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***************************************************************************** * >!Help file for !Zap version 1.10 * * Copyright Dominic Symes 1992/1993/1994. See 'Copyright' file. * * NB This program needs the COLOURS module to run. It is in !System.Modules * * on Acorn's Application disc 1. If in doubt, double click on !System. * ***************************************************************************** This is the 5th release version of the text editor !Zap. Main features: * Display may be in text, byte or disassembly format. * All key short cuts are user redefinable. * Automatic updating line numbers & file addresses. * Full (unix style) wildcard search with your own definable macros and search 'throwback' buffers. * Proper unix tabs and true scrollbar operation. * Full undo on all operations. * COPY key causes standard cursor editing. * Fast redraw in system or anti-aliased fonts. * Any number of markers on each file, and a facility for following branches in disassembly mode. * Full ARMBE style BASIC Editor. * Search as you type with minibuffer. * Learns keys sequences. * Emacs style Yank (Cut & Paste) and !Edit style move and copy implemented. * C throwback/info supported. * Reads disc sectors/tracks and memory of other tasks. * Keyboard selection of regions. * Taskwindow supports control characters / line-editor. * Emacs compatible keymap. * Auto indent. * Can edit assembler instructions when in code mode. * Tested on Risc Os 2 and 3. ************************************************************************* * Important: * ************************************************************************* (1) If you find this help file too technical, then please look in the ZapPrimer directory. This contains a 'beginners manual', aimed at those used to !Edit. Thanks to David Holden for writing this. (2) This file does NOT contain help on the menu items and dialogue boxes. See the Helpdata file or run the !Help application to find out about these. (3) The 3rdParty extension modes each have their own help file in the 3rdParty directory. (4) If you are changing versions of Zap then please read the 'Changes' file first! ************************************************************************* * Contents: * ************************************************************************* Section A Keys and options. A.1 Summary of default key actions. A.2 How to (re)define more keys. A.3 How to change Zap's default options. A.4 Differences RISCOS 2/3. A.5 Multiple keymaps / the Emacs keymap. A.6 Colour and changing the default colours. Section B Loading/saving/printing/editing files B.1 Loading files/creating files. B.2 Saving files. B.3 Dumping/printing files. B.4 Selecting regions. B.5 Copying/cutting/pasting/yanking. B.6 Inserting text/control codes Section C Editing BASIC - PLEASE READ C.1 How to change editors/options. C.2 Using BASIC in ARMBE mode. C.3 Testing BASIC programs. Section D Individual mode help. D.0 Text mode D.1 Byte mode .. etc .. Section E Search and Replace. E.1 The Search window. E.2 The Replace window. E.3 Keyboard (incremental) search. Section F Other features. F.1 Learning key sequences - very useful. F.2 Tabs and indenting. F.3 Fonts and font sizes. F.4 Universal arguments. F.5 The minibuffer Section G How to find out more. G.1 Other help files - MENU help. G.2 Obtaining future versions of Zap. G.3 Contacting me with suggestions/bugs. ************************************************************************* * Section A: Keys and options. * ************************************************************************* A.1 Default key actions ----------------------- When Zap is loaded, it reads in the 'keys' file, and uses this to create the current key bindings. Many other options are also stored in this file. See section A.3 for more details. Each key mentioned in the 'keys' file has a command name following it. By editing the file and moving the command names about, you can change the action of any key. See section A.2 for more details (the format of a 'keys' file entry and how to define multiple keymaps). Please note that the key short cuts given in the menus are automatically updated to reflect your new choice of keys (for whatever you have set as the default keymap). A summary of the default key bindings is given below. (s=Shift c=Ctrl sc=Shift+Ctrl). Key: Command: Action: Return RETURN Splits line / inserts new line in line edit mode. Also indents in auto-indent mode. Edits an instruction in code mode. sReturn RETURN As above. cReturn RETURNNOINDENT As RETURN except doesn't auto-indent. Delete DELETE Delete last character. sDelete DELETENEXT Delete next character. cDelete DELLINE Delete current line. scDelete DELTOEND Delete to end of line. Tab TAB Inserts a variety of tabs - see tab menu. sTab SWITCHTAB Switches between Unix and !Edit tab modes. cTab - Reserved for !Larger/!Menon users. (!Larger - Virtual desktop with many extra features. 10 pounds from Robin Watts/Warm Silence Software 0865-54382). Escape ESCAPE Stops copy modes/selection modes/search as you type mode/yank mode. sEscape CANCEL Cancel operation and return to start posn. cEscape COMMAND Brings up a minibuffer in which you can type any Zap command. Equivalent of Emacs M-X. <-| DELETE Delete last character. s<-| LASTMARK Jump to last marker c<-| FASTUNDO Undo last operation. Copy COPY Initiates split cursor copying. Move cursor with cursor keys and use COPY key to copy. Note that you may copy from one window to another by pressing SELECT on the other. sCopy COPY For those who wish to redefine Copy to be DELETENEXT. Copy key still ok in copy mode. cCopy SELREGION Starts selection of a region via cursor keys. Press Escape/cCopy to end the selection. scCopy DUMPFILE Produce text version of the display. Insert TOGGLEINSERT Toggle insert and overwrite modes. Print QUICKPRINT Send file directly to printer. sPrint PRINTFILE Print file through printer driver. cPrint OPENPRINTER Open 'printer:$' filer window. scPrint CLOSEPRINTER Close 'printer:$' filer window. Space bar CHAR &20 Inserts a space. sSpace CHAR &20 As above. cSpace TOGGLEMARK Emacs compatible. Cursor keys: Left LEFT Moves 1 left / goto last mark in code mode. Right RIGHT Moves 1 right / goto address in code mode. Down DOWN Move 1 line down. Up UP Move 1 line up. sLeft SLEFT Move back one word. sRight SRIGHT Move forward one word. sDown/PageDown SDOWN Move down a page. sUp/PageUp SUP Move up a page. cLeft CLEFT Move to start of logical line. cRight CRIGHT Move to end of logical line. cDown CDOWN Move to end of text (and leave marker). cUp CUP Move to start of text (and leave marker). scLeft SCLEFT Move to the left without moving cursor. scRight SCRIGHT Move to the right without moving cursor. scDown SCDOWN Move down without moving cursor. scUp SCUP Move up without moving cursor. Function keys: F1 EXECUTE Execute learnt key sequence (see F.1). F2 FINDFILE Load a named file (Emacs C-X C-F). F3 SAVE Brings up save box. See save box help. F4 SEARCHCUR Brings up Search by Goto box. (See E.1). F5 GOTO Brings up Goto line/address box. F6 TOGGLEMARK Inserts marker in text/deletes marker. F7 SEARCHBUF Brings up Search to buffer box. (See E.1) F8 FULLUNDO Full undo (takes longest path in undo tree). F9 REDO Redo (undo last undo whether full or fast). F10 DELLINE Delete current line. sF1 SPLITLINE Split line (useful in Basic mode). sF2 SWAPWINDOW Swap window (to next window/last used). sF3 HEXASCII Toggles hex entry mode when byte/word modes. sF4 REPLACE Brings up search and replace box. (See E.2). sF5 HELP Brings up this help text. sF6 LASTMARK Last mark (eg after ctrl-down by mistake). sF7 NEXTMATCH Next match (after an F4 or F7 search). sF8 RENUMBER Renumbers a BASIC file. sF9 NEXTMARK Jump to next set marker. sF10 DELTOSTART Delete to start of line. cF1 JOINLINE Join line (useful in Basic mode). cF2 CLOSEWINDOW Close current window (and jump to next). cF3 QUICKSAVE Save the file with no prompt. cF4 NEWVIEW New view (open new window on this file). cF5 WORDWRAP Toggle wordwrap mode (w in title). cF6 FORMATTEXT Format text to start of next paragraph. cF7 LASTMATCH Previous match (see sF7). cF8 BINDTOKEY Bind learnt sequence to a key. cF9 SAVESEL Open the 'save selection' window. cF10 DELTOEND Delete to end of line (emacs style ctrl K). scF1 MODE0 Text mode (display in text format) scF2 MODE1 Byte mode (display in hex bytes) scF3 MODE2 Word mode (display in hex words) scF4 MODE3 Ascii mode (display in characters) scF5 MODE4 Code mode (display in disassembled code) scF6 MODE5 BASIC mode (display tokenised Basic) scF7 MODE6 BASTXT mode (display detokenised Basic) scF8 MODE7 C mode (bracket matching + fn listing) scF9 MODE8 Colour C mode. scF10 MODE9 Colour Acorn assembler mode. Ctrl letters: cA CLEFT Start of line - emacs compatibility. cB LEFT Back a char - emacs compatibility. cC COPYSEL Copy selected region to current position. cD DELETENEXT Delete next char- emacs compatibility. cE CRIGHT Line end - emacs compatibility. cF RIGHT Forward a char - emacs compatibility. cG CANCEL Cancel search 'as you type' and return to start. Also cancel any yank operations. Escape from minibuffer. cH OUTDENT Outdent selection by current indent string. cI INDIRECT Indirect (move to the address given by word at cursor - useful in Code mode). cJ INDENT Indent selection by string (see selection menu). cK DELTOEND Kill line - emacs compatibility. cL LEARN Learn key sequence (see F.1). cM RETURN Performs return action for current mode. cN DOWN Next line - emacs compatibility. cO TOFRONT Bring editor window to front of windows. cP UP Previous line - emacs compatibility. cQ QUOTE Insert next character into text (even if it is a ctrl character. eg cQ,cA inserts #1). cR SEARCHBACK Reverse search 'as you type'. cS SEARCHFORWARD Search 'as you type' forwards. cT SELECTBUFFER Select entire buffer. cU UNIVERSALARG Perform next instruction 'n' times. Eg cU 4 RETURN A inserts 4 A's. cV MOVESEL Move selected region to current position. cW SETWIDTH Set the window width. cX CUT Delete/Cut selected region. cY PASTE Paste/Yank once selected region. cZ CLEARSEL Clear selection. scA ADDRESSES Addresses shown at line start. scB BASIC Drop into Basic with program downloaded. scC COMPILE Saves then chains/compiles a program. scD INSERTDATE Insert current date (format in 'keys' file). scE SAVEANDRUN Saves then runs a program then exits. scF RUNANDEXIT Runs a program and then exits. scG TOGGLEWIND Toggle window size. scH LISTFNS List function definitions. scI NEXTTRACK Move forward one track. scJ LASTSECTOR Move back one sector. scK NEXTSECTOR Move forward one sector. scL LOGICAL Logical line numbers shown at line start. scM LASTTRACK Move back one track. scN NOLINENOS Removes line numbers/addresses. scO TOGGLEHEX Line numbers shown in hex/decimal. scP PHYSICAL Physical line numbers shown at line start. scQ SWAPCHARS Swap next two characters around. scR READONLY Toggle read only state (r in title). scS SWAPCASE Swap case of next character/selected region. scT INSERTTIME Insert current time (format in 'Keys' file). scU RUN Run a basic program from memory. scV - Reserved. scW KEEPREGION Put selected region into yank buffer. scX CLOSEOTHER Close other open window. scY YANK Yank cyclically through deleted regions. scZ KEYMAP 1 Emacs prefix key (eg scZ ESC X). sc- (c_) FULLUNDO Undo - emacs compatibility. A.2 How to redefine more keys ----------------------------- At the start of the 'keys' file, the keys for keymap 0 (the default key map) are defined. Each line is of the form "comment &xxx command" where 'comment' is any text without a '&' describing the key, 'xxx' is the number of the key in hexadecimal (Zap key number - see below), ' ' is any number of spaces and tabs, and 'command' is the command (or list of commands) to be attached to that key. You may edit the file to add/remove keys as you please. If a key is not mentioned in the keys file then it is passed on to the next task. Thus DO NOT put F12 in the 'keys' file (or if you do then bind it to the command SUSPEND :-). A list of the valid commands you can use and their actions is given in the file 'Commands' within the 'Docs' directory. This also gives full details of the syntax used. To summarise these details, string parameters must be in double quotes (or omitted if you wish the minibuffer to be opened), and commands can be strung together with the ':' separator (as in BASIC). The Zap key numbers lie in the range &000-&1FF and are based on those returned by Wimp_Poll. Thus, the function keys return &180-&1FF, as documented in the PRMs. Just look at the 'keys' file if you don't have a copy of the PRMs. Standard characters return their ascii value &20-&FF as usual. &7F stands for unshifted DELETE. Internally Zap uses some extra codes in the range &00-&1F and &100-&17F which differ from the Wimp's. These are documented in the file E-Keycodes in the docs directory. Example: Suppose you wished ctrl-] to enter the code &1D into the file. Then you would enter the line: "c] &12D CHAR &1D". The keys c0-c9 and sc0-sc9 have been left intentionally blank. I suggest these are used for user commands/macros or binding the learnt sequence to via cF8. See the section A.5 on how to define multiple keymaps and switch between them. A.3 Changing the default options -------------------------------- The Zap menu you get when you click the MENU button on a window contains the status for that window only. Any options changed on this menu will be lost immediately the window is closed. To change any option permanently, use the 'options' menu obtained by clicking on the Zap icon on the iconbar. After you have changed the option on this menu click the 'save options' entry. Please note that some options are stored MODE dependantly. To change these options it is first necessary to SWITCH TO THE MODE WHOSE OPTIONS YOU WANT TO CHANGE ON THE OPTIONS.MODE MENU. The options you need to do this for include: 1) Display width. 2) Line number status. 3) Auto indent status. 4) Line edit/Non standard edit status. 5) Hex entry and Overwrite status. 6) Tab display status. 7) Colours. When you change mode, the other options menus will be updated to give the status of the flags for this mode. Example: To turn the line numbers off in Basic editing mode use the sequence of clicks: zap.options.mode.basic zap.options.display.linenumbers.none zap.options.mode.text The mode set on the 'Options.Mode' menu will also be the mode used for loading files whose type is not recognised, or when you hold down the CTRL key. In general you should always put this mode back to TEXT after changing options of other modes. Other options that are saved by clicking Save Settings include: 1) Whether searches are case sensitive or not. 2) Whether quick print adds a title header or not. To change the default display width for mode n, use the options.mode.width menus. To change the size of an opened window for mode n, create a template in the template file called mode_n. The size and position of this template determines the opening size and position (modulo stacking) of your window. The other template flags are not looked at. Some other options are stored in the 'keys' file. The file entries are in the form: "<comment> &xxx <arg1> <arg2> ... <argn>" where 'xxx' is a number I will call the key variable number. The variable numbers in the keys file are documented below: &000-&1FF The default keymap. arg1=the command attached to that key code. &200-&20F These give the 16 search macros. arg1=the macro string (up to 3 chars) arg2=the replacement string. &300 The date format to use for scD. arg1=format string as used by the SWI OS_ConvertDateAndTime &301 The time format to use for scT. arg1=format string as used by the SWI OS_ConvertDateAndTime &302 The default font name to use in font display modes. &303 The number of blank lines to leave at the end of a window. &304 The default font size in points. &305 The number of pixels to shave off the top of a font char. &306 The number of pixels to shave off the bottom of a font char. &307 The codes to send to the printer at the end of a line for 'quick print'. arg1=string to be GS transed. &308 Number of characters to keep cursor from the left margin. &309 Number of characters to keep cursor from the right margin. &30A Number of characters to keep cursor from the top. &30B Number of characters to keep cursor from the bottom. &30D Right hand margin in pixels. &30E Filetype of file to be created when SELECT clicked on the iconbar. &30F Filetype of file to be created when ADJUST clicked on the iconbar. &310 The number of pixels to shave off the left of a font char. &311 The number of pixels to shave off the right of a font char. &314 The minibuffer size in characters. &315 The default indent string. &316 Flashing cursor on period in centiseconds. &317 Flashing cursor off period in centiseconds. &400 The number of the default key map (usually 0). &4xx (xx<>0) Range of keymap xx (see A.5) arg1=smallest Zap keynumber to be supported arg2=largest Zap keynumber to be supported (inclusive) &5xx These say which mode to load a file on dependent on the path. arg1=filetype to match (-1 for match any) arg2=filename to match - the string can contain any of the wildcards documented under searching. arg3=[+]<mode name> as for arg1 in the 1xxx's below. NB The order in which the names appear is important - the first match will be taken. &1xxx These specify which of the Zap modes a file of filetype xxx should be loaded in as (when CTRL not pressed). arg1=[+]<mode name> If the optional '+' is present then the file will be loaded even if SHIFT is not held when you double click. The mode name is CASE SENSITIVE. Place the &1xxx variable before the &5xx ones if you want the filetype to be checked before the pathname. &2000 As for &1xxx, but the mode to use for UNTYPED files. &10000+ These specify alternate keymaps (see A.5). &y0xxx arg1=the command to be mapped to key with code &xxx in keymap number &y. A.4 Differences with RISCOS 2/3 ------------------------------- If using fonts, then Zap will need the outline font manager vsn 2.42. This is used by Impression and other DTP programs. If using task windows, then Zap will expect to find the module 'Task' in the System:Modules directory. This should be the Task module supplied with DDE. Of course ^F12 will not bring up the taskwindow on Risc Os 2. I'm sorry about this, but it's a lot of hassle for me to find a Risc Os 2 machine to work on. You can always map ^F12 to the command TASKWINDOW. Please note that only left shift double click will load a non text file. Right shift is deliberately not tested for as some people use it for other things. I have no control over this on Risc Os 3. Another set of templates has been provided for Risc Os 3 users. These are called TemplatesE and I must thank Martin Ebourne for allowing me to include them. A.5 Multiple keymaps / the Emacs keymap. ---------------------------------------- Zap can support several keymaps at once. Each keymap is numbered 0-255. In the default 'keys' file, keymap 0 is the standard Zap keymap and keymap 1 an Emacs emulation keymap. Keymaps 2-4 form part of the Emacs keymap as I will describe below. To switch to keymap n, use the command "BASEMAP n" (by pressing Ctrl-Escape or binding the command to a key). The commands DEFAULTMAP and EMACS act as BASEMAP 0 and BASEMAP 1 respectively. The default keymap to use when Zap starts up is given by variable number &400 in the keys file. Set this to 1 if you wish to use the Emacs keymap all the time. To define a new keymap, keymap number &yy say, you need to do two things. First you must enter a line in the 'keys' file reserving space for the keys. This takes the form: &4yy &aa &bb where &aa is the smallest keynumber you wish to use and &bb the largest (inclusive). See entry &401 for an example. Next you must define the keys. To define key number &xxx you must enter a line in the 'keys' file of the form: &yy0xxx <command> where <command> is the name of the command to be attached to the key. The format of the <command> field is described in A.1 and the 'Commands' file. By using multiple keymaps you can provide for a sequence of keys to execute a command. To do this you need the 'KEYMAP' command. The command 'KEYMAP n' switches the current keymap to 'n'. However, after the next key has been read, the current keymap is restored to whatever basemap you have set with the basemap command. Thus in effect, the keymap only changes for the next keypress (unless that two has a KEYMAP command). For example, in Emacs "Ctrl-X 4 F" loads a file. This is accomplished by setting: Ctrl-X in keymap 1 is bound to KEYMAP 2 4 in keymap 2 is bound to KEYMAP 4 F in keymap 4 is bound to FINDFILE After the command FINDFILE has been executed, the keymap will be restored to 1 for the next key press. A.6 Colour ---------- Colour is changed using the 'Colour' menu off the 'Display' menu, both on the main Zap window menu. The first 9 colours you can change are the same for all modes, being: Colour Action 0 Background1 The colour used for squares containing no text. 1 Background2 The colour used for squares containing text. 2 Foreground The standard foreground colour. 3 Selection-B Selection background colour. 4 Selection-F Selection foreground colour. 5 Cursor-Bac Cursor background colour (ie the cursor colour). 6 Cursor-For Cursor foreground colour. 7 Line nums Colour used for line numbers (eg in Basic mode). 8 Ctrl chars Colour used for control characters (0-31). Colours 9-15 are mode dependant and lie below a dotted line. If the 'all modes' flag at the top of the menu is set then when you change one of the colours 0-8 (as above) then it is changed for all modes, not just that one mode. Colours 9-15 only set the colour for that mode regardless of the status of this flag. You will need to change modes to set up the colours for different modes differently. Of course, if you change colours from the window menu, then the colours are only changed for that window and are lost when the window is closed. To change them permanently, use the Display menu off the options menu and then click on 'save options'. ************************************************************************* * Section B: Loading,Saving,Printing,Editing files * ************************************************************************* B.1 Loading/creating files -------------------------- These are the ways to load a file into Zap: (a) If the file is a text file then double click on it. (or more generally if there is a '+' for this type in the keys file). (b) If the file is typed then hold down left shift and double click on it. (c) If the file is untyped then drag it onto the Zap icon on the iconbar. (d) Press F2 then type the name of the file and RETURN (TAB completes the filename). When you load a file into Zap, it works out the best mode to load it into. At the moment there are two mechanisms for doing this, both specified in the 'keys' file. These are: (see A.3 for more details). (i) By filename: The keys variables &5xx are followed by a filetype then a filename and then a mode to use. If the (wildcarded) filename matches and the filetype matches then that mode is used. (ii) By filetype: The keys variable &1xxx is followed by the mode name to use for type &xxx. If the name is preceded by a '+' then the file is loaded even if shift is not held. If the file satisfies more than one of the above criterion, then the first one mentioned in the keys file will be used. Sometimes you may wish to load a file in a mode other than its default one. To do this, set the required mode on the 'Options.Mode' menu, and then hold down the CTRL key while loading the file. (Eg Shift-Ctrl double click on the file). It will then be loaded in the selected mode (usually text). Dragging a file into an open window inserts the data at the current cursor position. RAM loads/saves are fully supported and you may even save a file into itself. If you are short of memory then I suggest you switch the undo buffer off before performing such drags. (Use the File menu). In any mode the window title is of the form: "<filename> [*] ([options]) [view number/number of views]". The title is centered unless the window is small when it is right aligned so you can see the leaf name and options of the file. A '*' indicates that the file has been altered since last saved. The options characters are described below. The view number is only shown if you have more than one view on a file. R Read only and fixed as read only. r Read only but can be toggled to read/write by scR. u Undo supported by this file (so cX acts as cut, not delete). o Overwrite mode active (toggle via Insert key). h Hex entry mode active for Byte/Word (toggle via F2). w Wordwrap mode active (toggle via cF5). l Line edit mode active (return inserts new line). a Auto indent mode active (see the Edit submenu). n Non standard mode active (used by ARMBE emulation mode). L Line wrap mode. You may also create files of a given type using the 'Create.Type' menu, or grab modules using the 'Create.Getmodule' menu. Zap can also read disc sectors and other applications memory. Click SELECT on the Zap icon to create a new text file and ADJUST on the Zap icon to create a new BASIC file. You can change the type of file created by SELECT/ADJUST click in the 'keys' file. Zap will warn you before overwriting a file of the same name if it is altered. If it is unaltered then the newly loaded file will replace the one currently loaded as in !Edit. When a file is loaded, OS_FSControl, Canonicalise_Path will be called to convert any path references into full path names (unless you have RISC OS 2). B.2 Saving files ---------------- Press F3 (or click on the menu option 'File') to open the save box. You may change the file type either by clicking the MENU button, or by moving to the type name window, typing the new type name and pressing RETURN. Zap will warn you if you are about to overwrite a more recent file (if you have the check-dates option on - see the options.misc menu), or if the file contains no path. If you ignore the warning then it will save the file to the currently selected directory. Ctrl-F3 (or clicking on 'File.Save') does a direct save. Ctrl-F2 deletes the current file and Shift-Ctrl-X deletes the other file being viewed. Please note that when the SAVE,DISCARD,CANCEL box pops up you may simply press 'S','D',or 'C' instead of using the mouse. The same holds for other dialogue boxes (ctrl S,D,C are also valid). If you are using one of the basic modes then please note that you must save from a window in the correct mode. If you switch to text mode and then save, your file will be saved as a text file and not a Basic program. B.3 Dumping, printing files --------------------------- First note that any window display may be turned into a text file simply by pressing SHIFT-CTRL-COPY. Once you have done this you could print a file simply by saving it to a printer driver, or by opening the 'printer:$' filing system (press ctrl-print) and saving the file into it. Zap also provides two other printout commands. The first, 'quick print' can be got by pressing the 'Print' key. When you press Return, or click 'PRINT', it will send the display to the printer directly. It sends a LF and a CR to the printer at the end of each line. You may configure the codes sent by altering the 'keys' file variable &307. The second, 'fancy print' can be got by pressing 'Shift-Print'. You must have a printer driver loaded. The file will then be output via the printer driver in the current outline font selected via the 'Display.Font.Othername' menu. B.4 Selecting regions --------------------- There are several ways to mark regions in Zap. The most obvious is to use the mouse. If there is no region selected then DRAG SELECT will mark a new region, and ADJUST CLICK/DRAG will select between the clicked point and the cursor. If there is already a region selected then DRAG SELECT will start selecting a new region, ADJUST CLICK/DRAG will alter the old region. In either case, hold down the CTRL key to leave the cursor unaffected by the selection. The second method is to use the keyboard. This method is much faster when you have got used to it. First move to the start of the region you wish to mark. Then press CTRL-COPY and move (via the cursor keys) to the end of the region. Then press ESCAPE (or CTRL-COPY). The third method is to use multiple clicks. Double click marks a word, triple click a line, quadruple click a paragraph and quintuple click the whole file. If you do a drag selection after the second/third click, then the text will be selected in words/lines. Note that the BASIC mode limits selected regions across lines to full Basic lines (like the ARMBE). B.5 Copying/pasting/cutting/yanking ----------------------------------- Zap implements both the !Edit style copy/move and the Emacs style paste/yank. The !Edit method: To move a region to the cursor position press ctrl-V. To copy a region press ctrl-C. The Emacs method: To move a region cut it with ctrl-X and then paste it with ctrl-Y (the undo buffer must be on to do this). To copy a region, grab it with shift-ctrl-W (Emacs meta-W) and paste it with ctrl-Y. Press shift-ctrl-Y (Emacs meta-Y) to cycle through the previously deleted regions. Also note that multiple presses of ctrl-K or F10 produce data which can be yanked by ctrl-Y. Another way to copy text is via the COPY key. This is faster for copying small sections of other lines. First press the COPY key to split the cursor into two. One cursor can be moved about by the cursor keys. Move this to the area you wish to copy from and press the COPY key once for each character. Press ESCAPE or RETURN to cancel the copy mode. Please note that you can also use this method across windows and even across modes! B.6 Inserting text/control codes -------------------------------- In text mode there are two features to help you format text as you type it. The first is called 'word wrap' and is toggled on and off via cF5. The second is called 'line wrap' and can be toggled on and off via the 'Edit' menu (or you can bind the LINEWRAP command to a key if you wish). Whilst either of these modes are active, text typed beyond the 'wrap width' margin (set via the 'Edit' menu) is automatically split at spaces and placed on the next line. 'Wordwrap' differs from 'linewrap' in that when you delete characters, the paragraph will be formatted in wordwrap mode (thus pulling text back) but not in linewrap mode. There are two ways to insert control characters. The first is to 'quote' the character. To do this, press ctrl-Q and then type the control character you want to insert. Eg, ctrl-Q ctrl-A will insert the byte 1. The second is to switch to byte mode (scF2), type the digits in hex and then switch back to text mode (scF1). This assumes that 'hex entry mode' is active in byte mode. When creating macros, by binding a list of commands to a key, you may find the commands INSERT and INSERTGS useful. The first inserts a string into the text and the second GS-Trans's it first. ************************************************************************* * Section C: Editing BASIC - PLEASE READ * ************************************************************************* C.1 Changing editors/options ---------------------------- There are essentially 3 ways to edit basic programs in Zap. Do not be put off if you dislike the default configuration. You may change most things to your preference. In the default configuration, basic programs are edited in the zap extension mode called BASIC. This is designed to be a desktop version of Acorn's ARMBE. Those people used to ARMBE should find this mode very easy to use. The main points are that is edits the program while tokenised, and acts as a line editor. Ie, RETURN inserts a new line after the current one, and the functions SPLIT,JOIN on shift-F1 and ctrl-F1 are used to manipulate lines. For those people who wish to edit BASIC in tokenised form, and thus with line numbers accessible, but who do not like 'line editors' as described above, perform the option changes indicated by the clicks: options.mode.BASIC ; configure basic mode options.edit.line edit ; turn off line editor mode options.edit.non standard ; turn off non standard split/join options.display.linenumbers.none ; turn off line numbers options.mode.TEXT ; return config mode to text options.save options ; save your !Config file This will result in a mode where the BASIC program is still tokenised, but RETURN and DELETE act normally as split and join operators. Also the line numbers have been switched off. For those who prefer to edit basic in detokenised form, there is a separate mode named BASTXT which accomplishes this. To load a single file in using this mode it is easiest to set the options menu mode to BASTXT and hold down CTRL key while loading the file. To change to the BASTXT mode permanently, change the line of the 'Keys' file which reads: Basic &1FFB BASIC to read: Basic &1FFB BASTXT In this mode, whenever a file is loaded it is converted into text with line numbers striped. Saving is the converse. Please note that if the program contained line number references, then Zap will beep before forcing the BASIC mode described in C.2. C.2 Using BASIC in ARMBE mode ----------------------------- In it's default setup the BASIC mode is designed to emulate ARMBE. Thus line numbers are displayed in the left margin, and automatic renumbering takes place as lines are added to the file. All GOTO and GOSUB line number references are automatically updated. In line editor mode, the RETURN key inserts a new logical line. To split the line in two at the current cursor position press SHIFT-F1 and to join two lines press CTRL-F1. When two lines are joined, a ':' is inserted between the statements. If you do not like this, it can be switched off by turning off the line-edit and non-standard flags on the edit menu. See above. Text is typed as usual with the proviso that tokens are automatically expanded. For example 'P.' will be expanded to 'PRINT' when you press the dot. Also note that in non-standard editing mode excess spaces are automatically removed from the end of a line (except when this would prevent the line wrapping onto the next). 'Unix' tab mode just advances the cursor to the next tab stop as in ARMBE. The other tab modes, !Edit and Coltab work as in the text mode. Copying bits out of the middle of lines is performed using the COPY key. Groups of lines are selected, cut and moved/copied as usual for any text region. The regions are automatically renumbered internally. For those (like me) used to the ARMBE way of moving regions, there is a natural replacement. For example suppose you wish to move lines 10-50, to before line 100. In the ARMBE you would do: Move to line 10, cM cM, move to line 50, cM cM, move to line 100, cB, f12 In Zap you do: Move to line 10, cCOPY, move to line 60, ESCAPE, move to line 100, cV Goto's are automatically updated. For example copy the lines 10 and 20 below several times in a basic program. 10 PRINT "HELLO" 20 GOTO 10 Shift-F8 renumbers any program in steps of 10. Please note that line numbers are not stored in the undo buffer as this would be a waste of space. Thus after multiple undo's, the line numbers may get out of order. This can be rectified by Shift-F8. Basic programs can be appended by simply dropping them into the window. C.3 Testing BASIC programs -------------------------- Zap provides a number of functions to test out basic programs while they are being edited. The first 3 start up a new BASIC task and ram transfers your program to the new task, loading it a PAGE: scB This drops you into basic with your program loaded at PAGE. scU This acts as cB and then Runs the program. scF This acts as cU but automatically quits BASIC when finished. The other two commands save the program first, and then run them from disc. These are of course slower: scC This acts as cU but saves the program first and chains it from disc. scE This acts as cF but saves the program first and chains it from disc. Zap calculates the amount of room needed to run the program as the maximum of: 1) Next slot size 2) Program size+16k 3) Program size * 1.5. ************************************************************************* * Section D: Individual mode help * ************************************************************************* Zap can handle up to 256 text processing modes. I have currently allocated space for 16. For details on how to write your own mode see the 'Docs' directory. The currently defined modes are described below. D.0 Text Mode ------------- This is a basic text editing mode. Most of the functions associated with this mode are detailed elsewhere. See the 'Helpdata' file for a detailed listing of menu options. To insert control characters in the text it is easiest to switch temporarily to byte mode. The character &09 in a text file is taken to denote a tab to next column of 8. You may change this character and the way it is displayed from the display menu. Tab action may be changed by the 'Misc.Tabs' menu. D.1 Byte Mode ------------- This mode gives displays the file in hex bytes and is used for examining data or inserting control characters. The hex-entry flag (toggled by shift F3) controls this action. If it is off and you type '0B' then the letters '0' and 'B' will be inserted. If hex-entry is on (h in title) then the byte &0B will be inserted. Use the overwrite mode (toggled via the insert key) to change the data without shifting the file. D.2 Word Mode ------------- This is similar to byte mode except the data is shown in word form. Typing characters with hex-entry mode off has no effect, but typing with it on inserts the given word in hex. D.3 Ascii Mode -------------- This mode displays data in ascii dump form. Letters typed are inserted as usual. D.4 Code Mode ------------- This mode displays data in disassembled format with 1 instruction per line. Please note that in RISCOS 3, the debugger adds some extra information after some instructions, but some of this only appears if you disassemble sequentially. Eg TEQP R0,#0 followed by MOV R8,#0 gives the warning 'Not r8-r14'. However this may vanish if you are moving backwards up the file instead of forwards. This happens very rarely but it may cause confusion if you don't understand what's happening. The four most useful keys in code mode are cI,Left,Right,Return. For example if you are at the start of a module then pressing cI will cause you to jump to the start offset of the module. If you are on an instruction 'BL &00012345' or 'ADR r0,&01822445' then pressing Right will jump to the indicated address. At any time, Left will move you back to your previous position. This jumping uses the marker buffer and can be done to any depth you require. The RETURN key enables you to edit an instruction (via the ASSEMBLE command). When you press it, the minibuffer will be opened with the current instruction entered as default. You should then edit the instruction and press RETURN again for it to be assembled and written back. The assembling is done by the ZapBasic module which tokenises the instruction and then uses the BASIC assembler. Hence you may use the basic functions ASC,EQUD,ADR etc. If the file is typed 'Module' then the first few offsets display the module entry point name rather than the instruction. D.5 BASIC Mode -------------- See sections C.1, C.2 and C.3 for details about how to use this mode. A slight modification is made to the BASIC program on loading. The actual file format edited is a number of lines of the form: xx yy zz "Tokenised line" &0D Where xx yy zz is the line number in 3 byte text form as stored after a GOTO or GOSUB statement. D.6 BASTXT Mode --------------- This edits Basic files in detokenised form. See sections C.1 and C.3 for details. D.7 CMODE Mode -------------- This mode provides facilities for editing C, TeX, and Gopher files including bracket/dollar matching and function listing. The mode is written by Bryan Scattergood. Please see the file '3rdParty.CModeHelp' for details about this mode. D.8 C Mode ---------- This provides a coloured C mode. See the file '3rdParty.ZapMjeHelp' for more details. D.9 Assembler Mode ------------------ This provides a coloured Acorn Assembler mode. See the file '3rdParty.ZapMjeHelp' for more details. D.10 Pascal Mode ---------------- See the file '3rdParty.ZapMjeHelp' for more details. D.11 THROWBACK Mode ------------------- This mode handles the files generated by Zap's search to buffer, C throwback and !Find info output. Double clicking on an item will jump to that item in the source file. Shift double clicking will jump to the item and then kill the throwback buffer. Clicking ADJUST on a line will remove the line from the file. Also note that RETURN acts in the same way as double click and DELETE in the same way as adjust if you move into the file. D.12 Taskwindow Mode -------------------- This mode handles task windows. To create a task window use the 'Create.Taskwindow' menu option or press ctrl-F12. At any time, changing mode to TEXT will suspend the task, and changing mode back to TASKWINDOW will resume it. The taskwindow output supports the COPY key and the following VDU actions: 07 CTRL G Bell. 08 CTRL H Move back one character. 09 CTRL I Move forward one character. 10 CTRL J Move down a line. 11 CTRL K Move up a line. 12 CTRL L Clear text window. 13 CTRL M Move to line start. 22 CTRL V Change mode. 26 CTRL Z Restore text window. 28 Define text window. 30 Home cursor. 31 Move to x,y (TAB). If you use Richard K. Lloyd's wonderful 'Line Editor' module then you'll find it now works within the taskwindow. There is a problem in that it changes the FX 4 value and thus the COPY key will not work in the taskwindow if you have the line editor loaded. The solution is to press F12 then RETURN to reset the FX 4 value before using the copy key. Mode changes are reflected by changing the width and height of the window. Control keys and function keys are NOT passed on to the taskwindow so you can use CTRL-C to copy commands to the current taskwindow line. If you want to send a control key or function key to the taskwindow then this can be done by quoting it with CTRL-Q. For example, CTRL-Q CTRL-L will clear the screen, and CTRL-Q F1 will cause function key F1 to be expanded in the taskwindow. D.13-D.15 These modes are reserved ---------------------------------- ************************************************************************* * Section E: Search and Replace * ************************************************************************* E.1 The Search window --------------------- Zap has quite a powerful search facility which is based loosely on emacs search, allowing 'OR' constructs and character ranges. The search window can created by pressing F4 or F7 or using the 'file' menu. Pressing F4 will ensure that search matches are jumped to, whereas pressing F7 will cause all matches to be placed in a separate throwback buffer. Double clicking on a match in the buffer then jumps to the match. See section D.11. The first column of the search window selects whether you wish to search for a string, instruction or word (4 bytes). In the first two cases enter the string to match. In the third case enter an expression evaluating to a number to search for. The second column selects where the search should start and the direction of the search. You may start at the beginning of the text or forwards/backwards from the current cursor position. If you wish to change the default option for this then just edit the template file. The third column selects the output. If you choose cursor output (F4) then the cursor will be moved to the first match and subsequent matches may be got by sF7 (Next match) and scF7 (Previous match) as in the Basic Editor. A beep will sound if there are no more matches and the cursor will not move. If you choose 'to buffer' (F7) then all matches are placed in a new (text) file. Double clicking on entries in this text file cause the cursor to be moved to the corresponding match. Now to the search string. In order that the user may have any search syntax he/she chooses, I have adopted the following approach: * All wildcards/commands begin with a '\' as listed below. * The user may define up to 16 macros (aliases) in terms of these commands. * When the search string is entered, all the users macros are substituted before the search takes place. The macros may be examined and altered by clicking on the 'Show Macros' button. The default macro definitions are stored in the 'Keys' file and may be altered there. The macros can be temporarily turned off in the 'Macros' window. This window also controls whether the search is case sensitive or not. These options are stored in the !Config file and saved via the menu option 'Options.Save options'. For example; I have * as a standard macro for \.\*. Thus if I typed in a*b, the string would be converted to a\.\*b. However a\*b would remain as a\*b as the * follows a \ and is thus treated as a command. The table below details all the escape characters and commands. In it I will use 'x' to stand for any ascii character unless otherwise mentioned. x Matches character 'x' (according to case sensitivity). \x Matches 'x' case sensitively, unless \x mentioned below. `x Matches 'x' only (without any replacement of macros).  Act as brackets for nesting expressions. \{ \} Act as the normal brackets above, but may be referred to in the replace string during a search and replace. See E.2. \# Matches any character. Eg a\#d matches 'and','aad' but not 'ad'. \. Matches any character except the return character. \* Matches any number of the previous expression. Eg fo\* matches 'f','fo','foo' etc. and $and$\* matches '','and','andand' etc. \% Matches the most number of repetitions of the previous expression. Thus \[0-9]\% matches '1' in '1pt' and the '395' in 'ab395rty'. \| Matches one expression OR another. Eg hello\|goodbye\|fred. Eg $a\|b$\* matches 'abababa','abbba' etc. \[..] Matches a range of characters. Eg \[a-zA-Z%] matches any letter or a '%'. If a '^' is given after the opening bracket then it acts as a NOT. Thus \[^abc] matches any character except a,b,c. \< Matches null string at line start (and file start). \> Matches null string at line end. \+ Turns on case sensitivity for the following letters ONLY. It's effect stops at the next wildcard/bracket/command. It doesn't affect nested/bracketed statements - this will be improved. Eg \+Fred\|Bill matches Fred case sensitively but not Bill. \- As above, but turns off case sensitivity. \\ Matches a '\'. \ddd Where d is any decimal digit matches that number. Eg '\0alf' matches byte 0,'alf' and \233 matches byte 233. Please note that \999 matches byte 99 followed by '9' as 999>255. \&hh As above but matches the hex byte hh when h are valid hex chars. \xhh Matches hex numbers as above (where 'x' is the letter 'x'). \A-\Z Match ctrl A to ctrl Z. \b Matches backspace (8) \f Matches a form feed (12) \n Matches a new line (10) \o Matches any character except a '.' (useful for matching filenames). \r Matches a return (13) \t Matches a tab (9) \v Matches a vertical tab (11) In most cases you will wish to macro '|' as being '\|' and '(' as '$' etc. This is how the default macros are set up. Macros can be switched off in the macro box. In the examples below, the default macros are assumed. Please note that you may macro the macros! Eg, you could define '(' to be '\(' and '\( to be '(' if you wished. Examples: cat|mat Matches cat or mat. re*ment Matches any occurrence of 're' then 'ment' on a line. SWI Matches any SWI (in code mode). LDR|STR Matches any load or store instruction. R6 Matches any instruction using R6. BL*&0000A95C Matches any call to &0000A95C. \&0A Matches the byte &0A. \<fred Matches fred, but only at the start of a line. main`( Matches 'main(' \d\% Matches any number (where \d is macroed as \[0-9]). Hints: The search will be MUCH faster if you give a definite first character to start with. Eg 'a\(nd\|pple$' will be a lot faster than 'and\|apple'. If the search takes longer than 1/3 second, then an hourglass will come up displaying the position in the file as a percentage underneath. You may stop the search by pressing Escape, and the partial results will be displayed if you are using 'Search to buffer'. E.2 The Replace window ---------------------- A Search and Replace window can be created by pressing shift-F4 or from the 'file' menu. The first column sets the search start position and direction as in the Search window described above. The second column selects either selective or global replace. For a selective replace, each match will be highlighted and a 'Replace ?' window will appear. Press 'R' to replace that match and move onto the next match. Press 'S' to skip to the next match without replacement. Press 'T' or 'E' to replace all matches from this point (inclusive) to the end of the file. Press 'C' or ESCAPE to stop the selective replace. The format of the search string is described in section E.2. In the replace string, MACROS ARE NOT EXPANDED and you may use the following control sequences: \ddd Replace with the decimal byte ddd. \&hh Replace with the hex byte hh. \x Replace with character 'x' (eg '\\' -> '\'). &n Replace with the n'th \{,\} expression in the search string (n<10). && replace with an '&' If you wish to include parts of the match string in the replacement string then you must surround the relevant sections in the search string with {,} type brackets (assuming the standard macros). Note that macros like '\n' should not be inserted in a replace string, you will just get 'n'. Examples: Search string: Replace string: Action: 'cat' '' Removes all occurrences of 'cat' '{cat}' '&1s' Replaces 'cat' with 'cats' preserving case. 'time={#}' 'time is &1' Replaces 'time=58' with 'time is 58' etc. To convert spaces between columns of figures in a table into tab characters make the find string '{\d} \*' and the replace string '&1\9'. Another way to do this is replace '{\d} \%' with '&1\9'. E.3 Keyboard (incremental/interactive) search --------------------------------------------- Incremental search is activated by pressing ctrl-S (Search forward) or ctrl-R (Reverse search). When you do this a minibuffer will be opened for you to type the search string into. As you type the search string, Zap will search through the text placing the cursor at the end of the next match. If there is no match then Zap will beep and print "(fail)". You may use the DELETE key to remove characters from the search string. To halt the search at the current position, press Escape or Return. If you press an arrow or function key then the search will be halted and the key then acted upon. Alternatively, pressing cG (Cancel) will cause the search to be cancelled and the cursor returned to its initial position. This setup should be familiar to users of Emacs. Pressing ctrl-S or ctrl-R whilst in search mode will move you to the next/previous matches. If the search string was empty then the previous search string will be placed in the buffer. Macros are turned off during the search so ('s etc act as normal. However, \( and all other \-starting commands will still work so you must type \\ to search for a \. ************************************************************************* * Section F: Other features * ************************************************************************* F.1 Learning key sequences -------------------------- This feature of Zap is very simple to use, and very useful. To start 'learning' a key sequence, simply press ctrl-L. Type the sequence you wish to learn and then press ctrl-L again. Press F1 to execute the learnt sequence. Note firstly that Zap will beep after every keypress you make to remind you that it is being stored. Secondly note that the ESCAPE key will NOT stop the learning process. Only ctrl-L will stop it. Thus you can learn sequences which use incremental search, or keyboard selection of regions. Both these actions involve the Escape key. Once you have learnt a sequence, you may 'bind' that sequence to a key so that pressing that key in future causes the same series of actions to take place. To do this press CTRL F8 and then press the key you want to bind the sequence to (or Escape if it was a mistake - Escape won't be bound). The learn feature has many uses: Example 1: Suppose you wanted to insert a tab at the beginning of a group of lines. One way would be to use the indent region option. Another way however would be to learn the sequence: TAB,DOWN,CLEFT and then press F1 a number of times. Example 2: Suppose you wanted to go to the next match of 'cat' and switch the case of the letters. You could learn the sequence: ctrl-S C A T ESCAPE LEFT LEFT LEFT scS scS scS and then press F1 a number of times. Exercise (for the reader): When editing this !Help file I decided to switch the columns labelled 'Key:' and 'Command:' around in section A.1. I did this by learning a key sequence and then I only had to press F1 once for each line. What was the sequence? (no prizes unfortunately). F.2 Tabs and indenting ---------------------- The standard tab character is taken to be &09. You may alter this from the 'Display.Tabs' menu. This menu also allows you to alter the appearance of Tabs. The menu 'Misc.Tab mode' controls how tabs are entered when you press the TAB key. In 'Unix' mode the character &09 is inserted. In '!Edit' mode, the cursor moves to the column which starts the next word on the above line. In coltab mode, the cursor moves forward 'n' characters where 'n' is the current coltab width. In the latter two, as many tab characters as possible are inserted. If you wish spaces only to be inserted, then tick the 'as spaces' menu option. Use shift-TAB to switch between 'Unix' and '!Edit' tab modes. To indent a region, first select it and the use the 'Selection.Indent' menu option (or Ctrl J). Type 'n' to indent by n spaces, '-n' to remove n spaces, or type a string to indent by that string. To outdent a region use Ctrl H. The region is outdented by the length of the current indent string (thus a negative indent string will cause outdent to indent :-). F.3 Fonts and font sizes ------------------------ The font used in a Zap window is determined by the 'Display.Font' menu. The first 3 items select the system font drawn in a number of different ways. The first two use direct screen access and the latter uses the VDU drivers. The cached system font may be updated by clicking on 'Options.Ctrlchars.Default'. To use a font other than the system font select either the fourth or fifth items. The fourth displays an anti-aliased font by direct screen access (and thus uses quite a bit of memory) and the fifth via normal Font_Paint call. The font name and size can be selected via the last two items. If you type in a ludicrously large size, then weird things may happen! To configure the font name and size, change variables &302 and &304 in the keys file. You may also use variables &305/306/310/311 to shave off surplus spacing around font characters. Fonts are monospaced. When using the FAST FONT option, it should be noted that the font is only cached in one set of anti aliased colours. These are taken to be the default colours for text mode foreground and background. All other colours are drawn, but not anti-aliased. F.4 Universal arguments. ------------------------ The universal argument feature enables you to execute a keypress an arbitrary number of times. Suppose for example you wanted to insert 100 spaces. The quick way to do this is to type: CTRL-U 100 SPACE In general you type CTRL-U then the number of times you want the key to be executed, then press Return, then press the key to execute. The 'pressing Return' step can be omitted if the key you want to repeat is not delete or a digit or another valid key for editing the number you are typing (as in the example above). F.5 The minibuffer ------------------ Some Zap commands can take parameters. In order that these parameters can be entered at run time, a minibuffer is provided. If you type a command into the 'keys' file without specifying its parameter then, when you press that key, the minibuffer opens. You should type in the command argument and then press RETURN. Several examples keys are cESC,cS,cR,cW,F2. Several control keys have default meanings in the minibuffer. These can not at the moment be reconfigured, but are compatible with the Emacs minibuffer keys: cA / cLeft Move to start of line cB / Left Move back a character cD / sDelete Delete the next character cE / cRight Move to end of line cF / Right Move forward a character cG / Escape Quit the minibuffer cK Delete to end of line cU Clear minibuffer TAB Complete key (eg after F2, TAB will complete filenames) RETURN Execute the command. These keys can be redefined by commands, but should remain as consistent as possible with the above. ************************************************************************* * Section G: How to find out more * ************************************************************************* G.1 Other help files -------------------- The 'Helpdata' file contains help for all the leaf windows, main windows, and MENU entries. You can view this by using Acorn's !Help application, or just by loading the text file. On RISC OS 2/3.0 you cannot get help on the menu entries, only the windows (but you can just read the file directly). The 'Docs.Commands' file gives a list of all currently defined Zap commands and their syntax. These will be useful for turning keys into macros. For example INSERT "Hello":RETURN. For those interested in writing an extension mode, or adding new commands, or Zap's internal workings, please look in the Docs directory. You should start with the file called ReadMe. This directory also contains a Zap keystrip in the form of a Draw file. Please see the file 'Changes' for my future plans for Zap. G.2 Obtaining future versions of Zap ------------------------------------ I will be sending any future versions (>1) of Zap to: 1) Hensa: e-mail: archive-server@micros.hensa.ac.uk (send message 'help') ftp : micros.hensa.ac.uk (IP 148.88.8.84) (The Newcastle Info Server has unfortunately been closed down :-( ). 2) The Archimedes Public Domain Library: 39 Knighton Park Road Sydenham London SE26 5RN Please look at the 'Changes' file for the anticipated release date. G.3 Contacting me with suggestions/bugs --------------------------------------- Suggestions and bug reports are welcome. See the Copyright file for my address (E-Mail preferred). Before sending suggestions please read the 'Changes' file where I list the things currently on my 'wish list'. If you find a bug then please give me as many details as possible as to the circumstances that cause it - try and get it repeatable. If you have a comment on a Zap extension mode not written by me then please write to the author (see 3rdParty.ReadMe). I hope you find Zap a useful program. Dominic Symes March 1994