Bad WimpExt_SubstituteArgs call. Pã€ð•0Îÿê ê ê @-éÐÿë €½hè…åð …å(àŴâ ^áìà…” à ›ôà…” €ý— @½è# ê@-éÐÿ뀽hì †åð0†å Cà Pã º ã ŵä Ñä Pã
He has revolted. Resisted. Fought. Held fast. Maintained. Destroyed
resistance. Overcome coercion. The right to be a person, Someone or
Individual. We applaud his private war and concede that despite materialistic
efforts he has survived intact and secure.
You will see that your home is being made ready. Above and beyond this we
have the means for you to desert us and go anywhere. And petty cash.
You are free to go.
ÿÿÿÿ ðÿÿÿx X ⇧1 ø s!dHacker;f17 IBarN1=IBarN2=IBarN3= È Ŷ⇦ UK Trinity.Medium Trinity.Medium.Italic C' {' x' y' Desktop_Hacker ì( DesktopHacker â ÿ J ìá SetHackPoint Ü k Ò ClearHackPoint ß ‘ ListHackPoints ☓Þ º ¨ Do not use *Desktop_Hacker, use *Desktop instead. Syntax: *DesktopHacker <command> Syntax: *SetHackPoint <type> <value> Syntax: *ClearHackPoint [<type>[<value>]] Syntax: *ListHackPoints *SetHackPoint adds a condition to the list of those that will make Desktop Hacker interrupt. Types currently defined are:SWI <SWI name/number> - trap a single SWISWIGroup <SWI chunk name/number> - trap a group of SWIsDelay <centiseconds> - wait for a time after the game starts or continues, then interrupt. *ClearHackPoint with a type and value clears one condition. With a type only, all conditions of that type are removed. On its own, all conditions are removed. *ListHackPoints shows all interrupt conditions currently set up. SWIGroup SWI Delay centiseconds DesktopHacker ReadState MemoryAccess ReadList BreakPoint Desktop Hacker 1.08 (04 Jun 1995) dHacker$Path Sprites SWIVe26 SWIVe32 Choices:dHacker <Choices$Write>.dHacker Choices$Write Choices .Messages .Templates Wimp$Scrap Delete <Wimp$Scrap> Squash optoff Error03=Error3B=Error39=Error38=@' Internal error: Not enough memory to start up Desktop Hacker. A' Internal error: Desktop Hacker must be run from its application. E' Internal error: The Choices file is incomplete, or corrupted. Get the original back from the original Desktop Hacker disc, or repair it using a text editor. 2?0 2?1 2?2 2?3 2?4 2?4 2?4 2?3 2?2 2?1 2?0 B6E List FF9 ScreenShot 3F7 SavedGame FF8 GameApp FFF CodeDump FF9 Graphics Desktop Hacker Reserve dh_reserve printer:$.dHacker .!Run DesktopHacker Run Error22=VictoriaMode=ProgAuthor=NoDriver=ListHead1=ListHead2=WhichKey=ColMenu=FntMenu=LngMenu=HackType=Country=StdFont=ItlFont=SzeFont=HotKeys=Reserve=NScreen=ResMemK=Error1E=^' Error10=P' Error20=`' Error1F=^' L' Error0C=G' Error07=M' Error0D=æ Unknown Desktop Hacker operation € Created by dHacker 3DStyle=RegName=DisCase=24_pu 24_pd 24_pl 24_pr 24_pa 24_pz 22_pa 22_pz 22_pu 22_pd 22_pl 22_pr * R0 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 R0 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 PC R0 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 WK SP LK PC A1 A2 A3 A4 V1 V2 V3 V4 V5 V6 SL FP IP SP LR PC r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 r13 r14 r15 r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 r12 r13 r14 pc r0 r1 r2 r3 r4 r5 r6 r7 r8 r9 r10 r11 wk sp lk pc a1 a2 a3 a4 v1 v2 v3 v4 v5 v6 sl fp ip sp lr pc CPSR cpsr SPSR spsr C F CP c f cp B Swi And Eor Sub Rsb Add Adc Sbc Rsc Tst Teq Cmp Cmn Orr Mov Bic Mvn Lsl Lsr Asr Ror Rrx Adf Mvf Muf Mnf Suf Abs Rsf Rnd Dvf Sqt Rdf Log Pow Lgn Rpw Exp Rmf Sin Fml Cos Fdv Tan Frd Asn Pol Acs Atn Urd Nrm Flt Fix Wfs Rfs Wfc Rfc Cmf Cnf CmfE CnfE Stf Ldf Sfm Lfm 0.0 1.0 2.0 3.0 4.0 5.0 0.5 10.0 Swp Str Ldr Stm Ldm Msr Mrs Mul Mla Stc Ldc Cdp Mcr Mrc Adr Eq Ne Cs Cc Mi Pl Vs Vc Hi Ls Ge Lt Gt Le Nv Ed Ea Fd Fa Da Ia Db Ib S D E ? S D E P P M Z B T E S l L P F E & # [ ] { } ! ^ , - Undefined Instruction Error05=E' Internal error: There's a token missing from the Messages file, and the token missing error message is missing too. It is likely the whole Messages file is corrupted. Replace it with that from the original Desktop Hacker disc. ErrorXX=HelpIBN=HelpIBG=HelpIBH=HelpDW=HelpLW=HelpIMX=HelpDMX=HelpLMX=HelpSMX=HelpCM=HelpFM=HelpGM=HelpKM=HelpXXX=WindowX=dhacker ListGameD100D101NoneSqshdhacker_dumpErrorFrom=WarnFrom=WButton1=EButton1=EButton2= TASK☓ ÿÿ€ ÿÿ ÿÿ ÿÿ◰ ÿ› ÿ£ ÿÿÿÿÿMenu ’? ? ? ? LShift LCtrl LAlt RShift RCtrl RAlt Select Menu Adjust ? ? ? ? Q 3 4 5 F4 8 F7 - 6 Left Pad6 Pad7 F11 F12 F10 ScrLk Print W E T 7 I 9 0 - Down Pad8 Pad9 Break ` £ Back 1 2 D R 6 U O P [ Up Pad+ Pad- Enter Insert Home PgUp CapsLk A X F Y J K 2 ; Return Pad/ ? Pad. NumLk PgDn ' ? S C G H N L ; ] Delete Pad# Pad* ? = \ ? Tab Z Space V B M , . / Copy Pad0 Pad1 Pad3 ? ? ? Escape F1 F2 F3 F5 F6 F8 F9 \ Right Pad4 Pad5 Pad2 ? ? ? SysFont=BadFont=Desktop Hacker internal error Desktop Hacker has suffered the following internal error whilst handling another error, and must exit immediately:
Internal error: Desktop Hacker has run out of file to compare. This should never happen. ‘‘‘'‘7‘@‘P‘`‘p‘€‘–‘§‘°‘ǑБç‘÷[@ [@ [@ [@ µ@ µ@ µ@ µ@ µ€ µ€ µ€ µ€ ÿÿÿÿF A' B' C' @' Á À Ì B G D E
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| The IBarNx tokens must not be longer than 7 characters (To keep a single icon)
| The tokens that go in icons must not be longer than the icons they go in can take - try editing the templates!
IBarN1=dHacker
IBarN2=Running
IBarN3=Hacking
WhichKey=Hold down keys now!
SysFont=System font
BadFont=(Regular)
NoDriver=Driverless
ListHead1= items in list
ListHead2=Base &
VictoriaMode=New
ErrorFrom=Error from Desktop Hacker
WarnFrom=Warning from Desktop Hacker
QuesFrom=Query from Desktop Hacker
EButton1=Continue
EButton2=Quit
WButton1=OK
ProgAuthor=Andrew Clover of DoggySoft
HackType0=Hot-keys pressed
HackType1=BreakPoint SWI called
HackType2=Trapped SWI called
HackType3=Trapped SWI called
HackType4=Delay time elapsed
| Iconised window titles
| These titles may not be longer than 10 characters (Pinboard limitations)
WindowA=dHacker
WindowB=Game info
WindowC=dHacker
WindowD=dHacker
WindowE=dHacker
WindowF=PicRip
WindowG=Game view
WindowH=dHacker
WindowI=Choices
WindowJ=MemCompare
WindowK=dHacker
WindowL=List
WindowM=dHacker
WindowN=dHacker
WindowO=dHacker
| Menu titles and items
| Menu titles may not be longer than 12 characters (RISC OS 2 limitations)
| Menu items may be any length
ColMenu=Colours
FntMenu=Fonts
LngMenu=Countries
IMenuT=dHacker
IMenu1=Info
IMenu2=Game info...
IMenu3=Game speed
IMenu4=Lists...
IMenu5=Choices...
IMenu6=Quit
DMenuT=dHacker
DMenu1=Game info...
DMenu2=Save
DMenu3=Search F4
DMenu4=Printout Print
DMenu5=Lists... ^L
DMenu6=Graphics...
DMenu7=Compare... ^C
DMenu8=Continue
DMenu9=Kill game
SMenuT=Save
SMenu1=Position F3
SMenu2=Application ⇧F3
SMenu3=Screenshot ^F3
LMenuT=List
LMenu1=Print
LMenu2=Save
| Error messages
| These messages must not be longer than 191 characters (block length).
Error02=Desktop Hacker cannot hack folders. Drag in an application or a file to hack.
Error03=You can only hack one game at a time. Before dragging another game in, kill the game currently being hacked.
Error04=There was not enough memory to interrupt the game when the hot-keys were pressed. Try to free some more using the Task Manager.
Error05=A message was missing from the Messages file. Replace the Messages file with the original from the original Desktop Hacker disc.
Error06=You must start up the Desktop and Desktop Hacker before you can hack a game.
Error07=Desktop Hacker cannot be quit now. Use the ‘Quit’ item on the main menu.
Error08=You have specified a number that cannot be read.
Error09=There were no clear list numbers to load this list into.
Error0A=You pressed Escape to interrupt a process. The process may only be partly performed.
Error0B=A valid secondary list has not been selected for this process. Please choose a process list before performing the process.
Error0C=There was an unknown command in the SWI hardware vector, so Desktop Hacker could not start up. Try resetting the machine and trying again.
Error0D=Somebody else has claimed the SWI hardware vector since Desktop Hacker started up. It is impossible for Desktop Hacker to quit without the other program quitting first.
Error0E=Desktop Hacker has suffered an internal error in its WIMP routines. The Templates file may be corrupted.
Error0F=The file you dragged in was not a valid list file.
Error11=The address you specified was out of range. Valid addresses lie between &8000 and &1C00000.
Error12=Your fonts will not be anti-aliased, and won’t look very nice. It would be a good idea to configure anti-aliasing higher using the Configure program.
Error13=There is no font cache. Desktop Hacker can run, but its windows will be very slow to redraw. Either allocate a bigger font cache, or use the Choices window to turn fonts off.
Error14=There is no list selected. Please select a list at the top of this window before attempting to do anything with it.
Error15=The address you just tried to add was already in the list.
Error16=Word addresses must be a multiple of 4 (ie. they end in 0, 4, 8, or C). The address you have specified is not a word address, so cannot be used.
Error17=Attempting to process a list with itself is a silly idea.
Error18=You have not specified a valid list to cross-reference against in this search.
Error19=You have not specified a valid list to send the results of this search to.
Error1A=You have specified a byte value larger than 255 (&FF). Bytes cannot go this high!
Error1B=Searching for text less than two letters long is a rather poor idea.
Error1C=The SWI name you specified cannot be found. Check you have typed it right. Remember that SWI names are case senstive.
Error1D=The SWI group you specified cannot be found. Check you have typed it right. Remember that SWI names are case senstive.
Error1E=A silly list number was passed to DesktopHacker_ReadList.
Error1F=An invalid address was passed to DesktopHacker_MemoryAccess.
Error20=DesktopHacker_MemoryAccess cannot be used as no game is being hacked.
Error21=This list file does not have a base of &8000; Desktop Hacker cannot load it.
Error22=There’s no memory left to extend the list.
Error23=This game position was not saved by, and is not understood by Desktop Hacker.
Error24=This game position was created by a later version of Desktop Hacker, and has a new format not understood by this version. Contact DoggySoft.
Error25=This game position is compressed in a format unknown to this version of Desktop Hacker.
Error26=Guru meditation error.
Error27=This game position is compressed with Squash. If you wish to read it, you’ll need to upgrade to RISC OS 3.
Error28=There is not sufficient data in the game to save graphics.
Error29=Desktop Hacker cannot load this file straight from the other program, as we haven’t seen the !Scrap folder yet. Open a folder viewer containing !Scrap to allow this.
Error2A=You have not specified a valid file to use in the compare. Please drag an application file to the Compare window.
Error2B=There is no application memory to use.
Error2C=You have not specified a valid list to send the results of this compare to.
Error2D=You have such a huge number of fonts, I don't have space to list them. Apologies.
Error2E=The font name specified couldn't be found.
Error2F=To save, drag the icon to a folder viewer, or type a full pathname and press Return.
Error30=The printer is currently busy printing something else.
Error31=The range of addresses you have tried to print extends outside the game’s memory.
Error32=You can't load saved position files at this point. Load and interrupt the game before loading a saved position for it.
Error33=There's not enough memory to load this position file.
Error34=Something bad has happened to this file; Desktop Hacker cannot read valid game data.
Error35=This is not a real game file; the header is wrong.
Error36=You cannot do this on the Desktop Hacker demo. Send £10 to DoggySoft for a full copy!
Error37=There is not enough memory in the game for that number of sprites.
Error38=There are no such HackPoints set up
Error39=Sorry, you already have the maximum number of HackPoints allowed
Error3A=There wasn’t enough memory available to reserve the desired amount for hacking. Desktop Hacker has reserved as much as possible.
Error3B=Invalid HackPoint parameters
| Help messages
| These messages may not be longer than 234 characters (WIMP messaging limitations)
HelpIBN=This is Desktop Hacker.|MDrag a game here to hack it.|MClick Adjust to alter the program choices.
HelpIBG=This is Desktop Hacker.|MClick Adjust to alter the program choices.
HelpIBH=This is Desktop Hacker.|MDrag a game file here to play it.|MClick Select to continue the game being hacked.|MClick Adjust to alter the program choices.
HelpDW=This window displays a disassembly of the game being hacked.|MClick Adjust to add or remove an address to or from the current list.|MClick Select on a word to alter it.|MUse Shift-Select to move to the address referred to.
HelpLW=This window displays the addresses in the list.|MClick Adjust to move the disassembler to the address, Select to remove an address from the list, or Menu to save or print the list.
HelpIM1=Click or move the pointer right to see information about Desktop Hacker.
HelpIM2=Click to see the game being hacked at the moment.
HelpIM3=Click or move the pointer right to alter the speed at which games being hacked run.
HelpIM4=Click to open the lists window.
HelpIM5=Click to alter Desktop Hacker’s choices.
HelpIM6=Click to quit Desktop Hacker.
HelpDM1=Click to see information about the game being hacked.
HelpDM2=Move the pointer right to save things.
HelpDM3=Move the pointer right or click to perform a search.
HelpDM4=Move the pointer right or click to print part of the disassembly.
HelpDM5=Click to see and edit the contents of a list.
HelpDM6=Click to find and rip graphics.
HelpDM7=Click to compare memory with an application file.
HelpDM8=Click to carry on running the game.
HelpDM9=Click to stop hacking and abort the game.
HelpSM1=Move the pointer right or click to save the entire game position as a file.
HelpSM2=Move the pointer right or click to save the game’s memory as an application file (suitable for use with the compare option)
HelpSM3=Move the pointer right or click to save the a shot of the game’s screen as a sprite.
HelpLM1=Move the pointer right or click to print the contents of this list to the printer.
HelpLM2=Move the pointer right or click to save this list.
HelpCM=Click to choose this country for all the text that appears in Desktop Hacker.
HelpFM=Click to choose this font for the normal icons in Desktop Hacker's windows.
HelpGM=Click to choose this font for data icons in Desktop Hacker's windows.
HelpKM=Click to choose this colour to be displayed in popped-in icons in Desktop Hacker's windows.
Help000=This window shows information about Desktop Hacker.
Help001=This shows where the graphics were stored in the memory of the game.
Help002=This shows the contents of the registers when the game was interrupted.
Help003=This shows which screen mode was being used when the game was interrupted.
Help004=This shows how much memory the game takes up.
Help005=Drag the file icon to a folder viewer to save it.
Help006=Type the pathname of the file and click ‘OK’ or press Return to save.|MAlternatively, type the file’s name and drag it to a folder viewer.
Help007=Word searches are performed on separate groups of four bytes, words, which are most commonly used by Archimedes programs.
Help008=Byte searches are performed on single byte values.
Help009=Searches for text are performed by checking many bytes to find the string specified.
Help010=SWI searches look for specified SWI commands in words.|MYou can specify a single SWI by typing its name or number, or any of a group of SWIs by typing the group name without a SWI name after the underline.
Help011=Mnemonic searches look for the instruction or part of instruction specified in every instruction in memory.|MThis is likely to take a long time. This is always case- and spacing-insensitive.
Help012=Searches for references check for addresses referred to by any address, any branch command, any position-relative instruction, or any other relative instruction, using the contents of the registers in memory. Hex is implicit.
Help013=This option applies only to text searches.|MIf selected, they are case-sensitive, meaning upper case and lower case letters are treated as different.
Help014=This option applies to text and mnemonic searches.|MIf selected, the $, #, %, and & characters are used to specify wildcards. See the Desktop Hacker manual for details of wildcards.
Help015=This option applies only to text searches.|MIf selected, an extended (and slower) search is used to search for text encoded by simple byte EORing. Note that the first character is case sensitive and may not be wildcarded.
Help016=If this option is selected, only addresses in the specified list are considered in the search.|MThe resulting list will contain only addresses that satisfied your search conditions and were in the first list.
Help017=Choose which list to put the results of searches into before doing the search.
Help018=If this option is selected, the search is for items that are not what is specified, rather than items that are.
Help019=This option applies only to word and byte searches.|MIf it is selected, the values specified will be taken as hex.
Help020=Click to start the search.
Help021=If the ‘Slow down’ or ‘Speed up’ options are chosen, the game’s speed will be altered.|MFor example, a factor of 2 would mean double the speed, or halve it.|MNote that ‘Speed up’ will not work with most games.
Help022=If this option is selected, sprites saved will have a palette.
Help023=This shows how many sprites will be converted from raw data.
Help024=Type an address and click ‘Goto’ or press Return to disassemble a different part of memory.
Help025=When selected, all addresses in the specified list will be displayed in red.|MYou can then use the arrows to move back and forth through the list. The far left and right arrows move to the first and last items.
Help026=When clicked on, this button moves the disassembly back to the last place Shift-Select was used from.
Help027=Click on this button to continue the game from where you left off.
Help028=This window shows Desktop Hacker’s choices.|MClick ‘OK’ to set them, ‘Default’ to reset them, or ‘Save’ to save them to Desktop Hacker. Click ‘Cancel’ to ignore any changes you have made.
Help029=Click ‘Change’ and hold down some keys to change which keys activate Desktop Hacker.
Help030=These options specify the names used for registers in the disassembly window.
Help031=These options specify whether mnemonics and registers will be displayed in upper or lower case.
Help032=These options choose between either the standard style, or a style with a unified slab colour and better group borders.
Help033=These options specify which outline fonts to use and at what size, or to use the system font.|MNote that changing between the system font and outline fonts will not happen till Desktop Hacker is reloaded.
Help034=This alters which language to use in Desktop Hacker. Currently, the UK is the only language supported.|MNote that changing this will not take effect till Desktop Hacker is reloaded.
Help035=Click to set and use the choices specified.|MClick Adjust to try these choices, but keep the window open.
Help036=Click to ignore any changes made.|MClick Adjust to get rid of any changes made and display the old setup.
Help037=Click to save the choices to the Desktop Hacker program, so that they are used every time Desktop Hacker is loaded.
Help038=Click to restore the settings to their default state, as supplied with your original copy of Desktop Hacker.
Help039=This window shows the keys to use in the Graphics Ripper.
Help040=This option chooses whether to use the game's palette when looking for graphics.|MNormally this should be on; some games, however, use completely black palettes, in which case it should be off.
Help041=Click to forget about the Graphics Ripper.
Help042=Click to start graphics ripping.
Help043=This is the reason why Desktop Hacker interrupted the game.
Help044=Before comparing, a file must be dragged in or its path typed, and the list to send the results to chosen.
Help045=This chooses whether to consider whole words, or bytes.
Help046=If this option is selected, the values specified above are considered to be in hex.
Help047=If this option is selected, the values looked at are considered to be signed, ie., able to be plus or minus, otherwise the values are all considered to be positive. This is only relevant for increase/decrease compares.
Help048=If this option is selected, the file is just searched for bits that are different now.|MIf you select the ‘From-To’ option, you can enter the values from and to which these bits have changed.
Help049=If this option is selected, the file is searched for values that are lower now than they were when the file was saved.|MIf the ‘By’ option is selected, you can specify how much lower this should be.
Help050=If this option is selected, the file is searched for values that are higher now than they were when the file was saved.|MIf the ‘By’ option is selected, you can specify how much higher this should be.
Help051=Click to go ahead and compare the file.
Help052=Click to forget it and remove the window.
Help053=This window is used to compare the current contents of memory with that contained in a file; this is useful to find what parts of memory have changed.
Help054=Type a new word value, in hex, for this location, then press Return or click OK.
Help055=Type a new mnemonic for this location.
Help056=Choose a list to deal with.
Help057=Click ‘Clear’ to remove all the addresses from the list.
Help058=Type an address and click ‘Add’ or press RETURN to add a new address to the list.
Help059=Choose a second list, the contents of which can be used in a process.
Help060=When you have selected a second list, you can perform processes with the first list, the results going into the first.|MCopy simplies copies the secondary list to the primary. And, Or, and And Not perform logical binops.
Help061=The select block facility selects a block of addresses from one address to another.|MThis can be useful in finding addresses when you know they are between two addresses.
Help062=With words, only every fourth address is set. With bytes, every address is, which is more useful if you are going to do byte searches, and is also the best to choose for deselecting a block.
Help063=Type the first and last addresses in the block to select or deselect.
Help064=Alter these settings to allow Desktop Hacker to keep an amount of memory aside for hacking. This is useful if a game deliberately fills all available memory.
Help065=If this option is selected, the picture on the screen will not be kept when the game is interrupted. This saves memory but disallows the screen-shot feature, and is likely to provide an incorrect display on returning.
Help075=Type the first and last addresses to disassemble.
Help076=Enter the number of copies to print.
Help077=Click ‘Print’ to start the print.
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Abode stands for Another Bunch of Desktop Enhancements. It is a Swiss-Army-knife type of application. It combines several utilities, all meant to make life on the desktop a bit easier. At each moment, only one utility is active, depending on the mode Abode is in. These are the modes:
1) Basic edit -- To start the BASIC editor, and load files into it.
2) Set type -- To set the type of one or more files.
3) Kill module -- To RMKill modules loaded in RAM.
4) Access -- To set or clear the delete-protection (and other
attributes) of files and directories.
5) Command -- To excute CLI commands
In addition, Abode has some smaller features:
* A caret blinker, to make it easier to find on a crowded screen.
* A PullFront key. Pressing this key opens the window that the mouse pointer
is over, to the front, making it fully visible.
For most of these functions there already are (Public Domain) utilities. This one is written as a single application, so that the icon bar won't get too crowded. It also saves some memory.
This file describes how you can get Abode to do all these things. However, if you're familiar with this kind of utility, you'll probably only need to read the ultra-short manual in the !Help file.
!Abode is FreeWare. For conditions of use, read the copyright notice at the end of this manual.
Starting the program
____________________
As usual, the program is started by double-clicking on its icon in a filer window. It will install itself on the icon bar. You can bring up the main menu in the normal way, by clicking the Menu mouse button over the icon on the icon bar.
Switching between modes
_______________________
The main menu contains, besides the normal "Info" and "Quit" options, all the modes. The mode that is currently active is indicated by a tick. You can change to another mode by selecting one from the main menu. The icon on the icon bar will also change. A faster way to change mode is by clicking on the icon with the Select button. The program will then "cycle" through the modes.
Mode 1: Basic edit
__________________
When you drag a file from a filer window onto the Abode icon, the program loads this file into the BASIC editor. You can only do this with files of type Basic. If you click on the icon with Select, Basic is started without loading a file.
If you hold down the Shift key when dragging, the file is loaded into Basic, but the editor is not started.
The Abode !Run file defines a couple of function keys, so that you can enter much-used BASIC commands like RUN, EDIT, etc. with one keypress. You can change these to your liking.
Mode 2: Set type
________________
In this mode, you can change the type of files. First you choose the new file type, by selecting one from the "Set type" submenu (the default is Text). The menu of types has two levels. The first is user-configurable, and contains the types that are most used. A submenu leads to the second level menu, which contains all known types. Its last menu entry is writable: useful for entering the type as a hexadecimal value, in case it was not listed.
The type of a file is changed when you drag its file icon from a filer window onto the Abode icon. Dragging multiple files also works.
Mode 3: Kill module
___________________
This can be useful when you want to free some memory by removing relocatable modules that are no longer needed. The modules that are loaded in RAM can be seen in the "RMKill" submenu. Clicking on an entry will issue an RMKill command. When Abode is in another mode, you can view the submenu, but will not be able select a module.
Be careful with killing a module: if it is still used by another application, that application will probably crash. To prevent this, in the standard setup you are asked to confirm each RMKill; it can be switched off in the Options window.
Mode 4: Access
______________
When in this mode, dragging an object onto the Abode icon will clear or set the attributes of that object. You can also do this from the Filer menu, but Abode works recursively. That is, if the object is a directory, the attributes are also changed for every file in that directory (and for its subdirectories, and for files in those, etc.). This also works for applications. Whether the delete-protection will be set or cleared is shown by the icon. You can toggle this by clicking on the icon with the Select button. The other attributes (read and write access) can be set from a submenu.
Abode can also be configured to never delete-protect files that contain the setup (i.e. user preferences) for an application.
Mode 5: Command
---------------
This mode allows you to execute a command. This can be handy when you want to execute it repeatedly; you only have to type it in once. It is also useful when you want to execute a command on a lot of files; for example to set the timestamp of a number of files, first enter the command 'Stamp' in the submenu, then drag the files onto the Abode icon.
Optionally, the command can be run in a Task window.
Options
_______
In the "Options" window you can set a number of preferences:
1) *Dir before BASIC edit
If this option is on, the current directory will be set before a Basic
file is loaded into the editor. In this way, when you save your file
with only a leafname, it will be stored in the directory where it came
from.
2) Don't lock setup files
Prevents Abode from setting the "Lock against deletion" bit of setup
files. This can be handy when you want to lock applications on your
discs. The setup file in the application directory should not be
locked, because it may change during use. With this option on, you
don't have to open the directory and unlock the setup file. Abode
recognizes a setup file by its name (e.g. "Status", "Choices" etc.)
3) Confirm RMKill
When on, this forces Abode to ask you to confirm the RMKilling of a
module (just to keep on the safe side).
4) Blink caret
This gives you a blinking caret, not just in Abode itself, but
anywhere on the screen. You can change the blink frequency with the
up/down arrows.
5) "Pull Front" key
If this is on, pressing a hotkey will pull the window that the pointer
is currently over, to the front. This can be handy when your screen is
filled with lots of windows, and you want to view a window that is
covered by other windows. Sometimes you can't click on the title bar,
because that part is also covered. With this option, you can move the
pointer over any part of the window, and press the hotkey. If the
window is already in front, it will be pushed to the back.
You can set the hotkey in the writable icon by pressing the hotkey
when the caret is in the icon.
6) Run Command in a task window
If this option is on, the command is run in a Task window, so that it
multitasks, and output is sent to !Edit (or !Zap, or whatever editor
you are using).
The window contains two more buttons. One button saves the current setup in a file in the !Abode application directory. This file is loaded when Abode is started. The second button simply closes the options window.
Credits and copyright notice
____________________________
I wrote this application for my own use. Thanks are due to Ferdinand Oeinck, Joris Roling, Majid Anwar, and Emmet Spier, for writing utilities that I borrwoed ideas from. (Also copied some sprites, sorry guys! Wrote the program myself though.)
This program is FreeWare. This means that I retain the copyright. You may freely copy and distribute it, provided that it is complete with all original files, and that you do not sell it. PD libraries may charge a nominal fee for the cost of duplication, postage etc. When you use the program, you do so entirely at your own risk. You may change the program to suit your own needs. If it's a bug fix, or if you think it's an improvement, then please send the changes to me.
Dick Alstein
Lijnslagerstraat 204
5625 BP Eindhoven
The Netherlands
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NoStSave:Could not save status
NoAccess:Could not set access of %0
# The following lines contain names (in uppercase) that are
# considered as setup files. Add your own if you want.
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õ , È− "OS_ReadMonotonicTime" ¸ blinktime% F blinktime%=(blinktime%+blinkperiod%)-(blinktime% ◰ blinkperiod%) 8 È− "Wimp_PollIdle",mask%,blk%,blinktime% ¸ reason% ȉ reason% Ê É 0 òblinkcaret + È− "OS_ReadMonotonicTime" ¸ time% ç time%>rmamintime% … B ç minimizerma% … È− "XOS_ChangeDynamicArea",1,-(1<<24) ! rmamintime%=time%+100 Í ) É 2 : È− "XWimp_OpenWindow",,blk% ) É 3 : È− "Wimp_CloseWindow",,blk% ? É 6 : òmouseclick(blk%!0,blk%!4,blk%!8,blk%!12,blk%!16) ) É 8 : òkey(blk%!0,blk%!4,blk%!24) É 9 : òmenuselect(blk%) É 17,18 : òreceive(blk%!4,blk%!8,blk%!16) Ë ý quit% òmsg_exit È− "Wimp_CloseDown" à ! "Ý òaccess(name$,type%) #&ê ofs%,read%,item$,itemtype%,i%,N$ $%È− "OS_File",5,name$ ¸ ,,,,,attr% %ç type%=2 … &+ attr%=(attr% € &F7) ☓ (access% € &08) 'Ì (# attr%=(attr% € &C4) ☓ access% ) ç dontlocksetup% … *$ N$=¤upcase(¤leafname(name$)) + ç ¤msg_lookup0(N$)<>"" … , attr%=attr% € &F7 - Í . Í /Í 0*È− "XOS_File",4,name$,,,,attr% ¸ ;flg% 1ç (flg% € 1) … 2/ òcomplain(¤msg_lookup1("NoAccess",name$)) 3Ì 4 ç type%=2 … 5 ofs%=0 6 õ 7B È− "OS_GBPB",10,name$,blk%,1,ofs%,40,"*" ¸ ,,,read%,ofs% 8 ç read% … 9 itemtype%=blk%!16 :) item$=name$+"."+¤str(blk%+20) ;$ òaccess(item$,itemtype%) < Í = ý (read%=0) ☓ (flg% € 1) > Í ?Í @á A BÝ òbasicload(file$) Cç dodir% … D0 È− "Wimp_StartTask","Dir "+¤dirname(file$) EÍ F/È− "XOS_Module",18,"ARMBasicEditor" ¸ ;flg% G ç ((flg% € 1)=0) € ¬(¦ -1) … H òinsertcmd("EDIT") IÌ J òinsertcmd("MODE MODE") KÍ L,È− "Wimp_StartTask","Basic -load "+file$ Má N OÝ òblinkcaret Pç blink% … Q% È− "Wimp_GetCaretPosition",,ct% R$ ç (ct%!0<>-1) € (ct%!16<>-1) … S ct%!16=(ct%!16)ŵ(1<<25) TI È− "Wimp_SetCaretPosition",ct%!0,ct%!4,ct%!8,ct%!12,ct%!16,ct%!20 U Í VÍ Wá X YÝ òcomplain(text$) Z ê dummy% [ dummy%=¤errbox(text$,17) \á ] ^Ý òdefaultstatus _ mode%=1 `access%=&03 a dodir%=¹ bconfirm%=¹ c blink%=£ dnewtype$="Text" e cmd$="" fdontlocksetup%=£ gpullfront%=£ hpullfrontkey%=&1EA iblinkperiod%=25 jminimizerma%=£ ktaskwindow%=¹ lá m nÝ ¤dirname(F$) o ê p%,q% pp%=1 qõ r q%=§F$,".",p%) s ç q% > 0 … p%=q%+1 t
Òt ç ver%<375 … òerror(0, "You require version 3.75 or above of the SharedCLibrary to run the Dhrystones test"):á
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ú ç calcFLOPS%=¹ … ( ver%=¤modversion("SharedCLibrary") q ç ver%<375 … òerror(0, "You require version 3.75 or above of the SharedCLibrary to run the Flops20 test"):á "$ ver%=¤modversion("FPEmulator") ,m ç ver%<250 … òerror(0, "You require version 2.50 or above of the FPEmulator to run the Flops20 test"):á 6+ J%=‰("<ArmSI$Dir>.Resources.Flops20") @
Ù#J% JÍ T ^ ô ** Operating system bits hFOSver%=OurOSver% : ô Read at Wimp_Initialise (unlikely to change!) r<OSstr$=¤osver : ô Cunning (!) routine to get OS string | mode%=ë ŷ4È− "OS_ReadModeVariable",mode%,7 ¸ ,,ScreenSize% ‘ Œ ô ** Chip Set information ¤IOCType%=1 ®VIDCType%=1 ¸ Âç OSver%<300 … Ì IOEBType%=0 Ö PeriphType%=0 à LCDType%=0 ê UniqueIDa%=0 ô UniqueIDb%=0 þÌ R È− "OS_ReadSysInfo",2 ¸ IOEBType%,PeriphType%,LCDType%,UniqueIDa%,UniqueIDb% ) ç (OSver%>=301) € (PeriphType%=1) … % È− "OS_ReadSysInfo",3 ¸ temp% &$ ȉ ((temp% >> 20) € %1111) Ê 0 É 1:PeriphType%=1 : É 2:PeriphType%=2 D N PerhipType=-1 X Ë b Í lÍ v €Dô ** Call main code, setting up illegal instruction handler code ⇩@È− "OS_ChangeEnvironment",1,retcd1,0,0 ¸ ,paddr%,pr12%,pbuf% “Ö assm_main fi*È− "OS_ChangeEnvironment",1,retcd2,0,0 ¨ ²FPstr$="Unknown" ¼ temp%=(!fputype% >>> 24) Æȉ temp% Ê Ð É 0 Ú FPAType%=0 ä" FPstr$="Old FPEmulator, v" î) ver=¤modversion("FPEmulator")/100 ø FPstr$+=Ã(ver) É 1 FPAType%=0" FPstr$="New FPEmulator, v" ) ver=¤modversion("FPEmulator")/100* FPstr$+=Ã(ver)4C É &80:FPAType%=1:FPstr$="FP Protocol Convertor card (WE2206)">7 É &81:FPAType%=2:FPstr$="ARM FP Accelerator chip"H FPAType%=-1:FasterFPE%=£RË\f3ç calcFPU% € (FPstr$="Unknown" ☓ FPAType%=-1) …pP òerror(0, "You require a version of the FPEmulator to run the FP tests"):ázÍ☓‰Processor%=!tpres%— ProcessorType%=!protype%¢MEMCType%=!memctype%¬ç !tpres%=3 …¶' temp%=(ProcessorType% >> 8) € 255À ȉ temp% ÊÊ É 3:Processor%=3Ô É 6ÞO ç ((ProcessorType% >> 4) € 255)=&61 … Processor%=610 ⇧ Processor%=600è É 7:Processor%=700ò É 8:Processor%=800ü Processor%=3 ËÍ$Kô Can't have an 'ARM250' id and no IOEB chip, so either ARM61 or ARM2as.4ç (!tpres%=250) € (IOEBType%<=0) … Processor%=618B'TimeTaken1=1<<27 :TimeTaken1L=1<<27L(TimeTaken1a=1<<27:TimeTaken1aL=1<<27V'TimeTaken2=1<<27 :TimeTaken2L=1<<27`'TimeTaken3=1<<27 :TimeTaken3L=1<<27j'TimeTaken4=1<<27 :TimeTaken4L=1<<27t~#È− "OS_ReadPalette",0,16 ¸ ,,C%⇦Fô ** Disable Video & Sound DMA (turn DRAM refresh on continuously)‹ç VideoDMA%=£ …† ï 19,0,0|¦ oldmemc%=¤ReadMEMC°' È„:òUpdateMEMC(%0011<<8,%1111<<8)ºÌÄ È− "Hourglass_On"ÎÍØâÖ readclockìã A%=1 ¸ 4öÖ calcARM:Ö calcARML 1ç !ARMcount1<TimeTaken1 TimeTaken1=!ARMcount1
5ç !ARMcount1a<TimeTaken1a TimeTaken1a=!ARMcount1a1ç !ARMcount2<TimeTaken2 TimeTaken2=!ARMcount2 1ç !ARMcount3<TimeTaken3 TimeTaken3=!ARMcount3(1ç !ARMcount4<TimeTaken4 TimeTaken4=!ARMcount425ç !ARMcount1L<TimeTaken1L TimeTaken1L=!ARMcount1L<9ç !ARMcount1aL<TimeTaken1aL TimeTaken1aL=!ARMcount1aLF5ç !ARMcount2L<TimeTaken2L TimeTaken2L=!ARMcount2LP5ç !ARMcount3L<TimeTaken3L TimeTaken3L=!ARMcount3LZ5ç !ARMcount4L<TimeTaken4L TimeTaken4L=!ARMcount4Ldínx OneClockTick=(1/100)/!timer0ŵ…ô ** RAM/ROM Speeds„/RAMSpeed=10E8/((&FFFF € (!ramspeed%))*1000) JMemoryBandwidth=(1/(RAMSpeed*10E-10))*3.2 : ô one N-cycle + 3 S-cyclesªMEMCState%=¤ReadMEMC´ ȉ (MEMCState%>>6) € %11 ʾ É %00:HighROMSpeed=4È É %01:HighROMSpeed=3Ò É %10:HighROMSpeed=2Ü É %11:HighROMSpeed=1æËð ȉ (MEMCState%>>4) € %11 Êú É %00:LowROMSpeed=4 É %01:LowROMSpeed=3 É %10:LowROMSpeed=2 É %11:LowROMSpeed=1"Ë,6&DRAMRefresh%=(MEMCState%>>8) € %11@ȉ DRAMRefresh% ÊJ É %00:DRAMBandwidth=0T? É %01:DRAMBandwidth=(((1/4E-6)/50)*4)*100/MemoryBandwidth^ É %10:DRAMBandwidth=0h: É %11:DRAMBandwidth=((1/4E-6)*4)*100/MemoryBandwidthrË|ŷE%=£:E1%=£‘Œô ** Calculate FP stuff¤!FPUtimer=!timer0®?Z%=0:È” FPUresults!(Z%*12)<>-1:FPUresults!(Z%*12)=0:Z%+=1:θ ç calcFPU% € ¤fpufound … ã A%=1 ¸ 5Ì Ö calcFPUÖ íàÌê! ç calcFPU% E1%=¹:calcFPU%=£ôÍþ2È− "OS_ChangeEnvironment",1,paddr%,pr12%,pbuf%,ô ** i,s & n-cycles (for *base* machine) i=125:s=125:n=250&0DHRYmsec=0:DHRYvalue=0DNFLOPSiter=0XFLOPSnull=0b FLOPS1=0l FLOPS2=0v FLOPS3=0€ FLOPS4=0⇩“ ô ** Video refresh rate, etcfi/È− "OS_ReadModeVariable",-1,11 ¸ ,,x%:x%+=1¨/È− "OS_ReadModeVariable",-1,12 ¸ ,,y%:y%+=1²?È− "OS_ReadModeVariable",-1,3 ¸ ,,bpp%:ç bpp%=63 … bpp%=255¼ bpp%+=1:bpp%=«(bpp%)/«(2)Æ4Ñ=0:È„:ã l%=1 ¸ 20:È„:È„:È„:È„:í:hz%=(80/’)*1000Ð+È− "OS_ReadModeVariable",-1,7 ¸ ,,size%Ú#band%=(size%*(hz%/10))/104857.6ä‘VIDEOstr$="Mode "+Ã(mode%)+" ("+Ãx%+"x"+Ãy%+", "+Ãbpp%+" bpp, "+Ã(hz% Ŵ 10)+"."+Ã(hz% ◰ 10)+" Hz, "+Ã(band% Ŵ 10)+"."+Ã(band% ◰ 10)+" Mb/S)"îø4ô Recalc DRAMBandwidth using screen refresh rateȉ DRAMRefresh% Ê É %00:DRAMBandwidth=0E É %01:DRAMBandwidth=(((1/4E-6)/(hz%/10))*4)*100/MemoryBandwidth É %10:DRAMBandwidth=0*: É %11:DRAMBandwidth=((1/4E-6)*4)*100/MemoryBandwidth4Ë>Hô ** Dhrystone calcRç calcDHRY% …\ ÿ "UnSet ArmSI$Dhrystone"f> È− "XWimp_StartTask", "<ArmSI$Dir>.Resources.Dhrystones"pK È− "XOS_ReadVarVal","ArmSI$Dhrystone",ptr1%,32+(1<<31),0,0 ¸ ,,exist%z ç exist%=0 …☓ DHRYmsec=-1‰ DHRYvalue=-1— Ì¢9 È− "OS_ReadVarVal","ArmSI$Dhrystone",ptr1%,32,0,0¬ temp$=¤getname(ptr1%)¶ DHRYmsec=»(temp$)À! temp$=Átemp$,§temp$," "))Ê DHRYvalue=»(temp$)Ô ÍÞÍèòô ** Flops20 calcüç calcFLOPS% … ÿ "UnSet ArmSI$Flops"; È− "XWimp_StartTask", "<ArmSI$Dir>.Resources.Flops20"G È− "XOS_ReadVarVal","ArmSI$Flops",ptr1%,96+(1<<31),0,0 ¸ ,,exist%$ ç exist%=0 …. FLOPSiter=-18 FLOPSnull=-1B FLOPS1=-1L FLOPS2=-1V FLOPS3=-1` FLOPS4=-1j Ìt5 È− "OS_ReadVarVal","ArmSI$Flops",ptr1%,96,0,0~ temp$=¤getname(ptr1%)⇦ FLOPSiter=»(temp$)‹! temp$=Átemp$,§temp$," "))† FLOPSnull=»(temp$)¦6 È− "OS_ReadVarVal","ArmSI$Flops1",ptr1%,16,0,0°! FLOPS1=»(¤getname(ptr1%))º6 È− "OS_ReadVarVal","ArmSI$Flops2",ptr1%,16,0,0Ä! FLOPS2=»(¤getname(ptr1%))Î6 È− "OS_ReadVarVal","ArmSI$Flops3",ptr1%,16,0,0Ø! FLOPS3=»(¤getname(ptr1%))â6 È− "OS_ReadVarVal","ArmSI$Flops4",ptr1%,16,0,0ì! FLOPS4=»(¤getname(ptr1%))ö Í Í
%ô ** Turn back on Video/sound DMA ç VideoDMA%=£ …( È„2$ òUpdateMEMC(oldmemc%,%1111<<8)<A ï19,0,C% € &FF,(C%>>8 € &FF),(C%>>16 € &FF),(C%>>24 € &FF);FÌP È− "Hourglass_Off"ZÍdn,InstructionTime1=(s*Instructions)*10E-10x4InstructionTime1a=((s+16*i)*Instructions)*10E-10ŵ:InstructionTime2=((s+n+i+2*n)*(Instructions/2))*10E-10…@InstructionTime3=((7*s+n+i+s*6+2*n)*(Instructions/2))*10E-10„2InstructionTime4=((2*s+n)*Instructions)*10E-10 3InstructionTime1L=((4*s+n)*Instructions)*10E-10ª9InstructionTime1aL=((4*s+n+16*i)*Instructions)*10E-10´;InstructionTime2L=((4*s+4*n+i)*(Instructions/2))*10E-10¾<InstructionTime3L=((16*s+4*n+i)*(Instructions/2))*10E-10È5InstructionTime4L=((5*s+2*n)*Instructions)*10E-10ÒÜ0TimeTaken1=(!timer0-TimeTaken1)*OneClockTickæ2TimeTaken1a=(!timer0-TimeTaken1a)*OneClockTickð0TimeTaken2=(!timer0-TimeTaken2)*OneClockTickú0TimeTaken3=(!timer0-TimeTaken3)*OneClockTick0TimeTaken4=(!timer0-TimeTaken4)*OneClockTick2TimeTaken1L=(!timer0-TimeTaken1L)*OneClockTick4TimeTaken1aL=(!timer0-TimeTaken1aL)*OneClockTick"2TimeTaken2L=(!timer0-TimeTaken2L)*OneClockTick,2TimeTaken3L=(!timer0-TimeTaken3L)*OneClockTick62TimeTaken4L=(!timer0-TimeTaken4L)*OneClockTick@J0MIPS1=¨((Instructions/TimeTaken1)/10000)/100T2MIPS1a=¨((Instructions/TimeTaken1a)/10000)/100^0MIPS2=¨((Instructions/TimeTaken2)/10000)/100h0MIPS3=¨((Instructions/TimeTaken3)/10000)/100r0MIPS4=¨((Instructions/TimeTaken4)/10000)/100|ŷ1Index1=¨(InstructionTime1/TimeTaken1*100)/100‘4Index1a=¨(InstructionTime1a/TimeTaken1a*100)/100Œ1Index2=¨(InstructionTime2/TimeTaken2*100)/100¤1Index3=¨(InstructionTime3/TimeTaken3*100)/100®1Index4=¨(InstructionTime4/TimeTaken4*100)/100¸4Index1L=¨(InstructionTime1L/TimeTaken1L*100)/100Â7Index1aL=¨(InstructionTime1aL/TimeTaken1aL*100)/100Ì4Index2L=¨(InstructionTime2L/TimeTaken2L*100)/100Ö4Index3L=¨(InstructionTime3L/TimeTaken3L*100)/100à4Index4L=¨(InstructionTime4L/TimeTaken4L*100)/100êô*MIPS1L=¨(MIPS1/Index1*Index1L*100)/100þ.MIPS1aL=¨(MIPS1a/Index1a*Index1aL*100)/100*MIPS2L=¨(MIPS2/Index2*Index2L*100)/100*MIPS3L=¨(MIPS3/Index3*Index3L*100)/100 *MIPS4L=¨(MIPS4/Index4*Index4L*100)/100&0:Index1=Index1/.75 : ô Re-calibrate to 300 series:Index1a=Index1a/.49DIndex2=Index2/.81NIndex3=Index3/.77XIndex4=Index4/.83bIndex1L=Index1L/.80lIndex1aL=Index1aL/.53vIndex2L=Index2L/.81€Index3L=Index3L/.78⇩Index4L=Index4L/.84“fiȉ Processor% ʨ² É 1¼L Index1a=0:Index1aL=0:MIPS1a=0:MIPS1aL=0:TimeTaken1a=0:TimeTaken1aL=0Æ[ Z=(MIPS1*686+MIPS2*290+MIPS3*9+MIPS4*15+MIPS1L*686+MIPS2L*290+MIPS3L*9+MIPS4L*15)/2Ð# TotalMIPS=¨(Z/1000*100)/100Úf TotalIndex=¨((Index1+.49+Index2+Index3+Index4+Index1L+.53+Index2L+Index3L+Index4L)/10*100)/100äîøh Z=(MIPS1*685+MIPS1a+MIPS2*290+MIPS3*9+MIPS4*15+MIPS1L*685+MIPS1aL+MIPS2L*290+MIPS3L*9+MIPS4L*15)/2 ! TotalMIPS=¨(Z/1000*100)/100m TotalIndex=¨((Index1+Index1a+Index2+Index3+Index4+Index1L+Index1aL+Index2L+Index3L+Index4L)/10*100)/100 Ë*4DHRYIndex=0>-ç calcDHRY% DHRYIndex=DHRYvalue/4960.2999HFLOPSIndex=0R)ç calcFLOPS% FLOPSIndex=FLOPS3/0.0182\fô ** RAM/ROM SizespJÈ− "OS_ReadMemMapInfo" ¸ A%,B%:RAMSize%=(A%*B%) Ŵ 1024:RAMPageSize%=A%zç OSver%<300 …☓" ô No extension ROMs possible‰2 ROMsize%=512*1024:ROMsize5th%=0:ROMnum5th%=0—Ì¢4 È− "XPodule_ReturnNumber" ¸ ,ROMnum5th%;flags%¬ ç (flags% € 1)=1 …¶G ô Can't read number of extension ROMs, so mark as 'Unknown', -1À6 ROMsize%=2048*1024:ROMsize5th%=0:ROMnum5th%=-1Ê ÌÔ ROMsize%=2048*1024Þ ROMsize5th%=0è ç ROMnum5th%>0 …ò+ ã loop%=-2 ¸ -(ROMnum5th%+1) ⇦ -1ü chunk%=0 õW È− "XPodule_EnumerateChunksWithInfo",chunk%,,,loop% ¸ chunk%,size%;flags% V%=flags% € 1$9 ç (chunk%<>0) € (V%=0) … ROMsize5th%+=size%.! ý (chunk%=0) ☓ (V%=1)8 íB ÍL ÍVÍ`j>ScreenBandwidth=(ScreenSize%*(hz%/10))*100/MemoryBandwidtht8ProcessorBandwidth=100-ScreenBandwidth-DRAMBandwidth~ȉ Processor% Ê⇦. É 2:ô ARM2 takes all remaining bandwidth‹7 É 3:ç ProcessorBandwidth>14 ProcessorBandwidth=14† Ö readreg¦< ç (!regword% € 1) = 1 … CacheON%=¹ ⇧ CacheON%=£°ËºÄ1È− "XOS_Module",18,"FPEmulator",,0 ¸ ,,,temp%Î3ç temp%<&03800000 … FasterFPE%=¹ ⇧ FasterFPE%=£Ø ç temp%<=0 … FasterFPE%=£âì)ô ** A500 ID (looks at keyboard type)ö(È− "OS_InstallKeyHandler",1 ¸ keyid% ç keyid%=0 …
? ô Looks like we've found ourselves a genuine A500 folks ! VIDCType%=3 Í(2Eô *** Test for PCATS enhancer card (SWI Enhancer_HardwarePresent)<È− &62A4D ¸ ;flags%F'ç (flags% € 1) = 0 … VIDCType%+=128PZòdisplaysidán:x Ý ¤osverŵê Ŷ…î Ŷ ê:=ö$„È− "OS_Byte",0,0 ="Unknown"ª:´Bô A fun little routine that makes a fair guess of machine type¾4ô Please correct/improve and return to me! Nick.ÈFô Possible improvments - distinguish machines based on sizes/typesÒFô of HD. eg, A4x0/1 series had built in ST506 controller, A540 hasÜ8ô a SCSI podule as standard, etc. Hack, hack, hack !æ:ðÝ ¤machineguessú ê name$?ç VIDCType%=3 … name$="A500 prototype, "+ÀOSstr$,12):=name$ȉ Processor% Ê"& É 1:name$="Unknown ARM1 machine",
É 2:6 ȉ MEMCType% Ê@ É 0J ȉ RAMSize% ÊT) É 512:name$="Original A305"^* É 1024:name$="Original A310"h. É 2048:name$="Expanded A305/310"r* É 4096:name$="Original A440"|2 name$="Unknown ARM2+MEMC1 machine"ŷ Ë‘ É 1Œ ȉ RAMSize% ʤ1 É 512:name$="Expanded A305, MEMC1a"®5 É 1024:name$="Original A410/1 or A3000"¸, É 2048:name$="Original A420/1"Â, É 4096:name$="Original A440/1"Ì+ name$="Unknown ARM2+MEMC1a"Ö Ëà( name$="Unknown ARM2 machine"ê Ëôþ
É 3: ȉ IOEBType% Ê É 0 ç RAMSpeed<120 …& ȉ RAMSize% Ê, É 4096:name$="Original A540":1 É 8192:name$="Expanded A540, 8MB"D3 É 12288:name$="Expanded A540, 12MB"N3 É 16384:name$="Expanded A540, 16MB"X9 name$="Unknown fast-RAM ARM3 machine"b Ël Ìv ȉ RAMSize% Ê€1 É 512:name$="Expanded A305, ARM3"⇩4 É 1024:name$="Expanded A410/1, ARM3"“4 É 2048:name$="Expanded A420/1, ARM3"fi4 É 4096:name$="Expanded A440/1, ARM3"¨3 É 8192:name$="Expanded A440/1, 8MB"²0 name$="Unknown ARM3 machine"¼ ËÆ ÍÐ É 1Ú È‰ RAMSize% Êä É 2048î ȉ LCDType% Êø, É 0:name$="Original A5000" 2 É 1:name$="Original A4 portable" 9 name$="Unknown 2MB ARM3+IOEB machine" Ë É 4096 * ȉ LCDType% Ê 4( É 0:name$="A5000, 4MB" >7 É 1:name$="Expanded A4 portable, 4MB" H9 name$="Unknown 4MB ARM3+IOEB machine" R Ë \0 É 8192:name$="Expanded A5000, 8MB" f1 name$="Unknown ARM3+IOEB machine" p Ë z( name$="Unknown IOEB machine" ☓ Ë ‰ — É 250: ¢ ȉ RAMSize% Ê ¬' É 1024:name$="Original A3010" ¶- É 2048:name$="Original A3020/A4000" À6 É 4096:name$="Expanded A3010/3020/4000, 4MB" Ê* name$="Unknown ARM250 machine" Ô Ë Þ è name$="Machine Unknown" òË ü=name$+", "+ÀOSstr$,12) : Ý òdisplaysi
ê temp $È− "Hourglass_On" . 8block1%!0=sysinfo% B%È− "Wimp_GetWindowState",,block1% LSH%=block1%!28 V WO%=(block1%!32>>16) € %1 `"È− "Wimp_CloseWindow",,block1% jblock1%!0=fpuinfo% t%È− "Wimp_GetWindowState",,block1% ~FH%=block1%!28 ⇦ WO%+=(block1%!32>>15) € %10 ‹"È− "Wimp_CloseWindow",,block1% † ¦ô ** RAM/ROM Sizes °ç RAMPageSize%<=0 … º% òupdateicon(4,Ã(RAMSize%)+" K") ÄÌ Îi òupdateicon(4,Ã(RAMSize%)+" K ("+Ã(RAMPageSize% Ŵ 1024)+"K x "+Ã(RAMSize%/(RAMPageSize%/1024))+")") ØÍ âç ROMsize%<=0 … ì òupdateicon(6,"Unknown") öÌ È‰ ROMnum5th% Ê
G É -1:òupdateicon(6,Ã(¨(ROMsize%/1024))+" K (? extension ROMs)") 3 É 0:òupdateicon(6,Ã(¨(ROMsize%/1024))+" K") (t òupdateicon(6,Ã(¨(ROMsize%/1024))+" K (+"+Ã(¨(ROMsize5th%/1024))+"K in "+Ã(ROMnum5th%)+" extension ROMs)") 2 Ë <Í F Pô ** RAM/ROM Speeds Zç ¨(RAMSpeed)=125 … d ȉ ¨(HighROMSpeed) Ê n0 É 1:òupdateicon(8,"125 nS (Paged mode)") x0 É 2:òupdateicon(8,"200 nS (2 n-cycles)") ŵ0 É 3:òupdateicon(8,"325 nS (3 n-cycles)") …0 É 4:òupdateicon(8,"450 nS (4 n-cycles)") „ Ë È‰ ¨(LowROMSpeed) Ê ª0 É 1:òupdateicon(1,"125 nS (Paged mode)") ´0 É 2:òupdateicon(1,"200 nS (2 n-cycles)") ¾0 É 3:òupdateicon(1,"325 nS (3 n-cycles)") È0 É 4:òupdateicon(1,"450 nS (4 n-cycles)") Ò Ë ÜÌ æ+ ç HighROMSpeed-¨(HighROMSpeed)>=0.1 … ð\ òupdateicon(8,Ã(¨(HighROMSpeed*RAMSpeed))+" nS ("+Ã(¨(HighROMSpeed)+1)+" n-cycles)") ú Ì W òupdateicon(8,Ã(¨(HighROMSpeed*RAMSpeed))+" nS ("+Ã(HighROMSpeed)+" n-cycles)") Í ) ç LowROMSpeed-¨(LowROMSpeed)>=0.1 … "Z òupdateicon(1,Ã(¨(LowROMSpeed*RAMSpeed))+" nS ("+Ã(¨(LowROMSpeed)+1)+" n-cycles)") , Ì 6U òupdateicon(1,Ã(¨(LowROMSpeed*RAMSpeed))+" nS ("+Ã(LowROMSpeed)+" n-cycles)") @ Í JÍ T ^%temp=(¨((1/RAMSpeed)*100000))/100 h:òupdateicon(12,Ã(¨(RAMSpeed))+" nS ("+Ã(temp)+" MHz)") r |ȉ DRAMRefresh% Ê ŷ" É %00:òupdateicon(14,"None") ‘7 É %01:òupdateicon(14,"During Video Flyback only") Œ" É %10:òupdateicon(14,"None") ¤( É %11:òupdateicon(14,"Continuous") ®Ë ¸ Â6òupdateicon(17,Ã(¨(MemoryBandwidth))+" bytes/sec") Ì2òupdateicon(21,¤strpad(ScreenBandwidth,4)+"%") Ö+B%(1)=¤bar(B%(1),10.28*ScreenBandwidth) à0òupdateicon(24,¤strpad(DRAMBandwidth,4)+"%") ê)B%(2)=¤bar(B%(2),10.28*DRAMBandwidth) ô5òupdateicon(27,¤strpad(ProcessorBandwidth,4)+"%") þ.B%(3)=¤bar(B%(3),10.28*ProcessorBandwidth) Wòupdateicon(30,¤strpad(100-ScreenBandwidth-DRAMBandwidth-ProcessorBandwidth,4)+"%") RB%(4)=¤bar(B%(4),10.28*(100-ScreenBandwidth-DRAMBandwidth-ProcessorBandwidth)) 0òupdateicon(34,¤strpad(TotalMIPS,2)+" MIPS") &)òupdateicon(37,¤strpad(TotalIndex,2)) 0$B%(5)=¤bar(B%(5),154*TotalIndex) : D%òupdateicon(42,¤strpad(Index1,2)) N+B%(6)=¤maxbar(B%(6),154*Index1,154*6.8) XMç Processor%=1 òupdateicon(45,"N/A") ⇧ òupdateicon(45,¤strpad(Index1a,2)) b,B%(7)=¤maxbar(B%(7),154*Index1a,154*6.8) l%òupdateicon(48,¤strpad(Index2,2)) v+B%(8)=¤maxbar(B%(8),154*Index2,154*6.8) €%òupdateicon(51,¤strpad(Index3,2)) ⇩+B%(9)=¤maxbar(B%(9),154*Index3,154*6.8) “%òupdateicon(54,¤strpad(Index4,2)) fi-B%(14)=¤maxbar(B%(14),154*Index4,154*6.8) ¨&òupdateicon(58,¤strpad(Index1L,2)) ².B%(15)=¤maxbar(B%(15),154*Index1L,154*6.8) ¼Nç Processor%=1 òupdateicon(61,"N/A") ⇧ òupdateicon(61,¤strpad(Index1aL,2)) Æ/B%(16)=¤maxbar(B%(16),154*Index1aL,154*6.8) Ð&òupdateicon(64,¤strpad(Index2L,2)) Ú.B%(17)=¤maxbar(B%(17),154*Index2L,154*6.8) ä&òupdateicon(67,¤strpad(Index3L,2)) î.B%(18)=¤maxbar(B%(18),154*Index3L,154*6.8) ø&òupdateicon(70,¤strpad(Index4L,2))!.B%(19)=¤maxbar(B%(19),154*Index4L,154*6.8)! )òupdateicon(28,¤strpad(TotalIndex,3))!3B%(10)=¤maxbar(B%(10),154*(TotalIndex),154*6.8)! Z=TotalIndex:D%=1!*!4%ç (calcFLOPS%) € (FLOPSiter>-1) …!> ô Z+=FLOPSIndex:D%+=1!HD òupdateicon(55,¤strpad(FLOPSIndex/0.741,3)) : ô ReCalibration!R$ òupdateicon2(127,Ã(FLOPSiter))!\, òupdateicon2(128,¤strpad(FLOPSnull,4))!f) òupdateicon2(129,¤strpad(FLOPS1,4))!p) òupdateicon2(130,¤strpad(FLOPS2,4))!z) òupdateicon2(131,¤strpad(FLOPS3,4))!☓) òupdateicon2(132,¤strpad(FLOPS4,4))!‰R B%(12)=¤maxbar(B%(12),154*(FLOPSIndex/0.741),154*6.8) : ô ReCalibration!—Ì!¢ òupdateicon2(127,"N/A")!¬ òupdateicon2(128,"N/A")!¶ òupdateicon2(129,"N/A")!À òupdateicon2(130,"N/A")!Ê òupdateicon2(131,"N/A")!Ô òupdateicon2(132,"N/A")!Þ$ òupdateicon(55,"Not computed")!è B%(12)=¤bar(B%(12),0)!òÍ!ü"ç calcDHRY% …" ç DHRYmsec=-1 …"& òupdateicon(65,"Not computed")"$ B%(20)=¤bar(B%(20),0)". Ì"8 Z+=DHRYIndex/0.909:D%+=1"B= òupdateicon(65,¤strpad(DHRYIndex/0.909,3)) : ô ReCal"L@ B%(20)=¤bar(B%(20),154*(DHRYIndex/0.909)) : ô ReCal"V Í"`Ì"j$ òupdateicon(65,"Not computed")"t B%(20)=¤bar(B%(20),0)"~Í"⇦"‹#òupdateicon(31,¤strpad(Z/D%,3))"†"B%(13)=¤bar(B%(13),154*(Z/D%))"¦"°ô ** Chip set"ºÈ‰ MEMCType% Ê"Ä, É 0:òupdateicon(74,"MEMC1 - VL86C110")"Î- É 1:òupdateicon(74,"MEMC1a - VL86C110")"Ø"â òupdateicon(74,"Unknown")"ìË"ö# ȉ IOCType% Ê#
+ É 1:òupdateicon(76,"IOC1 - VL86C410")# É 2:òupdateicon(76,"IOC2")# #( òupdateicon(76,"Unknown")#2Ë#<#F òupdateicon(78,"Unknown")#P#Zȉ VIDCType% Ê#d- É 1:òupdateicon(80,"VIDC1a - VL86C310")#n5 É 2:òupdateicon(80,"VIDC1a plus VIDC Enhancer")#x! É 3:òupdateicon(80,"VIDC1")#ŵ# É 20:òupdateicon(80,"VIDC20")#…F É 129:òupdateicon(80,"VIDC1a - VL86C310 (+PCATS Graphics card)")#„: É 131:òupdateicon(80,"VIDC1 (+PCATS Graphics card)")# #ª òupdateicon(80,"Unknown")#´Ë#¾#Èȉ Processor% Ê#Ò É 1:òupdateicon(82,"ARM1")#Ü+ É 2:òupdateicon(82,"ARM2 - VL86C010")#æ É 3#ð& ȉ (ProcessorType%>>8) € &FF Ê#ú É &03:A$="- VL86C020"$ $ A$="- VL86C0??"$ Ë$", A$+=" rev. "+Ã(ProcessorType% € &FF)$," òupdateicon(82,"ARM3 "+A$)$6) É 61:òupdateicon(82,"ARM2as/ARM61")$@7 É 250:òupdateicon(82,"ARM250 (ARM2as macrocell)")$J É 600$T& ȉ (ProcessorType%>>8) € &FF Ê$^ É &06:A$="- VL86C0??"$h $r A$="- VL86C0??"$| Ë$ŷ, A$+=" rev. "+Ã(ProcessorType% € &0F)$‘$ òupdateicon(82,"ARM600 "+A$)$Œ É 610$¤& ȉ (ProcessorType%>>8) € &FF Ê$® É &06:A$="- VL86C0??"$¸ $ A$="- VL86C0??"$Ì Ë$Ö, A$+=" rev. "+Ã(ProcessorType% € &0F)$à$ òupdateicon(82,"ARM610 "+A$)$ê É 700$ô& ȉ (ProcessorType%>>8) € &FF Ê$þ É &07:A$="- VL86C0??"% % A$="- VL86C0??"% Ë%&, A$+=" rev. "+Ã(ProcessorType% € &FF)%0$ òupdateicon(82,"ARM700 "+A$)%: É 800%D& ȉ (ProcessorType%>>8) € &FF Ê%N É &08:A$="- VL86C0??"%X %b A$="- VL86C0??"%l Ë%v, A$+=" rev. "+Ã(ProcessorType% € &FF)%€$ òupdateicon(82,"ARM800 "+A$)%⇩ %“! òupdateicon(82,"Unknown")%fiË%¨%²È‰ IOEBType% Ê%¼$ É -1:òupdateicon(78,"Unknown")%Æ' É 0:òupdateicon(78,"Not present")%Ð%Ú2 òupdateicon(78,"IOEB type "+Ã(¨(IOEBType%)))%äË%î%øȉ FPAType% Ê&$ É -1:òupdateicon(84,"Unknown")& & É 0:òupdateicon(84,"Not fitted")&? É 1:òupdateicon(84,"FP Protocol Convertor card (WE2206)")& 3 É 2:òupdateicon(84,"ARM FP Accelerator chip")&*&4 òupdateicon(84,"Unknown")&>Ë&H&Rȉ PeriphType% Ê&\$ É -1:òupdateicon(68,"Unknown")&f& É 0:òupdateicon(68,"Not fitted")&p" É 1:òupdateicon(68,"82C710")&z" É 2:òupdateicon(68,"82C711")&☓&‰ òupdateicon(68,"Unknown")&—Ë&¢&¬È‰ LCDType% Ê&¶$ É -1:òupdateicon(39,"Unknown")&À& É 0:òupdateicon(39,"Not fitted")&Ê&Ô0 òupdateicon(39,"LCD type "+Ã(¨(LCDType%)))&ÞË&è&òô ** OS info&üòupdateicon(87,OSstr$)' òupdateicon(89,VIDEOstr$)'ȉ UniqueIDa% Ê'$ É -1:òupdateicon(91,"Unknown")'$) É 0:òupdateicon(91,"Not available")'. '8O òupdateicon(91,"&"+¤dec_to_hex(UniqueIDa%)+" "+¤dec_to_hex(UniqueIDb%))'BË'Lòupdateicon(93,FPstr$)'Vç DHRYmsec<=0 …'`$ òupdateicon(95,"Not computed")'j$ òupdateicon(96,"Not computed")'tÌ'~, òupdateicon(95,Ã(DHRYmsec)+" µS/loop")'⇦2 òupdateicon(96,Ã(DHRYvalue)+" dhrystones/S")'‹Í'†ç threeD% …'¦H òupdateicon(99," Speed indexes (conducted in Mode "+Ã(mode%)+") ")'°Ì'º òupdateicon(99,Ã(mode%))'ÄÍ'Î'ØLô ** FP info ***********************************************************'â'ìFPUtime=0:FPUins=0'öFPUindex=0( A%=0(
ô > !BasicC PÈ−6,229,1:òA_:B_$="Info":òC_:òD_:È−66¸E_%:îŶòF_("Error: "+ö$+" at line "+Ãfi) @õ:È−262369,,G_%,E_%¸H_%:È−66¸I_%:È”I_%>E_%:E_%+=100:Î:ȉH_%Ê (
—å pã ŵâ€⇦âóÿÿê •âïûÿ꜀ No such window handle! e •âæûÿ꜀ No such window number! •âÝûÿê œ€ No such window! •âÖûÿ꜀ Bad conversion routine number in R0! 999 -é€ ã Ñç 2ã
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ã €â. ï ½èCûÿê ½è •âBûÿ꜀ Sprite file not found! ÿ •â9ûÿ꜀ RMA has been already allocated for sprites for this module! ÿÿÿê •â&ûÿê
œ€ SWI not implemented in this version of WimpTools. Please contact Matt Lewis, Field House, Primrose Hill, Cowbridge, South Glam, CF7 7DU, for an updated version of this module. ÿÿÿ -é € á‘Ðä. 9ã € YãúÿÿÊ á ½èìúÿêF-é ã ÙäÚä Pá Q± °à³ º Pá÷ÿÿ
° ãŷ½èB-é á °àã Ùä 0á ° Pãúÿÿªŵ½è@-é á Ùä. 0ã Pãúÿÿª‘ ွè@-é ° ã Ùä Pã¼⇧³ º
ô ><CreateApp$Dir>.!RunImage : .ô **************************************** (.ô ** Create Application ** 2.ô ** V1.71 ** <.ô ** By Simon Inns ** F.ô **************************************** P: Zô Another d0ô ____________________________________ n-ô /__ , ____ __ __ / __ __ __ x,ô __/ / / / / /_/ / / / / / / / _\ ŵô …4ô Production „: 6ô ------------------ Initialise ------------------ ª: ´ ô ** Set up the variables ** ¾(task_name$ = "Application Creator" È'version$ = "1.71 (27 Jan 1993)" Ò,description$ = "Sets up App directories" Ü$directory$ = "<CreateApp$Dir>" æ file_name$ = "!CreateApp" ð: ú ô ** Set up error handler **!î Ŷ òerror(task_name$, 0, ""):&ô ** Define general data blocks **" Þ block% 512, buffer% 512,Þ t 4 : $t="TASK"6:@ô ** Initialise task **J<È− "Wimp_Initialise",200, !t, task_name$ ¸ ,task_handle%T:^Aô -------------------- Load Templates -----------------------h:r+ô ** Load windows from Template File **|Þ temp_buf% 1024 * 4ŷÞ indir_buf% 1024 * 4‘Þ tempblock% 1024 * 4Œ:¤"ô ** Open the template file **®6È− "Wimp_OpenTemplate",, directory$ + ".Templates"¸:ÂBô ** Get the window details and initialise the handle array **Ì÷Öoffset% = 0àó number_windows%ê Þ handle%(number_windows%)ô:þ#ô ** Read the window details **$ã counter% = 1 ¸ number_windows% ó win_name$, block_length% ‹ È− "Wimp_LoadTemplate",, temp_buf%, indir_buf% + offset%, indir_buf% + offset% + block_length%, -1, win_name$, 0&; È− "Wimp_CreateWindow",,temp_buf% ¸ handle%(counter%)0 offset% += block_length%:íD:N#ô ** Close the template file **XÈ− "Wimp_CloseTemplate"b:l ô ** Window information **vÜ 3€#Ü Info,256, Main,1024, Save,256⇩:“ô ** Window IDs **fi"Info = 1 : Main = 2 : Save = 3¨:²6ô ** Fill in all the details in the info window **¼kòfill_info(handle%(Info), task_name$, description$, "Simon Inns", version$, "Thanks:", "Richard Stagg")Æ:Ð@ô ** Take icon from sprite pool and place on the icon bar **ÚÞ spritename 13äTiconbar% = ¤create_icon(-1, 0, 0, 68, 68, &1700213A, file_name$, spritename, 12)î:ø%ô ** Now set up the menu items **Þ links%(10) Þ iconbarmenu_block% 256menu_height% = 0 links%(1) = handle%(Info)*`òdefine_menu_block("CreateApp¤Info¤nL¤Quit¤NN¤", links%(), iconbarmenu_block%, menu_height%)4:>ô ** Other variables **Hicon_state% = 0RÞ creation_details%(6)\Þ sprite_block% &1400f:pÞ inclusion$(99)zÞ file_types%(99)☓inclusion_no% = 0‰:—arrggh% = £¢:¬8ô ------------------ Program Core ------------------¶:À quit = £Ê ô ** Set up error handler **Ô!î Ŷ òerror(task_name$, 0, "")Þ:èõò òpollü
ý quit:0ô ------------------ Quit ------------------:$ ô ** Close down the task **.(È− "Wimp_CloseDown",task_handle%, !t8àB:L8ô ------------------ Procedures --------------------V:`2ô ** Now follows the main WIMP polling loop **j Ý òpollt:~ô ** Set up mask **⇦mask% = %1‹:†+ô ** Find out what the user is doing **¦/È− "Wimp_Poll",mask%, block% ¸ reason_code%°:º#ô ** Process the reason code **Äȉ reason_code% ÊÎ4 É 0 : ô ** Nothing has happened (Null) **Ø ònull_reasonâ. É 1 : ô ** Redraw window request **ì$ É 2 : ô ** Open window **ö0 È− "Wimp_OpenWindow",,block% % É 3 : ô ** Close window **
: ‹ í loop% †Í ¦: °?ô ** Now that's all done, tidy up ready for the next one ** ºinclusion_no% = 0 Ä3òfill_icon(handle%(Main), 26, Ã(inclusion_no%)) Î+òfill_icon(handle%(Main), 4, "AppName") Ø'òfill_icon(handle%(Main), 18, "32") â: ìá ö: Ý òmodule_include
ç inclusion_no% > 0 … # ã loopy% = 1 ¸ inclusion_no% - ô ** Is it a Relocatable Module?? ** (' ç file_types%(loopy%) = &FFA … 2s loading$ = "RMEnsure "+¤file(inclusion$(loopy%))+" 0.00 Run <"+dir_name$+">."+¤file(inclusion$(loopy%)) <* òwrite_string(file%, loading$) F
-é á‹å\$ å€0•â ›è@Dâñ ï ã Ãç á ☓â ½èq ë êT•â ’è◰ ël ë 8ãH •ø €½þÿê áFailed ê 4 > C I S _ o ◰ ” ¡ ³ É Ü Work area Back Close Title bar Toggle size Scroll up arrow Vertical scroll bar Scroll down arrow Adjust size Scroll left arrow Horizontal scroll bar Scroll right arrow Outer window frame Background Icon bar ?@-éx•â4 åŴèÎ ï§þÿjŴâ< ’è ŵâ0◰â@DâPEâAâ< ŴèAâÉ ï 0ãÊ 0ãüÿÿ—þÿj?€ýè@-é Bâ0Ðä0Áä Sã€ý8 RâùÿÿÊ 0 ã 0Áå€ýè WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks ÿÿÿÿ D § pointer ë Info ü J ô ÿÿÿÿ XüÿÿÔ = ' Gambarad>e Èÿÿÿ| ôÿÿÿ Mouset ☓ Äÿÿÿ øÿÿÿ5 X ` . Äÿÿÿ² øÿÿÿ5 c k
Èÿÿÿ. ôÿÿÿ :mment: Î Äÿÿÿî øÿÿÿ5 n o ö Äÿÿÿ øÿÿÿ5 r s Äÿÿÿ> øÿÿÿ5 v w …ÿÿÿ| ¸ÿÿÿ Taskw ☓ ⇦ÿÿÿ& ¼ÿÿÿ= z ŵ . ⇦ÿÿÿ> ¼ÿÿÿ5 Ŷ ŷ Pÿÿÿ| |ÿÿÿ Window ☓ Lÿÿÿ& €ÿÿÿ= ⇨ ’ . Lÿÿÿ> €ÿÿÿ5 “ ” ÿÿÿ| @ÿÿÿ Iconnt ☓ ÿÿÿ& Dÿÿÿ= — . ÿÿÿ> Dÿÿÿ5 £ ¤ 1234567R21234567R2r2r2r21234567R2R21234567R2R21234567R2R2 ì ø Ŷ◰ ☓ àýÿÿl = 0 lØ — ÿÿÿÿ
Œ üþÿÿf ,ÿÿÿ= « ¾ Œ Ìÿÿÿf üÿÿÿ= Á Ò Œ —ÿÿÿf Èÿÿÿ= Õ é Œ dÿÿÿf “ÿÿÿ= ì Ðÿÿÿ‹ øÿÿÿ Name †ÿÿÿ‹ Äÿÿÿ Purpose hÿÿÿ‹ ‘ÿÿÿ Author
J iosynch Dÿÿÿ fiùj6 J lattice Dÿÿÿ fiùj! J match Dÿÿÿ fiùj: I matrix Dÿÿÿ fiùjå K minsrand Dÿÿÿ fiùjÿ K queens Dÿÿÿ fiùjC J random Dÿÿÿ fiùj2 J squigol Dÿÿÿ fiùjÐ J stack Dÿÿÿ fiùjÍ K temps Dÿÿÿ fiùjê J tree Dÿÿÿ fiùjÎ K ansi Dÿÿÿ fiùj} I cat Dÿÿÿ fiùj I change Dÿÿÿ fiùj“ I evalred Dÿÿÿ fiùjù I examples Dÿÿÿ fiùjâ
J iosynch Dÿÿÿ fiùj6 J lattice Dÿÿÿ fiùj! J match Dÿÿÿ fiùj: I matrix Dÿÿÿ fiùjå K minsrand Dÿÿÿ fiùjÿ K queens Dÿÿÿ fiùjC J random Dÿÿÿ fiùj2 J squigol Dÿÿÿ fiùjÐ J stack Dÿÿÿ fiùjÍ K temps Dÿÿÿ fiùjê J tree Dÿÿÿ fiùjÎ K = gs gs 2Nick9-- This is a simple program using ANSI escape sequences to create a program
-- which uses direct cursor addressing and input/output.
--
-- People are often quite surprised the first time they see a program like
-- this written in a functional language.
-- Basic screen control codes:
-- Choose whichever of the following lines is suitable for your system:
cls = "\ESC[2J" -- for PC with ANSI.SYS
cls = "\^L" -- for Sun window
goto x y = '\ESC':'[':(show y ++(';':show x ++ "H"))
at (x,y) s = goto x y ++ s
home = goto 1 1
highlight s = "\ESC[7m"++s++"\ESC[0m"
-- Some general purpose functions for interactive programs:
peekChar eof use [] = eof [] -- like readChar, but character is
peekChar eof use cs@(c:_) = use c cs -- not removed from input stream
pressAnyKey :: Interact -> Interact
pressAnyKey prog = readChar prog (\c -> prog)
unreadChar :: Char -> Interact -> Interact
unreadChar c prog cs = prog (c:cs)
writeChar :: Char -> Interact -> Interact
writeChar c prog cs = c : prog cs
writeString :: String -> Interact -> Interact
writeString s prog cs = s ++ prog cs
writes :: [String] -> Interact -> Interact
writes ss = writeString (concat ss)
ringBell :: Interact -> Interact
ringBell = writeChar '\BEL'
-- Screen oriented input/output functions:
type Pos = (Int,Int)
clearScreen = writeString cls
writeAt (x,y) s = writeString (goto x y ++ s)
moveTo (x,y) = writeString (goto x y)
readAt :: Pos -> -- Start coordinates
Int -> -- Maximum input length
(String -> Interact) -> -- How to use entered string
Interact
readAt (x,y) l use = writeAt (x,y) (copy l '_') (moveTo (x,y) (loop 0 ""))
where loop n s = readChar (return s) (\c ->
case c of '\BS' -> delete n s
'\DEL' -> delete n s
'\n' -> return s
c | n < l -> writeChar c (loop (n+1) (c:s))
| otherwise -> ringBell (loop n s))
delete n s = if n>0 then writeString "\BS_\BS" (loop (n-1) (tail s))
else ringBell (loop 0 "")
return s = use (reverse s)
defReadAt :: Pos -> -- Start coordinates
Int -> -- Maximum input length
String -> -- Default string value
(String -> Interact) -> -- How to use entered string
Interact
defReadAt (x,y) l def use
= writeAt (x,y) (take l (def++repeat '_')) (
readChar (use def) (\c ->
if c=='\n' then use def
else unreadChar c (readAt (x,y) l use)))
promptReadAt (x,y) l prompt use
= writeAt (x,y) prompt (readAt (x+length prompt,y) l use)
defPromptReadAt (x,y) l prompt def use
= writeAt (x,y) prompt (
defReadAt (x+length prompt,y) l def use)
-- A sample program:
-- Enter the expression `run program' in Gofer to try this program out
program = writes [ cls,
at (17,5) (highlight "Demonstration program"),
at (48,5) "Version 1.0",
at (17,7) "This program illustrates a simple approach",
at (17,8) "to screen-based interactive programs using",
at (17,9) "the Gofer functional programming system.",
at (17,11) "Please press any key to continue ..."
]
(pressAnyKey
(promptReadAt (17,15) 18 "Please enter your name: " (\name ->
(let reply = "Hello " ++ name ++ "!" in
writeAt (40-(length reply/2),18) reply
(moveTo (1,23)
(writeString "I'm waiting...\n"
(pressAnyKey
end)))))))
-- End of file
WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks -- A version of the Unix utility cat coded up using the I/O facilities of
-- Gofer, with a dash of Gofer overloading to enable the use of different
-- argument forms:
--
-- Here is a simple version, not using any overloading:
-- (this version should work in Haskell)
unixCat :: [String] -> Dialogue
unixCat = foldr showFile done
where showFile name cont = readFile name abort
(\s->appendChan stdout s abort cont)
-- Now we get a little ambitious and write some Gofer-only code:
class Cat a where cat :: a -> Dialogue
instance Cat String where cat n = showFile n done
instance Cat [String] where cat = foldr showFile done
showFile name cont = readFile name abort (\s->appendChan stdout s abort cont)
nderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks -- This file contains the example program from section 7.7 of the Haskell
-- report (version 1.1) for a program using synchronisation.
main :: Dialogue
main = readChan stdin abort (\userInput -> readNums (lines userInput))
readNums :: [String] -> Dialogue
readNums inputLines = readInt "Enter first number: " inputLines
(\num1 inputLines1 ->
readInt "Enter second number: " inputLines1
(\num2 _ -> reportResult num1 num2))
reportResult :: Int -> Int -> Dialogue
reportResult num1 num2
= appendChan stdout ("Their sum is: "++ show (num1 + num2)) abort done
-- readInt prints a prompt and then reads a line of input. If the
-- line contains an integer, the value of the integer is passed to the
-- success continuation. If a line cannot be parsed as an integer,
-- an error message is printed and the user is asked to try again.
rand100 = sort (take 100 (randoms 1000)) -- a sample distribution
adjs [] = [] -- a list of pairs of adjacent
adjs xs = zip xs (tail xs) -- elements in a list
nderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks -- A couple of examples defining an ascii form of squigol notation for Gofer:
-- All of these are of course just different syntax for standard prelude
-- functions:
infixr 5 **, <|, <-/-, -/->, -//->
f ** xs = [ f x | x<-xs ] -- map
p <| xs = [ x | x<-xs, p x ] -- filter
(a <-/- f) [] = a -- foldr
(a <-/- f) (x:xs) = f x ((a <-/- f) xs)
(f -/-> a) [] = a -- foldl
(f -/-> a) (x:xs) = (f -/-> f a x) xs
(f -//-> a) xs = a : (case xs of -- scanl
[] -> []
(x:xs) -> (f -//-> f a x) xs)
-- Here's another piece of notation -- not squigol, but of a similar flavour
-- which would enable us to do away with the zipWith family of functions:
--
-- map f xs1 << xs2 << ... << xsn = zipWithn f xs1 xs2 ... xsn
--
-- in terms of the old notation, (<<) = zipWith (\f x->f x)
infixl 0 <<
f:fs << x:xs = f x : (fs << xs)
_ << _ = []
WonderWorks WonderWorks WonderWorks -- Representation of temperatures on both Fahrenheit and Celsius scales
--
-- This program cannot be used on any machine without support for floating
-- point numbers within Gofer (e.g. PCs).
data Temp = Celsius Float | Fahrenheit Float
fahrToCent f = (f-32.0)/1.8
instance Eq Temp where
Celsius c1 == Celsius c2 = c1==c2
Celsius c1 == Fahrenheit f2 = c1==fahrToCent f2
Fahrenheit f1 == Celsius c2 = fahrToCent f1==c2
Fahrenheit f1 == Fahrenheit f2 = f1==f2
s WonderWorks -- Some simple Gofer programs for manipulating matrices.
--
type Matrix k = [Row k] -- matrix represented by a list of its rows
type Row k = [k] -- a row represented by a list of literals
-- General utility functions:
shapeMat :: Matrix k -> (Int, Int)
shapeMat mat = (rows mat, cols mat)
rows :: Matrix k -> Int
rows mat = length mat
cols :: Matrix k -> Int
cols mat = length (head mat)
idMat :: Int -> Matrix Int
idMat 0 = []
idMat (n+1) = [1:copy n 0] ++ map (0:) (idMat n)
-- Matrix multiplication:
multiplyMat :: Matrix Int -> Matrix Int -> Matrix Int
multiplyMat a b | cols a==rows b = [[row `dot` col | col<-b'] | row<-a]
| otherwise = error "incompatible matrices"
where v `dot` w = sum (zipWith (*) v w)
b' = transpose b
-- An attempt to implement the standard algorithm for converting a matrix
-- to echelon form...
echelon :: Matrix Int -> Matrix Int
echelon rs = rs, if null rs || null (head rs)
= map (0:) (echelon (map tail rs)), if null rs2
= piv : map (0:) (echelon rs'), otherwise
where rs' = map (adjust piv) (rs1++rs3)
(rs1,rs2) = span leadZero rs
leadZero (n:_) = n==0
(piv:rs3) = rs2
-- To find the echelon form of a matrix represented by a list of rows rs:
--
-- {first line in definition of echelon}:
-- If either the number of rows or the number of columns in the matrix
-- is zero (i.e. if null rs || null (head rs)), then the matrix is
-- already in echelon form.
--
-- {definition of rs1, rs2, leadZero in where clause}:
-- Otherwise, split the matrix into two submatrices rs1 and rs2 such that
-- rs1 ++ rs2 == rs and all of the rows in rs1 begin with a zero.
--
-- {second line in definition of echelon}:
-- If rs2 is empty (i.e. if null rs2) then every row begins with a zero
-- and the echelon form of rs can be found by adding a zero on to the
-- front of each row in the echelon form of (map tail rs).
--
-- {Third line in definition of echelon, and definition of piv, rs3}:
-- Otherwise, the first row of rs2 (denoted piv) contains a non-zero
-- leading coefficient. After moving this row to the top of the matrix
-- the original matrix becomes piv:(rs1++rs3).
-- By subtracting suitable multiples of piv from (suitable multiples of)
-- each row in (rs1++rs3) {see definition of adjust below}, we obtain a
WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks -- Here are a collection of fairly standard functions for manipulating
-- one form of binary trees
data Tree a = Lf a | Tree a :^: Tree a
reflect t@(Lf x) = t
reflect (l:^:r) = r :^: l
mapTree f (Lf x) = Lf (f x)
mapTree f (l:^:r) = mapTree f l :^: mapTree f r
-- Functions to calculate the list of leaves on a tree:
leaves, leaves' :: Tree a -> [a]
leaves (Lf l) = [l] -- direct version
leaves (l:^:r) = leaves l ++ leaves r
leaves' t = leavesAcc t [] -- using an accumulating parameter
L lambdaVr Dÿÿÿ fiùjð L lnexamplesDÿÿÿ fiùj[ L lvexamplesDÿÿÿ fiùjò M trace Dÿÿÿ fiùj" L lambdaNu Dÿÿÿ fiùjE
L lambdaVr Dÿÿÿ fiùjð L lnexamplesDÿÿÿ fiùj[ L lvexamplesDÿÿÿ fiùjò M trace Dÿÿÿ fiùj" L = Lamvar Lamvar Nick`-----------------------------------------------------------------------------
-- Lambda Nu: January 25, 1993
--
-- The definitions in this file provide support for a simple implementation
-- of Lambda Nu -- a generalisation of Lambda Var as described by Odersky,
-- Rabin and Hudak in their POPL paper, January 1993.
--
-- Of course, the implementation of the fuction `begin' is not sound. You must
-- ensure that you use this function correctly -- the responsibility is on you,
-- the programmer.
--
-- Incidentally, the definitions in this file can only be used if the
-- version of Gofer that you are using has been compiled with the correct
-- set of primitives included. In addition, there is no support for these
U Readme Dÿÿÿ fiùj) V StckEngineDÿÿÿ fiùj U stdlib Dÿÿÿ fiùjí U Subst Dÿÿÿ fiùj² U gp GýÿÿÝÚÙà T Interact Dÿÿÿ fiùj S Main Dÿÿÿ fiùjÅ S Parse Dÿÿÿ fiùjt S PrologDataDÿÿÿ fiùjQ U PureEngineDÿÿÿ fiùj¾
U Readme Dÿÿÿ fiùj) V StckEngineDÿÿÿ fiùj U stdlib Dÿÿÿ fiùjí U Subst Dÿÿÿ fiùj² U = Prolog Prolog Nick½--
-- Interactive utility functions
-- Mark P. Jones November 1990, modified for Gofer 20th July 1991
--
-- uses Gofer version 2.28
--
-- The functions defined in this module provide basic facilities for
-- writing line-oriented interactive programs (i.e. a function mapping
-- an input string to an appropriate output string). These definitions
-- are an enhancement of thos in B+W 7.8
--
-- skip p is an interactive program which consumes no input, produces
-- no output and then behaves like the interactive program p.
-- end is an interactive program which ignores the input and
-- produces no output.
-- writeln txt p is an interactive program which outputs the message txt
-- and then behaves like the interactive program p
-- readch act def is an interactive program which reads the first character c
-- from the input stream and behaves like the interactive
-- program act c. If the input character stream is empty,
-- readch act def prints the default string def and terminates.
--
-- readln p g is an interactive program which prints the prompt p and
-- reads a line (upto the first carriage return, or end of
-- input) from the input stream. It then behaves like g line.
-- Backspace characters included in the input stream are
-- interpretted in the usual way.
type Interactive = String -> String
--- Interactive program combining forms:
skip :: Interactive -> Interactive
skip p is = p is -- a dressed up identity function
listOf p s = p `seq` many (s `seq` p) `do` nonempty
`orelse` okay []
where nonempty (x,xs) = x:(map snd xs)
--- Internals:
makeList :: (a,[a]) -> [a]
makeList (x,xs) = x:xs
--- End of Parse.hs
erWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks NickminiPrologDÿÿÿ fiùj T miniPrologDÿÿÿ fiùj T S gp gp NickT-- This is a project file suitable for loading the stack-based version
-- of the mini Prolog interpreter into Gofer 2.28
--
-- Load into Gofer interpreter using the command: :p miniProlog.gp
-- or from command line using: gofer + miniProlog.gp
Parse -- general purpose parsing library
Interact -- general purpose library for interactive programs
Z lexer Dÿÿÿ fiùj[ Z Y gs gs Nick™-- An inefficient implementation of Haskell arrays based on the
-- functional specification in the Haskell report version 1.2
--
-- To save you some typing, just in case you wanted to use this
-- stuff ... but don't expect constant time lookup!
infixl 9 !
infixl 9 //
infix 1 :=
data Assoc a b = a := b
data Array a b = MkArray (a,a) (a -> b)
array :: (Ix a) => (a,a) -> [Assoc a b] -> Array a b
listArray :: (Ix a) => (a,a) -> [b] -> Array a b
(!) :: (Ix a) => Array a b -> a -> b
bounds :: (Ix a) => Array a b -> (a,a)
indices :: (Ix a) => Array a b -> [a]
elems :: (Ix a) => Array a b -> [b]
assocs :: (Ix a) => Array a b -> [Assoc a b]
accumArray :: (Ix a) => (b -> c -> b) -> b -> (a,a) -> [Assoc a c] -> Array a b
(//) :: (Ix a) => Array a b -> [Assoc a b] -> Array a b
accum :: (Ix a) => (b -> c -> b) -> Array a b -> [Assoc a c] -> Array a b
amap :: (Ix a) => (b -> c) -> Array a b -> Array a c
ixmap :: (Ix a, Ix b) => (a,a) -> (a -> b) -> Array b c -> Array a c
array b ivs = MkArray b
(\j -> case [v | (i := v) <- ivs, i == j] of
[v] -> v
[] -> error "(!){PreludeArray}: \
\undefined array element"
_ -> error "(!){PreludeArray}: \
\multiply defined array element")
listArray b vs = array b (zipWith (:=) (range b) vs)
(!) (MkArray _ f) = f
bounds (MkArray b _) = b
indices = range . bounds
elems a = [a!i | i <- indices a]
assocs a = [i := a!i | i <- indices a]
a // us = array (bounds a)
([i := a!i | i <- indices a \\ [i | i:=_ <- us]]
++ us)
accum f = foldl (\a (i := v) -> a // [i := f (a!i) v])
accumArray f z b = accum f (array b [i := z | i <- range b])
amap f a = array b [i := f (a!i) | i <- range b]
where b = bounds a
ixmap b f a = array b [i := a ! f i | i <- range b]
instance (Ix a, Text a, Text b) => Text (Assoc a b) where
showsPrec _ (a := b) = shows a . showString " := " . shows b
instance (Ix a) => Ix (a,a) where
range ((ma,mb),(na,nb)) = [(a,b) | a <- range (ma,na), b <- range (mb,nb)]
-- Some applications, taken from the Gentle Introduction ...
fibs n = a where a = array (0,n) ([ 0 := 1, 1 := 1 ] ++
[ i := a!(i-2) + a!(i-1) | i <- [2..n] ])
fibs10 = fibs 10
wavefront n = a where a = array ((1,1),(n,n))
([ (1,j) := 1 | j <- [1..n] ] ++
[ (i,1) := 1 | i <- [2..n] ] ++
[ (i,j) := a!(i,j-1) + a!(i-1,j-1) + a!(i-1,j)
| i <- [2..n], j <- [2..n] ])
listwave n = [ [wf!(i,j) | j <- [1..n]] | i <- [1..n] ]
where wf = wavefront n
derWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks -- A simple attempt to provide the facilities of the Haskell Text
-- class for reading values. If you really want to use this, I
-- would suggest combining it with the Text class in a modified
-- version of the prelude.
--
-- Based, not surprisingly, on the definitions in the Haskell report
(WriteFile name contents) : succDispatch fail succ resps
appendFile name contents fail succ resps =
(AppendFile name contents) : succDispatch fail succ resps
readChan name fail succ resps =
(ReadChan name) : strDispatch fail succ resps
appendChan name contents fail succ resps =
(AppendChan name contents) : succDispatch fail succ resps
echo bool fail succ resps =
(Echo bool) : succDispatch fail succ resps
getArgs fail succ resps =
GetArgs : strListDispatch fail succ resps
getProgName fail succ resps =
GetProgName : strDispatch fail succ resps
getEnv name fail succ resps =
(GetEnv name) : strDispatch fail succ resps
strDispatch fail succ (resp:resps) =
case resp of Str val -> succ val resps
Failure msg -> fail msg resps
succDispatch fail succ (resp:resps) =
case resp of Success -> succ resps
Failure msg -> fail msg resps
strListDispatch fail succ (resp:resps) =
case resp of StrList val -> succ val resps
Failure msg -> fail msg resps
abort :: FailCont
abort err = done
exit :: FailCont
exit err = appendChan stderr msg abort done
where msg = case err of ReadError s -> s
WriteError s -> s
SearchError s -> s
FormatError s -> s
OtherError s -> s
print :: Text a => a -> Dialogue
print x = appendChan stdout (show x) exit done
prints :: Text a => a -> String -> Dialogue
prints x s = appendChan stdout (shows x s) exit done
interact :: (String -> String) -> Dialogue
interact f = readChan stdin exit
(\x -> appendChan stdout (f x) exit done)
run :: (String -> String) -> Dialogue
run f = echo False exit (interact f)
primitive primFopen "primFopen" :: String -> a -> (String -> a) -> a
openfile :: String -> String
openfile f = primFopen f (error ("can't open file "++f)) id
-- End of Gofer standard prelude: --------------------------------------------
orks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks T ø + L TaskWindow TaskWindow 0.29 (24 Jan 1991) ShellCLI_Task à ß ° ShellCLI_TaskQuit ü ' ö TaskWindow à ÿ Ä B *ShellCLI_Task runs an application in a windowSyntax: *ShellCLI_Task *ShellCLI_TaskQuit quits the current task windowSyntax: *ShellCLI_TaskQuit The *TaskWindow command allows a background task to be started, which will obtain a task window if it needs to do any screen I/O.
-display opens the task window immediately, rather than waiting for a character to be printed
-quit makes the task quit after the command even if the task window has been opened
Note that fields must be in " " if they comprise more than one word Syntax: *TaskWindow [<command>] [[-wimpslot] <n>K] [[-name] <taskname>] [-ctrl] [-display] [-quit] >@-élP•â áp áà×äÿ ^ã
1ãð° †å 1ã ð°?Pã8O A R ð°á 0ãð° @-é À†å <ã €ýtæ†å Rá À†ùÿÿH •â €ýè@-é 0ã
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****Help for Handles version 1.04 General Credits Conditions of use My Address HelpReader e # 5 A A A ÿÿÿÀÿÿÿ²Ò`ÿÿÿ€ÿÿÿ"B ûÿÿÀûÿÿRr !"'()*,-.0123469:abcdefghijklmnopqrstuvwxy (¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢☓Ù,−ªŷ☓Ö¡“ ÚY„§¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩ ¡ b—€@" #¡$…J]zŴ,z6d°JdyÞ™Á*“J]hJ*]ö—¤HŒ‰¢ÄZ6DaÙ(hEŵ Ê⇩–}¦)−⇩JÚ−z›DèÄ¥Ö☓¥«ié*%®·£dEê¦−# B‹ÄZ6Dy±.‹¡(2☓b—€I#h±)u¡,z6d°K ŷ"‹¶☓¦A)ujD‡¦Ú‡¨ØhЗ(2⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢⇩(¢ŵ ¤‡¡$…@ j@‡¥−jq
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ÿflýèŵ Bad pointer passed to 'Wimp_BorderIcon' in R1. A Mouse_Click block should be passed. ◰ An invalid border type has been specified using 'B<Border_type>' in the validation string of the icon. <Border_type> should be 0 - 3. ☓ An invalid colour has been specified in the validation string. Colours 0 - 15 only are valid. †å Pã]ÿÿÚ Pã[ÿÿÊ° á~ -éuP ã ërP ã ë~ ½èSÿÿê@-é á4 ëPã€ý ã> ët •b Ð a? ju Uã * ã3 ë †å` စâ ŴèÍ ï áõÿÿê P〽Øæÿÿê Rã5 £ 0 ³ @ ÃE Óìÿÿê Rã6 £ 0 ³ @ ÃF ÓæÿÿêŶ Bad parameter in validation string after command. The valid parameters are, 0 switch off, 1 switch on, 2 toggle state. `†å…â ’èR ã VãL@†H@†N စâ< ŴèÍ ï ÿflýè †å à Pã †å•â; ï Rüÿÿ Vãýÿÿÿflýè ` ãð á @-é †å Pã P ` ! ë €½è @-é@ ã ë @ ã áP á ` á ë €½è @-é †å Pã P ` ë P ` @ ã ë@ ãP`†åP á ë €½è @-é áP á ` á@ ã ë €½è•G-é ‘…â −è ŵà‘à @à @â pà0◰à ⇦àAàAâ€⇦à áæ ïd ã á áE ïe ãŴâ
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á ŵâE ï á BâE ï áæ ïd ã áE ïe ã á ŵâE ï•ýèŷ Bad pointer passed to 'Wimp_BorderWindow' in R1. A Redraw block should be passed You have exceeded the maximum number of indirected icons in a window. Please attempt to reduce the number used, or contact me. ³ Qã_ ºÿ_-éW ã …å ’å ° á ’åŴâø’èX …åd…â8 Ŵè`Fà`ŷà `FâpGàpà pGâ€Hà€⇦à €⇦â‘Ià‘⇨à ‘⇨â‘…â\ flå< ã0◰âÖ ïWOb9 j á… å“ å †ç PáOЙþ_½òfi á ã ã0Œä sãÿflýP…â Ŷèþÿëøÿÿê€ @-é@…â ã Ŵå ãç ï€ýè Qã$ ºÿ_-é -éÀ’è áñÿÿë -é †å ‘å °‘å °€à €â [á
É -2ø, òclick_iconbar(icon%,mx%,my%,button%) É iconw% * òclick_iconw(icon%,mx%,my%,button%) É rearrw% Ë* á4>" Ý òclick_iconbar(i%,x%,y%,b%)H ȉ i% ÊR É iconbari%\ ȉ b% Êf É 2p; È− "Wimp_CreateMenu",,mainm%,x%-64,140+44*quitopt%z Ë☓ ˉ á—¢ Ý òclick_iconw(i%,x%,y%,b%)¬ ȉ i% ʶ É dragi%À ȉ b% ÊÊ É 4*16Ô òstart_drag(5,"Fixed")Þ É 1*16è! òstart_drag(6,"Rubber")ò Ëü Ë á M ======================================================================== $ . Ý òmenu 8 lev1%=block%!0 B ȉ lev1% Ê L É 0 V É 1 ` òmenu_demos(block%!4) j É 2 t òmenu_eg(block%!4) ~ É quitopt% ⇦ quit%=¹ ‹ Ë † òmenu_set ¦ ò_WL_redo_menu(mainm%) ° á º Ä Ý òmenu_demos(lev2%) Πȉ lev2% Ê Ø É 0 â4 ò_WL_open_window(rectw%,-5,-5,-5,-5,-5,-5,-1) ì Ë ö á
ú Ë á M ======================================================================== " , Ý òstart_drag(type%,type$) 6 ò_WL_window_info(iconw%) @" ò_WL_icon_info(iconw%,dragi%) J wid%=ix2%-ix1% T hgt%=iy2%-iy1% ^ x%=wx1%-xs% h y%=wy2%-ys% r xx%=x%+512 | yy%=y%+512 ŷ block%!0=iconw% ‘ block%!4=5 Œ block%!8=ix1%+x% ¤ block%!12=iy1%+y% ® block%!16=ix2%+x% ¸ block%!20=iy2%+y%  block%!24=x% Ì block%!28=y% Ö block%!32=xx% à block%!36=yy% ê È− "Wimp_DragBox",,block% ô áÿonderWorks WonderWorks WonderWorks WonderWorks WonderWorks ä Ô !wimplib , € pwwwwwwwwwwwwwww pGt pw wD w wwwwwwwwwwwwwww w wt"'r"""""""r"w w wtwwwwwwwwwwwww w wtq"w w wtqww w wtqw w wtqw w wtqw w wtq3w w wtqww w wtq"w w wtwwwwwwwwwwwwwp wt"7333'r"w pwwwwwwwwwwwwww ðÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿðÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ ÿÿÿðÿÿÿÿÿÿÿÿÿÿÿÿÿÿ ÿÿÿWonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks ; Library definition file for WimpLib
This is to fill out the buffer a bit in case the path is longer than that (which it should be). It will also intrigue people dissassembling the module ;). ADMoreHelp$Module MoreHelp_AddTask o t¼ µ j MoreHelp_AddTaskAndHelp Ü µ j MoreHelp_RemoveTask ü ° Ð adds a task(More Help's list of tasks. From then onwards, More Help will provide interactive help for that task.It takes two $s: oftask, as seen inTask Manager window,the full ofmessages .task > <message > adds a task(More Help's list of tasks,makes it respond(interactive help. From then onwards, More Help will provide interactive help for that task.Use rather than MoreHelp_AddTask if,only if, MoreHelp_AddTask doesn't work.It takes two $s: oftask, as seen inTask Manager window,the full ofmessages .task > <message > removes a task(More Help's list of tasks. From then onwards, More Help will no longer provide interactive help for that task. It takes one $, oftask, as seen inTask Manager window,as handed(MoreHelp_AddTask.task > addstwo interactive help messages(the last registered task's list of messages (i.e.last one passed(MoreHelp_AddTask).Only use this command iftask)not responding(the interactive help messages, i.e. you placecursor over its icon, windows or menusnothing happens. If you use this command on a task that *does* respond(help messages, you may well find it cannot e.g. load s, open submenus, or respond(desktop saves. You have been warned. waits untilspecified task starts up, then calls MoreHelp_AddTask withsupplied task message . It will not add interactive help messages.Use this command in an applica 's !Run , beforeapplica itself)run.task > <message > waits untilspecified task starts up, then calls MoreHelp_AddTask withsupplied task message . It will also add interactive help messages.Use this command in an applica 's !Run , beforeapplica itself)run.task > <message > op @-é ã<…âÐç Qã ºÃç ŵâ Rãøÿÿº ãÃç€ýè -é ãL å ãX åT å ½è ê -é ãl ål å ã| å ½è ê -é ã‘ å ã“ å ½è ê -é ã¬ å¬ å ½è?P-é À†å¼ å RãÑÿÿ ã 0 ãÐç" Qã 0◰â Sã €âøÿÿº êÌç Qã º ŵòÿÿ Sã ŵïÿÿ
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0Œå 0⇩å 0Œå0⇩å ⇩â Záøÿÿº¬…â 0Œå0Câ 0⇩å ½èÅÿÿê There are no tasks to remove! @-élflå Ñå PãŴûÿÿ
X•å ã Ñç Pã ŵûÿÿ0ŵâ ã ï8 •å ŵâ,flå 0 ã Ñç Âç Pã0◰úÿÿ flå€â ãï flå €ýè Task not found @-é P ã ã ÔçÜç Pá PãP ŵ÷ÿÿ€½è More help _M @-é ëA&ï €ýè @-é ëC&ï €ýè4 OâY •â á @flåð á¿ÿûÿ @-é ëA&ï €ýè @-é ëC&ï €ýèl Oâ•â 0 ã @flåð áÿÿýÿà  P-é å Pã ã å ë0’å0@ å Sá4@ S @@ å SáK
Ibar:This is the FlipTop icon.|M\Ssee a list of possible screen modes.|M\Achange modes without using the screen modes window.|MDouble-click \s to decrease the number of colours, \a to increase them.
# Menus
IbarM0/ModM0:\Rsee more information about this version of FlipTop.
IbarM1/ModM1:\Sopen the desktop screen mode window, where you can change the current screen mode.
IbarM2/ModM2:\Ssee more information about the current mode.
IbarM3/ModM3:\Schoose the keyboard shortcuts used by FlipTop.
IbarM4/ModM4:\Rchoose a colour set, and change the Desktop palette.
IbarM5/ModM5:\Squit FlipTop.
IbarM4?/ModM5?:\Schoose this colour set.
# Desktop screen modes
ModW:\Tscreen modes window. Click on the coloured blobs to change to the appropriate mode. The current mode is highlighted in red.
# Miscellaneous
Scr21/Cho13/Qui5:\TFliptop icon. Do not for a moment imagine you can do anything worthwhile by clicking on it ;).
# About this screen mode
Scr3/Scr4:\Tinternal mode number, used by Palette and for *Configure WimpMode.
Scr15/Scr16:\Tnumber of colours available in this screen mode.
Scr19/Scr20:\Tamount of memory used by this screen mode.
Scr5/Scr6/Scr7:\Tsize of this screen mode in pixels (i.e. dots).
Scr8/Scr9/Sc10:\Trefresh rate of this screen mode - the higher the value, the less flicker. If you are not using a multiscan, VGA or SuperVGA monitor it will always be 50.
Scr11/Scr12/Scr13:\Tspeed of the computer in this screen mode.
Scr17/Scr18:\Tspeed of the computer in this screen mode compared to its speed in the mode last used. Modes with more colours slow down the computer, unless you have VRAM fitted (RiscPC only).
Scr?/Scr??/ScrW:\Tscreen mode information window, showing information about the current mode.
# About this program
Inf?/Inf??/InfW:\Tinfo window, with information about this particular version of FlipTop.
# FlipTop choices
Cho1/Cho3:This keystroke reduces the number of colours used. It is equivalent to Select-double-clicking on the icon, or clicking the left arrow in the QuickChange window.
Cho2/Cho4:This keystroke increases the number of colours used. It is equivalent to Adjust-double-clicking on the icon, or clicking the right arrow in the QuickChange window.
Cho8/Cho10:This keystroke moves down the list of screen dimensions. It is equivalent to clicking the down arrow in the QuickChange window.
Cho9/Cho11:This keystroke moves up the list of screen dimensions. It is equivalent to clicking the up arrow in the QuickChange window.
Cho7:\Ssave these settings as the defaults, so they are used next time the program is run. \Akeep the window open.
Cho5:\Sdiscard the changes you may have made to the choices, and revert to the ones you were using before you opened this window.
Cho6:\Suse these settings as the new ones. \Akeep the window open. When you next run the program, the default settings will be used - click \s on the Save button if you want to use these ones instead.
Cho?/Cho??/ChoW:\TFlipTop choices window, where you can set the keystrokes used to change screen mode without using the mouse.
# Quick Change
Qui1/Qui2:Enter a new screen mode number here, then press Return or click OK to change to that mode.
Qui3:This shows the current mode details.
Qui4:\Schange to the chosen mode.
Qui6:\Sreduce the number of colours.
Qui7:\Sincrease the number of colours.
Qui8:\Sincrease the size of the screen.
Qui9:\Sreduce the size of the screen.
Qui?/Qui??/QuiW:\TQuickChange window, where you can change the screen dimensions and number of colours by clicking on the arrows or entering a new mode number.
úD MOV r0, #0 ; clear remove and delay STR r0, remove STR r0, delay LDMIA (sp)!, {r0} ".addorremove ,- STMFD (sp)!, {r0-r5, r12, link} 6 LDR r12, [r12] @D LDR r2, delay ; is this a delayed add? J CMP r2, #1 TE BLEQ copycommandtail ; if so copy command tail ^; MOV r2, #0 ; reset pointer hC MOV r3, #0 ; haven't found a quote r.findloop |6 LDRB r1, [r0, r2] ; get char ŷ: CMP r1, #–("""") ; is it a quote? ‘C BNE checkspace ; if not, skip this bit Œ= ADD r3, r3, #1 ; increment quote ¤G CMP r3, #2 ; is this the second quote? ®L ADD r0, r0, #1 ; increment buffer (not pointer) ¸M BLT findloop ; if this wasn't the second, loop ÂD B lastchar ; otherwise stop looking Ì.checkspace ÖM STRB r1, [r12, r2] ; this wasn't a quote so store it à> CMP r1, #32 ; is this a space? êX BLT lastchar ; if was less (i.e. a control char) stop now ôG ADDNE r2, r2, #1 ; if not, increment pointer þ6 BNE findloop ; and loop > CMP r3, #1 ; was this quoted? F ADDEQ r2, r2, #1 ; if so, increment pointer 6 BEQ findloop ; and loop &T.lastchar ; last char - r2 is pointer to last char 0= MOV r1, #0 ; get a null char :C STRB r1, [r12, r2] ; store after task name D NCô r4 pointer to task name, r5 success of comparison (1 if same) XS ADD r0, r0, r2 ; make r0 point to char after task name bD STR r0, messagefile ; store it for later use lS MOV r0, #0 ; this is first call to enumerate tasks v: MOV r5, #0 ; no match yet €.findtask ⇩" ADR r1, taskbuffer “ MOV r2, #16 fi1 SWI "XTaskManager_EnumerateTasks" ¨" ADR r1, taskbuffer ²F LDR r4, [r1, #4] ; get pointer to task name ¼! BL comparestring ÆA CMP r5, #1 ; were they the same? ÐC BEQ foundtask ; if so, quit this loop ÚU CMP r0, #0 ; they weren't, are there any tasks left? ä9 BGT findtask ; if so, loop îA LDR r0, delay ; if this was delayed ø CMP r0, #1B BEQ exitcommand ; don't complain, wait - LDMIA (sp)!, {r0-r5, r12, link}B ☓R link, link, #V_flag ; otherwise, set V flag < ADR r0, taskerror ; point to error*8 MOVS pc, link ; and return4><ô r0 holds numtasks, r1 pointer in block, r3 task handleH.foundtaskRG ADR r1, taskbuffer ; get pointer to taskbuffer\= LDR r3, [r1] ; get task handlefE LDR r1, remove ; was this add or remove?p CMP r1, #0zM BNE removetaskfilter ; if it was remove, skip this bit☓Y B checktask ; we're adding it, so check we haven't got it‰.haventgotnewtask—A LDR r0, [r12, #numtasks] ; get number of tasks¢N MOV r1, r0, LSL #3 ; get pointer in task handle block¬# ADD r2, r12, #tasks¶A ADD r1, r1, r2 ; get memory positionÀ? STR r3, [r1, #0] ; store task handleÊ? BL openmessages ; open message fileÔK STR r2, [r1, #4] ; store message file descriptorÞG ADD r0, r0, #1 ; increment number of tasksè7 STR r0, [r12, #numtasks] ; and storeò BL addfilterü.exitcommand, LDMIA (sp)!, {r0-r5, r12, pc}^$6ô enters with task handle in r3, can corrupt r1-r5..checktask8+ STMFD (sp)!, {r2-r3, r10-r11}B: ADD r10, r12, #numtasks ; get numtasksL LDR r11, [r10]VC CMP r11, #0 ; if we haven't got any`O BEQ checktaskOK ; we can't have this one, so add itj< ADD r10, r12, #tasks ; point to taskstM ADD r11, r10, r11, LSL #3 ; point to maximum block position~.checktaskloop⇦= LDR r2, [r10] ; get task handle‹A CMP r2, r3 ; is it the same one?†A LDMEQIA (sp)!, {r2-r3, r10-r11} ; if so, don't add it¦ BEQ exitcommand°; ADD r10, r10, #8 ; point to nextº CMP r10, r11Ä! BLT checktaskloopÎ.checktaskOKØ+ LDMIA (sp)!, {r2-r3, r10-r11}â$ B haventgotnewtaskìö .removetaskafterclosedown - STMFD (sp)!, {r0-r5, r12, link}
6ô enters with task handle in r3, can corrupt r1-r5.removetaskfilter + STMFD (sp)!, {r2-r3, r10-r11}(: ADD r10, r12, #numtasks ; get numtasks2 LDR r11, [r10]< CMP r11, #0F BEQ gotnotasksP< ADD r10, r12, #tasks ; point to tasksZM ADD r11, r10, r11, LSL #3 ; point to maximum block positiond.findtaskloopn> LDR r2, [r10] ; get current taskxB CMP r2, r3 ; is it the right one?ŵH BEQ gottasktoremove ; if so, get out of the loop…A ADD r10, r10, #8 ; go to the next task„H CMP r10, r11 ; is this past the last one? : BLT findtaskloop ; if not, loopª+ LDMIA (sp)!, {r2-r3, r10-r11}´- LDMIA (sp)!, {r0-r5, r12, link}¾B ☓R link, link, #V_flag ; otherwise, set V flagÈ< ADR r0, taskerror ; point to errorÒ8 MOVS pc, link ; and returnÜ.gotnotasksæ+ LDMIA (sp)!, {r2-r3, r10-r11}ð- LDMIA (sp)!, {r0-r5, r12, link}úB ☓R link, link, #V_flag ; otherwise, set V flag< ADR r0, notaskserror ; point to error8 MOVS pc, link ; and return.gottasktoremove"? BL removethistask ; r10 holds pointer,O SUB r11, r11, #8 ; shift down maximum block position6W CMP r11, r10 ; if it now points at the current position,@T BEQ finishedremovingtask ; the removed task was last, so exit nowJ.removingtaskloopT8 LDR r3, [r10, #8] ; shift down^ STR r3, [r10]h" LDR r3, [r10, #12]r! STR r3, [r10, #4]|? ADD r10, r10, #8 ; increment pointerŷN CMP r10, r11 ; if it's not the maximum position‘2 BLT removingtaskloop ; loopŒ.finishedremovingtask¤' ADD r10, r12, #numtasks® LDR r3, [r10]¸ SUB r3, r3, #1 STR r3, [r10]Ì+ LDMIA (sp)!, {r2-r3, r10-r11}Ö B exitcommandàê.notaskserrorô EQUD 0þ3 EQUS "There are no tasks to remove!" EQUB 0 ALIGN &ô Must preserve r10%ô Exit with file descriptor in r2:@ô r0 char, r1 points to command tail, r2 length of file nameD.openmessagesN, STMFD (sp)!, {r0-r1, r3, link}XI LDR r1, messagefile ; get pointer to command tailb.skipspacesl6 LDRB r0, [r1] ; get charv< CMP r0, #32 ; is it a space?€J ADDEQ r1, r1, #1 ; if so, look for the next one⇩6 BEQ skipspaces ; and loop“; STR r1, messagefile ; store pointerfiG MOV r2, #0 ; reset length of file name¨.countlength²6 LDRB r0, [r1, r2] ; get char¼@ CMP r0, #0 ; if it's not a nullÆ> ADDNE r2, r2, #1 ; increment lengthÐ6 BNE countlength ; and loopÚD ADD r3, r2, #16 ; claim 4 words + lengthä: MOV r0, #6 ; claim memoryî SWI "XOS_Module"øC STR r2, filedesc ; store file-descriptor B ADD r2, r2, #16 ; point to destination= LDR r1, messagefile ; point to source @ MOV r3, #0 ; initialise pointer*.copyfileloop4= LDRB r0, [r1, r3] ; get source char>< STRB r0, [r2, r3] ; store in blockHB CMP r0, #0 ; if this isn't a nullR? ADDNE r3, r3, #1 ; increment pointer\6 BNE copyfileloop ; and loopfpF LDR r0, filedesc ; point to file-descriptorzF ADD r1, r0, #16 ; point to file just after☓; MOV r2, #0 ; load into RMA‰, SWI "XMessageTrans_OpenFile"—R LDR r2, filedesc ; re-load file-descriptor just in case¢E LDMIA (sp)!, {r0-r1, r3, pc}^ ; exit with pointer in r2¬¶.messagefileÀ EQUD 0Ê.filedescÔ EQUD 0Þ.taskerrorè EQUD 0ò$ EQUS "Task not found"ü EQUB 0 ALIGNSô r4 first string, r12 second string, r0 first char, r1 second char, r2 pointer$.comparestring.( STMFD (sp)!, {r0-r2, link}8E MOV r5, #0 ; strings aren't the sameB; MOV r2, #0 ; reset pointerL.compareloopV< LDRB r0, [r4, r2] ; get first char`= LDRB r1, [r12, r2] ; get second charj@ CMP r0, r1 ; are they the same?tH BNE stopcomparing ; if not, stop this loop now~E CMP r0, #0 ; was this the last char?⇦J ìQ r5, #1 ; if so the strings are identical‹M ADDNE r2, r2, #1 ; otherwise we have to loop again† BNE compareloop¦.stopcomparing°& LDMIA (sp)!, {r0-r2, pc}ºÄ.taskbufferÎ EQUD 0Ø EQUD 0â EQUD 0ì EQUD 0ö ô ** Filter routines **
.filtername EQUS "More help"( EQUB 02 ALIGN<F.addfilterP( STMFD (sp)!, {r0-r4, link}Z BL filterregsd0 SWI "XFilter_RegisterPostFilter"n' LDMIA (sp)!, {r0-r4, pc}^xŵ.removefilter…( STMFD (sp)!, {r0-r4, link}„ BL filterregs 2 SWI "XFilter_DeRegisterPostFilter"ª' LDMIA (sp)!, {r0-r4, pc}^´¾.filterregsÈ" ADR r0, filternameÒ ADR r1, filterÜ MOV r2, r12æ/ ; r3 (task handle) set up by callerð" LDR r4, filtermaskú MOV pc, link.filtermaskZ EQUD ¬ ((1<<18)+(1<<6)) ; get User_Message_Recorded and Mouse_Click only",.addmessagefilter6( STMFD (sp)!, {r0-r4, link}@% BL messagefilterregsJ0 SWI "XFilter_RegisterPostFilter"T' LDMIA (sp)!, {r0-r4, pc}^^h.removemessagefilterr( STMFD (sp)!, {r0-r4, link}|% BL messagefilterregsŷ2 SWI "XFilter_DeRegisterPostFilter"‘' LDMIA (sp)!, {r0-r4, pc}^Œ¤.messagefilterregs®" ADR r0, filtername¸% ADR r1, messagefilterÂ7 MOV r3, #0 ; all tasksÌ) LDR r4, messagefiltermaskÖ MOV pc, linkàê.messagefiltermaskôA EQUD ¬ ((1<<17)) ; get User_Message onlyþ.messageclosedown EQUD &400C3.messagestarttask EQUD &400C2&0.messagefilter:2 STMFD (sp)!, {r0, r3, r4, r12, link}DJ LDR r0, addinthelp ; are we adding help messages?N CMP r0, #2XC BNE nextmessages ; if not, skip this bitbV MOV r0, #0 ; clear the bit so we don't add them againl" STR r0, addinthelpvC BL addhelpmessages ; and add help messages€.nextmessages⇩= LDR r3, [r1, #16] ; get reason code“( LDR r4, messageclosedownfiL CMP r3, r4 ; is it a Message_TaskCloseDown?¨( LDRNE r4, messagestarttask²M CMPNE r3, r4 ; is it a Message_StartTask then?¼= BNE exitmessagefilter ; if not exit nowÆF LDR r4, messagestarttask ; if it was the start taskÐ CMP r3, r4ÚY BEQ comparetasks ; see if this was the one we were waiting foräG LDR r3, [r1, #4] ; otherwise get task handleîN BL removetaskafterclosedown; and remove the task if necessaryø.exitmessagefilter1 LDMIA (sp)!, {r0, r3, r4, r12, pc}^ .lasthandle EQUD 0*.w4 EQUD 0> EQUD 0H EQUD 0R EQUD 0\ f.addhelpmessagesp1 STMFD (sp)!, {r0-r3, r10-r12, link}z" ADR r0, filtername☓, ADR r1, addhelpmessagefilter‰ MOV r2, #0—J LDR r3, lasthandle ; get last task handle¢/ SWI "XFilter_RegisterPreFilter"¬ STR r0, w¶ STR r1, w+4À STR r2, w+8Ê STR r3, w+12Ô MOV r1, r12Þ* SWI "XWimp_GetPointerInfo"èF MOV r0, #6 ; send Mouse_Clickò" LDR r2, lasthandleüA SWI "XWimp_SendMessage" ; send it off0 LDMIA (sp)!, {r0-r3, r10-r12, pc}^.addhelpmessagefilter( STMFD (sp)!, {r0-r3, link}$K ADR r0, helpmessage ; point to Help_Message.V SWI "XWimp_AddMessages" ; add to messages task knows about8 .removehelpmessagefilterB LDR r0, wL LDR r1, w+4V LDR r2, w+8` LDR r3, w+12j1 SWI "XFilter_DeRegisterPreFilter"t' LDMIA (sp)!, {r0-r3, pc}^~.thishandle⇦ EQUD 0‹†/ô r10 pointer in block, r11 numtasks/maxpos¦.removeallfilters°* STMFD (sp)!, {r10-r12, link}º LDR r12, [r12]Ä: ADD r10, r12, #numtasks ; get numtasksÎ LDR r11, [r10]Ø< ADD r10, r12, #tasks ; point to tasksâM ADD r11, r10, r11, LSL #3 ; point to maximum block positionì.removeloopö" BL removethistask > ADD r10, r10, #8 ; go to next entry
> CMP r10, r11 ; check for limitsC BLT removeloop ; if there's more, loop ) LDMIA (sp)!, {r10-r12, pc}^(2.removethistask<, STMFD (sp)!, {r0, r2-r4, link}F= LDR r3, [r10] ; get task handleP; BL removefilter ; remove filterZU LDR r0, [r10, #4] ; get message file descriptor, close filed- SWI "XMessageTrans_CloseFile"n! LDR r2, [r10, #4]xB MOV r0, #7 ; free block of memoryŵ SWI "XOS_Module"…+ LDMIA (sp)!, {r0, r2-r4, pc}^„ ô ** Filter **ª´ .filter¾- STMFD (sp)!, {r1-r4, r12, link}È CMP r0, #6Ò BEQ mouseclickÜ CMP r0, #18æ BNE exitfilterð! LDR r3, [r1, #16]ú# LDR r4, helpmessage CMP r3, r4 BEQ fillinhelp.exitfilter", LDMIA (sp)!, {r1-r4, r12, pc}^,.helpmessage6 EQUD &502@.helpreplyJ EQUD &503T.endmessages^ EQUD 0h.helpsenderr EQUD 0|.realblockŷ EQUD 0‘Œ.mouseclick¤F LDR r2, [r1, #8] ; get button state®A CMP r2, #2 ; is it menu?¸ CMPNE r2, #&200ÂF BNE exitfilter ; if not, exit nowÌ] LDR r2, [r1, #12] ; it's a menu, so store the window handleÖ( STR r2, menuwindowhandleà@ B exitfilter ; and returnêôô compare two tasksþZô r1 first char, r2 second char, r3 pointer to first, r4 pointer to second, r5 counter.comparetasks( STMFD (sp)!, {r0-r5, link} ! STR r1, messblock&D ADD r3, r1, #28 ; point to new task nameQ ADD r4, r12, #command ; point to string passed to DelayTask:; MOV r5, #0 ; reset counterDP LDRB r2, [r4, #0] ; get first character of stored taskN= CMP r2, #34 ; if it's a quoteXO ADDEQ r4, r4, #1 ; increment pointer by 1 to miss itb.comparetaskslooplG LDRB r1, [r3, r5] ; get first char (new task)vI LDRB r2, [r4, r5] ; get second char (DelayTask)€G CMP r1, #32 ; if this is a control code⇩M BLT tasksareidentical ; we've finished, so add the task“@ CMP r1, r2 ; are they the same?fiJ BNE exitcomparetasks ; if not, get out of this loop¨J ADD r5, r5, #1 ; otherwise increment the loop²6 B comparetasksloop ; and loop¼.messblockÆ EQUD 0Ð.workspaceÚ EQUD 0ä.tasksareidenticalî! LDR r1, messblockø= LDR r3, [r1, #4] ; get task handle " STR r3, lasthandle K ADD r0, r12, #command ; make r0 point to command tail J STR r12, workspace ; addtask loads r12 from [r12] Q ADR r12, workspace ; so store r12 and point to workspace *; BL addtask ; add this task 4" ADR r12, workspace >J LDR r0, addinthelp ; are we adding help messages? H CMP r0, #1 R> BNE exitcomparetasks ; if not, exit now \V MOV r0, #2 ; clear the bit so we don't add them again f" STR r0, addinthelp p z.exitcomparetasks ☓( LDMIA (sp)!, {r0-r5, link} ‰% B exitmessagefilter — ¢3ô can corrupt r1-r7, returns with pointer in r0 ¬Jô r1 pointer to block, r2 task handle, r3 end of block, r4 this handle ¶.findfiledesc À! STMFD (sp)!, {link} ÊF MOV r0, #5 ; read current task handle Ô' SWI "XWimp_ReadSysInfo" Þ9 MOV r2, r0 ; store in r2 èA LDR r3, [r12, #numtasks] ; get number of tasks òJ ADD r1, r12, #tasks ; get pointer to base of tasks üM ADD r3, r1, r3, LSL #3 ; get pointer to end of task list .findtaskloop > LDR r4, [r1] ; load task handle $B CMP r4, r2 ; is it the right one? .H BEQ exitfiledesc ; if so, get out of the loop 8D ADD r1, r1, #8 ; look at the next entry B= CMP r1, r3 ; check for limit LG BLT findtaskloop ; if it's not the end, loop VB MOV r0, #0 ; use defaults instead ` LDMIA (sp)!, {pc}^ j.exitfiledesc tA LDR r0, [r1, #4] ; get file descriptor ~2 LDMIA (sp)!, {pc}^ ; exit ⇦ ‹.fillinhelp †! STR r1, realblock ¦G LDR r2, [r1, #4] ; get task handle of sender °= STR r2, helpsender ; store for later ºR STMFD (sp)!, {r0-r2, r4-r7} ; save all this for looking up message ÄA BL findfiledesc ; get file-descriptor ÎA BL gettoken ; get the right token Ø< ADR r1, tokenbuffer ; point to token â! LDR r2, realblock ì@ ADD r2, r2, #20 ; insert at block+20 ö< MOV r3, #232 ; maximum length MOV r4, #0
MOV r5, #0 MOV r6, #0 MOV r7, #0 (* SWI "XMessageTrans_Lookup" 2) LDMIA (sp)!, {r0-r2, r4-r7} <! LDR r2, realblock FM ADD r3, r3, #24 ; add message header overhead + 4 PL BIC r3, r3, #3 ; make sure it's a multiple of 4 ZF STR r3, [r2, #0] ; store new message length dD LDR r0, helpreply ; get reply message code n6 STR r0, [r2, #16] ; store it x8 LDR r0, [r2, #8] ; get my_ref ŵU STR r0, [r2, #12] ; copy into your_ref (replied to message) …? MOV r0, #17 ; send User_Message „< MOV r1, r2 ; point to block F LDR r2, helpsender ; get sender's task handle ª> SWI "XWimp_SendMessage" ; send message off ´M MOV r0, #0 ; set r0 to -1 to claim the event ¾ SUB r0, r0, #1 È B exitfilter Ò Ü.iconbartoken æ EQUS "Icon bar" ð EQUB 0 ú ALIGN T.menusuffix ; sixteen menu options should be enough! EQUD 0 EQUD 0 " EQUD 0 , EQUD 0 6.menuwindowhandle @ EQUD 0 J.thiswasmenu T EQUD 0 ^ hBô r0 output buffer, r1 input buffer (supplied), r2 char, r3 -1 r.menuhelp |D ADR r0, menusuffix ; point to output buffer ŷ MOV r3, #1 ‘# STR r3, thiswasmenu Œ4 MVN r3, #0 ; get -1 ¤.menuhelploop ®@ LDR r2, [r1] ; get menu selection ¸> CMP r2, r3 ; is this the end? Â< BEQ exitmenuhelp ; if so exit now ÌU ADD r2, r2, #–("0") ; add –II 0 to it to make it a number (ish) ÖO CMP r2, #–("9") ; if this was bigger than 9 make it A à* ADDGT r2, r2, #–("@")-–("9") êO CMP r2, #–("Z") ; if this was bigger than Z make it a ô* ADDGT r2, r2, #–("`")-–("Z") þP CMP r2, #–("z") ; if this was bigger than a make it A\ * ADDGT r2, r2, #–("¿")-–("z") D STRB r2, [r0] ; store it in the buffer G ADD r1, r1, #4 ; increment buffer pointers & ADD r0, r0, #1 06 B menuhelploop ; and loop :.exitmenuhelp D6 MOV r2, #255 ; get null N; STRB r2, [r0] ; cap the token XV LDR r1, menuwindowhandle ; get window handle mouse was clicked over b5 B findtoken ; go back l vô Can corrupt r1-r7 €7ô Window in r1, icon in r2, pointer to string in r3 ⇩Vô r4 pointer to output buffer, r5 pointer in string, r6 pointer in buffer, r7 char “.gettoken fi! STMFD (sp)!, {link} ¨C STR r0, filedesc ; store file descriptor ²L MOV r0, #0 ; get current state of menu tree ¼= ADD r1, r12, #24 ; buffer for menu Æ( SWI "XWimp_GetMenuState" ÐC LDR r0, [r1] ; get first menu option Ú MOV r2, #0 ä7 SUB r2, r2, #1 ; is it -1? î CMP r0, r2 ø@ BNE menuhelp ; then do menu stuff!K MOV r0, #0 ; it's not a menu, so clear the! @ STR r0, thiswasmenu ; menu window handle!.findtoken! ? LDR r3, realblock ; get block pointer!*? LDR r1, [r3, #32] ; get window handle!46 STR r1, windowhandle ; store it!>= LDR r2, [r3, #36] ; get icon handle!H6 STR r2, iconhandle ; store it!R4 MVN r3, #1 ; get -2!\C CMP r1, r3 ; if window is icon bar!fK ADREQ r3, iconbartoken ; then get token for "Icon bar"!pN BLNE getwindowtitle ; otherwise copy from window title!z8 BL copytoken ; copy token!☓= ADR r2, tokenbuffer ; point to source!‰B ADD r1, r2, r3 ; point to destination!—" BL addicondetails!¢T MOV r3, #58 ; store colon (bit after this is in case!¬H STRB r3, [r1] ; message token isn't found)!¶ ADD r1, r1, #1!ÀO MOV r3, #0 ; initialise counter, r4 holds char!Ê.copydefaultmessloop!Ô6 LDRB r4, [r2, r3] ; get char!Þ< CMP r4, #58 ; is it a colon?!èB ìQ r4, #0 ; if so replace by a null!òF STRB r4, [r1, r3] ; write whatever the state!üU ADDNE r3, r3, #1 ; if it wasn't a colon, increment counter"6 BNE copydefaultmessloop ; and loop"E LDR r0, filedesc ; re-load file descriptor" LDMIA (sp)!, {pc}^"$".0ô enters with pointer to window handle in r3"8.copytoken"B/ STMFD (sp)!, {r0-r2, r4-r7, link}"L.setupcopytoken"VX ADD r4, r12, #96 ; output buffer in safe place (after window)"`A MOV r5, #0 ; initialise counters"j MOV r6, #0"t.copytokenloop"~6 LDRB r7, [r3, r5] ; get char"⇦9 CMP r7, #–(",") ; change commas"‹ ìQ r7, #–(".")"†O CMP r7, #–("(") ; change open brackets (for neatness)"¦ ìQ r7, #–("{")"°B CMP r7, #–(")") ; change closed brackets"º ìQ r7, #–("}")"Ä9 CMP r7, #–(":") ; change colons"Î ìQ r7, #–(";")"ØA CMP r7, #–("?") ; change question marks"â ìQ r7, #–("!")"ìB CMP r7, #–("/") ; change forward slashes"ö ìQ r7, #–("\")# ] CMP r7, #32 ; if it's a printable character (but not a space)#
6 STRGTB r7, [r4, r6] ; store it#Q ADDGT r6, r6, #1 ; and increment output buffer counter# Z ADDGE r5, r5, #1 ; if it's printable (space included) increment#(E BGE copytokenloop ; source counter and loop#29 MOV r7, #–(":") ; write a colon#< STRB r7, [r4, r6]#F ADD r6, r6, #1#P7 MOV r7, #–("U") ; write a 'U'#Z STRB r7, [r4, r6]#d ADD r6, r6, #1#n7 MOV r7, #–("K") ; write a 'K'#x STRB r7, [r4, r6]#ŵ ADD r6, r6, #1#…K MOV r7, #0 ; write a null terminator again#„ STRB r7, [r4, r6]# #ª)ô r0 already contains file descriptor#´F LDR r0, filedesc ; get file descriptor back#¾V MOV r1, r4 ; get input buffer (token just calculated)#ÈR ADR r2, tokenbuffer ; put in tokenbuffer for later parsing#ÒA MOV r3, #32 ; size of tokenbuffer#ÜG MOV r4, #0 ; don't substitute anything#æ MOV r5, #0#ð MOV r6, #0#ú MOV r7, #0$* SWI "XMessageTrans_Lookup"$. LDMIA (sp)!, {r0-r2, r4-r7, pc}^$$"$,Tô r1 points to end of token (insert here), r2 points to start, can corrupt r3-r7$6ô r3 icon handle$@.addicondetails$J) STMFD (sp)!, {r0, r2, link}$TA LDRB r3, [r2] ; get first character$^6 CMP r3, #–("U") ; is it 'U'?$hI BNE knowthisone ; if not, do the window stuff$r? LDREQB r3, [r2, #1] ; if so, get second$|6 CMPEQ r3, #–("K") ; is it 'K'?$ŷI BNE knowthisone ; if not, do the window stuff$‘Q LDR r0, thiswasmenu ; no token for this, was this a menu?$Œ CMP r0, #1$¤K BNE knowthisone ; it wasn't, so do window stuff$®F LDR r1, menuwindowhandle ; get menu's window handle$¸4 MVN r3, #1 ; get -2$ÂC CMP r1, r3 ; if window is icon bar$ÌK ADREQ r3, iconbartoken ; then get token for "Icon bar"$ÖN BLNE getwindowtitle ; otherwise copy from window title$à8 BL copytoken ; copy token$ê= ADR r2, tokenbuffer ; point to source$ôB ADD r1, r2, r3 ; point to destination$þ6 MOV r2, #–("M") ; add an 'M'% STRB r2, [r1]% ADD r1, r1, #1% D B addmenunumbers ; and add the menu stuff%&.knowthisone%0K MOV r0, #0 ; this definately wasn't a menu%:# STR r0, thiswasmenu%D? LDR r0, windowhandle ; get window handle%NF MVN r2, #1 ; is it the icon bar (-2)?%X CMP r0, r2%bI BEQ aftericon ; if so don't add icon handle%l= LDR r0, iconhandle ; get icon handle%vG MVN r2, #0 ; is it the work area (-1)?%€E CMP r0, r2 ; if not, add icon number%⇩U MOVNE r2, #6 ; length of buffer (buffer already in r1)%“O SWINE "XOS_ConvertCardinal2" ; r1 now contains end of new string%fi< ìQ r2, #–("W") ; otherwise add a "W"%¨ STREQB r2, [r1]%² ADDEQ r1, r1, #1%¼.aftericon%ÆG STMFD (sp)!, {r1} ; will corrupt r1, store it%ÐR ADD r1, r12, #200 ; get a bit of workspace for the block%ÚE LDR r0, windowhandle ; write the window handle%ä STR r0, [r1]%îC LDR r0, iconhandle ; write the icon handle%ø STR r0, [r1, #4]&( SWI "XWimp_GetIconState"& = LDR r0, [r1, #24] ; read icon flags&9 LDMIA (sp)!, {r1} ; get r1 back& A € r2, r0, #(1<<21) ; is the icon selected?&*< LDR r0, thiswasmenu ; if this a menu&4 CMP r0, #1&> BEQ greybit&H CMP r2, #0&R; MOVNE r2, #–("S") ; if so add a "S"&\ STRNEB r2, [r1]&f ADDNE r1, r1, #1&pN B exitsuffixes ; this is an icon, can't be greyed&z .greybit&☓9 € r2, r0, #(1<<22) ; is it greyed?&‰ CMP r2, #0&—; MOVNE r2, #–("G") ; if so add a "G"&¢ STRNEB r2, [r1]&¬ ADDNE r1, r1, #1&¶.exitsuffixes&À' LDMIA (sp)!, {r0,r2, pc}^&Ê.addmenunumbers&ÔB ADR r3, menusuffix ; point to menu suffix&Þ.addmenunumbersloop&è6 LDRB r2, [r3] ; get char&ò> CMP r2, #255 ; if it's negative&ü7 BEQ aftericon ; quit this'3 STRB r2, [r1] ; store'? ADD r1, r1, #1 ; increment buffers' ADD r3, r3, #1'$& B addmenunumbersloop'..iconhandle'8 EQUD 0'B.windowhandle'L EQUD 0'V'`]ô Enters with window handle in r1, can corrupt r3-r7, return with pointer to string in r3'j.getwindowtitle't% STMFD (sp)!, {r1, link}'~J STR r1, [r12] ; store window handle in block'⇦< MOV r1, r12 ; point to block'‹K ☓R r1, r1, #1 ; set bit 1 to not get the icons'†= SWI "XWimp_GetWindowInfo" ; get window info'¦9 BIC r1, r1, #1 ; clear bit 1'°A LDR r3, [r1, #60] ; get title bar flags'ºB € r3, r3, #(1<<8) ; get bit 8 (indirected)'Ä8 CMP r3, #0 ; is it set?'ÎA ADD r3, r1, #76 ; point to title data'ØF LDRNE r3, [r3] ; if it's set, get pointer'â$ LDMIA (sp)!, {r1, pc}^'ì'öH.tokenbuffer ; 64 bytes should be enough!( EQUD 0(
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s ô > <FormEd2$Dir>.!RunImage Aô /// Forms Editor program (for designing Wimp Templates) /// ô 1ô Buggered about with with by The RISC Squad ô Now on version 2.84b ô (ô Directory Structure: . . . Snore ! ô ô !Formed.!Boot
ô !Formed.!Help ô !Formed.!Run Jô !Formed.!RunImage (this file) - run when !Run is executed ô !Formed.!Sprites ô !Formed.Default ô !Formed.Sprites ô !Formed.Templates ô È− "XHourglass_On" #È− "OS_GetEnv" ¸ commandstring$ hw%=¹:hwic%=-2 Þ fontcounts% 255 #ã I%=0 ¸ 255:fontcounts%?I%=0:í ô -- Start Wimp going HÈ− "Wimp_Initialise",200,&4B534154,"FormEd2" ¸ version%,task_handle% @î Ŷ òerrordisplay(fl,ö$,fi) : ô after calling Wimp_Initialise! )`wbcol=&0:`tbcol=&D:`sco=&3:`mbcol=&B *`wfcol=&7:`tfcol=&7:`sci=&D:`tbcol2=&C DragASprite%=£ Þ inv% 27,outv% 23 Þ px2% 1,px4% 3,px256% 255 ògetmodeinfo switched%=£ ! Þ factors% 15,pixtrans% 15 "ô -- dimension arrays #'Þ pal%(2),bright%(15),uncolour%(15) $/Þ q% &2000,erroraddr%(4),oldq% &100,_Q% 256 %*Þ indexdata% 32*24+20,fontbinding% 255 &maxbuf%=&3000 '&Þ buffer% maxbuf%:curbuff%=buffer% (
Í òencodemenu(i_flags%) òencodemenu(i_align%) òencodemenu(i_arrange%) òencodemenu(i_delete%) É i_delete% ç currenticon%>-1 … $ $mb_delete%=Ãcurrenticon%
Ì $mb_delete%=""!
Í"É i_align%#0 ô if <2 icons are selected then shade..$M I%=q%+&80:È− "Wimp_WhichIcon",handle%(currentwindow%),I%,5<<21,1<<21% ç !I%=-1 ☓ I%!4=-1 …& òshade(i_align%,0,1)' òshade(i_align%,1,1)( òshade(i_align%,2,1)) òshade(i_align%,3,1)* òshade(i_align%,4,1)+ òshade(i_align%,5,1),
Í-É i_arrange%.0 ô if <2 icons are selected then shade../M I%=q%+&80:È− "Wimp_WhichIcon",handle%(currentwindow%),I%,5<<21,1<<210 ç !I%=-1 ☓ I%!4=-1 …1! òshade(i_arrange%,0,1)2! òshade(i_arrange%,1,1)3! òshade(i_arrange%,2,1)4
ÌB ô if no icons are selected and currenticon%=-1 then the⇦E ô resize menu entry is greyed already, so a selection must⇨" ô exist to reach here..⇩O C%=q%+&80:È− "Wimp_WhichIcon",handle%(currentwindow%),C%,5<<21,1<<21⇧ ç C%>-1 ……B ògeti(menuwindow%,C%!0):ô take coords of first icon..™; òshell_IconPutData(m_resize%,5,Ã(iy1%-iy0%),0)‰; òshell_IconPutData(m_resize%,6,Ã(ix1%-ix0%),0)• Í‘
ËñÉ w_general%ò ȉ !menus% ÊóA É 0:def_menu%=1:ògetmenuposn:òwindowmenu(currentwindow%)ô+ É 1:òdecodemenu(w_flags%,menus%+4)õ, É 2:ç menus%!4<>-1 € menus%!8<>-1 …ö- !q%=handle%(currentwindow%)÷- È− "Wimp_GetWindowInfo",,q%øD q%?(36+menus%!4)=menus%!8:òencodepalmenu(menus%!8)ù& curw%=currentwindow%ú0 òcrwindow(q%+4,wident$(curw%))û& òdeletewindow(curw%)ü Íý) É 3:òsetworkarea(currentwindow%)þ É 4:ç $mb_wident%="" …ÿ; ç ¤warning(q%,2,"Templates must be named") ÌA òcheckident($mb_wident%,wident$(currentwindow%))4 wident$(currentwindow%)=$mb_wident% Í< É 5:òdeletewindow(currentwindow%):currentwindow%=-1
ȉ !menus% Ê É 0:òdecodetitle(1) É 1:q%!32=q%!32ŵ&02 É 2:q%!32=q%!32ŵ&04 É 3:q%!32=q%!32ŵ&08 É 4:q%!32=q%!32ŵ&10 É 5:q%!32=q%!32ŵ&20 É 6:q%!32=q%!32ŵ&40 É 7:q%!32=q%!32ŵ&80 É 8:q%!32=q%!32€¬&300 ȉ menus%!4 Ê$ É 0:q%!32=q%!32☓&100$ É 1:q%!32=q%!32☓&200 Ë Í É 9:q%!32=q%!32ŵ&400 É 10:q%!32=q%!32ŵ&800 É 11:q%!32=q%!32ŵ&1000 1 É 12:ç menus%!4<>-1 q%!64=(menus%!4)<<12 # É 13:q%!32=q%!32ŵ&80000000 < É 14,15,17,18,19,20:q%!32=q%!32 ŵ (1<<(10+!menus%)) ! É 16:òdecodetitle(1<<26)
Ë! curw%=currentwindow%"" òchangewindow(q%+4,curw%)#É m_spritelist%$ ȉ !menus% Ê%W É 0:A%=¤warning(q%,3,"Are you sure you want to delete the selected sprites ?")&' ç A%=1 ògodeletesprites'+ É 1:ç$mb_rnsprite%<>renamesprite$…(L È− "OS_SpriteOp",&11B,spritearea%,renamesprite$,mb_rnsprite%) òspriteinfo* Í++ É 2:ç$mb_rnsprite%<>renamesprite$…,L È− "OS_SpriteOp",&11A,spritearea%,renamesprite$,mb_rnsprite%- òspriteinfo. Í/3 É 3:òloadsprites($mb_spritef%):òspriteinfo0% É 4:òcheckfull($mb_spritef%)1, òsavesprites($mb_spritef%,¹)24 É 5:òmergesprites($mb_spritef%):òspriteinfo3
Ë4É t_file%5 ȉ !menus% Ê6B É 0:J%=q%+40:È− "Wimp_WhichIcon",tempfile%,J%,5<<21,1<<217 ȉ menus%!4 Ê8a É 0:È” !J%>-1:B%=¤backreffile(!J%):òfront(handle%(B%)):òsetfileopen(B%,1):J%+=4:Î9a É 1:È” !J%>-1:B%=¤backreffile(!J%):q%!36=handle%(B%):È− "Wimp_CloseWindow",,q%+36:1 òsetfileopen(B%,0):J%+=4:Î;5 É 2:a$=$mb_wident%:W%=¤matchident(a$)<R ç a$="" ç ¤warning(q%,2,"Templates must be named")☓1 Ŷ 1,""=S ç W%<>-1 ç ¤warning(q%,2,"Template already exists")☓1 Ŷ 1,"">E !q%=handle%(curw%):È− "Wimp_GetWindowInfo",,q%?: òcrwindow(q%+4,a$,0):òupdatefile(0)@5 É 3:a$=$mb_wident%:W%=¤matchident(a$)AR ç a$="" ç ¤warning(q%,2,"Templates must be named")☓1 Ŷ 1,""B_ ç W%<>-1 € W%<>curw% ç ¤warning(q%,2,"Template already exists")☓1 Ŷ 1,""C? wident$(curw%)=a$:òupdatefilename(curw%)DU É 4:È” !J%>-1:òdeletewindow(¤backreffile(!J%)):J%+=4:Î:òupdatefile(0)E ËF> É 1:I%=q%+40:È− "Wimp_WhichIcon",tempfile%,I%,5<<21,0G8 È” !I%>-1:òselect(tempfile%,!I%):I%+=4:ÎHB É 2:I%=q%+40:È− "Wimp_WhichIcon",tempfile%,I%,5<<21,1<<21I: È” !I%>-1:òdeselect(tempfile%,!I%):I%+=4:ÎJ- É 3:ògetpointer:ònewdef($mb_wident%)Ko É 4:A%=¤warning(q%,3,"Are you sure you want to clear all of the templates ?"):ç A%=1 òwipealltemplatesL7 É 5:È− "XOS_File",5,$mb_templates% ¸ T%,,R%;F%M# typ%=(R%>>8) € &FFFN ȉ ¹ ÊO É F%€1P1 ç ¤warning(q%,1,¤string0(T%+4))Q É T%=1Rs ç typ%<>&FEC A%=¤warning(q%,3,"This is not a template file - Are you sure you want to load it ?")SC ç typ%=&FEC ☓ A%=1 òloadtemplates($mb_templates%)T UF ç ¤warning(q%,1,"File "+$mb_templates%+" not found")V ËW' É 6:òcheckfull($mb_templates%)X0 òsavetemplates($mb_templates%,¹)Y
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Changes the selected icons so that they are lined up. You can align their left-hand sides, right-hand sides, top, bottom, or the centres (in either the horizontal or vertical direction).
"Move icons" change the icon position
"Resize icons" move only 1 side of the icon
<Example=>AlignXmpl> DATAÛ Example of Align
#Wrap Off
#Draw 12,52 AlignXmpl1
#Draw 12,180 AlignXmpl2
#Draw 12,304 AlignXmpl3
Original position:
Top-Aligned with "Move icons":
Top-Aligned with "Resize icons":
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DATA$ DrawÉ DrawPlus n# o# t ®j l ÛF &5 nfl Kj ÿÿÿÿ @ ÛF Kj nfl Kj nfl &5 ÛF &5 ÛF Kj l ÜÂ ÜF Jæ Jj ÿÿÿÿ @ ÜÂ Jj Jæ Jj Jæ ÜF ÜÂ ÜF ÜÂ Jj l ¸ o# “P Jj ÿÿÿÿ @ ¸ Jj “P Jj “P o# ¸ o# ¸ Jj T n# Jj t ®j ÿÿÿÿ Ý À n# Jj t Jj e …
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DATAa Centering icons
Centers the icon (or selected icons) to the currently visible window area DATA/ Credits
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Thanks are due to The Risc Squad, Jonathan Marten and Tim Browse for writing applications from which I have "borrowed" ideas for TemplEd.
Alex Petrov wrote the MenuUtils module, Martin Ebourne created the hires sprites.
TemplEd has also been much improved by the testing, comments and suggestions of Stephen Burke, Martin Ebourne, Michael Ellis, Edwin Hautus, Paul Hobbs,
Rupert Johnson, Merlin Hughes, Olaf Krumnow, Paul Lebeau, Ian Palmer, John Pullan, Niklas Röjemo, John Tytgat, Julian Wright, and I'm sure I forgot some others. DATAm Keyboard shortcuts
^A Select all icons
^Z Clear icon selection
^X Delete selected icons
^C Copy selected icons
^E Edit selected icons
^L Copy selected icons to left
^R Copy selected icons to right
^U Copy selected icons upward
^D Copy selected icons downward
^Q,^F2 Close window
^T Edit title bar
^W Edit window
^J Open "Align" box
^K Open "SpaceOut" box DATAd Cursor Keys
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The cursor keys move the pointer 1 pixel.
When Shift is held: 4 pixelsDATAÀ Custom sprites
View/Edit Run the file with custom sprites (i.e. make !Paint load it)
Re-load Read the file again (after you have edited it)
Reset Discard the sprites, use the Wimp areaDATAh Deleted icons
To retrieve icons that have been marked as deleted, or to definitively remove themDATA¢ The "Icon Edit" window
Remarks:
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• Some fields (button type, colours, font) can contain a limited number of values. These can be set either by clicking on the arrow icons to the left and right, or from a menu (click on the field to get the menu)
• You can use the <function keys=>Editkeys> as shortcuts for the "Update", "Update & Exit" and "Exit" buttons
• You can get <info=>IconInfo_Flags> on the meaning of the various buttons in the window by pressing F1 while the pointer is over the button
• When editing a selection, you can change only the icon flags. To change a single flag, click Menu over "Update" or "Update & Exit" and choose the flag. DATAM Function keys
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F2 = Update
F3 = Update & Exit
Esc, F4 = Exit DATAÀ The "Window Edit" window
Remarks:
#Wrap On
• The contents of the title bar are edited separately, using the "Icon Edit" window; click Shift+Menu while the pointer is over the title bar
• You can use the <function keys=>Editkeys> as shortcuts for the "Update", "Update & Exit" and "Exit" buttons
• You can get <info=>WinInfo_Flags> on the meaning of the various buttons in the window by pressing F1 while the pointer is over the buttonDATA¯ Ensure icons
Check the position of icons, making sure that they are
• within the window's work area, or
• within the currently visible area
and move them if needed DIR$‘ ‘ T; FýÿÿÓB Flags X? Fýÿÿ ›1
The border type is set in the validation string, with the <'R' command=>IconInfo_ValidStrCmdR>. Default border is simple rectangle in foreground colour. DATAn 'Filled' flag
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ON: Fill icon with background colour when it is redrawn
OFF: 'Transparent' icon DATA† 'H centred' flag
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ON: Icon contents (text/sprite) are horizontally centred
For left-justifying: set 'H centred' and 'R justified' flags offDATAK 'V centred' flag
Icon contents (text/sprite) are centred vertically DATA† 'R justified' flag
#Wrap On
Icon contents (text and/or sprite) are right-justified
For left-justifying: set 'H centred' and 'R justified' flags offDATAx 'Needs help' flag
#Wrap On
ON: Icon requires the help of the task to be redrawn
OFF: Wimp redraws icon by itselfDATAµ 'Allow adjust' flag
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ON: Allow selecting more than 1 icon in this <ESG=>IconInfo_ESG>, by clicks with Adjust
OFF: Clicking Adjust always deselects other icons in ESG DATAe 'Half size' flag
ON: Draw the sprite (if present) at half its size
OFF: Sprite at normal size DATA> Icon button type
#Wrap On
Determines when the task is notified of mouse clicks
Button type Meaning
#Line
Never Ignore all clicks on the icon
Always Notify continuously while the mouse is over the icon
Auto-repeat Notify of click, then auto-repeat
Click Notify once
Release Click selects, move away deselects. Notify of release
Click\/Drag As 'Click' + Notify of drag (returns button*16)
Release\/Drag As 'Release' + Notify of drag (button*16)
Double\/Drag As 'Double click' + Notify of drag (button*16)
Menu Notify once. Select while the mouse is over the icon
Double\/Click\/Drag Notify of Click (*256), Drag (*16), Doubleclick (*1)
Radio Click toggles selection (*1), Drag notifies (*16)
Write\/Click\/Drag As 'Click\/Drag' + Gain caret when clicked
Writable As 'Click' + Gain caret when clicked
(Clicks with the Menu button are always passed on to the task)
Behaviour of writable icons can be controlled in the validation string, with the <'A' command=>IconInfo_ValidStrCmdA> and <'K' command=>IconInfo_ValidStrCmdK> DATA( ESG
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ESG means Exclusive Selection Group, and is a number from 0-31
If the ESG of an icon is > 0, then clicking the icon with Select deselects other icons with the same ESG number
The effect of a click with Adjust is determined by the '<Allow adjust=>IconInfo_Allowadjust>' flagDATAa 'Shaded' flag
ON: Icon is shaded; it is shown in grey, and mouse clicks on it are ignored DATA¤ Fgcol
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Sets the foreground colour of
• Icon text (if not using an outline font)
• Standard icon border (if '<Border=>IconInfo_Border>' flag set)DATA( Bgcol
Sets the background colourDATA¥ Validation string
Controls several aspects of behaviour and appearance of an icon.
• <Commands=>IconInfo_ValidStrCmd>
• <Syntax=>IconInfo_ValidStrSyntax> DATAþ 'Max size' field
#Wrap On
Indicates the maximum size of indirected data.
For writable icons, this determines the maximum length of the input text. Your program should never write longer strings into the buffer! (Add 1 for the string terminator.) DATA‡ 'Indirected' flag
#Wrap On
Is needed if:
• you need more than 12 bytes to store the icon text or sprite name
• you want to use a <validation string=>IconInfo_Validation>
• you want both text and a sprite in the icon (use the <'S' command=>IconInfo_ValidStrCmdS> in the validation string)
The indirected data is stored in a buffer. The buffer size is set in the '<Max size=>IconInfo_Maxsize>' field. DIR$H H àN Fýÿÿ§S„ Cmd xP Fýÿÿ¢.a CmdA …Q FýÿÿôxÀ CmdD LR Fýÿÿ5´`ÿ CmdF LS Fýÿÿg?a CmdK \U FýÿÿH÷õ CmdL TV Fýÿÿ?ŵ`– CmdR ìW Fýÿÿo7 CmdS ôX Fýÿÿ<.Û Syntax ÐY FýÿÿÃQ CmdP DATA„ Validation string commands
A <Allow/disallow characters=>IconInfo_ValidStrCmdA>
D <Display characters=>IconInfo_ValidStrCmdD>
F <Set outline font colours=>IconInfo_ValidStrCmdF>
K <Handle editing keys=>IconInfo_ValidStrCmdK>
L <Multi-line text icon=>IconInfo_ValidStrCmdL>
P <Change pointer shape=>IconInfo_ValidStrCmdP>
R <Border type=>IconInfo_ValidStrCmdR>
S <Sprite name=>IconInfo_ValidStrCmdS> DATA Validation string - 'A' command
Syntax: A\{allowed chars\}|~\{disallowed chars\}
Controls the input of characters in writable icons
Examples: A0-9 Allow only digits
A~$#\/ Allow all characters, except $ # \/
A~\\- Don't allow the minus
A~ Disallow all characters DATAÀ Validation string - 'D' command
Syntax: D\{character\}
Display all characters in a string as a \{character\}. Useful when entering passwords
Example: D* Show text as row of asterisksDATAÿ Validation string - 'F' command
Sets the colours of the outline font used for the icon Colours are entered in hexadecimal.
Examples: F07 Black on White (the default)
F7C Cream on Black (yuck!) DATA Validation string - 'K' command
Syntax: K\{A,R,T,D,N or a combination thereof\}
Handles keypresses according to Acorn guidelines:
A for Up and Down keys; move the caret to the previous\/next writable icon
R for Return key; move caret to next writable icon, or notify task when in last icon
T for Tab and Shift-Tab keys; move caret to previous\/next writable icon
D handle keys as in RiscOS 2 (Left, Right, Delete, Ctrl-U, etc.) but also notify task
N notify task of all keys
This command is not available in RiscOS 2 DATAõ Validation string - 'L' command
Syntax: L[\{number\}]
Turns the icon into a multi-line text icon. The number indicates the line spacing, but this is not implemented yet (in RiscOS 3.50). The default is 40. Outline fonts can not be used. DATA– Validation string - 'R' command
Syntax: R\{border type\}[,\{slab in colour\}]
Selects the border type:
R0 Standard single pixel border
R1 Slab out
R2 Slab in
R3 Ridge
R4 Channel
R5 Action button
R6 Default action button
R7 Writable field
The slab in colour is shown when the icon is selected (type R5 and R6). Default: 14 (orange)
This command is not available in RiscOS 2 DATA Validation string - 'S' command
Syntax: S\{sprite name\}[,\{sprite name\}]
For Text+Sprite icons. Tells the Wimp what sprite to display. The second sprite is displayed when the icon is selected.
Example: Soptoff,opton Usual setting for an 'Option' icon DATAÛ Validation string syntax
Validation string = Commands, separated by ";"
Command = Single letter + command-dependent contents
There are 4 special characters \\ ; - ~ In a command, they must be preceded by a "\\" DATAQ Validation string - 'P' command
Changes the shape of the pointer while over the icon. The sprite must be present in the Wimp sprite area. The numbers active_x and active_y are the offset for the "active point" from the topleft corner.
This command is not available in RiscOS 2 DATAÆ 'Outline font' flag
#Wrap On
ON: Display icon text in outline font. Font colours are set in validation string, with <'F' command=>IconInfo_ValidStrCmdF>
OFF: Display icon text in system font DATA§ Icon positioning
#Background Wimp 1
#Table Columns 2
<Move=>MoveIcon>
<Resize=>ResizeIcon>
<Align>
<Space out=>SpaceOut>
<Frame>
<Center=>CenterIcon>
#EndTable DATAq Copyright notice
TemplEd is FreeWare, which means:
• You may freely copy and distribute it.
• You may modify it for personal use, but copies that you distribute must contain all original files.
• I don't charge anything for it. If you paid a PD library for this and it cost you more than the price of a floppy plus a stamp, you have probably been ripped off. DATA> Loading and saving
Loading a template file:
• Double-click on a template file (starts a new copy of TemplEd if it has already loaded some templates), or
• Drop the file on the icon bar icon (removes the current templates and loads new ones), or
• Drop an application on the icon bar (loads the file "Templates" in the application directory)
Adding the contents of a template file:
• Drop the file on the browser window
Saving the templates:
• From the menu (as usual)
TemplEd can also <load Sprites files=>LoadSprites> that contain sprites for the templates. DATAë Loading sprites files
To make TemplEd use sprites from a file:
• Drop the file on the icon bar icon.
When a templates file named "Templates" is loaded, the file "Sprites" in the same directory is automatically loaded with it. DATA⇨ Min. size
Minimizes the icon size, in X-, Y- or both dimensions.
The bottomleft corner of the icons is kept at the same position DATA² Miscellaneous
Some functions have a <keyboard shortcut=>Ctrlkeys>DATA% Moving icons
Click Shift+Select to start the Move. (for details see remarks <2=>Remark2> and <3=>Remark3>)
Drag the outline around the icon(s) to the desired position. During the drag, you can also use the <cursor keys=>CursorKeys> to move the pointer.
Pressing the cursor keys without dragging moves the selected icons.
• If you drop the icons in another template window, they will be copied to that window.
• If you move them outside any template window, they will be deleted (only if the "Delete icons moved outside" option is on). DATAÃ Moving windows
Select-click on a window with Ctrl pressed, to drag the window to the desired position. During the drag, you can also use the <cursor keys=>CursorKeys> to move the pointer. DIR$@ @ ¸i FýÿÿÓ ª 1 dj Fýÿÿ}}j 10 Ðj Fýÿÿ²ŷj 11 <k Fýÿÿ4’u 2 ´k Fýÿÿ´ë 3 4l Fýÿÿ
Clicking selects a single icon. This does not work for some button types (e.g. Menu).
Dragging the mouse selects all icons within the drag-box. DATAj Remark 10
#Wrap Off
When repeating this, next icon number is:
(number issued on last renumber) + 1 DATAj Remark 11
#Wrap Off
When repeating this, next icon number is:
(number issued on last renumber) - 1 DATAu Remark 2
#Wrap On
Also works for click without Shift, if you press the mouse button for more than 0.5 seconds DATA Remark 3
#Wrap On
Function operates on all selected icons, or (if no icons are selected) on the icon under the pointer. DATA] Remark 4
#Wrap On
If more than 1 icon is edited, only the icon flags can be modified. DATAU Remark 5
#Wrap On
Can also be done by a double-click with Select on the icon. DATAG Remark 6
Only works if the "Movable"-flag of the window is set. DATAb Remark 7
#Wrap On
Can also be done by a double-click with Select on the window background. DATAA Remark 8
#Wrap On
The pointer must be over the title bar. DATAZ Remark 9
#Wrap On
Can also be done by a double-click with Select on the title bar. DATA◰ Resizing icons
Click Shift+Adjust to start the Resize. (for details see remarks <2=>Remark2> and <3=>Remark3>)
Drag the "rubber box" outline around the icon(s). You can move one side of the icon(s) at a time; the side that is moved is the one that was nearest to the pointer when you clicked.
During the drag, you can also use the <cursor keys=>CursorKeys> to move the pointer. DATA¯ Resizing windows
Adjust-click on a window with Ctrl pressed, to resize the window. During the drag, you can also use the <cursor keys=>CursorKeys> to move the pointer. DIR$¬ ¬ q FýÿÿfKþÏ !Root èq Fýÿÿ¯¬# ù Xmpl är Eÿúÿ|–ë< Xmpl1 Eÿúÿn—ë< Xmpl2 \⇧ Eÿúÿ⇩—ë< Xmpl3 DATAÏ Space Out
Moves the selected icons so that there is a constant space (horizontal or vertical) between them.
"Use available" uses the available space between the outer icons.
<Example=>SpaceOutXmpl> DATAù Example of Space Out
#Draw 12,48 SpaceOutXmpl1
#Draw 12,144 SpaceOutXmpl2
#Draw 12,240 SpaceOutXmpl3
#Wrap Off
Suppose you have four icons, positioned
Using a fixed space gives you something like
and choosing "Use available" results in
DATA< DrawÉ DrawPlus ÛF ÜF q Jj l ÛF ÜF nfl Jj ÿÿÿÿ @ ÛF Jj nfl Jj nfl ÜF ÛF ÜF ÛF Jj l o ÜF Ý> Jj ÿÿÿÿ @ o Jj Ý> Jj Ý> ÜF o ÜF o Jj l “P ÜF p– Jj ÿÿÿÿ @ “P Jj p– Jj p– ÜF “P ÜF “P Jj l ð ÜF q Jj ÿÿÿÿ @ ð Jj q Jj q ÜF ð ÜF ð Jj e …
ON: Window can be dragged around by clicking on the title bar
OFF: Window can only be opened at another place by the programDATA€ 'Auto-redraw' flag
ON: Wimp redraws window without asking help from the task
OFF: Task gets Redraw events from Wimp_PollDATA◰ 'Hot keys' flag
ON: Task is notified of 'Hot key' presses
OFF: Window only gets KeyPress events when it has the input focus DATAý 'Scroll' flags
ON: Task gets Scroll_Request events when user clicks on scrollbar
• repeat : repeat events until button is released
• 1 : debounced, 1 event per click
OFF: Clicks on scrollbar are handled in standard way (scroll+redraw window) DATA\ 'Pane' flag
ON: Window is a 'Pane' (toolbox) window - see the PRM
OFF: Normal windowDATAs 'No bounds' flag
ON: Window can be opened/dragged outside the screen area
OFF: Window stays fully on-screen DATAa 'Back window' flag
ON: Other windows can not be opened below this one (for e.g. backdrop) DATA^ 'New format' flag
OFF: window flags are in old (pre-RiscOS) format.
Just leave it on! DATAÚ 'GCOL colours' flag
ON: Treat colour numbers as GCOL colours; colour numbers can be from 0-254 in 256-colour modes (not colour 255: it is used as 'transparent')
OFF: Colours from standard 16-colour Wimp palette DATAÈ Window button type
Determines when the task is notified of mouse clicks on the window background
Button type Meaning
#Line
Never Ignore all clicks on the window
Always Notify continuously while mouse is over the window
Auto-repeat Notify of click, then auto-repeat
Click Notify once
Release Notify of release
Double click Notify of double-click
Click\/Drag As 'Click' + Notify of drag (returns button*16)
Release\/Drag As 'Release' + Notify of drag (button*16)
Double\/Drag As 'Double click' + Notify of drag (button*16)
Double\/Click\/Drag Notify of Click (*256), Drag (*16), Doubleclick (*1)
Writable As 'Click' + Gain caret when clicked
(Clicks with the Menu button are always passed on to the task)DATAì 'Ignore extent' flags
ON: Ignore window extent when resizing it; mouse movement is unbounded to the right (H flag) or to bottom (V flag)
OFF: Bounded drag-box, calculated from window extent
These flags are not known in RiscOS 2DATAº 'Keep on Screen' flag
ON: When moving or resizing, visible area is kept fully within screen area
OFF: Window can be dragged partly off-screen
This flags is not known in RiscOS 2 DATAt Window colours
The Title foreground and Work background colours can be set to 255, which means 'transparent'DATAœ Minimum size
If both X and Y size are set to 0, the minimum size is determined by the contents of the title bar, and by the presence of scroll bars DATAx Framing icons
Puts a frame around the selected icons. The frame is used for grouping icons with related functions together.
"Visible area" re-open and scroll the window, so that the window border is the frame
"Icon #" resize the icon so that it is a frame around the other selected icons
"Space around icons" amount of space between the frame and the icons inside
"Label is" use an icon as 'label'; the center of the label icon will be vertically aligned with the top of the frame icon
"Centered" put the label horizontally centered on the frame
"Left" putting the label at a fixed distance from the left of the frame
ø⇦ÌÌù−ÝÝúªîîû»ÿÿüÌ ÿ þÿ 8 ðÿ7 WQ™
` 4 PROGRAMMERI p $€Ð D ` T€ ‘6 ÐÀ# pRÀ
h/ @ — Ü€ ° Ð~@E G ,Ŵ& <Ŵ(0ªÀÈ[ | Æ@ p ¤Ŵ5 ´Ŵ7 ⇦s Ü äŴ=Ðþ@ Ŷ ,ŵFð"Á$¨– lŵNð BÁ((§ ¬ŵVð
bÁ,¨· ؽà◰aP p ‹ ` Œð ¢ 0 €j àd €m èÀ7 ã PÎA:Xíà Ä0êpò ` ô◰ ` (Ŵ☓° !"L☓⇩ÀE # l☓‰ð☓0 € ô Source code for !TemplEd >ô This application is FreeWare. (c) 1992-1995 Dick Alstein Appl$="TemplEd" Version$="1.32 (20-Oct-96)" @ô The following maximum values can be set to suit your needs 7MaxTemplates%=100 : ô max number of user templates AMaxIcons%=200 : ô max number of icons in a user template
key%=0îdclick%=£ï-ç (¦ -1) … key%+=1 : ô bit 0 -> Shift keyð,ç (¦ -2) … key%+=2 : ô bit 1 -> Ctrl keyñ+ç (¦ -3) … key%+=4 : ô bit 2 -> Alt keyò+TimedDrag_Enabled%=(key%=0)€(icon%>=-1)óç button%>256 …ô@ button%=button%>>8 : ô clicked on icon with button type 10õÍöȉ key% Ê÷" É 0 : ô mouse button, no keyø ç button%>0 …ù4 dclick%=(’-ThisClickTime%)<DclickInterval%úA dclick%=dclick% € (ThisClickButton%=button%) € (no%>=0)ûJ dclick%=dclick% € (“(ThisClickX%-xpos%)+“(ThisClickY%-ypos%))<32ü ThisClickTime%=’ý ThisClickX%=xpos%þ ThisClickY%=ypos%ÿ" ThisClickButton%=button% Í È‰ button% Ê É 1,4 ȉ icon% Ê É -47 ç dclick% € TrapDclick% € (button%=4) …, òiced_start(window%,icon%) Í É -1 4 ç button%=4 … òsel_clear(window%,-1)
7 ç dclick% € TrapDclick% € (button%=4) … ) òwined_fillwin(window%) Ì& òdragselect(button%)2 ç no%>=0 … òsetcaret(window%,-1) Í ç icon%>=0 … ç button%=1 …- ô toggle "selected" state' ScrapBlk%!0=window%% ScrapBlk%!4=icon%5 È− "Wimp_GetIconState",,ScrapBlk%2 ȉ ((ScrapBlk%!24)>>12) € 15 ÊM É 4,9 : ô selecting useless for these button types; É 5,7,8,11 : ô selecting done by wimp< òseticonstate(window%,icon%,1<<21,0) Ë Ì ( ô "exclusive" select - òsel_clear(window%,icon%) 6 ç ¬ ¤iconselected(window%,icon%) … 2 òselecticon(window%,icon%,1)! Í" Í#9 ç dclick% € TrapDclick% € (button%=4) …$. òiced_start(window%,icon%)% Ì&( òdragselect(button%)'4 ç no%>=0 … òsetcaret(window%,-1)( Í) Í* Ë+ Ë," É 1 : ô shift + mouse button- ȉ button% Ê. É 1,4/, ç no%>=0 … òsetcaret(window%,-1)0& ç (no%>=0) ☓ (button%=4) …13 òstarticondrag(button%,window%,icon%)2 Í3 É 241 ç no%>=0 … òiced_start(window%,icon%)5 Ë6! É 2 : ô ctrl + mouse button7 ȉ button% Ê8 É 19 ç no%>=0 …:# òsetcaret(window%,-1);) òstartwindowresize(window%)< Í= É 2> ç no%>=0 …? ç icon%=-4 …@* òiced_start(window%,icon%)A ÌB' òwined_fillwin(window%)C ÍD ÍE É 4F ç no%>=0 …G# òsetcaret(window%,-1)H' òstartwindowmove(window%)I ÍJ ËK É 4 : ô alt + mouse buttonL ȉ button% ÊM É 1N% ç (icon%>=0) € (no%>=0) …O* òrenumbericon(window%,icon%)P. ç NextIconNr%>0 … NextIconNr%-=1Q ÍR É 4S% ç (icon%>=0) € (no%>=0) …T* òrenumbericon(window%,icon%)U NextIconNr%+=1V ÍW ËX' É 6 : ô alt + ctrl + mouse buttonY ȉ button% ÊZ É 1[6 ç (no%>=0) … òstartworkarearesize(window%)\ Ë] ^ ç (button%>0) …_ ȉ Support% Ê`% É 1 : ô support Interfacea ô invert iconb! ScrapBlk%!8=button%c" ScrapBlk%!12=window%d ScrapBlk%!16=icon%e- È− "Wimp_BorderIcon",,ScrapBlk%f ô back to normalg ScrapBlk%!8=0h" ScrapBlk%!12=window%i ScrapBlk%!16=icon%j- È− "Wimp_BorderIcon",,ScrapBlk%k É 2 : ô support AEHl! ScrapBlk%!8=button%m" ScrapBlk%!12=window%n ScrapBlk%!16=icon%o, È− "AEH_RedrawIcon",,ScrapBlk%p$ È− "AEH_ReleaseIcon",0q# É 3 : ô support WimpExtr3 È− "WimpExt_SlabIcon",,,window%,icon%s Ët ÍuËváwx:Ý òclick(xpos%,ypos%,button%,window%,icon%,wimpclick%)yê no%,key%z"Mbuttons_Released%=(button%=0){TimedDrag_Enabled%=£| no%=¤whichtemplate(window%)}ç button%=2 …~> ô "steal" clicks with Menu if Shift, Ctrl or Alt pressed È− "OS_Byte",121,0 ¸ ,key%€ ç key%>=3 …Ŵ= ç wimpclick% … òcreatemenu(xpos%,ypos%,window%,icon%)ŵ Ì◰F ç no%<>-1 … òeditaction(xpos%,ypos%,button%,window%,icon%,no%)☓ ÍŶÌŷ ç no%<>-1 …: òeditaction(xpos%,ypos%,button%,window%,icon%,no%)⇦ Ì⇨D ç wimpclick% … òiconclick(xpos%,ypos%,button%,window%,icon%)⇩ Í⇧ͅᙉ3Ý òiconclick(xpos%,ypos%,button%,window%,icon%)•7ê select%,menu%,adjust%,i%,j%,xsize%,ysize%,up%,lo%‘select%=(button%=4)’menu%=(button%=2)‹adjust%=(button%=1)›È‰ window% Ê“
É 10ñ òiced_readwin(-1)ò òclosewindow(IcEdW%)ó òsetcaret(IcEd_Win%,-1)ô
É 11õ òclosewindow(IcEdW%)ö òsetcaret(IcEd_Win%,-1)÷ É 12,13,14,41,53ø òiced_shadeicons(icon%)ù É 28,31,34,37,45,46,48,51ú- òcreatemenu(xpos%,ypos%,IcEdW%,icon%)û É 27,29ü" up%=(adjust% ŵ (icon%=29))ý/ ç ¤changevar(IcEd_Button%,1,up%,0,15) …þ6 òseticontext(4,$(IcButton%+20*IcEd_Button%))ÿ Í É 30,32" up%=(adjust% ŵ (icon%=32)), ç ¤changevar(IcEd_Esg%,1,up%,0,31) …& òseticontext(5,Ã(IcEd_Esg%)) Í É 33,35" up%=(adjust% ŵ (icon%=35))/ òchangecolourbox(0,IcEd_Fgcol%,1,up%,0) É 36,38 " up%=(adjust% ŵ (icon%=38))
ç=Drag_Type%=type% : ô is not the same as Wimp drag type!
èDrag_Win%=window%
éDrag_Icon%=icon%
êDDrag_Box0x%=box0x% : ô window coords of bottomleft corner of box
ëDrag_Box0y%=box0y%
ì,Drag_BoxSizex%=“(DragBlk%!16-DragBlk%!8)
í-Drag_BoxSizey%=“(DragBlk%!20-DragBlk%!12)
î&È− "Wimp_GetPointerInfo",,PtrInfo%
ïDrag_Ptrx%=PtrInfo%!0
ðDrag_Ptry%=PtrInfo%!4
ñá
ò
óÝ òabortdrag
ô%ç DragASprite% € (Drag_Type%=4) …
õ È− "DragASprite_Stop"
öÌ
÷ È− "Wimp_DragBox",,-1
øÍ
ù@òsetmouseshape(0) : ô restore default pointer shape
úç Drag_Type%=7 …
û ô restore work area size
ü WinBlk%!0=Drag_Win%
ý' È− "Wimp_GetWindowState",,WinBlk%
þ WinBlk%!52=Drag_WAmaxX%
ÿ WinBlk%!48=Drag_WAminY% * Drag_Win%=¤redefinewindow(WinBlk%,¹) Í Drag_Type%=-1 á Ý òstartwindowmove(window%) DragBlk%!0=window% DragBlk%!4=1 òinitdrag(5,-1,-1,0,0) á
Ì & È− "Wimp_SetIconState",,ScrapBlk% Íá<ô --- set icon state in one of TemplEd's own windows ----Ý òseticonstate0(window%,icon%,eor%,clr%)ê oldflags%,newflags%ScrapBlk%!0=window%ScrapBlk%!4=icon%ScrapBlk%!8=eor%ScrapBlk%!12=clr%%È− "Wimp_SetIconState",,ScrapBlk%á#Ý òselecticon(window%,icon%,f%)ê oldflag%ScrapBlk%!0=window% ScrapBlk%!4=icon% %È− "Wimp_GetIconState",,ScrapBlk% %oldflag%=(ScrapBlk%!24) € (1<<21)
ç f% … ScrapBlk%!8=1<<21!Ì" ScrapBlk%!8=0#Í$ScrapBlk%!12=1<<21% ç oldflag%<>ScrapBlk%!8 …& ô only set when changing' ç Support%=2 …(' È− "AEH_SetIconState",,ScrapBlk%) Ì*( È− "Wimp_SetIconState",,ScrapBlk%+ Í,Í-á./"Ý ¤iconselected(window%,icon%)0ScrapBlk%!0=window%1ScrapBlk%!4=icon%2%È− "Wimp_GetIconState",,ScrapBlk%3#=((ScrapBlk%!24) € (1<<21)) > 045"Ý òshadeicon(window%,icon%,f%)6ê oldflag%7ScrapBlk%!0=window%8ScrapBlk%!4=icon%9%È− "Wimp_GetIconState",,ScrapBlk%:%oldflag%=(ScrapBlk%!24) € (1<<22);
É 3 G anchorx%=IconBlk%!8+(IconBlk%!16-IconBlk%!8)Ŵ2 : ô h centre É 4F anchorx%=IconBlk%!16 : ô right É 5D anchory%=IconBlk%!20 : ô top É 6G anchory%=IconBlk%!12+(IconBlk%!20-IconBlk%!12)Ŵ2 : ô v centre É 7G anchory%=IconBlk%!12 : ô bottom Ë ã i%=1 ¸ NrSelected%-1 IconBlk%!0=window%! IconBlk%!4=SelBlk%!(4*i%)( È− "Wimp_GetIconState",,IconBlk% dx1%=0 dx2%=0 dy1%=0 dy2%=0 ȉ type% Ê É 2 $ dx1%=anchorx%-IconBlk%!8 ç move% … dx2%=dx1%! É 3"A dx1%=anchorx%-(IconBlk%!8+(IconBlk%!16-IconBlk%!8)Ŵ2)# ç move% … dx2%=dx1%$ É 4%% dx2%=anchorx%-IconBlk%!16& ç move% … dx1%=dx2%' É 5(% dy2%=anchory%-IconBlk%!20) ç move% … dy1%=dy2%* É 6+C dy1%=anchory%-(IconBlk%!12+(IconBlk%!20-IconBlk%!12)Ŵ2), ç move% … dy2%=dy1%- É 7.% dy1%=anchory%-IconBlk%!12/ ç move% … dy2%=dy1%0 Ë1" IconBlk%!8=IconBlk%!8+dx1%2$ IconBlk%!12=IconBlk%!12+dy1%3$ IconBlk%!16=IconBlk%!16+dx2%4$ IconBlk%!20=IconBlk%!20+dy2%5= ç IconBlk%!16<=IconBlk%!8 … IconBlk%!16=IconBlk%!8+326? ç IconBlk%!20<=IconBlk%!12 … IconBlk%!20=IconBlk%!12+327> handle%=¤redefineicon(window%,SelBlk%!(4*i%),IconBlk%)8
í i%9Í:á;<9ô --- shade the appropriate icons in the Align window=Ý òalign_shadeicons><ç ¤iconselected(AlignW%,3) ☓ ¤iconselected(AlignW%,6) …? òshadeicon(AlignW%,9,1)@ÌA òshadeicon(AlignW%,9,0)BÍC2òshadeicon(AlignW%,3,¤iconselected(AlignW%,9))D2òshadeicon(AlignW%,6,¤iconselected(AlignW%,9))EáFGÝ òspaceicons(window%)HBê imask%,type%,i%,distance%,space%,ib%,anchor%,dx%,dy%,handle%I'SpaceOut_Space%=»($(IconText%(18)))JOimask%=(31<<16)+(1<<21) : ô check if spacing must be horizontal or verticalK>È− "Wimp_WhichIcon",SpaceW%,SelBlk%,imask%,(1<<16)+(1<<21)LBtype%=SelBlk%!0 : ô type%=2 => horizontal, type%=3 => verticalMòsel_get(window%)Nç NrSelected%>1 …O ç type%=2 …P& òsel_sort(window%,0,0,1,0,1,0)Q ÌR& òsel_sort(window%,1,0,1,1,1,0)S ÍT" ç ¤iconselected(SpaceW%,4) …U! distance%=SpaceOut_Space%V ÌW, ô calc available space between iconsX WinBlk%!0=window%Y( È− "Wimp_GetWindowInfo",,WinBlk%Z. ô start with space between outer icons[ ç type%=2 …\> space%=WinBlk%!(92+32*(SelBlk%!(4*(NrSelected%-1))))]/ space%-=WinBlk%!(92+32*(SelBlk%!0)+8)^ Ì_@ space%=WinBlk%!(92+32*(SelBlk%!(4*(NrSelected%-1)))+4)`0 space%-=WinBlk%!(92+32*(SelBlk%!0)+12)a Íb. ô subtract sizes of intermediate iconsc ç NrSelected%>2 …d" ã i%=1 ¸ (NrSelected%-2)e. ib%=WinBlk%+92+32*(SelBlk%!(4*i%))f ç type%=2 …g# space%-=(ib%!8-ib%!0)h Ìi$ space%-=(ib%!12-ib%!4)j Ík í i%l Ím* distance%=space% Ŵ (NrSelected%-1)n4 NrSelected%-=1 : ô to avoid moving last icono Íp IconBlk%!0=window%q IconBlk%!4=SelBlk%!0r& È− "Wimp_GetIconState",,IconBlk%s ȉ type% Êt! É 2 : anchor%=IconBlk%!16u! É 3 : anchor%=IconBlk%!20v Ëw ã i%=1 ¸ NrSelected%-1x anchor%+=distance%y IconBlk%!0=window%z! IconBlk%!4=SelBlk%!(4*i%){( È− "Wimp_GetIconState",,IconBlk%| dx%=0} dy%=0~ ȉ type% Ê& É 2 : dx%=anchor%-IconBlk%!8€' É 3 : dy%=anchor%-IconBlk%!12Ŵ Ëŵ! IconBlk%!8=IconBlk%!8+dx%◰# IconBlk%!12=IconBlk%!12+dy%☓# IconBlk%!16=IconBlk%!16+dx%Ŷ# IconBlk%!20=IconBlk%!20+dy%ŷ ȉ type% Ê# É 2 : anchor%=IconBlk%!16⇦# É 3 : anchor%=IconBlk%!20⇨ Ë⇩> handle%=¤redefineicon(window%,SelBlk%!(4*i%),IconBlk%)⇧
í i%ëÍì òsetmainfname("Templates")íòsetchanged(£)îÈ− "Hourglass_Off"ïáðñÝ òtempl_delete(no%)ò ê i%,j%,wasopen%,oldhandle%ó#oldhandle%=TemplHandle%!(4*no%)ôWinBlk%!0=oldhandle%õ$È− "Wimp_GetWindowInfo",,WinBlk%ö'òiconrelease(WinBlk%!60,WinBlk%+76)÷ç WinBlk%!88>0 …ø ã i%=0 ¸ (WinBlk%!88-1)ù? òiconrelease(WinBlk%!(92+i%*32+16),WinBlk%+92+i%*32+20)ú
í i%ûÍü#È− "Wimp_DeleteWindow",,WinBlk%ýô update browser windowþWinBlk%!0=TemplW%ÿ$È− "Wimp_GetWindowInfo",,WinBlk% #wasopen%=(WinBlk%!32) € (1<<16) ç no%<(NrTemplates%-1) …9 ô move data for icons after the one that is deleted ã i%=no% ¸ NrTemplates%-2 ib%=WinBlk%+92+32*i% ã j%=0 ¸ 16 ⇦ 4 ib%!j%=ib%!(j%+32) í j%3 TemplHandle%!(4*i%)=TemplHandle%!(4*(i%+1)) 5 $(TemplNames%+28*i%)=$(TemplNames%+28*(i%+1))
í j%ä ô swap template dataå ã j%=0 ¸ (28-4) ⇦ 4æ@ È“ TemplNames%!(i%*28+j%),TemplNames%!(candidate%*28+j%)ç
í j%è8 È“ TemplHandle%!(4*i%),TemplHandle%!(4*candidate%)é* È“ PaneFlag%?i%,PaneFlag%?candidate%ê i%+=1ëÎìáíî6ô *** procs for reading and sorting selections ***ïð7ô --- get list of selected icons and count them ---ñÝ òsel_get(window%)ò=È− "Wimp_WhichIcon",window%,SelBlk%,(1<<21)+(1<<23),1<<21óNrSelected%=0ô"È” SelBlk%!(4*NrSelected%)<>-1õ NrSelected%+=1öÎ÷áøù ô --- select all icons ---úÝ òsel_all(window%)ûê i%ü5ô get all icons that are not selected nor deletedý9È− "Wimp_WhichIcon",window%,SelBlk%,(1<<21)+(1<<23),0þi%=0ÿÈ” SelBlk%!i%<>-1 ' òselecticon(window%,SelBlk%!i%,1) i%+=4Îá>ô --- unselect all icons (except, maybe, for one icon) ---!Ý òsel_clear(window%,except%)ê i%3È− "Wimp_WhichIcon",window%,SelBlk%,1<<21,1<<21 i%=0
È” SelBlk%!i%<>-1 ? ç SelBlk%!i%<>except% … òselecticon(window%,SelBlk%!i%,0) i%+=4ÎNrSelected%=0áHô --- sort icon selection (assumes selection present in SelBlk%) ---<Ý òsel_sort(window%,key1%,max1%,dir1%,key2%,max2%,dir2%)Aô if key=0 then sort on horizontal coordinates, else vertical=ô if max=0 then sort on minimum coordinates, else maximum<ô if dir=0 then sort in descending order, else ascending ê i%,j%,index1%,index2%,ib%@ê value1%,value2%,candidate%,bestsofar1%,bestsofar2%,better%5i%=0 : ô first <i%> icons in selection are sortedç key1%=0 … index1%=0Ì index1%=4 Í ç max1% … index1%+=8 ç key2%=0 … index2%=0!Ì" index2%=4#Í$ç max2% … index2%+=8%WinBlk%!0=window%&$È− "Wimp_GetWindowInfo",,WinBlk%'È” i%<(NrSelected%-1)(< ô find icon with smallest/highest value for coordinate) candidate%=i%*( ib%=WinBlk%+92+32*(SelBlk%!(4*i%))+ bestsofar1%=ib%!(index1%), bestsofar2%=ib%!(index2%)-! ã j%=i%+1 ¸ (NrSelected%-1).* ib%=WinBlk%+92+32*(SelBlk%!(4*j%))/ value1%=ib%!(index1%)0 value2%=ib%!(index2%)1 ç bestsofar1%=value1% …2# ô look at second sort key3 ç dir2% …4) better%=(value2%<bestsofar2%)5 Ì6) better%=(value2%>bestsofar2%)7 Í8 Ì9 ç dir1% …:F better%=(value1%<bestsofar1%) : ô looking for lowest value; Ì<G better%=(value1%>bestsofar1%) : ô looking for highest value= Í> Í? ç better% …@ candidate%=j%A bestsofar1%=value1%B bestsofar2%=value2%C ÍD
=size%ÙÚ0ô --- create an icon in the stats window ---Û*Ý òstat_createicon(copyfrom%,s$,line%)ÜScrapBlk%!0=StatW%ÝScrapBlk%!4=copyfrom%Þ%È− "Wimp_GetIconState",,ScrapBlk%ßKô create icon that is identical, except for string, colours and Y coordà,ScrapBlk%!12=ScrapBlk%!12-4-40*(line%+1)á ScrapBlk%!20=ScrapBlk%!12+40â9ScrapBlk%!24=(ScrapBlk%!24 € &FFFFFF) ☓ Stat_Colours%ãHScrapBlk%!24=ScrapBlk%!24 € (¬ &100) : ô icon must be not-indirectedä$(ScrapBlk%+28)=s$åScrapBlk%!4=StatW%æ%È− "Wimp_CreateIcon",,ScrapBlk%+4çáèé;ô --- convert a number to a string (hex or decimal) ---êÝ ¤stat_num2str(num%)ëê s$ìç Stats_Decimal% …í s$=Ã(num%)îÌï s$="&"+Ã~(num%)ðÍñ=s$òó.ô *** procs for handling outline fonts ***ôõÝ òfont_lose(font%)öFontUsage%(font%)-=1÷ç FontUsage%(font%)=0 …ø È− "Font_LoseFont",font%ùÍúáûüÝ òfont_loseallý ê i%,j%þã i%=0 ¸ 255ÿ ç FontUsage%(i%)<>0 … È− "Font_LoseFont",i% Íí i%á7ô --- get font name and size from a font handle ---5Ý òfont_getinfo(fhandle%,ø name$,ø xsize,ø ysize)ê xsize16%,ysize16%?È− "Font_ReadDefn",fhandle%,FontData% ¸ ,,xsize16%,ysize16% name$=$(FontData%)
xsize=xsize16%/16 ysize=ysize16%/16 áIô *** procs for calculating & setting the minimum size of an icon ***-Ý òminimizeiconsel(window%,default%,dim%) ê i%,xsize%,ysize%,handle%òsel_get(window%)'ç (NrSelected%=0) € (default%>=0) … SelBlk%!0=default% NrSelected%=1Íç NrSelected%>0 … ã i%=0 ¸ NrSelected%-1: òminiconsize(window%,SelBlk%!(4*i%),xsize%,ysize%) IconBlk%!0=window%! IconBlk%!4=SelBlk%!(4*i%) ( È− "Wimp_GetIconState",,IconBlk% 1 ç dim%<>2 … IconBlk%!16=IconBlk%!8+xsize% 2 ç dim%<>1 … IconBlk%!20=IconBlk%!12+ysize% > handle%=¤redefineicon(window%,SelBlk%!(4*i%),IconBlk%)
area%=¤heap_get(fsize%) ç area%>0 … area%!0=fsize% area%!8=16$ È− "OS_SpriteOp",256+9,area%, È− "OS_SpriteOp",256+10,area%,fname$ ÌH area%=1 : ô couldn't allocate space in heap - reset to Wimp area ÍÍ
| Description : The second part of the script used to start the ARMEdit
| application. This ensures that all required modules are
| loaded, and then starts the actual application.
| Check that there is sufficient memory to run
WimpSlot -min 84K -max 84K
| Check that a !Scrap folder exists
If "<Wimp$Scrap>"="" Then Error 0 Scrap folder could not be found. Please double-click on a copy of !Scrap and try again.
| Special care needs to be taken over the C library
Set ARMEdit$CLibLoaded 1
RMEnsure SharedCLibrary 0.00 Set ARMEdit$CLibLoaded 0
If ARMEdit$CLibLoaded=1 Then RMEnsure SharedCLibrary 3.75 Error 0 You are already running a version of CLib which is too old. This application needs SharedCLibrary 3.75 or later.
UnSet ARMEdit$CLibLoaded
| Ensure that the correct versions of modules are loaded
Run <ARMEdit$Dir>.Ensure SharedCLibrary 3.75 CLib
Run <ARMEdit$Dir>.Ensure FPEmulator 4.00 FPEmulator
Run <ARMEdit$Dir>.Ensure MessageTrans 0.28 MsgTrans
Run <ARMEdit$Dir>.Ensure ColourTrans 0.52 Colours
Run <ARMEdit$Dir>.Ensure DCS 1.06 Toolbox.DCS_Quit
Run <ARMEdit$Dir>.Ensure Iconbar 1.11 Toolbox.IconBar
Run <ARMEdit$Dir>.Ensure Menu 0.22 Toolbox.Menu
Run <ARMEdit$Dir>.Ensure ProgInfo 0.09 Toolbox.ProgInfo
Run <ARMEdit$Dir>.Ensure SaveAs 0.10 Toolbox.SaveAs
Run <ARMEdit$Dir>.Ensure Toolbox 1.33 Toolbox.Toolbox
Run <ARMEdit$Dir>.Ensure Window 1.29 Toolbox.Window
| Load the latest version of the ARMEdit module
RMEnsure ARMEdit 1.03 Run <ARMEdit$Dir>.ARMEdit
| Check again that there is sufficient memory to run
ARMEdit_DOSMap Ð F ä ARMEdit_Files … Ê p ARMEdit_Memory ` t ARMEdit_Polling — c Û ARMEdit_Version H Œ ( ARMEdit provides low level ARM side services to a number of Aleph One PC card utilities. This module must be loaded before starting the PC front-end software. €O-é À†ån 뀕½h€•½è*ARMEdit_DOSMap updates the cached list of mappings between DOS extensions and RISC OS filetypes.Syntax: *ARMEdit_DOSMap €O-é À†å€ †å 0ã
ïAddress Block size ï 0ã
ë ‘åúÿÿꀕýè ïThere is no RISC OS memory currently claimed by PC software. ýè@-é á Ŵâ› ë ï ’å„ ë è*ARMEdit_Memory displays details of the RISC OS memory currently being used by PC software.Syntax: *ARMEdit_Memory €O-é À†å☓ †å 0ã
ïHandle Delete Filename ï 0ã
ë ‘åúÿÿꀕýè ïThere are no RISC OS files currently open for PC software. ýè@-é á ’åM ë ï ’å 0ã • • ï ï Ŵâ ï èNo Yes *ARMEdit_Files displays details of the RISC OS files currently being used by PC software.Syntax: *ARMEdit_Files €O-é À†å† †å¨…â 0á 0
ïID Handle Pollword TX to ï 0ã
ë ‘åúÿÿꀕýè ïThere are no clients currently registered. ýè@-é á ’åñ ë ï ’åî ë ï Ŵâë ë ï, ’å pã
æ ë ê ïNo msg è*ARMEdit_Clients lists the clients that have registered with this module for message passing.Syntax: *ARMEdit_Clients €O-é À†å ïStructure Current Compatible Minimum Maximum ï ïHardware †å± ë ï †å® ë ï¯ ã« ë ïÈ ã¨ ë ï ïFront-end †å¡ ë ï$ †åfi ë ï° ãœ ë ïÊ ã— ë ýè@-éü…â, ãØ ï è*ARMEdit_Version displays the version numbers of the data structures used by the most recently used PC front-end.Syntax: *ARMEdit_Version €O-é À†åì †å 0ã
0ã
ë ‘åúÿÿꀕýè ïThere are no active devices. ýè@-é €â ï ï€ýè*ARMEdit_Devices lists the currently supported DOS devices.Syntax: *ARMEdit_Devices €O-é À†å á` •âü …â< ãI ½h ‹åì †å 0〕ý‘å ã 2ã Ŵã€å êâ
ëR ë¡ ë ‘åðÿÿêŴãÁã€åöÿÿênow/S *ARMEdit_DevicesRelog resets any active devices. This has the effect of forcing the RISC OS directory structure to be relogged.Syntax: *ARMEdit_DevicesRelog [-now] €O-é À†å áG•âü …â< ãI ½h ‹å‹å ‹å 0ã 1 2&
0ã 1 21 0ã
€â@Àã( “è@ â☓A°á34 @d4◰2…å 2…å 1ã
Ŵâ@Áã( “è@â☓A°á34 @d4◰2…å 2〕ý ŵâ@Âã( “è@â☓A°á34 @d4◰ 2…倕ýè ïForeground †å¸ ë ï ïBackground †å± ë ýè Oâ@â…â ãï 0 〕½è/E,fore/K/E,back/E *ARMEdit_Polling allows the multitasking speed of the PC card to be controlled. Use with no parameters to display the current settings.Syntax: *ARMEdit_Polling [[-fore] <polls>] [[-back] <polls>] @-é pã… qã …†å †å €½è€O-é ã¬0flå ½h …åÀ áÜ ë ° a: j ë ° a6 jfiüÿë ° a3 jù ë ° a/ j4 ë ° a+ jÍ ë ° a( j” ë ° a$ j¢ ë ° a! jÊ ë ° a jQ ë ° a j? ë ° a j
Râ C¢& á ŵâ 0Ñå ãŵ6 0Ŵ ë €½h ☓å Áå"$ á Áå €ýè@-é á áPþÿë á 2ã€ý_〽èï@-é ã,…â /ŵâ @ ã€P ã ` ã p ã0 ã ï jpà tãøÿÿpâ @ ã–àï€ýè@-é á á• ë á 0 á€ýè@-é á ë 2ã€ý á
€ýè,Ŵâ ã Ŵä Qáüÿÿ:€ýè ◰âi ë€ýèn•âf ë€ýè€â< ã‹ àa ë€ýèô" å Ðç 2ãBýÿ # å €à, ã› àW ë€ýè_〽è~@-éP á@ á á ýÿë 1ã ~€½ `’å `Öå ã B☓à☓D á ’å 2ã 2ã
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ë~€½è_ã~€½èSýÿë~€½h0Câ"☓àF0 ã ŵà_ÿÿë 3ã ã~€ýè ◰â á( ë~€ýè @-é0 áC ãŴâ ï c ◰å á €ýè @-é ã á á< ã ï €½è @-é€ÿÿë 0ã
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á ◰â ë €ýè_ã €½è@-é áéþÿë0 á€ýè @-é, ã Râ €ýH0‘ç0Ŵçúÿÿêë>‘ARM Edit P ü@ öÿ )Í[ARMEditDiscFAT16 ÍThere is no point attempting to boot from this device!
The ARM Edit device is only used to access RISC OS file systems ÿA-é ã àã ã 0àã€@ ã Pàã ` ã p ã €•âf ï c…å"…å 2…å ã…åÿŴýèARM Edit @-é ã†å 1ã€ýf ï€ýè H-鲆å ;ã
ãŴ0ŵâ#ŴàÈ RãAÂAâŴ áŴŴà % á Rã ªŴàŴŴàŴà á " á? â< Rã ªŴà â Pã ªŴŴàŴàŴ€à¡. áŴ1 á!M áS á¡ áŴ á’à à’à àà †åQà Àâ<€ýè ã ã<€ýè ; Z x – µ Ô ó 0 N m @-é ã…å€ýè@-é†å 0ã
zåzå€ázå€ázå\€á0 (éÇÿÿê ]ã Ú`Ià‘ á ⇨à ¶è §èÐ]âûÿÿʽÿÿê|€Hâð árcc 5.00
sed to start the ARMEdit configuration
| application. This assumes that the main front-end has
| already been started.
| Check that there is sufficient memory to run
WimpSlot -min 88K -max 88K
| Start the application
Run <Obey$Dir>.!RunImagenderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks WonderWorks RESFe ÿÿÿÿ` $ €( f FrontWin 2 $ 0 l ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ ì ´ ÿÿÿÿ Ŷ 8ÿÿÿ È l ÿÿÿÿ @ ( ⇦ÿÿÿð øÿÿÿ ÿÿÿÿ À 0 0 †ÿÿÿà Èÿÿÿ ⇨ ° 9 € 4 ` Hÿÿÿð |ÿÿÿ O n ½ ÿÿÿÿ Use this box to configure the !ARMEdit front-end application.|MClick CLOSE when finished to close this box. ARM Edit front-end Front-end Switch on to quit the !ARMEdit front-end at the same time as the PC software.|MThis option is useful if this application is started automatically when the PC front-end is run. Quit with PC software Click SELECT to close this box.|MClick ADJUST to open the main configuration window, but leave this box open. Close < @ D H — … “ $ , À È è ð ( ÿÿÿÿL h €( f SpeedWin 2 \ $ o ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ¬ ° ¬ ø ÿÿÿÿ Ŷ ¸þÿÿ Ho ÿÿÿÿ € 4 ` Èþÿÿð üþÿÿ ŷ n ô ÿÿÿÿ A @D P —ÿÿÿà Ìÿÿÿ ú n d
P À 0 0 †ÿÿÿ@ Èÿÿÿ h b Ê @ ( ÿÿÿð øÿÿÿ ÿÿÿÿ Õ À 0 0 \ÿÿÿ@ ⇦ÿÿÿ è j R A @D P Xÿÿÿà …ÿÿÿ ] v d P € 4 ‘ ÿÿÿp Lÿÿÿ Ó 9 ÿÿÿÿ Use this box to configure the multitasking speed of the PC card.|MClick CLOSE when finished to close this box. ARM Edit speed control Click SELECT to close this box.|MClick ADJUST to open the main configuration window, but leave this box open. Close Adjust the value to the required foreground speed.|MThis is used when the PC card window has the input focus. Switch on to set the foreground speed.|MThis is used when the PC card window has the input focus. Foreground Multitasking speed Switch on to set the background speed.|MThis is used when the PC card window has not got the input focus. Background Adjust the value to the required background speed.|MThis is used when the PC card window has not got the input focus. Click SELECT to read the current speed control settings. Read current < @ D H — … “ $ , À È Ð ô 8 @ h p ‘ — À Ì h €( f ConfigWin \ $ † o ÿÿÿÿ ÿÿÿÿ
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< 0 ÿÿÿ‘ Lÿÿÿ ¼ ⇧ G ] ÿÿÿÿÿÿÿÿCfgMenu CfgMenu sdirectory seditutil sdos seditedit Use this box to control multiple configurations for the PC card.|MClick CLOSE when finished to close this box. ARM Edit configurations Click SELECT to close this box.|MClick ADJUST to open the main configuration window, but leave this box open. Close Default options Switch on to automatically include the AUTOEXEC.BAT and CONFIG.SYS files from the primary partition when new configurations are created (by copying the current configuration). Include DOS files Click SELECT to list the currently named configurations.|mThis allows new configurations to be created, edited or deleted. Edit configuration Click SELECT to change application and partition paths for this configuration. Paths Click SELECT to edit the selected configuration using the PC card configuration utility.|MThe utility to use may be changed under the PATHS option. Config utility Click SELECT to view or change the list of DOS files associated with this configuration.|MIt may be useful to include the CONFIG.SYS and AUTOEXEC.BAT files with the configuration. DOS files Click SELECT to edit the selected configuration using a text editor.|MThis uses the External Data Editing Protocol.|MUse this to include non-standard options. Text editor This is the name of the configuration being edited.|MA different configuration can be edited by clicking SELECT on the pop-up menu button. Current configuration a-zA-Z0-9 & < @ D H — … “ $ , À È Ð ô ü $ L T t | † ¨ ° Ô à è D P X | ☓ … ÿÿÿÿ¬ Ü €( f PathWin n2 Ð $ | − ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ¼ à ¼ ¸ ÿÿÿÿ Ŷ (þÿÿ Ø− ÿÿÿÿ € 4 ` 8þÿÿð lþÿÿ ¨ n ÿÿÿÿ @ ( xþÿÿð øÿÿÿ ÿÿÿÿ À8 pÿÿÿd ´ÿÿÿ ÿÿÿÿ . ÿÿÿÿ < p hÿÿÿà †ÿÿÿ 1 ⇩ » Æ À8 üþÿÿh Dÿÿÿ ÿÿÿÿ Ë ÿÿÿÿ < p øþÿÿà ,ÿÿÿ Ò … ^ u À8 ‘ÿÿÿä Ôÿÿÿ z = · ÿÿÿÿ @( p —ÿÿÿ° Ìÿÿÿ ÿÿÿÿ À @( p (ÿÿÿ° \ÿÿÿ ÿÿÿÿ Ò À8 ÿÿÿä dÿÿÿ å ? $ ÿÿÿÿ À8 …þÿÿh Ôþÿÿ ÿÿÿÿ -
ÿÿÿÿ < p ⇦þÿÿà ¼þÿÿ 7 ‘ À Ò @( p ¸þÿÿ° ìþÿÿ ÿÿÿÿ × À8 °þÿÿä ôþÿÿ é C % ÿÿÿÿ Use this box to configure the paths used by ARMEdit to access the PC card software and DOS partition file.|MClick CLOSE when finished to close this box. ARM Edit paths Click SELECT to close this box.|MClick ADJUST to open the main configuration window, but leave this box open. Close Application paths pc Set this to the path of the PC card software (!PC, !PCx86 or !PC486).|MAlternatively, drag the icon from a filer window and drop it here. <Diva$Dir> ~ *# config Set this to the path of the PC card configuration software (!PCconfig).|MAlternatively, drag the icon from a filer window and drop it here. <Diva$Dir>.^.!PCconfig ~ *# Drop the PC card software (!PC, !PCx86 or !PC486) icon here. loadicon PC card front-end Configuration tool Drop the PC card configuration software (!PCconfig) icon here. loadicon partition Set this to the path of the primary PC card DOS partition (Drive_C).|MAlternatively, drag the icon from a filer window and drop it here. ADFS::4.$.Drive_C ~ *# Primary partition Drop the primary PC card DOS partition (Drive_C) icon here. loadicon 2 < @ D H — … “ $ , À È Ð ô ü ( 0 T \ d ‘ † ¤ È Ð Ø < D d l … — Ä Ð Ø ü 8 @ ` l t ÿÿÿÿÿÿÿÿH ‘* d Quit < $ ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ÿÿÿÿÈ Ü À( f CfgMenu Ð $ — 7 ÿÿÿÿ E ÿÿÿÿÿÿÿÿ J ; Ŷ ÿÿÿÿÿÿÿÿ … 3 ¿ ÿÿÿÿÿÿÿÿ Õ > Configuration Click SELECT to choose this configuration for editing. Copy Click SELECT to make a copy of the selected configuration. Delete Click SELECT to delete the selected configuration. Current configuration Click SELECT to choose the current configuration for editing. ( 0 4 @ P X \ h x € ☓ ‘ ÿÿÿÿ¤ À €( f CfgPathWin ´ $ t v ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿX † X ÿÿÿÿ Ŷ ⇦ýÿÿ xv ÿÿÿÿ @ ( ¸þÿÿð øÿÿÿ ÿÿÿÿ ⇩ À8 @ÿÿÿd ☓ÿÿÿ ÿÿÿÿ fl ÿÿÿÿ < p 8ÿÿÿà lÿÿÿ ¢ ⇩ , 7 À8 Ìþÿÿh ÿÿÿ ÿÿÿÿ < ÿÿÿÿ < p Èþÿÿà üþÿÿ C … Ï æ À8 `ÿÿÿä ¤ÿÿÿ ë = ( ÿÿÿÿ @( p hÿÿÿ° †ÿÿÿ ÿÿÿÿ 1 @( p øþÿÿ° ,ÿÿÿ ÿÿÿÿ C À8 ðþÿÿä 4ÿÿÿ V ? ” ÿÿÿÿ @ ( Øýÿÿð ¨þÿÿ ÿÿÿÿ fi €4 0 †ÿÿÿ Èÿÿÿ ¬ 3 ß €4 †ÿÿÿÐ Èÿÿÿ ç < # €4 0 Lþÿÿ xþÿÿ ) 3 \ €4 LþÿÿÐ xþÿÿ d < € 4 ` —ýÿÿð Ìýÿÿ ¦ n ÿÿÿÿ À8 ìýÿÿh 4þÿÿ ÿÿÿÿ
ÿÿÿÿ < p èýÿÿà þÿÿ $ ‘ ¿ @( p þÿÿ° Lþÿÿ ÿÿÿÿ Ä À8 þÿÿä Tþÿÿ Ö C ÿÿÿÿ Use this box to configure the paths associated with this configuration.|MClick CLOSE when finished to close this box. Configuration paths PC card applications pc Set this to the path of the PC card software (!PC, !PCx86 or !PC486).|MAlternatively, drag the icon from a filer window and drop it here. <Diva$Dir> ~ *# config Set this to the path of the PC card configuration software (!PCconfig).|MAlternatively, drag the icon from a filer window and drop it here. <Diva$Dir>.^.!PCconfig ~ *# Drop the PC card software (!PC, !PCx86 or !PC486) icon here. loadicon PC card front-end Configuration tool Drop the PC card configuration software (!PCconfig) icon here. loadicon DOS partition Click SELECT to use the globally configured paths. Default Click SELECT to set different paths for this configuration. Other Click SELECT to use the globally configured paths. Default Click SELECT to set different paths for this configuration. Other Click SELECT to close this box.|MClick ADJUST to open the main configuration window, but leave this box open. Close partition Set this to the path of the primary PC card DOS partition (Drive_C).|MAlternatively, drag the icon from a filer window and drop it here. ADFS::4.$.Drive_C ~ *# Primary partition Drop the primary PC card DOS partition (Drive_C) icon here. loadicon < < @ D H — … “ $ , À È è ô ü ( 0 \ h p “ † ¤ Ð Ü ä 0 8 X d l ‘ — ¸ Ä ì ø , T ` ⇦ ‘ — ¼ È Ð ô ü 0 8 X d l † ¨ , €( f CfgFileWin $ l | ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿ ÿÿÿÿ ÿÿÿÿÿÿÿÿ — … ÿÿÿÿ Ŷ øýÿÿl l| ÿÿÿÿ € 4 Ð þÿÿ` <þÿÿ “ ´ ÿÿÿÿ < p —þÿÿP Ìþÿÿ º â † § À8 ÀþÿÿT ÿÿÿ ¬ C ç ÿÿÿÿ À 0 \þÿÿÀ ⇦þÿÿ ð ¬ † @ ( Hþÿÿ` (ÿÿÿ ÿÿÿÿ ² € 4 à þÿÿÀ <þÿÿ ¿ O ÿÿÿÿ € 4 À XþÿÿP …þÿÿ S o ÿÿÿÿ À8 þÿÿd äþÿÿ ÿÿÿÿ v ÿÿÿÿ @( p Èþÿÿ° üþÿÿ ÿÿÿÿ z CfgFilePWin Use this box to set the list of DOS files associated with this configuration.|MClick CLOSE when finished to close this box. Configuration DOS files Click SELECT to close this box. Close Set this to the path of a DOS file to associate with this configuration.|MThe path may be specified relative to the primary partition for this configuration.|MAlternatively, drag the icon from a filer window and drop it here. CONFIG/SYS ~ *# Drop a DOS file to associate with this configuration here. loadicon Select this option to store the file pathname relative to the primary partition associated with this configuration.|MThis will make it easier to move or change partitions. Relative to partition File details Click SELECT to update the copies of all files stored with this configuration. Update copies Click SELECT to remove this file from the list associated with this configuration. Remove dos DOS file $ < @ D H — … “ $ , À È Ð ô ü 0 < D h p — À È Ð ô ü ( 4 < ` h ÿÿÿÿÔ X €( f CfgFilePWin L $ ¤ ŵ ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ÿÿÿÿÿÿÿÿÿÿÿÿ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ¤ ô è Ä ÿÿÿÿ" › 0ÿÿÿD 0 ÿÿÿÿDÐ ÿÿÿÿÿÿÿÿ This area lists the DOS files associated with this configuration.|MClick SELECT on a filename to allow the details to be altered. < @ D H — … “ $ , | ¨ ø €( f MainWin ì $ L i ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ ¤ È , ÿÿÿÿ Ŷ xþÿÿÀ À⇦i ÿÿÿÿ @ ( Èþÿÿ° øÿÿÿ ÿÿÿÿ € € 4 € ⇦þÿÿ ¼þÿÿ — s ÿÿÿÿ € 4 ⇦þÿÿ° ¼þÿÿ q ◰ ÿÿÿÿ À8 Øþÿÿ Hÿÿÿ ⇦ z 1 À8 ⇦ Xÿÿÿh Èÿÿÿ > 1 F
À8 ð ØþÿÿÐ Hÿÿÿ P ; 1 ⇧ À8 X Xÿÿÿ8 Èÿÿÿ Œ P 1ê À8 À Øþÿÿ Hÿÿÿ ø O 1 G # sdirectory s!armedit smulti sspeed sobey Click SELECT on an option to configure part of ARMEdit.|MWhen finished, click SAVE to apply the changes. ARM Edit configuration Click on item to modify Click SELECT to close the box without applying any changes.|MClick ADJUST to restore the last saved configuration. Cancel Click SELECT to save and apply the changes.|MClick ADJUST to save and apply the changes without closing the box. Save Click SELECT to configure application and partition paths.|MThis information is required for some of ARMEdit's operation. Paths Click SELECT to configure the !ARMEdit front-end application. Front-end Click SELECT to configure multiple PC card configurations. Configurations Click SELECT to configure the multitasking speed of Acorn and Aleph 1 PC cards. Speed control Click SELECT to set Obey files to run when the PC software is started or quit. Auto run # < @ D H — … “ $ , À È è ð ø $ , P \ d ⇦ “ † À Ì Ô ø 0 < D ÿÿÿÿØ \ €( f AutoWin n2 P $ ¨ ” ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ
d SaveAs H $ ä ÿÿÿÿ ÿÿÿÿARMEDIT/TXT ÿÿÿÿx À( f CfgMenu $ H ŵ ÿÿÿÿ ⇩ ÿÿÿÿÿÿÿÿ ÿÿÿÿ PC card This menu lists the currently defined PC card configurations.|MClick SELECT to start the PC card with the selected configuration. Current configuration ( 0 4 @ ÿÿÿÿ¼ Ð €( f SpeedWin 2 Ä $ … > ÿÿÿÿ ÿÿÿÿ ÿÿÿÿ ¤ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ‘ l ` ÿÿÿÿ hÿÿÿÐ d d > ÿÿÿÿ A @D 0 ¸ÿÿÿÀ ìÿÿÿ L n d
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Unable to convert date stamp for file '%s' Unable to open destination file '%s' (%s) Error reading from file '%s' Error writing to file '%s' (%s) Unable to write filename for RISC OS (%s) Unable to convert extension '%s' to filetype (%s) Unable to set filetype &%x (%s) Unable to open source file '%s' (%s) Unable to read date stamp for file '%s' (%s) Unable to open destination file '%s' Error reading from file '%s' (%s) Error writing to file '%s' Unable to generate temporary filename (%s) Unable to write directory name for RISC OS (%s) Unable to create directory '%s' (%s) |/-\ .: %s%s %c
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ARMEDIT [/?] file [file [...]]
ARMEDIT [/?] /L file [line [file [line [...]]]]
ARMEDIT 1.03 (21 February 1996) (c) A.Thoukydides, 1996, 1997
Edit a file using a RISC OS editor via the External Data Editing Protocol.
ARMEDIT [/?] file [file [...]]
ARMEDIT [/?] /L file [line [file [line [...]]]]
/? Display this help text.
/L Filenames are followed by line number to place cursor at.
file The name of the file to edit.
line Line number to position cursor at.
This command requires !ARMEdit and a suitable RISC OS editor to be running.
Unrecognised switch '%s'
No filenames specified
Connecting to !ARMEdit Unable to connect to !ARMEdit (%s)
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d^d^ Unable to generate a temporary filename (%s) { > } Unable to claim ARM memory (%s) Unable to write to ARM memory (%s) Unable to read output of command (%s) Unable to execute command (%s) Unable to continue command (%s) OSCLI 1.03 (21 February 1997) (c) A.Thoukydides, 1995, 1996, 1997
OSCLI [/?] [/S|/I] command
OSCLI 1.03 (21 February 1997) (c) A.Thoukydides, 1995, 1996, 1997
Execute RISC OS *commands.
OSCLI [/?] [/S|/I] command
/? Display this help text.
/S Simple mode (output is not redirected through DOS).
/I Interactive mode (both input and output redirected).
command The *command to execute.
Unrecognised switch '%s'
No command specified
Invalid combination of switches
%s
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Æõøÿ¦$ùÿ " ÿÇ y -Output <filename> ¤- The assembled code is written to <filename> rather than the default. If no … -T PD[ŷ½øÿfìøÿ " l y directory is given, subdirectory O is assumed. T -( P FŶøÿ&´øÿ " ÿÇ y ( ‘ <Møÿæ{øÿ " ÿÇ y -List [<filename>] ´G An assembler listing is produced. If no filename is given, the file is given ‘ l (ßÆøÿ¦Cøÿ " l y the same name as the sourcefile. By default, the file is produced in l -4 Ph ŷÜ÷ÿf øÿ " l y subdirectory L. 4 -( P F¤÷ÿ&Ó÷ÿ " ÿÇ y ( ☓ 4Ùl÷ÿæŒ÷ÿ " ÿÇ y -Hexv `F Include the generated hex code in the -List file. If -List is not explicitly ☓ -H P0OÆ3÷ÿ¦b÷ÿ " l y specified, this option implies it. H -( P ŷûöÿf*÷ÿ " ÿÇ y ( … H FÃöÿ&òöÿ " ð ÿÇ y -Include <pathlist>@= Specifies a search path for use in the 'INCLUDE' directive (qv). <pathlist> … h |ñ⇧öÿæ¹öÿ " ð l y is a comma-separated list of directories (or RISCOS symbols) to be h -< PDŴÆRöÿ¦Ŵöÿ " ð l y searched for the file. < -( P ŷöÿfIöÿ " ÿÇ y ( x `æFâõÿ&öÿ " ÿÇ y ¤ This is a slight deviation from the method use by the C compiler, which x t ô⇩ªõÿæØõÿ " l y allows the -I option (which serves the same purpose) to be specified several t p ü‰Æqõÿ¦ õÿ " l y times, each of which extended the search list. ASM only allows a single use p -\ P‘Þŷ9õÿfhõÿ " l y of -Include, where all the paths are specified at once. \ -( P Fõÿ&0õÿ " ÿÇ y ( -€ T‘Éôÿæ÷ôÿ " ÿÇ y -VErboseVErtð Output informational messages describing the current phase of assembly. € -( P Æ‘ôÿ¦¿ôÿ " ÿÇ y ( ☓ HŷXôÿfôÿ " ÿÇ y -VAlidateAl è The List file produced contains a disassembly of the generated code rather ☓ t ìtF ôÿ&Oôÿ " l y than the source code. It is not anticipated that users will make much use of t l  ÷ -\ P°<ñÿõjñÿ " l y y this. As for -Hex, -VAlidate implies -List. \ -( P Õñÿµ2ñÿ " ÿÇ y ( … ”Ëðÿuúðÿ " ÿÇ y -Flags <flaglist>stl Defines a number of flags to be set before beginning the assembly, for use … l ¨RU›ðÿ5Âðÿ " l y in the IFDEF/IFNDEF directives. <flaglist> is a comma-separated list of l l Øg[ðÿõ⇨ðÿ " l y flag names. Note that these flags are NOT assembler symbols, and cannot l -d PàêÕ"ðÿµQðÿ " l y be used as such - they are only recognized by IFDEF and IFNDEF. d -( P ”êïÿuðÿ " ÿÇ y ( x ¥U²ïÿ5áïÿ " ÿÇ y -Nocase☓
Èÿb9Èÿ " <× }Å ( -8 T ½ BÒÇÿ"Èÿ " <× }Å a1-a4 TE ) 8 -8 T ½ ŒÇÿâÈÇÿ " <× }Å v1-v6il@ ) 8 -x TD¿ÂaÇÿ¢‘Çÿ " <× }Å ip ø⇦ ) These are defined as part of the Acorn Procedure Calling Standard. x -d T¼´ŵ)ÇÿbXÇÿ " <× }Å fp dŷ ) ASM binds them to their RISCOS values (APCS-R). d -4 T ½ BñÆÿ" Çÿ " <× }Å spvÄ◰ ) 4 -4 T ½ ¹ÆÿâçÆÿ " <× }Å lreÌ‘ ) 4 @ T ½ €Æÿ¢¯Æÿ " <× }Å pco0Ŵ ) Ú Â @ 8 P ŵHÆÿbwÆÿ " x e, Ü Â Ü 8 … \ABÆÿ"?Æÿ " ì, !Ì øu ASM tries to be as flexible as possible with its parsing: where a mnemonic requires an ARM … … ì`ØÅÿâÆÿ " ô3 !Ì register name, ASM will accept any of the register constants above (except the FP register f0-f7) OR … … °uÂflÅÿ¢ÎÅÿ " ô3 !Ì an integer expression which evaluates to a number in the range 0-15. Where a FP coprocessor register … … °lŵgÅÿb„Åÿ " ô3 !Ì is required, ASM will accept the register symbols f0-f7, or an integer expression which evaluates to a … ⇦ À#B/Åÿ"^Åÿ " ô3 !Ì number in the range 0-7. However, if a constant is required, ASM will reject the use of any of the ⇦ -8 PL@÷Äÿâ%Åÿ " ô3 !Ì register symbols. 8 -( P ¾Äÿ¢íÄÿ " ì, !Ì ( -( P ŵŷÄÿbµÄÿ " ì, !Ì ( -, PPm BNÄÿ"}Äÿ " ì, !Ì Areas , -( P ÄÿâDÄÿ " ì, !Ì ( “ <sÂÝÃÿ¢ Äÿ " ì, !Ì s. øu When the linker is combining several AOF files, it does so on the basis of "Areas". An area is a “ ⇦ Pŵ¥ÃÿbÔÃÿ " ô3 !Ì named chunk of contiguous memory with associated attributes (eg area contains code, area contains ⇦ ⇦ 2BmÃÿ"†Ãÿ " ô3 !Ì data, area is readonly etc) (See the AREA directive). ASM allows multiple areas to be created in a ⇦ ‘ Ìŷ5ÃÿâcÃÿ " ô3 !Ì single source file, but the ordering of areas in the final executable image is wholly the responsibility of ‘ -d Px‹ÂüÂÿ¢+Ãÿ " ô3 !Ì the linker. This leads to the concept of Close and Far symbols. d -( P ŵÄÂÿbóÂÿ " ì, !Ì ( -< P8´B…Âÿ"»Âÿ " ì, !Ì Close and Far Symbols < -( P TÂÿâŵÂÿ " ì, !Ì ( ☓ ÝÂÂÿ¢JÂÿ " ì, !Ì PU>øu While some ARM mnemonics allow the entire 24-bit address space to be addressed (eg ☓ ☓ ÜŵãÁÿbÂÿ " ô3 !Ì BL A_SubRoutine), others allow only a restricted window into the address space (eg PC-relative ☓ … yB«Áÿ"ÚÁÿ " ô3 !Ì addressing, such as LDR R0,Tharg). Where the entire address space is legal, ASM will accept either a … … ÀAsÁÿâ¡Áÿ " ð ô3 !Ì symbol which is close to the the instruction or one that is far away. Where only a restricted address … -` PD*Â:Áÿ¢iÁÿ " ð ô3 !Ì space is available, ASM will accept only a close symbol. ` -( P ŵÁÿb1Áÿ " ð ì, !Ì ( ⇦ ÌæBÊÀÿ"ùÀÿ " ì, !Ì øu ASM regards a symbol as "Close" if and only if it is a local or global symbol, AND ITS ⇦ p ÀV‹ÀÿâÀÀÿ " ô3 !Ì DEFINING POINT IS IN THE SAME AREA AS THE INSTRUCTION THAT REFERENCES IT. p d PÂYÀÿ¢⇦Àÿ " ô3 !Ì All other symbols are "Far".AS Ü Â eri Þ Â Þ d -( P ŵ!ÀÿbPÀÿ " ì, !Ì ( Ü Â Þ l T\zQ=½ÿ1l½ÿ " ì, !Ì y O.eøu For example :l Þ Â l bà  à l -P Tüí½ÿñ3½ÿ " èg ¥Ï ain¸P AREAodeÀ” ASM$$CodeA,Code P -4 T`Ñ̼ÿ±û¼ÿ " èg ¥Ï Y: Ø! etc 4 -\ T4µ’“¼ÿqüÿ " èg ¥Ï t> ¸P AREAbRoÀ” ASM$$CodeB,Code,ReadOnly \ -4 T`Q\¼ÿ1⇧¼ÿ " èg ¥Ï 8¸P etc 4 -T Tdo$¼ÿñR¼ÿ " èg ¥Ï l b¸P BLspÙ X HX ; Legal. T -h TTÑë»ÿ±¼ÿ " èg ¥Ï < ¸P BL pÙ Y HX ; Legal. Y is Far, but allowed. h -` Tp>’³»ÿqâ»ÿ " èg ¥Ï RMA¸P ADRd² R0,XT Ü ; Legal. X is Close ` -€ T XQ{»ÿ1ª»ÿ " èg ¥Ï , ¸P LDR—· R0,YumeÜ ; Illegal. Y is Far & address space not available € -4 T`C»ÿñq»ÿ " èg ¥Ï ›ãÿ¸P etc 4 -D Tà¿Ñ
»ÿ±9»ÿ " èg ¥Ï X:eØ! MOVü§ r0,r1 D D T`’Òºÿq»ÿ " èg ¥Ï ¸P etcà  D 8 P QŒºÿ1ɺÿ " x rm â  â 8 ☓ Ä£bºÿñ‘ºÿ " ì, !Ì d.øu The user need not particularly worry about close and far symbols; ASM handles this ☓ ⇦ Ñ)ºÿ±Xºÿ " ô3 !Ì automatically. It is included in this documentation simply to explain the cause of the error "Local ⇦ ⇦ ⇦F’ñ¹ÿq ºÿ " ô3 !Ì Symbol Expected" that the above code fragment will generate, despite the fact the the symbol 'Y' is ⇦ -8 P†#Q¹¹ÿ1è¹ÿ " ô3 !Ì defined locally. 8 -( P Ŵ¹ÿñ¯¹ÿ " ì, !Ì ( -( P ÑH¹ÿ±w¹ÿ " ì, !Ì ( -4 P¨’¹ÿq?¹ÿ " ì, !Ì Other Exotica 4 -( P Qظÿ1¹ÿ " ì, !Ì ( -☓ T¨€ ¸ÿñθÿ " ð ì, !Ì ¼ øu Where a PC-relative address is allowed, ASM supports an additional syntax, as in: ☓ H P Ñg¸ÿ±„¸ÿ " ð ì, !Ì SW â  Ýä  ä H -D TÐÆ’/¸ÿq^¸ÿ " ð èg ¥Ï h s¸P Bntö *+12 D h TÌñQ÷·ÿ1&¸ÿ " èg ¥Ï or ¬) LDR—· R4,*+8ðä Â Ì æ  æ h -( P ¿·ÿñí·ÿ " ì, !Ì ( ‘ , Ñŷ·ÿ±µ·ÿ " ì, !Ì ¸àÿøu In this notation, the asterisk * means "the address of the current instruction" (Not the PC - ‘ … _’N·ÿq}·ÿ " ô3 !Ì allowing for pipelining, the PC will be at *+8). ASM resolves this as a PC-relative address. Its use is … ⇦ °uQ·ÿ1E·ÿ " ô3 !Ì not particularly recommended, as local code changes may require that the offset be manually changed ⇦ ‘ LŶÞ¶ÿñ ·ÿ " ô3 !Ì (whereas labels are self-adjusting). However, for short jumps it does negate the need for a label, which ‘ -< P…⇩Ñ¥¶ÿ±Ô¶ÿ " ô3 !Ì is why it is provided. < < P ’m¶ÿq†¶ÿ " ì, !Ì ç  æ ç < x
ï=£ÿÏl£ÿ " `› y y Operatorabe‹‰ Precedence P -8 T—«¯£ÿ•4£ÿ " `› y Unary +Üø 1 8 -8 T—«oÍ¢ÿOü¢ÿ " `› y Unary -° 1 8 -@ T—«/”¢ÿÄ¢ÿ " `› y *Ïÿ0\ ⇦ 2 @ -@ T—«ï\¢ÿÏ⇧¢ÿ " `› y / ð—f ⇦ 2 @ -H T—«¯$¢ÿ•S¢ÿ " `› y %mb“L (remainder)HC 2 H -L T—«oì¡ÿO¢ÿ " `› y & h(O (bitwise AND) ¤ 2 L -@ T—«/´¡ÿã¡ÿ " `› y +th0Y age⇦ 3 @ -@ T—«ï{¡ÿϪ¡ÿ " `› y -d " ð⇦ 3 @ -L T—«¯C¡ÿ•r¡ÿ " `› y | ⇦^ (bitwise OR)" ð- 3 L -T T—«o ¡ÿO:¡ÿ " `› y ^ ¤] (bitwise Exclusive OR)exh 3 T -X T—«/Ó ÿ¡ÿ " `› y >>fÀ> (Arithmetic shift right)rÎÿàr 4 X -T T—«ïŒ ÿÏÉ ÿ " `› y >>>P$ (Logical shift right)enÈ® 4 T ` T—«¯b ÿ•’ ÿ " `› y <<lÀ> (Logical shift left)theØÈ 4t
û  ` 8 P o* ÿOY ÿ " x ý  ý 8 ‘ }/òflÿ! ÿ " ì, !Ì " ðøu Sub-expressions in parentheses are also allowed, and have the highest priority. Parentheses may ‘ -H P\Yï¹flÿÏèflÿ " ô3 !Ì be nested to an arbitrary degree. H -( P ¯Ŵflÿ•°flÿ " ì, !Ì ( -| T4§oIflÿOxflÿ " ì, !Ì useøu Within a single level of priority, expressions are evaluated left to right. | -( P /flÿ@flÿ " ì, !Ì ( -t TH<ïØfiÿÏflÿ " ì, !Ì øu There are a number of constraints on the use of certain operators: t -( P ¯ fiÿ•Ïfiÿ " ì, !Ì ( -… TPohfiÿO–fiÿ " ì, !Ì 1)ìN The only operators that can be applied to non-constant symbols (ie addresses) are + and -. … -( P /0fiÿ_fiÿ " ì, !Ì ( X T¸Ó ï÷‡ÿÏ&fiÿ " ð ì, !Ì \Éÿøu Thus ý  ÿ  ÿ X ‘ T`~¯¿‡ÿ•î‡ÿ " ð èg ¥Ï 8 ¸P egiX BL Tharg+2*4L ÿ  " ð   nte  ‘ ` TlOo‡ÿO¶‡ÿ " ð ì, !Ì inkøu is legal, bute  L  ` h T€L/O‡ÿ~‡ÿ " èg ¥Ï oun¸P s rX BL Tharg*2  qÈÿ  h -8 T“è ï‡ÿÏE‡ÿ " ì, !Ì er øu is not. 8 -( P ¯Þ†ÿ•‡ÿ " ì, !Ì ( ‘ Èqo¦†ÿOÕ†ÿ " ì, !Ì 2) ìN Bit-based operators (&, |, ^, >>, >>> and <<) may only be used in integer constant expressions ‘ -8 Pìi/n†ÿ‡†ÿ " ô3 !Ì or sub-expressions. 8 -( P ï5†ÿÏd†ÿ " ì, !Ì ( X T¸Ó ¯ýœÿ•,†ÿ " ì, !Ì M bøu Thusthe  es  X x TðYoÅœÿOôœÿ " èg ¥Ï ◰ ¸P 4 X DCFE 12345.6 + (1<<12)r  4  x ` TlO/™œÿ¼œÿ " ì, !Ì Â øu is legal, butÿ   ` p T†öïTœÿÏ◰œÿ " èg ¥Ï Ì ¸P X DCFD 12345.6 >> 2  ith  p -8 T“è ¯ œÿ•Kœÿ " ì, !Ì … øu is not. 8 -( P oäŒÿOœÿ " ì, !Ì ( … ¨/¬ŒÿÛŒÿ " ì, !Ì Rule 1 is to ensure that addresses are always properly relocatable. Rule 2 is because it is not very … x Pø9ïsŒÿÏ¢Œÿ " ô3 !Ì meaningful to apply bit operators to floating point values. ð  x °  L PôÅ >>„ÿ m„ÿ " ì, !Ì y MACROS  L -( P þ„ÿÞ4„ÿ " ì, !Ì ( “ y¾Í”ÿfiü”ÿ " ì, !Ì reøu A Macro is a section of code defined in a single place, and then used in several places. It differs “ ☓ |Ý~””ÿ^Ä”ÿ " ô3 !Ì from a Branch-with-link in that the macro is copied in whole wherever it is referenced; it thus ☓ … I>]”ÿ …”ÿ " ô3 !Ì generates more code than a branch-with-link, but will usually process faster; in addition, it does not … -@ P¬îþ$”ÿÞS”ÿ " ð ô3 !Ì make any use of the stack. @ -( P ¾ì“ÿfi”ÿ " ð ì, !Ì ( … ôH~´“ÿ^ã“ÿ " ð ì, !Ì conøu A Macro may be given any number of parameters, of any type (including labels - see below). … … $n>|“ÿ «“ÿ " ô3 !Ì These are automatically substituted when the macro instruction is used. The handling of labels within … “ ÀtþC“ÿÞr“ÿ " ô3 !Ì macros is quite straightforward: if the defining point of the label is within the limits of the macro, it is “ … P¾ “ÿfi:“ÿ " ô3 !Ì regarded as a local label, and substituted; any labels referenced that are not within the bounds of the … ⇦ °›~Ó›ÿ^“ÿ " ô3 !Ì array are not substituted. Local label names generated by ASM are of the form $nnnnnn, where nnnnnn ⇦ … n>œ›ÿ Ê›ÿ " ô3 !Ì is 300000 plus a count of the number of labels generated. Thus, the first label will be called $300001, … -… Päŷþb›ÿÞ’›ÿ " ô3 !Ì the second $300002, and so on. For obvious reasons, labels of this form should be avoided by the user. … -( P ¾*›ÿfiY›ÿ " ì, !Ì ( -⇦ Tì ~ò‹ÿ^!›ÿ " ì, !Ì hatøu A macro is defined with the MACRO directive, and terminated with the ENDM directive. ⇦ -( P >º‹ÿ é‹ÿ " ì, !Ì ( … ⇦0þŴ‹ÿÞ°‹ÿ " ì, !Ì , øu A macro is used simply by giving its name as a standard mnemonic, followed by a list of its … -0 P\Ù ¾I‹ÿfix‹ÿ " ô3 !Ì parameters. 0 -( P ~‹ÿ^@‹ÿ " ì, !Ì ( … hç>Ù’ÿ ‹ÿ " ì, !Ì TRUøu As an example, consider a macro to take the absolute value of 64-bit integer held in two … … “‰þ ’ÿÞÏ’ÿ " ô3 !Ì consecutive registers. This will be defined as ABS64, and then used twice, once for register pair R0,R1 … T PÀg¾h’ÿfi–’ÿ " ô3 !Ì and once for register pair R2,R3.  T -( P ~0’ÿ^_’ÿ " x ( 8 P >ø‘ÿ '’ÿ " x  8 -L T‘fþ¿‘ÿÞî‘ÿ " èg ¥Ï \ ¸P MACRO ðti ABS64,regno L -p T ¾‘ÿfi¶‘ÿ " èg ¥Ï ead¸P CMPX² regno+1,#0ðì¢ ; Is the upper word negative? p -D T¨å~O‘ÿ^~‘ÿ " èg ¥Ï L ¸P BPL`¿ notneg D -( P >‘ÿ F‘ÿ " èg ¥Ï ( -p TômþÞ•ÿÞ‘ÿ " èg ¥Ï Le¸P ; It is negative. Subtract it from zero to get the abs value p -( P ¾¦•ÿfiÕ•ÿ " èg ¥Ï ( -P TØŴ~n•ÿ^‡•ÿ " èg ¥Ï ¸P RSBSP °¢ regno,regno,#0 P -P T—å>6•ÿ e•ÿ " èg ¥Ï sp¸P RSCÀ¼ regno+1,regno+1,#0 P -( P þý‰ÿÞ,•ÿ " èg ¥Ï ( -< T¸Ú¾Å‰ÿfiô‰ÿ " èg ¥Ï notneg:Ä ENDM < -( P ~™‰ÿ^¼‰ÿ " èg ¥Ï ( -D T¨Ô>U‰ÿ ☓‰ÿ " èg ¥Ï ¸P ; Now use the macro D -h T Ëþ ‰ÿÞK‰ÿ " èg ¥Ï " ð¸P ABS64âÿL⇧ R0 lC ; Ensure R0,R1 is positive h -h T ˾ä™ÿfi‰ÿ " èg ¥Ï th¸P ABS64 L⇧ R2ðlC ; Ensure R2,R3 is positive h H P ~¬™ÿ^Û™ÿ " èg ¥Ï ex  se  H D T`>t™ÿ £™ÿ " èg ¥Ï Ì ¸P etced"  D < P þ;™ÿÞj™ÿ " x te  < L  t TØœ™>⇨ÿmm⇨ÿ " ì, !Ì y øu When expanded, this will be assembled as:  t 8 P M⇨ÿ-5⇨ÿ " x  8 -D TĆÎ⇦ÿíü⇦ÿ " èg ¥Ï ¸ÿ¸P ; ABS64…r R0 D -l T Í”⇦ÿÄ⇦ÿ " èg ¥Ï low¸P CMPX² R0+1,#0ôÖ ; Is the upper word negative? l -D T
™]⇦ÿm…⇦ÿ " èg ¥Ï ä ¸P BPL`¿ $300001 D -( P M%⇦ÿ-T⇦ÿ " èg ¥Ï ( -p Tômíÿí⇦ÿ " èg ¥Ï ¸P ; It is negative. Subtract it from zero to get the abs value p -( P Í´ÿãÿ " èg ¥Ï ( -L TÈ™|ÿm«ÿ " èg ¥Ï Ì ¸P RSBSn t°¢ R0,R0,#0 L -L T⇦}MDÿ-sÿ " èg ¥Ï rre¸P RSCÀ¼ R0+1,R0+1,#0 L -0 P± ÿí:ÿ " èg ¥Ï $300001: 0 -D TĆÍÓŷÿÿ " èg ¥Ï res¸P ; ABS64…r R2 D -l T ™œŷÿmÊŷÿ " èg ¥Ï E·ÿ¸P CMPX² R2+1,#0ôÖ ; Is the upper word negative? l -D T
Mcŷÿ-‹ŷÿ " èg ¥Ï ly ¸P BPL`¿ $300002 D -( P +ŷÿíYŷÿ " èg ¥Ï ( -p TômÍòŶÿ!ŷÿ " èg ¥Ï it¸P ; It is negative. Subtract it from zero to get the abs value p -( P ™ºŶÿméŶÿ " èg ¥Ï ( -L TÈMŵŶÿ-±Ŷÿ " èg ¥Ï  ¸P RSBS< °¢ R2,R2,#0 L -L T⇦}JŶÿíxŶÿ " èg ¥Ï =°ÿ¸P RSCÀ¼ R2+1,R2+1,#0 L < P± ÍŶÿ@Ŷÿ " èg ¥Ï $300002:  < 8 P ™Ù☓ÿmŶÿ " x  8 “ “M¡☓ÿ-Ð☓ÿ " ì, !Ì NBfÜ4 The use of the INCLUDE directive is specifically forbidden within a macro definition. It is legal “ -… PH;i☓ÿí–☓ÿ " ô3 !Ì for the body of one macro to use another macro; however, it is illegal to nest the actual definitions. … -( P Í0☓ÿ_☓ÿ " ì, !Ì ( -( P ™ø◰ÿm'☓ÿ " ì, !Ì ( -@ Pô MÀ◰ÿ-ï◰ÿ " ì, !Ì Labels as macro parameters @ -( P ⇦◰ÿí¶◰ÿ " ì, !Ì ( -x P†¸ÍO◰ÿ~◰ÿ " ð ì, !Ì As stated above, it is perfectly legal to pass a label into a macro. For example: x 4 P ™◰ÿmF◰ÿ " ð ì, !Ì Wi  4 8 P Mßŵÿ-◰ÿ " ð x ®ÿø  ø 8 -T T8â§ŵÿíÕŵÿ " èg ¥Ï  ¸P MACRO ti JMPZ,regno,a_label T -H Td Ínŵÿ‡ŵÿ " èg ¥Ï :®ÿ¸P CMPX² regno,#0 H -D Tpí™6ŵÿmeŵÿ " èg ¥Ï yte¸P BEQ—· a_label D -8 T¸ÚMþŴÿ--ŵÿ " èg ¥Ï Ì ¸P ENDM 8 -( P ÆŴÿíôŴÿ " èg ¥Ï ( -L TÐÍ™Ŵÿ¼Ŵÿ " èg ¥Ï es¸P JMPZr t¼¢ R0,tharg L -( P ™UŴÿm☓Ŵÿ " èg ¥Ï ( -4 T`M Ŵÿ-LŴÿ " èg ¥Ï ¸P etc 4 -( P å€ÿíŴÿ " èg ¥Ï ( P T¤Nͬ€ÿÛ€ÿ " èg ¥Ï tharg: \ã do something ø  P P P ™t€ÿm£€ÿ " x ÿ   P è  \ P“HÜ>|ÿ¼m|ÿ " ì, !Ì y CONDITIONAL ASSEMBLYote  \ -( P †|ÿ|5|ÿ " ì, !Ì ( ‘ H–\Î{ÿ<ý{ÿ " ì, !Ì øu ASM gives simple support to conditional assembly: ie, the code produced can be made to depend ‘ -` PÌ• „{ÿüÄ{ÿ " ô3 !Ì on the value of some flags defined by the assembly command. ` -( P Ü]{ÿ¼…{ÿ " ì, !Ì ( … 0†%{ÿ|T{ÿ " ì, !Ì €€øu The directives involved in conditional assembly are IFDEF (if a specified flag is defined), … -d Pä—\ízÿ< {ÿ " ô3 !Ì IFNDEF (if a specified flag is not defined), ELSE and ENDIF. d -( P µzÿüãzÿ " ì, !Ì ( ‘ ŶÜ|zÿ¼«zÿ " ð ì, !Ì (24øu As described above, the flags used by IFDEF/IFNDEF are set using the -flags assembly options. ‘ -X P,y†Dzÿ|szÿ " ð ô3 !Ì Any flags not explicitly set are treated as unset. X -( P \ zÿ<;zÿ " ð ì, !Ì ( ` T¤n Ôyÿüzÿ " ì, !Ì Eªÿøu For example:  õ  ` -( P Üœyÿ¼Êyÿ " èg ¥Ï ( -H Tã†cyÿ|‹yÿ " èg ¥Ï e s¸P IFDEFse › Debug H -L TÔ
HÛ Double Word. Actually a 32-bit value. See above. d -T Tô—g‡8ÿGÌ8ÿ " ð tï ‡È Q HÛ Quad Word. A 64-bit integer value. T -| T4³'e8ÿ“8ÿ " ð tï ‡È So ã String. (NB C programmers: this is NOT zero-terminated - use DCSZ below). | -H Tð¯ç,8ÿÇ[8ÿ " ð tï ‡È SZ lÆ Zero-terminated string. H -P T:§ô7ÿ#8ÿ " ð tï ‡È FS É Single-precision floating point P -P T8Lg¼7ÿGë7ÿ " ð tï ‡È FD8Á Double-precision floating point P -T TDs'☓7ÿ³7ÿ " ð tï ‡È FEðlÆ Extended-precision floating point T … TÜ−çK7ÿÇz7ÿ " ð tï ‡È FP É Packed K  g M  M floating point.02M  +ŷÿO  O … -4 T¸P§7ÿB7ÿ " ð èg ¥Ï g ¸P 4 -@ T¨¾gÛ6ÿG
7ÿ " ð èg ¥Ï egzx$ DCBø´ &FF @ -L Tä]'£6ÿÒ6ÿ " ð èg ¥Ï Ï ¸P DCS,º "Hello there" L -P Tiçj6ÿÇ−6ÿ " ð èg ¥Ï ,#0¸P DCSZ⇦}⇦‡ “Hello again” P t TDâ§26ÿa6ÿ " ð èg ¥Ï ¸P DCFEŶÿ⇦‡ 12.32E12, 3.141592O  Q  Q t -( P gú5ÿG)6ÿ " ð ì, !Ì ( … X|'Â5ÿñ5ÿ " ð ì, !Ì The use of DCD allows addresses to be stored, and hence the address of Far symbols to be loaded into … < PØ« ç⇨5ÿǸ5ÿ " ð ô3 !Ì registers: Q  < 8 P §Q5ÿ€5ÿ " ð x r,S  S 8 -L T….g5ÿGH5ÿ " ð èg ¥Ï ( ¸P IMPORTð@d myaddress L -4 T`'á4ÿ5ÿ " ð èg ¥Ï ( ¸P etc 4 -D TÈûç¨4ÿÇ×4ÿ " ð èg ¥Ï ara¸P LDR—· R1,addr D -4 T`§p4ÿfl4ÿ " ð èg ¥Ï ~◰ÿ¸P etc 4 l T….g84ÿGg4ÿ " ð èg ¥Ï addr: tdð DCDd² myaddressrS  x U  U l -( P ' 4ÿ/4ÿ " ð ì, !Ì ( ⇦ ômçÇ3ÿÇö3ÿ " ð ì, !Ì Where a DCD is used that is interpreted as an address, ASM will automatically generate any required ⇦ T PhÙ §•3ÿ¾3ÿ " ð ô3 !Ì relocations. U  W  W T -( P gW3ÿGŷ3ÿ " ð p0 y ( | T¼' 3ÿN3ÿ " ð p0 y See Also: À` EQU, RESB W  ÿ~  ~ Ï Â ~ | ‘  ~ ¬ TL ¶@.ÿ„o.ÿ(# ð @† ‡È y ELSE(  ~ " ðl Part of IF/ELSE/ENDIF conditional assembly structure. ~  ¤N Ŵ  Ŵ ¬ H P v.ÿV7.ÿ " ð ì, !Ì Ŵ  P ◰  ◰ H -< T¸Ŷ6Ð-ÿÿ-ÿ " ð p0 y Format:HŴ ELSE < H P ö–-ÿÖÆ-ÿ " ð p0 y ◰  \ Ŷ  Ŷ H … 0”¶_-ÿ„‰-ÿ " ð ì, !Ì ELSE negates the current condition flag. See the section on Conditional Assembly for details of the use … -@ PØŶv'-ÿVV-ÿ " ð ô3 !Ì of IFDEF/IFNDEF/ELSE/ENDIF. @ H P 6ï,ÿ -ÿ " ð ì, !Ì d Ŷ  `  H X T´Àö¶,ÿÖå,ÿ " ð èg ¥Ï egdx$ ELSEas  d. ⇨  ⇨ X H P ¶~,ÿ„,ÿ " ð ì, !Ì {ÿ ⇨  , ⇧  ⇧ H ° TäôvF,ÿVu,ÿ " ð p0 y See Also:y À` IFDEF, IFNDEF, ENDIFg i ⇧  … ™  ™ ð ™ Â FND•  • d f‘  • ‘ ° ,  • ‘ ¬ TL A!ÿåo!ÿ(# ð @† ‡È y ENDIF ‘  • e, tò Part of IF/ELSE/ENDIF conditional assembly structure.y•  ‘ ‹  ‹ ¬ H P Å!ÿ¥7!ÿ " ð ì, !Ì ly ‹  ted “  “ H \ T¼flŶÐ ÿeÿ ÿ " ð p0 y Format:HŴ ENDIFð “ Â „  „ \ -( P E— ÿ%Ç ÿ " ð ì, !Ì ( € Û` ÿå‰ ÿ " ð ì, !Ì ENDIF terminates the current conditional assembly statement. See the section on Conditional € -` P☓×Å' ÿ¥V ÿ " ð ô3 !Ì Assembly for details of the use of IFDEF/IFNDEF/ELSE/ENDIF. ` H P Ŷï ÿe ÿ " ð ì, !Ì „  éxÿ—  — H -8 T¸ÚE· ÿ%æ ÿ " ð èg ¥Ï eg x$ ENDIF 8 H P ÿå ÿ " ð èg ¥Ï —  L Œ  Œ H … TàÚÅF ÿ¥u ÿ " ð p0 y See Also:02À` IFDEF, IFNDEF, ELSE Œ  P †  † Hel‡  † ‡ … È Â † ‡ ¨ TpTAÿ4pÿ(# ð @† ‡È y ENDMLIG‡  † iwÿõ Part of a MACRO/ENDM macro definition structure. †  P fl  fl ¨ H P ÿô7ÿ " ð ì, !Ì fl  ! ¡  ¡ H -< T¼flÔÐÿ´ÿÿ " ð p0 y Format:HŴ ENDM < H P “—ÿtÇÿ " ð p0 y b ¡  DEF £  £ H ⇦ 2T`ÿ4•ÿ " ð ì, !Ì ENDM terminates the current macro definition. See the section on Macros for details of the use of ⇦ -0 P¤N(ÿôVÿ " ð ô3 !Ì MACRO/ENDM. 0 H P Ôïÿ´ ÿ " ð ì, !Ì ay £  cod¥  ¥ H -8 T¸Ú“·ÿtæÿ " ð èg ¥Ï eg x$ ENDM 8 H P Tÿ4®ÿ " ð èg ¥Ï 𥠠§  § H — T ÁGÿôuÿ " ð p0 y See Also:thÀ` MACRO § 6uÿ §   ( Y  Y " ðZ  Y Z — d  Y Z TTf£Aÿ◰pÿ(# ð @† ‡È y ENTRY ðZ  Y iti8à Define the entry address for a program. Y  " \  \ -( P c ÿC8ÿ " ð p0 y ( p T☓í#Ñÿ ÿ " ð p0 y Format:HŴ ENTRYW | <symbol> \  T ^  ^ p -( P ã—ÿÃÇÿ " ð ì, !Ì ( ‘ Ðy£`ÿ◰•ÿ " ð ì, !Ì The linker requires that one and only one of the object files given to it contain an entry address; this is ‘ ⇦ €c(ÿCWÿ " ð ô3 !Ì the location that will be called when the linked program is run. The ENTRY directive specifies a ⇦ ⇦ P“µ#ðÿ ÿ " ð ô3 !Ì (Local or Global) symbol which will be used for the entry point.‘t ^  lif`  ` ⇦ -( P ã·ÿÃæÿ " ð èg ¥Ï ( h T†¾£ÿ◰®ÿ " ð èg ¥Ï eg x$ ENTRY y Starti`  ame b  b h -( P cGÿCvÿ " ð ì, !Ì ( ⇦ ¬#ÿ>ÿ " ð ì, !Ì Note, however, that there is an extensive quantity of code required to set up application memory ⇦ ‘ ‘⇨ãÖÿÃÿ " ð ô3 !Ì constraints etc, during program initialization, which is outside the scope of this documentation; for this ‘ ⇦ ⇦I£fiÿ◰Íÿ " ð ô3 !Ì reason, the author does not advocate the use of the ENTRY directive unless you know exactly what ⇦ … XscfÿC”ÿ " ð ô3 !Ì you are doing; it is much easier to use C for the majority of an application, and just program the time- … -< P8„#.ÿ]ÿ " ð ô3 !Ì critical parts in ASM. < -( P ãõÿÃ$ÿ " ð ì, !Ì ( ä Tê· £½ÿ◰ìÿ " ð ì, !Ì See Also: î »kÿ b  ~  ~ tru  ~  ~ ±kÿ~ É Â e e  d d e Iù  d e ä !  d e … T°,òAúþÒpúþ(# ð @† ‡È y EQUe  d ™ç´ Store a constant value.† d  ta g  g … -( P ² úþ‹8úþ " ð p0 y ( € T8½rÑùþR úþ " ð p0 y Format:HŴ EQU<type> ð2 <value>[,<value>....]7 g  ult i  i € -( P 2−ùþÈùþ " ð ì, !Ì ( ⇦ rò`ùþÒ•ùþ " ð ì, !Ì EQU is a synonym for DC, and works in exactly the same way. It is supported simply for consistency ⇦ ` P ²(ùþ‹Wùþ " ð ô3 !Ì with the BASIC assembler. i  bÿk  k ` -( P rðøþR ùþ " ð èg ¥Ï ( d Tð“2¸øþçøþ " ð èg ¥Ï egnx$ EQUBtraÀ” 12k  cti m  m d -( P òøþÒ®øþ " ð p0 y ( ì T☓ã²Gøþ‹vøþ " ð p0 y See Also: À` DC, RESB m  ~  ~ P  ~  ~ ~ ?Uÿ p p o o p    o p ì †"  o p — TÜABíþ!qíþ(# ð @† ‡È y EXPORT p  o ôÀ Gives a local symbol global scope.o  ÏTÿ r  r — H P
àþ09àþ " ð ì, !Ì ¬  8 ®  ® H -L T\¬Òßþð àþ " ð p0 y Format:HŴ IFDEF ¤„ <flag> L H P Ð−ßþ°Èßþ " ð p0 y r ®  nd °  ° H ☓ †ê‘aßþp‘ßþ " ð ì, !Ì The flag parameter is any legal ASM identifier. Note that although it follows the same naming ☓ … ☓VP)ßþ0Xßþ " ð ô3 !Ì conventions, such a flag cannot be used in any expression evaluation, for example as an integer. See … -| P¼ÐñÞþð ßþ " ð ô3 !Ì the section on Conditional Assembly for details of the use of IFDEF/IFNDEF/ELSE/ENDIF. | H P иÞþ°çÞþ " ð ì, !Ì °  nHÿ²  ² H -H Tã‘€Þþp¯Þþ " ð èg ¥Ï eg x$ IFDEFct › Debug H H P PHÞþ0wÞþ " ð èg ¥Ï Hÿ²  ´  ´ H ⇦ T¨âÞþð>Þþ " ð p0 y See Also:rmÀ` IFNDEF, ELSE, ENDIFare ´  ut¶  ¶ ·  ¶ · ⇦ Ô%  ¶ · … TL ßBÓþ¿qÓþ(# ð @† ‡È y IFNDEFn·  ¶ ifiÐÕ Part of IF/ELSE/ENDIF conditional assembly structure. … H P fl
Óþ9Óþ " ð @† ‡È RE¶  sp ¹  ¹ H -L T\¬_ÒÒþ?Óþ " ð p0 y Format:HŴ IFNDEF Ìt <flag> L H P ŒÒþÿÈÒþ " ð p0 y ¹  »  » H ☓ €*ßaÒþ¿‘Òþ " ð ì, !Ì IFNDEF acts exactly as an IFDEF, but with the condition negated. See the section on Conditional ☓ -` P☓×fl)ÒþXÒþ " ð ô3 !Ì Assembly for details of the use of IFDEF/IFNDEF/ELSE/ENDIF. ` H P _ñÑþ? Òþ " ð ì, !Ì a. »  ½  ½ H -H T@ ¹ÑþÿçÑþ " ð èg ¥Ï eg x$ IFNDEFeHq Verbose H H P ߀Ñþ¿¯Ñþ " ð èg ¥Ï g ½  zed ¿  ¿ H ☓ TÐÀflHÑþwÑþ " ð p0 y See Also:ckÀ` IFDEF, ELSE, ENDIF ¿  @ Á  Á Eÿ  Á  ☓ p'  Á  ‘ Tìù.CÆþrÆþ(# ð @† ‡È y IMPORT   Á P “à Declares the name of a symbol defined in a separate module. ‘ H P î
This is a program to allow you to edit CMOS RAM easily. It provides comprehensive CMOS editing control.
This program is designed to work under RISC OS 3.xx, but it will work uder RISC OS 2.00, but many CMOS locations will be different.
If the program is used under RISC OS 3.10, you will get 3D icons, otherwise, you will just get icons with plain borders.
2) Using the program
Simply double-click on the !CMOSCtrl icon to load it.
Click on the icon on the icon bar to display the CMOS RAM locations in a window. To edit a location, simply click on it with select, and type in the new contents. This can either be binary, decmial, or hex.
To update the program FROM the CMOS memory, select 'Read CMOS' from theiconbar menu.
NOTE : Some locations are dealt with really weirdly. If you see the message 'Complicated - use configure' in the editing window, do so. For some unknown reason, Acorn have decided to make values in these locations behave oddly. For example in some Font locations, a value of 32 in CMOS can mean 0 point size.
3) The 'CMOSDefs' file
To change the infomation given about any location in CMOS, load the 'CMOSDefs' file into !Edit. (from inside the !CMOSCtrl application)
Each entry starts with the number of the location which it is dealing with. The first line is the information given in the general CMOSCtrl window.
It is a maximum of 50 characters long (including number)
If you want to have aditional information displayed in the editing window, put this in the next nine lines, also a maximum of 50 characters.
Please note, each number MUST be four characters away from the general description. If it is not, fill up the space with spaces. To see what I mean, look at the CMOSDefs file.
The last line of the file MUST be 'END', followed by a linefeed character.
erWorks Set CMOS$Dir <Obey$Dir>
| The following two lines are not needed if you have RISC OS 3.xx
ô >!RunImage ô for !CMOSCtrl v1.05 ô By Andrew De Quincey ( error%=£ 2 <3î Ŷ òerror(fl,ö$+" at line "+Ã(fi/10),1):error%=¹ Fç error%=£ … òstartup P Zõ dç quit%=£ … òpoll ný quit%=¹ x1ç workspace<>-1 … È− "OS_Module",7,,workspace ŵ+È− "Wimp_CloseDown",tskhndle%,&4B534154 …à „:
Ýòpoll ª0È− "Wimp_Poll",0,block% ¸ code%,point_block% ´ ¾È‰ code% Ê È É 1 : òredraw(point_block%) ÒÉ 2 : òopen Ü&É 3 : òclosewindow(point_block%!0) æ#É 4 : ô pointer entering window ð"É 5 : ô pointer leaving window úÉ 6 : òmouseclickÉ 7 : ô PROCdragÉ 8 : òkeypressedÉ 9 : òmenuselect"É 17,18 : òmessage,Ë6@áJ:T
Ýòopen&È− "Wimp_OpenWindow",,point_block%á$:. Ýòdeletewindow(winhndl%)8actionblock%!0=winhndl%B(È− "Wimp_DeleteWindow",,actionblock%LáV:`"Ýòdeleteicon(winhndl%,ichndl%)jactionblock%!0=winhndl%tactionblock%!4=ichndl%~&È− "Wimp_DeleteIcon",,actionblock%⇦á‹:†Ýòmessage¦ mess_no%=point_block%!16°È‰ mess_no% 漃 0 : quit%=¹ÄÉ 2 : ô savedataÎÉ 3 : ô loaddataØ É 5 : ô double_clickâ É &400C0 : ô PROCmenumessìËöá :
CMOSsave allows you to save all of the computers CMOS ram to disk. This means that ALL the configuration settings like CDROMDrives and ADFSbuffers get saved, not just some (as !Configure does).
Saving
------
To save the settings, just click on the CMOSsave icon on the icon bar. This opens up a save box to allow you to set the name of the file you want. The hourglass will appear while it is saving because it takes a while to save it all.
Loading
-------
To load the settings, either drag the settings file to the CMOSsave icon or double click on the settings file. Again, the hourglass will appear because loading takes even longer (on an ARM 250 machine, anyway!)
Registration
CMOSsave is Shareware. This means that after a period of THIRTY days you must either register it or stop using it. To register it, fill in the registration form at the end of this document and send it with TWO pounds to the address on the registration form. The "Register as" section on the form is the name you want Protect to be registered to (e.g. your name or your companies name).
Any comments on CMOSsave are welcome (even if you don't register) and should be sent to the address on the registration form.
You may freely copy the unregistered version (this one) but not the full registered version. If you run a PD or Shareware library, you may distribute this as long as you do not remove or change any files, and contact me first to obtain the latest version
òclose☓& : È− "Wimp_ProcessKey",block%!24‰Ë—á¢:¬ Ý òclick¶È‰ block%!12 ÊÀ É -2 : ȉ block%!8 ÊÊB É 2 : È− "Wimp_CreateMenu",,menu%,!block%-64,184Ô) É 4,1 : !block%=savebo%Þ= È− "Wimp_GetWindowState",,block%è9 È− "Wimp_OpenWindow",,block%ò Ëü É savebo% : ȉ block%!16 Ê1 É 0 : ç block%!8=64 òdragbox. É 2 : ç block%!8=4 òquick Ë$Ë.á8:BÝ òmessageLȉ block%!16 ÊV É 0 : quit%=¹` É 2 : òdata_savej1 É 3 : òload_file(block%!40,¤str(block%+44))t É 5 : ç block%!40=&3FA …~! block%!12=block%!8⇦ block%!16=4‹7 È− "Wimp_SendMessage",17,block%,block%!4†/ òload_file(&3FA,¤str(block%+44))¦ Ì° ͺËÄáÎ:Ø Ý òload_file(type%,file$)âç type%<>&3FA … áìF%=‰(file$)öÈ− "Hourglass_On" ã A=1 ¸ 240
'È− "Hourglass_Percentage",A/239*100 è#F%,B% È− "OS_Byte",&A2,A-2,B%(í2È− "Hourglass_Off"<Ù#F%FáP:Z Ý òquickdq%=£n !block%=savebo%:block%!4=1x"È− "Wimp_GetIconState",,block%ŵfile$=$indi%…ç §file$,".") …„òsaveit(file$) ̪^òerror("You must drag the icon to a filer window first or enter the full path name."):q%=¹´Í¾ç q%=£ … òcloseÈáÒ:ÜÝ òstartsaveæ !block%=savebo%:block%!4=1ð"È− "Wimp_GetIconState",,block%úfile$=$(block%!28)$È− "Wimp_GetPointerInfo",,block%+block%!20=block%!12:block%!24=block%!16(block%!28=!block%:block%!32=block%!4"block%!36=1200,!block%=64:block%!12=06 block%!16=1:block%!40=&3FA@!$(block%+44)=¤get_leaf(file$)J7È− "Wimp_SendMessage",18,block%,block%!20,block%!24Tá^:hÝ ¤get_leaf(f$)rÈ” §f$,".")|f$=Áf$,§f$,".")+1)ŷΑ
ݤK=19ìÝòly(bJ%,Fl%)ç¤K<Fl%…íŶ1,"EIL1"îÍ:çbJ%<1…ïŶ1,"EIL2"ðiÍ:__%=bJ%:ÞA$(__%-1):ÞF%(__%-1):XJ%=0:Þvy%256:H_%=40:z%=0:ey%=12:Eu%=£:ÞE$(H_%-1):qy%=£:dy%=£:xJ%=¹:áñ ÝòM(N$,Ju%)òX_(N$,Ju%):áò_ÝòX_(N$,Ju%)êVy%,E%,K$,h$:E%=0:Vy%=¹:K$=ÁN$,1+§N$,".")):È”E%<XJ%€Vy%:Vy%=(K$<>A$(E%)):çVy%…ó E%+=1ôÍ:Î:çVy%…õ çE%=__%…öŶ1,"EIL3"÷OÍ:A$(E%)=K$:h$="'"+N$+"' does not have a FN_":êŶ:îŶê÷Ŷ:òS(h$+K$+"_version")øRF%(E%)= ("FN_"+K$+"_version"):÷Ŷ:XJ%+=1:êŶ:îŶê÷Ŷ:òS(h$+"_hard_initialise_"+K$)ù!ç ("FN_hard_initialise_"+K$)…úŶ1,"EIL5 "+N$ûÍ:÷ŶüÍ:çJu%>F%(E%)…ýŶ1,"EIL4 "+N$þÍ:áÿݤS(u$)êŶ:îŶê÷Ŷ:òty
Í:íSy%. Ìòf(ö$+" (line "+Ã(fi)+")")/Í:È−&600dd:à0Í:çey%>=0…1ëey%2'Í:ñ"An error has occured...":ñ:çz%…3:ãSy%=0¸z%-1:û((7-(Sy%<<1))€6)+1:ñE$(Sy%);:çSy%<(z%-1)…4 ñ" in ";5
# For use with Cy Booker's CAssembler_Message SWI's
App: %20
Sys: %256
SysN: %10
Reason: %256
HMI0: %RI get information abouth this version of BasCompress.
HMI1: %RI set various options that affect the input file.
HMI2: %RI set various options that affect the output file.
HMI3: %RI set various options affecting the log file.
HMI4: %RI set various options that affect the special file (if it exists).
HMI5: %RI set various options that affect the cross-referencing.
HMI6: %SE define miscellaneous choices.
HMI7: %SE quit BasCompress.
HMI2_3_6: When ticked, no compressed variable will start with an `E'.
HMI2_5: %SE toggle a full-screen two-column listing of the output file as it is generated.|M%RI set the screen mode to use
HMI3_1: %SE toggle the appearance of performance statistics in the log file.
HMI3_6: %SE toggle the inclusion of the source code in the log file
HMI4_2: Type in a full pathname.|MOr drag the special file to the main BasCompress window.
HMI5_4: %SE toggle the inclusion of all variables only used inside deleted routines.
HIconBar: This is the %App icon|MClick to show the control window|MDrag a Basic file here to compress it
HProgInfo: Yep, this application provides help messages
HChoices: This dialogue box sets global choices.
HChoices11: %SE accept above choices.|MThe choices will NOT be saved permanently, use Save or Save full to do this.
HChoices10: %SE ignore any changes made to the above choices.
HChoices9: %SE save the current choices. The full pathnames of the log, xref and output files will be saved.
HChoices8: %SE save the current choices. Only the leaf name of the log, xref and output files will be saved.
HChoices7: %SE restore factory default values to all settings.
HChoices5: This option only takes effect when next run BasCompress. It is of use to Risc PC users and/or low-resolution monitors.
HChoices4: Use with caution. Mainly used when have two directories of the same files, one compressed and the other uncompressed. Better to use a Make file, though!
HChoices3: %SE toggle the use of the system variable "Main" instead of the full pathname. When enabled it makes the log file easier to read.
HControl: This is the main control dialogue box for %App
HControl_: Drag a basic file in here to compress it|MDrag a text file here to define the special file
HControl0: Drag this to define the output file|MThis will be a tokenised basic file
HControl1: Type in the output file
HControl3: Drag this to define the log file|MThis will show any error messages and any statistics
HControl4: Type in the output file
HControl6: Drag this to define the cross-reference file|MThis will contain the cross-reference listing
HControl7: Type in the cross-reference file
HControl10: Type in the name of the special file to load in|MThis is actually a comma separated list of file names
HOrder: This dialogue box allows you to change the sorting order used
HOrder_: First sort by left column, then sort "same" groups by second column...
HOrderA: Sort by name (using ASCII)
HOrderB: Sort by usage|MFor routines this is number of times called|MFor variables it is number of times used and assigned
HOrderC: Sort by type|MRoutines in order Procedure, Function|MVariables in order int, real, str, int arr, real arr, str arr
HOrderD: Sort by location (only has meaning for references)|MNominally the line number, but file used as well
HOrderE: Sort by name (but order as in a dictionary)
HOrderR: Reverse the order of sorting|MWhen selected, high values come first
SaveAsType: %? Log, XRef, Output
HSaveAs: This is the standard save dialogue box|MIn this program it is used to define the name of the %SaveAsType file
LE0: Message from %App
LE1: A system error has occured: (%SysN): %Reason: %Sys
LE2: To save, drag the file icon to a directory display.
LE3: Couldn't find `%Reason' window in Templates
LE4: Couldn't load in %Reason file: (%SysN): %Sys
LE5: %App requires a more recent version of the Window Manager
LE6: %App has suffered an improbable error while loading this file
LE7: %App has run out of memory trying to load this file
LE8: Can't transfer file (use *Set Wimp$Scrap <filename>)
LE9: Unexpected RAM_Fetch message received
LE10: Unexpected DataSaveAck message received
LE11: Data transfer failed: Receiver died
LE12: `%Reason' is not a recognized file type. Are you sure you want to load it?
LE13: 1 file edited but not saved in %App: are you sure you want to Quit?
LE14: %Reason files edited but not saved in %App: are you sure you want to Quit?
LE15: Data transfer failed: Sender died
LE16: %App has run out of memory
M0: BasCompress
M1: Info
M2: Input
M3: Output
M4: Log
M5: Special
M6: Xref
M7: Choices…
M8: Quit
M100: Input
M101: Allow multiply-defined routines
M102: Report multiple exits from a routine
M103: Parse numbers
M104: Convert SWI's to numbers
M105: Force malformed SWI's to generate error
M106: Report unknown SWI's
M107: Process as a library file
M200: Output
M201: Save as
M202: Concatenate lines
M203: Remove unused routines
M204: Reduce variable names
M205: Reduce routine names
M206: List
M250: Screen mode
M300: Var. types
M301: Integer
M302: Real
M303: String
M304: Integer array
M305: Real array
M306: String array
M307: `E' suppression
M400: Rtn. types
M401: Procedure
M402: Function
M500: Log
M501: Save as
M502: Statistics
M503: EVAL keyword
M504: DATA keyword
M505: READ keyword
M506: Line numbers
M507: List input
M600: Special
M601: Warn undefined
M602: Show expansion
M700: XRef
M701: Save as
M702: Variables
M703: Routines
M704: Reference order
M705: Include deleted
M800: Variables
M801: Verbosity
M802: Types
M803: Ordering
M900: Level
M901: None
M902: Existence
M903: Global
M904: Routine
M905: Line
M1000: Routines
M1001: Verbosity
M1002: Types
M1003: Ordering
E0: This application displays helpful messages if Help, on the applications disc, is active
E1: BasCompress only understands Basic files
IconBar: %? BasCompress, Busy, Quiet
RI: Move the pointer right to
SE: Click SELECT to
WinChoices: BasCompress choices
WinControl: BasCompress control
# Change to alter appearance of menus
# use "MenuFont:" to disable font menus
#
MenuFont:Homerton.Medium
MenuFontWidth:14.0
MenuFontHeight:14.0
# if MenuFontLowRez == "NO" then use anti-aliased fonts in menus only when in
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“ÿÿÿ* Äÿÿÿ›± ! ?
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ú hþÿÿŒ †þÿÿ=1 L S `þÿÿ@ ¤þÿÿ=1X \ BasCompress choices Run BasCompressed file when generatedSoptoff,opton Load log file when generatedSoptoff,opton Load cross-reference file when generatedSoptoff,opton Name output as <Main> in log fileSoptoff,opton Output file leaf name same as input leaf nameSoptoff,opton Use outline fonts in dialogue boxesSoptoff,optonDefaultr5,3Saver5,3Save fullr5,3Cancelr5,3Setr6,3 ãl L þ ( ÿÿÿÿ $ÿÿÿ‹ = ⇦⇧ ø ÿÿÿÿ < ¦ÿÿÿ€ êÿÿÿ` file_ffb Pÿÿÿ´ “ÿÿÿ5ó $ $ÿÿÿ‘ Tÿÿÿ ÿÿÿÿ . ¦ÿÿÿr êÿÿÿ` file_fff ú Pÿÿÿ¦ “ÿÿÿ5ó ! ! " $ÿÿÿr Tÿÿÿ + ÿÿÿÿ ¦ÿÿÿd êÿÿÿ` file_fff ì Pÿÿÿ— “ÿÿÿ5ó / / $ÿÿÿn Tÿÿÿ 9 ÿÿÿÿ ê Äÿÿÿ☓ øÿÿÿ 3 > ÿÿÿÿ Þ Pÿÿÿ⇩ “ÿÿÿ5ó C C ê $ÿÿÿz Tÿÿÿ M ÿÿÿÿ ê “ÿÿÿ☓ Èÿÿÿ 3 U ÿÿÿÿ Control for BasCompressA~ <;r7,0OutputA~ <;r7,0LogA~ <;r7,0XrefDragA~ <;r7,0SpecialHere á⇩ | X 8 ÿÿÿÿ ☓ DþÿÿÎ = ⇦⇧ Order Ü PþÿÿÐ ôÿÿÿ p¸ Å ð Pþÿÿä ôÿÿÿ pÊ × Pþÿÿ ôÿÿÿ pÜ é $ ¬ÿÿÿî Üÿÿÿ›±î ô ¬ÿÿÿÚ Üÿÿÿ›± ü ¬ÿÿÿÆ Üÿÿÿ›±
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“Typeset” using Impression v2.14 and Publisher v4.01
Menus grabbed by GrabMenu
Musical entertainment provided by Frank Zappa
1 Overview 1
1.1 Disclaimer 1
1.2 Synopsis 1
1.3 Features 1
1.4 Documentation 2
1.5 Compressing your first file 3
1.6 Example speed 3
1.7 Example compression 4
2 BasCompress 5
2.1 Overview 5
2.2 Jargon 5
2.3 Basic 5
2.4 Numbers 6
2.5 SWI's 6
2.6 Star commands 7
2.7 Assembler 7
2.8 Routines 7
2.8.1 Main program 8
2.8.2 Start and end 8
2.8.3 Conditional routine end 8
2.8.4 END and ERROR 9
2.8.5 LOCAL ERROR 9
2.9 Multi-line structures 10
2.10 Libraries 11
2.10.1 Multiply-defined routines in libraries 11
2.11 Label reduction 12
2.12 Line numbers 13
2.12.1 Output line numbers 14
2.13 Multi-line output 14
2.14 DATA 14
2.15 Re-compressing 15
3 Cross-referencing 17
3.1 Overview 17
3.1.1 What's cross-referenced 17
3.1.2 What's output 17
3.1.3 Messages 17
3.2 Level of detail 18
3.2.1 Routine definition 18
3.2.2 Routine calls 19
3.2.3 Routine called by 19
3.2.4 Variable declaration 19
3.2.5 Variable assignment 19
3.2.6 Variable reference 19
3.3 Order 20
4 The front end 21
4.1 Starting 21
4.2 Overview 21
4.2.1 Icon bar icon 21
4.3 Control window 22
4.4 Main menu 23
4.5 Input 24
4.6 Output 26
4.7 Log 29
4.8 Special files 31
4.9 Cross-reference 32
4.10 Choices Dialogue Box 36
5 The back end 39
5.1 Invoking 39
5.2 Installing 39
5.3 Environment variables 40
5.4 The CLI parameters 41
5.4.1 Input 41
5.4.2 Output 42
5.4.2.1 Output listing 42
5.4.3 Log 43
5.4.4 Special 43
5.4.5 Cross-reference 43
5.4.5.1 What 44
5.4.5.2 How much 44
5.4.5.3 Order 45
5.5 Error handling 46
5.6 Escape handling 46
5.7 Hourglass 46
6 Special files 47
6.1 Why 47
6.2 Files 47
6.3 Format 48
6.3.1 Routines 48
6.3.2 Globals 48
6.3.3 Labels 49
6.3.3.1 Verbatim 50
6.3.3.2 Comma separated 50
6.3.3.3 Full pathname 51
6.3.3.4 Wimp menu 51
6.3.4 Variables as regular expressions 51
6.3.4.1 Example patterns 52
6.3.4.2 Limitations 53
6.3.5 Libraries 53
6.3.6 Include files 54
6.4 Limitations 54
7 Errors 57
7.1 Overview 57
7.2 Warnings 57
7.3 Errors 63
7.4 Run-time errors 69
7.4.1 Unknown or missing variable 69
7.4.2 No such function/procedure 69
7.4.3 Missing ENDIF 69
7.4.4 Logical errors 70
7.5 Internal errors 70
8 Loose ends 73
8.1 Memory usage 73
8.2 Missing THEN 73
8.3 Cross-reference 74
8.4 Statistics 75
8.5 Uncompressed output 75
8.6 Label reduction 76
8.7 Executable 76
Appendix A: Messages 77
A.1 Internationalism united 77
A.2 Format 77
Appendix B: Regular expressions 79
B.1 Definition 79
1 Overview
1.1 Disclaimer
This program is supplied “as is”. No warranty, express or implied, of the merchantability of this program or its fitness for any particular purpose is given. In no circumstances shall the author, or any provider or distributor of this program, be liable for any damage, loss of profits, or any indirect or consequential loss arising out of the use of this program.
1.2 Synopsis
BasCompress takes as input a tokenised basic file, analyses it on a routine-by-routine basis, and outputs a cross-reference and a compressed tokenised basic file.
(It was written because none of the currently available Basic squashers handled the side effects of EVAL, removed unused routines, or discarded the junk inbetween routines, and they were all far too slow).
It consists of two programs, a Wimp-based front end, and a CLI-based back end. The former is ideal for occasional use, while the later is better for scripts, make files, etc..
1.3 Features
The main features of BasCompress can be summarised as follows:
• Checks all multi-line IFs have a matching ENDIF
• Checks all CASE's have a matching ENDCASE
• Checks all WHILE's have a matching ENDWHILE
• Checks the ellipsis/quotes/brackets on each statement
• It doesn't balk at the use of line numbers (too much)
• Loads in explicit LIBRARY files
• Checks every routine exits cleanly
• Checks for multiply-defined routines
• Produces a full cross-reference on all variables and routines, with four levels of detail, and user-definable ordering
• Variable/routine name reduction, targetting the most used to be the shortest
• Remove all redundant spaces and REMarks
• Remove all between-routine junk
• Concatenation of output lines
• Remove unused code
• Reduces numbers to their shortest form
• Converts SYS and SWI strings to numbers
• Optional “special” file to handle EVALuated variables/functions, and implicitly loaded library files
• "special" file allows variables to be defined as regular expressions
• It is fast
In other words it does all you would expect, a bit more, and all at a very respectable speed.
All those syntax checks may seem superfluous until you realise that most error handling code isn't always as fully debugged as it should be.
1.4 Documentation
This document is split into several sections. First a full description of exactly what this program does to, and expects of, the input. This is followed by §3, a chapter on the powerful cross-referencing available. Not until §4 is the program itself described, the Wimp front end application. The back end application, accessible from the CLI is §5. Special files, their format and use are detailed in §6. §7 is what this author wishes every program documentation had, a complete list of errors and reasons why they occurred, and more importantly - some hints on how to get rid of them. Finally, §8 contains miscellanea, the junk that doesn't categorise too easily.
1.5 Compressing your first file
Run the application. This will install the Wimp front end onto the icon bar icon and open the control window to the center of the screen.
First of all drag the Log file icon to a Filer window (not another application, sorry). This file will contain information about the actions of the compression process. Now drag a Basic file onto the control window, to compress it.
With the default options this Basic file will be analysed, the log file created and then automatically loaded into your resident text editor. If this is Edit, then don't close the Log window for now.
Even if the Basic file was analysed without error, no output file was produced because none was defined. Just drag the output file icon from the control window onto a Filer window and start again.
Now, because Edit still had a view of the Log file, this was automatically updated, using the current window size. This gives an extremely usable environment :-)
Voila, a compressed basic file has been produced.
If the log file reports any EVAL or DATA statements were found, it is possible that the program may not run. See the chapter on Special files for a way to handle this. (The quick way is to disable all variable and routine label reduction).
Now read §2.
1.6 Example speed
It takes BasCompress less than 20s to compress itself. This needs 4 special files, contains 40-odd source files (including libraries) totalling just over 450K, and compresses it down to 100K. And all this on an Arm2 off of the standard 440 hard-disc, with all the I/O overhead that that involves.
1.7 Example compression
Here's how well BasCompress handles compressing an early version of the Wimp front end application:
192742 Total input size
29659 Maximum compression
29706 No decimal number analysis
31129 No SWI name analysis
35103 No concatenation of output lines
47421 No removal of unused code
51950 No reduction of labels
The later ones are not accumulative, the non-reduction of labels (only) really does add on 57% to the output program size!
2 BasCompress
2.1 Overview
This chapter concerns itself with Basic, and what BasCompress expects (and does) to it.
2.2 Jargon
The following terms will be used quite frequently, so I'll explain what is meant by them:
routine a procedure or function
variable an (integer | real | string)[array]
label the name of a routine or variable
name a label with its (pre | post)fix
E.g. the following table might help
name label
PROC_Zappa _Zappa
Frank% Frank
Cy$() Cy
2.3 Basic
BasCompress will only except fully tokenised basic files, it does not accept text files. This program only knows about the tokens present in Basic V, v1.04. The behaviour of this program on Basic files on a version greater than this is undefined.
Only one Basic file is parsed (but see §2.10).
2.4 Numbers
BasCompress will interpret all numbers and try to output them in as compact a form as possible. This is most effective on long binary numbers, but can shorten many large decimal values as well.
The analysis and output of (decimal) numbers requires the floating point emulator. For this reason this can be turned off, just in case you are very short on memory.
Analysis of hexadecimal and binary numbers is always done, as this does not require any floating point math.
2.5 SWI's
Acorn's interface to the operating system, the SWI is an elegant self-documenting system. However, for interpreted languages like Basic, the translation of a SWI name to a SWI number is relatively time-consuming.
BasCompress will try to do this translation, leaving just a number. This provides both large space and large execution savings, particularly for Wimp programs that use SWI's during screen redraw (that's all of them!)
In order for BasCompress to translate the SWI name, it must be a simple constant string expression. If it isn't, or it can't translate it, then it is left as it is - thus providing an (almost) fool-proof conversion. (A possible case of a complex string constant would be SYS "X"+ "OS_ReadC").
Both SYS calls (in Basic) and SWI calls (in assembler) are converted.
Note also that the any modules used by the program should be resident at the time of compression, otherwise the SWI's will be unknown and thus BasCompress will leave them as strings. This is an easy mistake to make, and results in slower and longer compacted files being produced. This cases ud detected, and generates a suitable warning.
2.6 Star commands
A backward compatibility feature of Basic V is it's allowance of *Commands anywhere in Basic. Modern programs should really put this in an OSCLI("..."), or better yet a SYS "OS_CLI", "...".
However, since this is allowed, some programmers use it to introduce comments in programs by using the *| comment construct. BasCompress will remove these lines completely. It will also remove all unnecessary *'s and spaces.
If this results in a complete removal of the statement, BasCompress may produce incorrect code if (and only if) this *command was just after an (explicit) THEN. Since this is extremely bad programming practised, this author felt the benefits gained far outweigh the possible side-effects.
2.7 Assembler
BasCompress fully understands and compacts assembler statements. As part of this process, BasCompress also checks that the square bracket “[]” count on each statement is valid - which may be useful for detecting bugs in conditionally assembled code.
All R0..R15 registers get translated to 0..15, this saves a lot of space. Also the integer EQU's can be renamed to DC's.
Note that the single space left after some mnemonics is necessary, without it the Basic assembler will refuse to work.
2.8 Routines
It is important to understand that BasCompress treats a program as a group of routines. Because of this it can remove any junk inbetween routines, i.e. comments not explicitly starting with a REM, that other squashers leave behind (and even try to analyse - producing many, many errors).
Because a record is kept of what happens inside a routine, it is possible to conclude that a routine isn't actually needed in the output file - and so none of the routines that it calls are needed that bit less as well. Thus BasCompress can remove ALL unused routines from the output file. This is a very powerful feature.
2.8.1 Main program
BasicV does not provide a clearly defined method for distinguishing the end of the main program, and the start of the subroutines. BasCompress treats everything from the start of the first file to the first routine definition (DEF PROC or DEF FN) to be the main program. This isn't ideal, as many main programs consists of an infinite loop followed by junk - however there is no easy way of recognising the true end of the main program, so you have to live with it as it is.
If you wish to compress library files separately, i.e. files that do not contain a main routine at the start of a file, then this is easily accommodated.
2.8.2 Start and end
The start of a Basic routine is very easily detected, it is a line that starts with DEF FN or DEF PROC.
However, the end of a routine isn't so easy to detect. In the ideal world, every routine will have one, and only one exit that is a simple ENDPROC, or = <expr> on a line of its' own. However, we all live in the real world, and things are more complicated than that.
2.8.3 Conditional routine end
For example, consider the following function:
DEF FNmin(a, b)
IF a>b THEN =b ELSE =a
Now, the only way for BasCompress to recognise this construct is if it kept track of all branches of a conditional. This would involve a major upgrade, and would make the program just a code-generation pass away from a true compiler.
So what BasCompress does is to ignore exits from a routine that occur on the same line as an IF.
But, in the above example, the next line will be thought to be inside the function min. This usually results in a cascade of warning/error messages being generated. The only cure for it is to amend the offending function. The simplest way is to just put a dummy terminator in, e.g.
DEF FNmin(a, b)
IF a>b THEN =b ELSE =a
= 0
Better yet, would be to code it “properly”:
DEF FNmin(a, b)
IF a>b THEN a=b
= a
There is also the problem of programs that prematurely terminate routines inside, say, a case structure. This happens quite often, because it makes for much shorter code, and so BasCompress recognises this, see §2.9.
2.8.4 END and ERROR
Currently BasCompress does not recognise the fact that a routine may end with the END command, nor an unconditional ERROR. Since these are examples of bad-programming anyway, these are easily worked around by just adding a redundant ENDPROC or =0 afterwards.
2.8.5 LOCAL ERROR
BasCompress fully recognises local error handlers, and will force the next input line to start a new output line accordingly.
2.9 Multi-line structures
BasCompress keeps track of the current nesting level of all multi-line structures:
• CASE ... ENDCASE
• IF THEN ... ENDIF
• REPEAT ... UNTIL
• WHILE ... ENDWHILE
It does this primarily to detect conditional exiting from a routine. For example, if an ENDPROC or = <expr> is detected inside such a structure, then BasCompress knows it isn't the true end of the routine, and so will ignore it. A very useful side-effect of this is that BasCompress detects programming errors in the use of these constructs, errors that the run time Basic interpreter allows through. These very often are genuine program mistakes, usually inside error-handling code that is not fully debugged.
However, there are two caveats to this. Firstly, in order for BasCompress to do this it must assume that the start of any multi-line structure is not inside a one-line IF construct. Unfortunately, some programmers put a quick WHILE ... ENDWHILE loop in a one-line IF. BasCompress does not handle this correctly and this line needs to be split into a true multi-line IF.
Secondly, and just as less seriously, BasicV is rather lax in it's attitude towards multi-line structures. For example:
REPEAT
i += 1
CASE x(i) OF
WHEN 1:
IF do_it THEN
UNTIL FALSE:ENDPROC
ENDIF
...
...
ENDCASE
UNTIL i>max_i
Here, BasicV will rather carelessly execute the UNTIL, even though it isn't at the same nesting level as the matching REPEAT. BasCompress is not so lenient and it will refuse point blank to handle such code. It is another example of bad programming being used, and should be re-coded in another way.
2.10 Libraries
The use of the LIBRARY call is recognised. It causes the appropriate file to be appended to the queue of files to be parsed, and the entire LIBRARY statement to be removed from the output.
For this to work, BasCompress assumes a simple string constant follows the LIBRARY. If this is not the case and it uses a variable/routine parameter then you will need to set up a Special file. This will tell BasCompress what to expect the variable to be so it can load the correct file. Please refer to the §6.
All LIBRARY files are only ever scanned once, even if it is included many times.
2.10.1 Multiply-defined routines in libraries
Note that the loading of libraries, as performed by BasCompress is not exactly the same as the order that BasicV would have loaded them in. This could only cause a problem if multiply-defined routines exist, and further more these multiple definitions are themselves in library files, not the main file. If this situation does arise, then the kludge is: include the library containing the preferred definition twice, once before and once after the LIBRARY containing the unwanted definition. This will work because BasCompress will use the first loaded, and the uncompressed program would use the second!
Of course, the loading of libraries will mean that the current directory and/or some system variables (e.g. App$Dir) may need to be set up - otherwise BasCompress will not be able to locate the library file.
2.11 Label reduction
A lot of the time that BasicV takes to interpret a program is spent looking up variable names. BasCompress will attempt to reduce the long labels down to size, often producing dramatic space and speed improvements. The algorithm used ensures that the most used variables are chosen for the shortest variable names, and the names themselves are chosen so as to spread evenly across the name-space.
Did you note the word attempt in the above paragraph. This is because basic is an interpreted language and provides the powerful commands EVAL and DATA, allowing expressions to be evaluated in the current context. For instance EVAL("zappa%") would yield the value of the variable zappa%. But, if BasCompress had reduced this variable down to, say, A% in the rest of the program (because it analysed the program in a different context) then what happens at run-time is you get a variable not found error.
There are two solutions to this very common problem. The first is to disable label reduction on all variables of the type that are used in EVAL or DATA statements. This is extremely wasteful, but the only option available in other squashers. With BasCompress there is a much more elegant solution - you can specify all the labels that must not be reduced. Further more, these variables can be implied from the parameters passed to a routine!
For example, many Wimp-based programs will have a menu-construction suite of routines. These will be passed a string that describes the menu. Inside this string will be references to variables that at run-time will point to more information (sub-menus or windows usually). With BasCompress, you can get it to analyse all these strings, extract the variables, and then reduce all other variables apart from those. This is a very powerful feature. See the §6 for more info.
Note that BasCompress goes to the trouble of making sure that it never produces one of the “built-in” register labels used by the assembler (R0-R15, pc). On other basic squashers this can lead to VERY obscure bugs.
Also worth mentioning is that any labels accessed inside deleted routines are automatically removed from the list of labels to reduce. This produces better results than just reducing all labels found.
BasCompress can handle any number of labels, well as many as could fit into 16Mb of RAM :-)
2.12 Line numbers
Normally line numbers are an anathema but there does exist a valid reason for using them in BasicV, and so line number handling has been included in BasCompress. The reason why line numbers may be needed is if a program claims more memory though the use of the END=<expr> construct. This has the unfortunate side-effect of removing all routine level info, so you have to GOTO the main program loop).
Obviously, line numbers found in any library files are faulted as there is no valid reason for them being there.
Note that in short programs it is just possible that there will be a GOTO to a destination outside both the main program and all other routines. Currently BasCompress does not handle this (rather rare) case. As a kludge, surround the offending code in a dummy routine.
2.12.1 Output line numbers
If no line numbers were found then line numbering is easy. For single-file programs the line numbers keep to their original values, even if multi-line compaction is enabled. For multi-file programs the output file starts from 1 and increases in steps of 1.
If line numbers were found then the line numbers in the original program are used for the original program part, and thereafter line numbers increment in steps of one for any further libraries.
Unfortunately BasicV only allows line numbers up to around 65000 odd. This could possibly be a problem if the original program has line numbers up to, say, 64000, and includes quite a few library files. This is one of the few possible errors that are not checked for, as the possibility of it occurring are just so remote.
2.13 Multi-line output
Normally as many statements are compressed onto one output line as will fit. This produces the smallest files as the overhead that Basic imposes on each line is reduced by quite a bit.
However, it can produce code that runs slower. This is because it appears BasicV only notes the statement number of an implicit jump (e.g. after a FOR, WHILE, or REPEAT). And so if this is on statement 56 of a line, say, then it has to scan all along the line to find where to continue execution. This situation may be recognised in a future upgrade by forcing the statement after one of these cases to start on a new line.
2.14 DATA
BasCompress recognises the possibility that DATA may not reside inside a routine. All “unlinked” DATA statements will still be included in the output file, but only if there is some code left that will READ it.
Please note that variables used as DATA will require the use of Special files.
2.15 Re-compressing
Although at first sight the notion of compressing an already compressed file may seem a waste of time, in actual fact it is not.
This is because BasCompress compresses a whole line at a time, and then merges together two or more lines. This isn't done quite as optimally as possible, and sometimes extra colons are inserted.
If the output is fed back into BasCompress these extra colons will be removed, as it will be obvious that they are truly redundant.
This is best achieved by first compressing with reduction of function and procedure names only (thus ensuring ‘special’ routines only parsed once), and then a second time with full reduction of variable names.
3 Cross-referencing
3.1 Overview
The cross-referencing of a large program can provide many useful insights, providing you can organise the output so as not to swamp you with “useless” information. To this end you can control what gets include, the level of detail, and the ordering (with many types of ordering available).
Note that the cross-referencing of variables and routines is completely independent.
3.1.1 What's cross-referenced
The cross-reference contains only the routines and variables that will be included in the output file. Since dead code is usually removed, you have to tell BasCompress to keep in all would-be deleted stuff if you need a complete cross-reference.
You can also control exactly what types of labels are included. Usually you'd keep the default (everything), but sometimes you don't care about all the real variables, say, and this is easily catered for.
3.1.2 What's output
The result of the cross-referencing is sent to the cross-reference file, or the screen if none is specified. Since this is a lot of data, you will almost certainly want to use a file. The front end application has the ability to automatically load this into the resident text editor.
3.1.3 Messages
The formatting of the cross-reference is defined using the external Messages file. By altering the following messages you can tailor the output of the program dramatically (see appendix A for description of format of messages):-
Name Show label and its' qualifying string (“%s%s”)
Comma Separates distinct references (“, ”)
SemiColon Separates similar references (“; ”)
They are currently set up to produce “one-line-per entry”. However, it is possible to change these three so that every distinct reference appears on each separate line, vis-a-vis:
Name: \n\t%s%s
Comma: \n\t
SemiColon: ,%
But note, you will probably need to alter all the titles used so that they start rather than end with a newline. (The \t expands to a tab character, this is usually better than many spaces, since cross-reference files are large enough as it is)
3.2 Level of detail
There are four levels of detail supported by BasCompress:
None suppresses output, obvious really
Existence useful to just list the name of all the labels used
Global gives the additional information of a count of the label usage
Routine reports only each separate routine where a reference was made, this is probably the most useful option
Line details the exact statement for every reference
For the last two, each label has separate lists. For routines there is: defined, calls, called by; and for variables there is: declared, assigned, and referenced.
Note that the main program itself is treated internally as a procedure, and so appears in the routine cross-reference.
3.2.1 Routine definition
This gives the file and line numbers of the start and end of the routine.
3.2.2 Routine calls
Lists the names of the routines called by this routine, and the line number of the call.
3.2.3 Routine called by
Lists the names of the routines that calls this routine, and the line number of the call.
If the list is empty then BasCompress knows that this routine is not needed in the output program, and so will not include it.
3.2.4 Variable declaration
Where a label was “declared”. By this BasCompress means it is a formal parameter of a routine, or explicitly declared as LOCAL.
3.2.5 Variable assignment
When ever a variable appears at the start of a statement. This includes assembler statements.
Note that BasCompress sometimes thinks variable assignments are references. This happens in the following cases:
• variable is passed to a routine with RETURN parameters
• assignment after a one-line IF that is without a THEN
Here's an example of the later:
IF x<y x=y
Because Bascompress doesn't try to understand the conditional, it doesn't know that a new statement has started and so can't categorise the second reference to x as an assignment. See §8.2.
3.2.6 Variable reference
Any other instance of a variable other than the above two is taken to be a reference.
BasCompress will not recognise the fact that x += 1 is actually both an assignment and a reference.
BasCompress will also fail to recognise that var!0 = 1 only references var and does not assign to it.
3.3 Order
There are many uses you can put to a list of labels, provided you can order them in the way you need. BasCompress allows you to specify as many levels of sorting as you would need, with all the types of ordering that are relevant to the labels!
You can sort in either direction - top to bottom, or the more usual bottom to top.
These are the following sort types currently supported:
Name in Ascii order
Type for routines: function, procedure
for variables: integer, real, string, integer array, real array, string array
Dictionary by name, but as it would appear in a dictionary
Location the location of the reference
Usage for routines: number of times it is called
for variables: sum of the assignments and the references
Note the needed for multi-level sorting. You would normally sort labels by name, and type; and references by name, type, and location.
Trying to sort labels by location has no meaning, and will result in a seemingly random order. So it is not possible to list routines in the order they were defined in.
4 The front end
This describes the Wimp front end application. This allows the user to set up the parameters for the back end program in a friendly way.
4.1 Starting
A standard Archimedes application, just double-click the Filer icon to install the application onto the icon bar.
For foreign users, see the appendix A describing the Message file .
4.2 Overview
Because the back end works on, and produces, a number of whole files the format of this application is slightly unorthodox.
Basically you use the standard Risc-Os method of dragging file icons to Filer windows (to define the output files), and then drag a basic file onto the application to invoke the back end application to compress it. This generates the new log, cross-reference, and output files.
Not all of the output files need to be defined. Usually there is no need for a cross-reference. But, you will almost certainly want the log file defined, as otherwise you would not know what errors occurred, or anything else.
It is almost a pre-requisite to have Edit running alongside this front end in order for you to view the log that the back end application produces. The loading of this log will normally be automatic.
4.2.1 Icon bar icon
The icon bar icon shows some messages while the back end is active. This gives a visual reference to what is going on.
Clicking SELECT on the icon bar icon brings the control window to the front of the window stack.
Clicking ADJUST in the icon bar icon re-loads the last input file, using the new options. This is extremely handy.
4.3 Control window
This is automatically opened to the center of the screen when the application starts. It allows you to quickly set up all the files to be used, and as a side effect it gives you the chance to open a menu somewhere other than in the bottom right of the screen :-). The left-most three icon groups act just like the save as dialogue boxes to be found on the menu.
The special file is defined by dragging a Text file onto this window. More special files can be defined by editing the text field, appending a comma separated list of file names.
4.4 Main menu
There is only one menu.
Because the sub-menus are rather on the large side, it is recommended that you bring the menu up over the control window. This was the main reason for having a control window, as a convenient anchor for the menu.
4.5 Input
This sub-menu defines various parameters affecting BasCompress's analysis of the input file.
Allow multiply-defined routines
It is better to leave this option un-ticked, so that if a routine is defined more than once an error is generated. This is the default.
Ticking this option allows a routine to be defined more than once, with only warnings being given. See §2.10.1.
Report multiple exits from a routine
BasCompress needs to know when each and every routine ends. If it finds more than one exit it will report it. For large programs this can produce many warnings, and so these warnings can be disabled. See §2.8.3.
Parse numbers
This toggles whether BasCompress will try to reduce a string of decimal digits. Hexadecimal and binary numbers are always compressed. See §2.4.
Convert SWIs to numbers
There doesn't appear to be any reason to disable this. See §2.5.
Force malformed SWI's to generate error
Malformed SWI's are those that aren't simple strings, e.g. "X"+ "Wimp_Poll". With this enabled these generate an error, otherwise just a warning. See §2.5.
Report unknown SWI's
In order for BasCompress to convert a SWI string to a number the Module must be resident at the time of compression. If the module is not resident, then this warning will be given. This toggles the appearance of such warnings, and is usually left enabled. See §2.5.
Process as a library file
This option allows the input file to be treated as a library file. This means that no main program is expected, and any undefined variables and routines do not generate an error. Of course, using this option is usually pointless without also disabling all label reductions.
4.6 Output
This sub-menu allows you to tailor how much compression is applied to the output programs. Redundant spaces and comments are always removed, since there seems little point in using baScompress without doing this.
By default all compression is on.
Save as
This leads to a standard dialogue box, used to define the basic file that will be produced if the input is analysed without error.
Concatenate lines
Forces as many statements as possible onto each output line. This is usually very desirable as it produces quite substantially shorter code, but at the possible loss of a bit of execution speed. See §2.13.
Remove unused routines
Because BasCompress can work out exactly which routines are, and are not needed in the final program, then it can remove unused routines. This is the default, and there is little point in disabling it, other than creating a full cross-reference.
List
This leads to a simple sub-menu where you can specify the screen mode to use. When enabled, as BasCompress produces the output file it will switch to that screen mode and scroll the source and output in two separate columns. Although "pretty", it is also pretty useless, as this takes at least an order of magnitude longer to do, what with all that screen scrolling and printing.
Reduce variable names
By default, all variable types are reduced. The only conceivable use for disabling the reduction of these would be to circumvent the use of EVAL or DATA variables, although BasCompress provides a much better method, via the use of Special files. See §2.11.
The final option, ‘E’ suppression is used to stop BasCompress shortening any variables to a name beginning with an ‘E’. For the reason why this might be desirable, see §8.12.
Reduce routine names
By default, all procedure and function names are reduced. The only conceivable use for disabling the reduction of these would be to circumvent the use of function names used inside an EVAL construct, although BasCompress provides a much better method to handle this, via the use of Special files.
4.7 Log
The log sub-menu controls what additional information may be inserted into the log file, along with the name of all files scanned and any warnings and errors.
Save as
This leads to a standard save as dialogue box, used to define the file to which the log will be dumped. This will be a standard Text file.
Statistics
This shows how many of each type of variable and routine there is altogether in the program. This includes all deleted labels.
EVAL keyword
DATA keyword
READ keyword
These will list out every line that contains such a keyword, indicating where BasCompress may introduce errors because of its' reduction of labels. Note that only the use of these keywords outside special routines is reported, as it is assumed the use of the keyword was fully handled by the Special file. Further note that DATA found outside any routine is just reported as unlinked.
List input
With this option ticked, the input basic is also listed inside the log file. This produces humongous files, as this is plain text Basic not tokenised Basic.
4.8 Special files
Special files are used to help BasCompress to handle the EVALuation of variables. A special file consisting of a list of routines that are expected to contain this keyword, and/or a secondary list of any particular labels that must not be reduced.
The writable menu item allows you to type in a full pathname. It is easier just to drag the file onto the control window, though.
Warn undefined
Normally it wouldn't matter that you have told BasCompress about special routines that aren't used in the input file. However there is still this option that will report superfluous definitions found in Special files.
Show expansion
With this item ticked, every special label constructed will generate a warning message into the log file. This can be useful for showing what you think should appear, and what BasCompress thinks should appear.
4.9 Cross-reference
From here you define all aspects of the (rather large) cross-referencing sub-system.
Save as
This leads to a standard save as dialogue box, used to define the file to which the cross-reference will be dumped. This will be a standard Text file.
Include deleted
When ticked, this will force all the superfluous routines and variables to be included in the cross-reference. This is usually not such a good idea, as the process of deletion removes all the reference information. For a full cross-reference, also disable the removal of unused routines (see Output), which leaves this information in tact.
Reference order
This leads to an order dialogue box (see below) used to set the sorting criteria for the references. This is probably best left as the default: Name, Type, Location.
Variables
Routines
These two items lead into identical sub-menus. They allow the cross-referencing to be defined for both independently.
Verbosity
This leads to a sub-menu where you can define the level of detail of the cross-referencing information. See §3.2.
Types
Used to define what types of variables or routines are included in the cross-reference. Usually this would be all types, but sometimes you might only want to know about the integers, say. Just de-tick all the others.
Order
This dialogue box is quite complicated. Basically, you are trying to define several layers of ordering. First of all everything is sorted according to the left hand column. Now BasCompress goes through these sorted items looking for a sequence of items that are the same, according to this ordering. Now, for each sequence found it will sort them again using whatever you have defined in column two. This recurses on each smaller and smaller sub-sequence to the columns on the right.
Obviously, it isn't much use having two columns sorting by the same criteria, so BasCompress will not allow you to select it.
You can delete a column by ADJUST clicking on the ordering already used. This will cause all columns to the right to shuffle one column to the left (this is quite a pleasing graphical effect :-)
It isn't possible to have a “blank” column. If you attempt to create a blank column then your new column will be shifted to the left (yet another pleasing graphical effect :-)
It is possible to delete all columns. This will cause the output to appear in a seemingly random order. Not much use, apart from seeing how good the hashing function is!
Ordering by location is only meaningful for references. Using this option for variables or routines will result in a (seemingly) random order.
The Dict. standards for dictionary, and is similar to Name, except instead of ordering by ASCII, order as it would appear in a... (guess).
4.10 Choices Dialogue Box
This dialogue bog controls aspects of the front end application itself, not the back end. It grabs the input focus so that some keyboard short cuts can be used, must notably RETURN and ESCAPE. Also the bottom row of buttons can be pressed using F2, F3, etc..
Set
This accepts the above values for the current session of BasCompress. For the effects to be permanent use either Save or Save full. Also see the note below about using outline fonts in dialogue boxes.
Cancel
This disregards any edits you have made to the above options.
Save full
Along with all the expected switches and sort ordering, also saved with the choices are the default names of the log, cross-reference and output files. This option saves the full pathname of each of these files, and would be used while developing a project, to save dragging the log and output files each session.
Save
As Save full but only the leaf names of the log, cross-reference and output files are saved. This is handy for more generic environments. For instance, if you always call your Wimp programs Wimp, then to make a standard application from this, the output file would be !RunImage, and this would be a better default to have than Output.
Default
This sets up everything to a default state, for when you've made a complete mess of the options. This default state can also be achieved by deleting the Choices file inside !BC.!fe, and restarting the application.
Run BasCompressed file
With this option ticked whenever an output file is specified it is immediately executed after being generated. This is useful while constructing a Special file, so the program can proceed and report the missing variables found :-)
Load log file
If a log file was specified then this is “opened” immediately after it is generated. On a properly set up system this would cause Edit to be loaded up automatically if necessary, and replace any version currently held if Edit is already resident. Multi-tasking at its best. Note that if you edit the “old” log file, then this smoothness is ruined, because Edit will open up a new window containing the new version. C'est la vie.
Load cross-reference file
Same as the above option, but loads the cross-reference file generated, if any.
Name output as <Main>
This is a kludge to reduce the size of both cross-reference and log files. As any Wimp application must use the full pathname of every file, this is what is passed to the back end application. However this causes the full pathname to be printed in every error message and reference. As a stop gap, this front end can be told to set the environment variable <Main> to the full pathname, and pass this to the back end application. It does mean you don't see the actual name of the file being processed, but that usually isn't a problem as you know that anyway.
Output file leaf name same as input
This option is useful when compressing lots of files from one directory to another, for example having compressed versions of all your library files. Having defined the output directory, the full pathname is constructed from this directory and the leaf name of the input file, saving quite a bit of typing.
Use outline fonts in dialogue boxes
BasCompress comes with two versions of all its’ windows − with and without outline fonts. Users of low-resolution monitors may prefer to use the system font versions. Also, RiscPC users may have to use the “System font” windows for two reasons: first because the fontified windows use fonts at a different size (slightly larger for low resolution users) which looks ugly but more importantly because of a bug in the Window Manager that causes clicks on (genuine) font icons to cause the Wimp to “forget” the text font :(
Note that for historical reasons changes to this option are not updated immediately but only take effect the next time BasCompress is run.
5 The back end
This chapter describes the underlying CLI program, and how to use it effectively.
By default all text output is to the screen. This can be redirected to separate log and cross-reference files, as required.
5.1 Invoking
Double-clicking on the application directory from a Filer window will automatically start up the Wimp front end application. This is because no parameters were passed to the !Run file.
If any parameters are passed to the application, i.e. you activated it from a command shell then the back end application is called direct.
This application requires the floating point emulator module to be resident. This is automatically loaded from the current system resources. (Floating point arithmetic is only used to analyse and output decimal numbers, this can be disabled and so there will be no need to load the floating point emulator - this is not a recommended procedure, though).
Also required to be resident is the authors' own library module: CAssembler.
These modules are automatically loaded if not resident.
5.2 Installing
There are two methods of installing BasCompress for easy use from a shell. One is to just install the application onto your Run$Path, and use it by *!BC file.
This has the disadvantage in that you must remember the !. The much better alternative is to use the Alias$BasCompress that is set up for you in the !Boot file. Thus it is only required to run this !Boot file in your boot-up sequence, and then call BasCompress by *BasCompress file.
In both the above it is essential that the !Run file gets executed, as this ensures auxiliary modules are resident and checks that there will be enough memory to start the application.
5.3 Environment variables
Because the CLI limits command lines to (a paltry) 256 bytes, several tricks were used in order to make the front end application work effectively with the back end program (with full pathnames). These can be put to great advantage for CLI users. In all cases an unset, or empty variable is ignored.
BasCompress$Options
This should be a string of the same format as a normal parameter set, except missing the name of the input file (of course). With this you can override any of the built-in default values with your own preferred set.
BasCompress$Output
The name of the tokenised basic file produced.
BasCompress$Log
The name of the log file produced.
BasCompress$XRef
The name of the cross-reference file produced.
BasCompress$Special
The name of the special file(s) input (a comma separated list).
BasCompress$Path
A comma separated list of directories used to find Special files
It should be noted that the front end application resets all of these variables (except the Path), so keep this in mind.
5.4 The CLI parameters
The ordering of the parameters has been carefully set up so there is usually no need to name any parameters.
BasCompress [-In] <file>
[[-Out <file>]
[[-Special] <files>]
[[-Log] <file>]
[[-XRefFile] <file>]
[[-XRef] <n>]
...
So for normal work you would have set up BasCompress$Options and you'd just do BasCompress @.MyProg @.Result @.Special @.Log "" 0.
There is a -Help option to display a brief description of the available options.
As with all all native Archimedes applications, switches toggle the previous state (OS_ReadArgs does not allow -f and +f).
5.4.1 Input
-In <file> this must always be given
-Library ignore undefined routines & main program (OFF) §2.8.1
-MultiDEF allow multiple definitions of the same routine (OFF) §2.10.1
-Reduce <type> reduce these types of labels (irsIRSpf) §2.11
-Single no concatenation of output lines (OFF) §2.13
-Unused delete unused routines and variables (ON) §2.8
<type> is a string of these letters:
p procedure
f function
r real variable
i integer variable
s string variable
R real array variable
I integer array variable
S string array variable
5.4.2.1 Output listing
First the mode is selected (-1 would select the current mode), and an appropriate warning or error generated if that mode is not available. Next a blue-on-white colour scheme is selected. Then the display is split into two columns, with the left column about 61% of the screen wide (80 columns in mode 16). The source listing is scrolled here. On the right column the output is scrolled.
The source listing does not include any deleted routines, but does include all inter-routine junk. The output listing is as per the output file, in its' entirety. The right column is only updated each time a whole line has been amassed, which could take a while if maximum compression is selected.
There isn't really much use for this option, as the time taken to scroll the screen takes far too long.
5.4.3 Log
-DATA log lines containing DATA (ON)
-EVAL log lines containing EVAL (ON)
-Goto log lines containing line numbers (ON)
-List echo input to log (OFF)
-Log <file> output file (see BasCompress$Log)
-READ log lines containing READ (ON)
-Stats log program statistics (ON)
5.4.4 Special
-Special <files> use comma list of <file> to resolve implicit usages (see BasCompress$Special and BasCompress$Path)
-UnusedS report undefined special routines (OFF)
-WSpLabel report label expansion results (OFF)
5.4.5 Cross-reference
-XRefFile <file> output file (see BasCompress$XRef)
5.4.5.1 What
-Deleted xref includes deleted variables and routines (OFF)
-XIncVar <type>
-XIncRtn <type>
-XInc <type> xref these types of labels (irsIRSpf) §3.1.1
<type> is a string of these letters:
p procedure
f function
r real variable
i integer variable
s string variable
R real array variable
I integer array variable
S string array variable
5.4.5.2 How much
-XRef <n> level of xref detail for both routines and variables §3.2
-XRtn <n> level of xref detail for routines (0)
-XVar <n> level of xref detail for variables (0)
<n> evaluates to a number from 0 to 4:
0 None
1 Existence - name
2 Global - name / count
3 Routine - reference to routine level
4 Line - reference to line level
5.4.5.3 Order
-Sort <sort> order of all variable, routine, and reference sorting §3.3
-SRef <sort> order of cross–references (NTP)
-SRtn <sort> order of routines (TN)
-SVar <sort> order of variables (TN)
<sort> is a string of these letters:
N sort by name
T sort by type
D sort by name (in dictionary sense)
P sort by position in source
U sort by usage
e.g. to sort by usage, name, then type = “UNT”.
Lower case letters order top to bottom.
5.5 Error handling
By errors, it is meant system errors (i.e. those generated by calls to the operating system).
Admittedly, error handling is quite primitive in BasCompress. All calls to the operating system are tested for error condition, and if set this is immediately propagated all the way back to the user, with an appropriate message dumped in the log file.
Errors occurring before the log file is opened are reported to the screen.
In any case, an error safely closes all files opened by this application.
5.6 Escape handling
As with error handling, this is fairly primitive.
BasCompress can be aborted at any time, terminating immediately after closing all open files.
Note that during the middle of program output the Basic file will be Type'd to Data, as a safeguard against loading it into BasicV. (This does not handle zero-length files very well - it hangs the machine).
5.7 Hourglass
The hourglass is used to indicate BasCompress's progress.
During parsing, the percentage shows how much has already been analysed. Note that because BasCompress can not know the total length of input beforehand, the percentage may actually go backwards as LIBRARY statements are parsed.
During cross referencing, there is no percentage, but the bottom L.E.D. is on.
Finally, during program output an accurate percentage is displayed, with the top L.E.D. on.
6 Special files
This chapter explains the format of the Special files. These are auxiliary Text files used to give BasCompress some more information to help it compress better. See also the examples supplied on disc.
6.1 Why
Special files are used to tell BasCompress how to cope with the following types of situation:
• EVAL("Variable")
• DATA Variable
• LIBRARY "%."+ RoutineParameter$
• EVAL("FN_"+ RoutineParameter$)
Because BasCompress reduces labels (see §2.11) using a global context, at run-time when BasicV tries to find these labels in the current context, it fails. Special files tell BasCompress which labels not to compress, either explicitly as in the first two cases or above, or implicitly (from routine parameters) as in the later two.
6.2 Files
Special files are just plain Text files, in the format specified below. BasCompress allows more than one Special file to be defined (using a comma separated list), but it is far easier to use the #include directive inside a Special file, as shown below.
Special files are found using the environment variable BasCompress$Path. By default this is not set up, but you may like to create a sub-directory BAscompress in your library and set this variable to ",%.BAscompress." in your boot-up sequence (note the trailing dot, as with all path variables). Here you would keep the one or two special files that handle your particular set of library files, and BasCompress will find them for you without you having to type in a full pathname every time.
6.3 Format
The format of a Special file is fairly simple.
Basically, (for variables) all you're trying to tell BasCompress is:
• routine X has a string in parameter Y
• inside routine X there is an EVAL
• this constructs a new label Z from Y
• don't reduce this label Z
So all you do is give the name and expected parameters of a routine and tell BasCompress how to construct label Z.
6.3.1 Routines
You give the name of a routine by:
procedure foo(1)
or,
function bar(,1)
The brackets are necessary if a routine doesn't have any parameters.
The procedure definition above tells BasCompress to expect a (simple) string expression to be passed to the procedure foo at every call, as the sole parameter. The function definition says the first parameter is not important, but the second parameter will be a simple string.
These prototypes are checked against what is actually found in the program proper, and an appropriate error generated if they don't match.
There can be up to ten distinct string parameters [0-9], but you'll probably only ever need just one.
6.3.2 Globals
Sometimes the EVAL isn't in any particular routine (or is used inside a nested routine structure not amenable to the above simplification), so you'd like to give the name of the labels not to reduce just once. This is easy because at the start of each Special file, BasCompress puts an implicit declaration of the main program as a routine, with no parameters. So you'd just start defining the global labels as normal routine labels.
6.3.3 Labels
First of all an example:
PROC_List(a, "Zappa", "Good")
...
:
DEF PROC_List(RETURN x, y$, z$)
IF EVAL("Frank_"+ y$)<>0 THEN
x += EVAL("FN_"+ z$+ "_Name(Cy%)")
ENDIF
ENDPROC
this would be implemented as:
procedure _List(, 1, 2)
real Frank_\1
function _\2_Name
integer Cy%
Note the spaces to the left of the implicit declarations, and the case of the keywords as both of these are important. Also note the need to declare Cy% as another variable that must not be shortened.
There is no attempt to verify that the <n> used was declared in the parameter list, but all undeclared <n> are reset to the empty string. Also there is only rudimentary checking done on the expansion template, so be sensible.
The following table shows the exact words to use - note they must be lower case:
real a real variable e.g. pi_by_2
integer an integer variable, e.g. count%
string a string variable, e.g name$
real_array a real array variable, e.g. times()
integer_array an integer variable, e.g. books%()
string_array a string variable, e.g. titles$()
procedure a procedure, e.g. PROC_total
function a function, e.g. FNmin
library load library file, e.g. %.Wimp
BasCompress can currently interpret the simple string in a number of ways. These template expansion types are:
6.3.3.1 Verbatim
\<n> causes the formal parameter <n> to be substituted verbatim.
6.3.3.2 Comma separated
,<n> treats parameter <n> as a comma separated list of strings to substitute, with optional spaces after each comma.
Each value is extracted from the string in turn. Note that the string is expected to contain real variables only, i.e. no %, $, or (.
For example:
PROC_Music("Zappa,Varese,Stravinsky,Belew)
...
:
DEF PROC_Music(p$)
LOCAL i, dummy
i = INSTR(p$, ",")
WHILE i>0
dummy = EVAL("FN_"+ LEFT$(p$, i-1))
p$ = MID$(p$, i+1)
i = INSTR(p$, ",")
ENDWHILE
ENDPROC
could get coded as:
procedure _Music(1)
function _,1
6.3.3.3 Full pathname
@<n> parameter <n> is considered as a full pathname, and just the leaf name is substituted.
For an example see §6.3.4 below.
6.3.3.4 Wimp menu
»<n> <n> is taken to be a Wimp menu string. This means that after ">" and ":" a variable name is expected, terminated by a comma or the EOS.
It is assumed that the implicit variables are all of the same type. If not just define several rules, one for each type.
For example
PROC_menu("Prog,Info>Info%,dSave as>SaveAs,Quit")
may get coded as follows:
procedure _menu(1)
integer »1
real »1
6.3.4 Variables as regular expressions
As well as the above special meta-characters BasCompress will now allow you to specify special variables (not routines or libraries) as a regular expression (a fancy wildcard expression). This means that instead of specifying one variable, you specify any variables that match a pattern.
Special variables so specified can not contain any parameter substitution commands. They also behave in a slightly different manner.
To process special variables defined as regular expressions BasCompress must use a separate pass, between parsing and output. This scans every variable (of the particular type) to see if it matches the specified pattern. If so, then the variable is flagged as being un-renamable − as expected.
So what is a regular expression, and why would you want to use it? For a full description of regular expressions please see Appendix B, but all the useful features (two of them!) will be shown in the examples below.
You would want to use regular expressions to specify a range of variables with the same sort of name − instead of specifying every single one individually. Eg say you have defined many constants such as 'Wimp_Initialise', 'Wimp_CloseDown', 'Wimp_GetRectangle', etc. and then used these constants in some DATA statements. Instead of having a (long) list of these variable names in the special file you would recognise that all of the variables begin with the pattern 'Wimp_' and tell BasCompress to mark all such variables as unrenamable.
6.3.4.1 Example patterns
Here's how you would write the above example in a special file:
procedure dummy()
real Wimp_.*
the important bit being the ".*". This should be read as "any character", "repeated 0 or more times". Ie as long as a variable starts with the five characters "Wimp_" the pattern is matched.
Another frequent case is when variables have the same postfix - eg the pattern:
integer .*CMOS\>
would match all integers that end ("\>" means "match end of variable") in the letters CMOS, ie MosROMFrugalCMOS%, FontMaxCMOS%, etc... The specification that CMOS be at the end stops, say, MyCMOSvar% being matched by the pattern, as it otherwise would if this were not included.
6.3.4.2 Limitations
Although a regular expression may be defined dependent on a special routine being called, this fact is currently ignored − all special variables specified using a regular expression are used during the pass. For this reason it is probably worthwhile to place all wild-card specifications as global − ie in the main program section of the special file. This limitation will not last long.
Currently a variable that is recognised as matching a pattern is flagged as being referenced from the main program (in the cross reference) and not inside the special routine that specified the wildcard − but this will change in a later version.
6.3.5 Libraries
As well as labels, libraries may be implicit. For example, here's a simple library handler:
PROC_Load_Library("<Basic$Lib>.Wimp", 2)
...
:
DEF PROC_Load_Library(f$, v)
LOCAL x
LIBRARY file$
x = EVAL("FN_Init_"+ FNleaf(f$))
IF EVAL("Version_"+ FNleaf(f$))<v THEN
ERROR 1, "Library too old"
ENDIF
ENDPROC
Well, in real life you'd set up error handlers and note which libraries have already been loaded, but you get the idea. This could be coded as follows:
procedure _Load_Library(1,)
library \1
function _Init_@1
real Version_@1
Note the use of @<n> to extract the leaf name.
In the output program the entire statement containing the LIBRARY is removed.
Note that because BasCompress analyses the program in a linear fashion, the order of library routines may well be different from that used in the uncompressed program, (see §2.10).
6.3.6 Include files
It is possible for special files to include other special files. Thus you will probably set up BasCompress$Path and a special file to handle your own set of standard libraries, and then...
#include mylibs
somewhere in the special file for each particular program. (Note that there are no spaces to the left of the #include, and don't put any quotes on the name either).
Nesting level is not limited, and you can recurse. This will result in an infinite loop, with the only resort being to press escape to quit, and then examine the log file.
6.4 Limitations
There can only be 250 odd total Special routines defined. If any one actually reaches this limit, then contact the author, it's easy to alter - at the expense of a slight increase in memory usage.
There is of course one major limitation in that you have to specify the name of all the special files before processing the program. It would be nice to set up a system whereby if the program (maybe implicitly) loads in library X, then load up special file Y. However this would require re-finding all calls to the (new) Special routines - something that seems quite hard to do :-(
Finally, you'd like to be able to take into account the scope of the variables so only the use of variables in scope are not reduced. But since BasicV only has one scope, this is not possible to implement safely, without some explicit help from the programmer by marking the scope of variables in some way.
7 Errors
7.1 Overview
Errors and warnings can be generated at various stages of the game. They all look the same and are all sent to the current log (file / screen). The format is:
file 1234 warning 3: message
If there is no filename, then it indicates the error is global in scope, for example the “undefined routine” error generated when all files have been parsed.
Warnings report non-fatal deficiencies. Errors report a major problem, and will stop any output file being generated.
As with all text used by BasCompress, these error texts are held in the Messages file.
It is worth pointing out that many warnings and errors may be generated after the seemingly innocent warnings 9 and 10. This means that BasCompress may have lost touch with what routine is being defined, and starts interpreting the junk inbetween routines as genuine code. So do check the log file from the start.
7.2 Warnings
Most of the warnings are self explanatory.
1 Expecting PROC or FN after DEF
In standard Basic, these are the only valid things after a DEF. This warning has never been encountered in debugged source!
2 DEF inside a routine
This is generated because an earlier routine did not exit cleanly, and the program believes you are still in this routine. You need to fix the errant routine by terminating it properly, or simply appending a dummy routine end (ENDPROC or = <expr>).
3 Unexpected period ‘.’
A period on it's own is treated as the start of a number (e.g. “.7”). This warning is generated if a statement starts with a period and it is not in the assembler.
4 Mismatched quotes ‘"’
Every line should have matching quotes.
5 Malformed hexadecimal number
It is expected that a digit or a letter [0-9a-fA-F] comes after an &.
6 Malformed binary number
It is expected that a 0 or 1 comes after a %.
7 Line number reference found
This is given if line numbers are found in any libraries, since there is no valid reason for them being there.
8 Expecting routine name after PROC or FN
A non-label character was found after one of these tokens. This very unlikely.
9 ENDPROC not at end of procedure
This is generated if ENDPROC is found on a line containing an IF, i.e. it is ambiguous as to whether this is the genuine end of the procedure. Most of the time this causes no problems, but for short routines where this is the only way it exits then BasCompress will get confused as to the exact end of the routine. In this case you must either re-code the routine (recommended) or insert a dummy routine terminator (ENDPROC or = <expr>).
10 = not at end of function
This is generated if an “= <expr>” is found on a line containing an IF, i.e. it is ambiguous as to whether this is the genuine end of the function. Most of the time this causes no problems, but for short routines where this is the only way it exits then BasCompress will get confused as to the exact end of the routine. In this case you must either re-code the routine (recommended) or insert a dummy routine terminator (ENDPROC or = <expr>).
11 Code found on last line of function
There were more statements on the same line as the terminating “= <expr>” statement. Since these will never be executed by Basic then they should be removed. This warning could well turn up quite often if BasCompress is fed the output of other squashers.
12 Expecting a string after LIBRARY/INSTALL
In order to be able to load in libraries BasCompress expects a simple constant string expression to follow these keywords. If this is not the case then you will need to set up a Special file to handle this situation. This warning is suppressed if inside a Special routine.
13 OVERLAY file(s) not scanned
The OVERLAY keyword is not supported by BasCompress.
14 Unexpected ‘[’
A running total of square brackets is kept. This indicates that something like “LDR R0, [[R1...]” was found.
15 Unexpected ‘]’
A running total of square brackets is kept. This indicates that something like “LDR R0, [R1...]]” was found.
16 ENDPROC inside a %s structure
Found a conditional exit from a procedure - this indicates a bad programming style.
17 = inside a %s structure
Found a conditional exit from a function - this indicates a bad programming style.
18 Conditional %%s
Found a conditional termination of a multi-line structure - this indicates a bad programming style.
This may occur on lines like the following:
IF x>0 THEN WHILE x>0:y+=FNy(x):x-=1:ENDWHILE
Unfortunately BasCompress does not like this because it expects all multi-line constructs to start unconditionally. To cure this split the one-line IF into a multi-line IF.
19 Too many ‘(’ found
A running total of ellipsis is kept. This indicates something like “(1+2)(” was found.
20 Unexpected ‘)’ found
A running total of ellipsis is kept. This indicates something like “(1+2))” was found.
21 Routine %s already defined at %s
This warns about multiply-defined routines. Since there are sometimes very good reasons for doing this this warning can be suppressed.
22 Malformed decimal number
A bad decimal number was found. A decimal number is something beginning with a digit or a period and continuing as expected. The form of the number is always checked, but the compression may be turned off.
23 The (global) special routine %s is not defined anywhere
This speaks for itself. It is only generated if the user has asked for it, as it is not usually relevant.
24 SWI name missing, or not simple
It is normal to just have a string, variable, or number immediately after a SYS (SWI). This indicates that found something else - which may indicate a syntax error.
25 SWI ‘%s’ is unknown
The operating system has no record of what this SWI means. This indicates that either the module is not loaded at the time of compression, or it is misspelt. BasCompress will leave it as it is, producing longer and slower code.
26 Can't change to screen mode %d
If the listing Mode could not be found, but a suitable alternative was possible.
27 Special variable %s has been used
28 Special routine %s has been used
29 Special library %s has been used
These warnings are generated if the user has turned them on. They show the results of label expansion done at the instance of a call to a Special routine.
7.3 Errors
Any errors encountered will stop the final output phase, but the program will soldier on parsing, so you can rectify all the errors in one hit.
2 ENDPROC found in a function
This invariably follows warning 2, about DEF found inside a routine, which itself follows a warning 10, because the previous function did not terminate cleanly.
3 = found in a procedure
This invariably follows warning 2, about DEF found inside a routine, which itself follows a warning 9, because the previous procedure did not terminate cleanly.
4 Routine %s already defined at %s
It's either an error or a warning (21), and this is the error.
5 File error: %s
Since there is minimal file accessing done (files are loaded in one hit), this usually just reports not being able to find a particular file/invalid file name - it is dependent on the underlying filing system.
6 End of file in middle of routine
It is invalid for a routine to span across a file boundary.
7 Too many files (>254)
I can't foresee anyone getting this error message! It is unlikely that this limitation would be lifted, either.
8 Undefined routine: %s (used %s)
Generated after all files have been parsed, it warns of routines used but never defined. These are usually obscure routines only called in error handlers. If you know for sure that this routine will never be called, just put an empty version in your main file to suppress this error.
9 Undefined variable: %s (used %s)
Not generated.
10 FOR not at start of statement
This may be of some use - not much, but what the hey? (Maybe be on a one-line IF)?
11 Escape pressed, parsing aborted
Not generated. Escapes just terminate program immediately in the current version.
12 File %s does not have a Basic file type
This program only accepts tokenised Basic files - maybe the file is just not Type'd correctly. (Could be that it was saved under the CFS or some such, and you only gave the SCSIFS?)
13 File %s is too small to be a Basic type
A rudimentary check on each Basic file is done - this is generated if it fails.
14 File is corrupted/not basic
Each line of tokenised Basic has a header. As the file is parsed each header is checked and if invalid this error is generated and parsing of the file is aborted.
15 Escape pressed, xref aborted
Not generated. Escapes just terminate program immediately in the current version.
16 Escape pressed, compression aborted
Not generated. Escapes just terminate program immediately in the current version.
17 Unexpected %s in a %s structure
This detects any foul-ups in multi-lined structures. The Basic interpreter allows some of these through without reporting an error. These errors allow you to fix the (very probably) mistakes. See warning 18.
18 Unexpected %s
As error 17 above, but obviously outside any surrounding structure.
19 End of file in middle of assembler
A special case of error 6, i.e. a routine did not end before the end of a file was found.
20 OTHERWISE not at start of line
A simple error for a simple mistake.
21 WHEN not at start of line
A simple error for a simple mistake.
22 Computed GOTO/GOSUB found
Now, I ask you, is this how to program? BasCompress will refuse to work with such things, and who can blame it?
23 INSTALL/LIBRARY not at start of line
This indicates a syntax error, probably. Or maybe an IF without a THEN, who knows?
24 INSTALL/LIBRARY can not be on a conditional line
If you must, then split into a multi-line IF and try again.
25 The special routine ‘%s’ was declared as having different parameters from those found here
The number of parameters do not match - probably a wrong number of commas in the Special file.
26 The special routine ‘%s’ wants a string constant for one of its' parameters
This program only handles very simple constant string expressions, and this error indicates that the expression was not simple enough.
27 Line too long (max 256)
This seems a reasonable upper limit on the line length of a Special file.
28 Line ‘%s’ is not of a recognised form
Syntax error for the Special file line. Note that if you specified a Text file full of control codes and such, then you may only get to read the last few words of this message.
29 Label ‘%s’ is invalid
In Special files, the label probably starts with a digit, or some such.
30 Parameter list ‘%s’ is invalid
In Special files: what more needs to be said?
31 Parameter list ‘%s’ contains a duplicate
In Special files: it is not exactly meaningful to have two or more parameters assigned to the same expansion number is it?
32 Implicit label substitution overflowed
When a call to a Special routine is found, the label templates get expanded using the actual parameters passed. This error shows BasCompress checks for overflow in its' internal buffers!
33 Too many special routines (max 255)
A perfectly reasonable limit it seems. This could easily be extended, though.
34 Unable to load special file (not Text?)
Or maybe it wasn't found. Only Text files are accepted.
35 SWI name missing, or not simple
It is normal to just have a string, variable, or number immediately after a SYS (SWI). This indicates that found something else - which may indicate an error.
36 Illegal screen mode
If the listing mode could not be found, and no suitable alternative was possible, then this error is generated.
37 Bad main program, unterminated %s structure
This is a special case, if the first routine found (DEF PROC, or DEF FN) was inside a multi-line structure. This indicates an error in the main program.
38 Can't find closing ellipsis in special routine parameter
During label expansion, BasCompress found a label ending in (, which it took to mean the start of an array index. No closing ) was found before the end of the string.
39 Bad char `%c' following > or : in special routine parameter
During label expansion, BasCompress expects the label to be terminated by a comma or the EOS. This indicates that this condition was not satisfied.
7.4 Run-time errors
Here is some help with possible errors that BasCompress may introduce to the compressed Basic output.
7.4.1 Unknown or missing variable
The quick and easy method to solve this problem is to turn of all label reduction. This is not recommend, as it makes the use of BasCompress almost worthless.
This error has been generated because you have not told BasCompress about the side effects of an EVAL or DATA statements. See §2.11 for why this produces the error, and §6 for how to cure it.
In essence you have to go through the program, locate the EVAL's and possibly the DATA statements as well, (look in the log file for exactly where to find these), and then build a Special file to tell BasCompress how to handle these.
Usually this entails defining some “global” labels that will never be reduced, although sometimes it is possible to build a more sophisticated parameter-based rule.
It may just be possible that this error is generated inside assembler. If so, then this indicates an error on BasCompress' part. Examples of such should be sent to the author for inclusion in upgrades. This possibility is extremely remote as BasCompress has been tested with a wide range of sources, but most cases where it has failed in the past has been in this area.
7.4.2 No such function/procedure
This occurs for exactly the same reasons as detailed in §7.4.1 above.
7.4.3 Missing ENDIF
These errors are generated very rarely, but they are just possible. Consider the following code:
IF FN_SaveFile THEN :::REM comment
What BasCompress could produce, although it does tries not to, is:
IFFNxTHEN
Obviously this is wrong, wrong, wrong. From a simple one-line conditional (that does nothing), BasCompress has produced a multi-line conditional construct where there shouldn't be any, and without the ENDIF.
Since this situation is fairly rare, and BasCompress does handle it most of the time, it is not likely to be remedied - unless enough people request it.
The work around is to not to ignore the return value from the function, which is probably an error status (indicating a very lazy programmer!), but to assign it to a variable, and then act on it accordingly.
7.4.4 Logical errors
By this it is meant that a program doesn't generate any overt errors, it's just that it doesn't do the same as it did before compression.
BasCompress has been tested quite thoroughly with a wide source of Basic programs, and it is hoped that all of these exceptional cases have been noted and duly handled. However if you do get this type of error, it is still probably because of EVAL and DATA being used with undeclared (and probably short, e.g. A%, x, etc.) variables. These variables may have been “renamed” by BasCompress, or even re-mapped to different variables, and hence contain an invalid value.
If it is not because of this, then the author would appreciate it if an example of the incorrectly compressed source was sent in, so BasCompress could be updated to handle that case.
7.5 Internal errors
These are “system” errors generated by BasCompress itself. These messages are hard-coded into the executable, and use the error number chunk &DCBC0 to &DCBFF:
Error(s) during parsing
This should never appear, as it is an internal error used to indicate an erroneous parsing stage.
Invalid sort character '%c'
Sort string too long
Invalid type character `%c'
These indicate rudimentary errors on the parameters passed on the CLI.
Invalid option in system variable BasCompress$Options
Indicates an invalid system variable. Unfortunately it is not possible to show exactly what was wrong with it, just that some part of it was wrong.
1.1
...
10.1
These errors should never be generated. They indicate where BasCompress has found some inconsistencies in its' own internal data structures. Any occurrences of such should be sent, along with the source that produced them, to the author for correcting in future upgrades.
8 Loose ends
The fact that this chapter exists shows that I'm no good at documentation :-) It mainly describes features that may (or may not) get implemented in future upgrades.
8.1 Memory usage
Let's face it boys and girls, this program eats RAM like nobody's business. It's really just a fact of life for 32-bit/RISC machines.
This is compounded by the need for some oomph (technical term) in the program execution stakes. To this end most things are kept on two separate lists - e.g. if a routine X calls Y then this is recorded both in X's calls list, and Y's called by list. This bit of redundancy probably doubles the speed of cross referencing, so it was felt worth it.
Also all the source is kept in RAM, and all the output.
There is some consideration to low-memory users in that the hash table sizes grow on request, but then again they start pretty big anyway :-)
If enough people request it then BasCompress may be upgraded to include the option of smaller initial hash-tables and demand-loading the source - a simple hack & slap.
8.2 Missing THEN
Basic allows the programmer to omit a THEN statement when used on a single-line IF compound. However, this can cause problems. Because BasCompress removes all spaces, if the condition ended with a digit, and the statement after the (missing) THEN starts with an ‘E’ then Basic gets confused – thinking a real number (in exponent format) has been given. Eg the BasCompress produced line:
IF x<>0E%=1
is wrong. There should be a space after the 0. This is very rare. A temporary cure is to stop BasCompress shortening any variables to names starting with an ‘E’. Although this will solve most problems, there is still the unresolved problem of the un-shortened variables. The only cure is to make sure the THEN is always used.
A similar problem is the following BasCompress produced line:
WHILE x<>0E%=2
The cure for this is to always separate the expression from the first statement of a WHILE compound by a colon.
While testing this program, it became evident that the missing THEN was part of a general problem - skipping a Basic expression. This is harder than at first seems, because there is no point at where you can say “yes, here is the end”, as you can in a procedural call, say (e.g. you've found a comma, close ellipse and the bracket and quote count is zero). E.g. how would you handle this:
IF a=b=c THEN P."hello"
Intuition get's it wrong. Basic treats this as:
IF (a=b) THEN =c ...
Which means you have to build a tree/stack. But, once you can do this then this program could become quite interesting. It could evaluate constant sub-expressions. This could produce some very compact stuff, as you'd also be able to substitute constant variables with their values, and even eliminate dead code. I.e. debugging stuff that would never be executed because it is known that, say, Debug is always FALSE.
But, tie that in with a bit more knowledge of the structure of the Basic, and it is almost easy to generate not tokenised Basic, but code. Well, I'm sure if enough people register, it will give this author the incentive to develop BasCompress into the fastest (and cheapest) Basic compiler.
8.3 Cross-reference
It would be nice to have a toggle between multi-line and single-line (the current) output. This is fairly easy to do, but it'll require some experimentation :-)
Also handy could be some ordering based on label length, or even the (approximate) size of a routine.
Some rationalisation of the messages used is in order, too. Currently the program outputs some line feeds of its' own accord, which is decidedly against the grain.
How about not listing the file that a routine is in? Or just the leaf of the filename. This would reduce the size of the output by quite a lot. The former would require the user to cross-reference (the cross-reference!) to find the file of the reference, though.
8.4 Statistics
There are loads more statistics that could be done;
• libraries that aren't needed
• variables only ever declared (e.g. LOCALised but never used)
• variables only ever assigned to once (constants)
• lines where the memory indirection operators ?, | and ! are used
• don't log all the deleted routines and variables, just count them
• give a percentage of the code that is unused
• percentage compression achieved on the used code
• lines containing any user-defined basic token (e.g. PRINT)
• time taken to load, parse, cross-reference, compress, write
8.5 Uncompressed output
It would have been nice if there was an option to just remove the unused routines and merge all the libraries into one big file. This would give a nice listable program containing only the routines used. However this is currently unpossible, as BasCompress was never intended to produce anything but compressed code. (There are many places where “skip until hit non-space” is hard-coded, and it would take a rather long time to rationalise these so you could toggle it on/off.) Oh well.
8.6 Label reduction
The reduction of labels isn't always as good as it could be. Currently BasCompress only judges the fitness of a label to be reduced on its' global usage. A better algorithm would take into consideration the nesting level of each usage, and use this to bias the reduction of labels towards those used inside loops.
8.7 Executable
The current situation, with two separate applications is far from ideal. A better situation would be to have the back end program inside a module. This would have the added bonus of not needing to load in the Messages file every time it is run.
Better yet would be to have the whole thing as one big Wimp application. Here many extras are possible because there would be direct access to the cross-reference database. For example it could create graphs of variable name distribution, provide the cross-reference in it's own window, where you could filter it given user criteria (such as name matching a regexp AND usage>3). But I don't think so, do you?
Appendix A: Messages
A.1 Internationalism united
For users of a foreign extractment, the Messages directory contains the country-specific text files. Copy Default, to (say) Iceland and edit the messages, and if that is the configured country of the machine, then those messages will be loaded. Note it is sensible to keep a Default file as this will be loaded if no file of the configured country could be found.
If you do make a translated messages file, the author would appreciate it greatly if you could send it in so every one can benefit.
A.2 Format
The message format is fairly obvious - just look at them to see what can and can't be done, but here's a quick summary.
• Comments start with a #
• Messages names start on a new line, and end in a colon
• Messages start at the first non-space after the colon, and finish at the end of the line
• Spaces can be done as “% ”
• Percents can be included using “%%”
• The “parameter”s %s and %d are supplied by BasCompress, these are standard C printf() strings
• The standard C escape sequences \b, \t, \n, \r, \xXX, \000, etc. can be used to insert those characters inside the messages
• A message may be a selection: starts with a “%?” and consists of a comma separated list of alternatives
Appendix B: Regular expressions
B.1 Definition
A regular expression (RE) is a fancy wild-carding system – i.e. you don’t need exact matches. A regular expression is really a mini–programming language with the following “commands”:
. any character
^ start of line
$ end of line
[...] set of characters*
Any other character matches itself
There are also modifiers:
| or, “re1|re2” match either RE1 or RE2
~ not, “~c” matches anything but the next character
+ many, “re+” matches RE repeated one or more times
* repeat, “re+” matches RE repeated zero or more times
? optional, “re?” matches RE repeated zero or one times
Parenthesis () can be used to group REs
Finally, there are memories:
\{ start recording
\} end recording, and place in next memory (starts with 1)
\<n> \1, ... \9 will then match the corresponding memory
* character sets:
Character sets are used to match one of a group of characters. All characters are taken literally except “–”, “]”, and “\”. The “–” indicates a range, unless it is the first or last character, or the first character after a previous range. The “\” can be used to include a “]” or a “–” in the set.
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