Last fall when Michael added the symset stuff to supersede the old
handling for IBMgraphics and DECgraphics, Guidebook.tex was changed to
support multi-page tables in the output. But that requires that the
input be processed twice, because it requires feedback stored in
Guidebook.aux and the first pass can't rely on that file being present
or up to date. This updates the Unix, VMS, and OS/2 makefiles to do
two-pass processing. (I didn't see latex usage anywhere else, and the
branch version doesn't include the formatting change which needs this.)
Reorganize the recent wizard mode control: move set_playmode() from
xxxmain.c to the core, and have it call new authorize_wizard_mode() to do
the port-specific part. If the set_playmode() call during startup doesn't
result in running in wizard mode (either because not allowed or user
didn't request it), it will be called again during restore if the save
file is from a wizard mode game.
For ports which check character name for authorization, players will
have to use `nethack -u whatever -D' (or options for name and playmode) to
restore a wizard mode save file if WIZARD has been changed from "wizard".
plname[] from a wizard mode saved game will always have that value, so if
it's not the right one players will need to get authorized by the startup
code before loading the save file.
Wizard mode or explore mode can be forced on (via -D or -X on the
command line, or now via OPTIONS=playmode:debug|explore) when restoring
a saved game; explore mode handling was confined to restgamestate(), but
wizard mode handling was replicated in every main(). Treat `wizard' the
same as `discover'. Also, prevent a new game started when restore fails
from using the old game's option settings if partial restore attempt got
far enough to load the flags struct. And update bemain.c and macmain.c
to catch up with the others modified by the playmode patch.
[see cvs log for src/options.c for some additional info]
Relief for the command-line impaired. Allow player to request
explore or wizard mode via run-time config file or NETHACKOPTIONS.
Validation is left to xxxmain() and has been updated for Unix, VMS, and
ports which share pcmain. Mac and Be appear to allow any user to access
wizard mode, and may not need any modification, although they'll continue
to have the old buglet of running with both wizard and discover flags set
if player uses `nethack -X -D'. This may or may not work as-is for the
Qt interface depending upon whether it goes through one of the xxxmain()'s
mentioned above [someone needs to make sure that it doesn't allow Qt on
Unix to bypass the (username == WIZARD_NAME) test when user requests
wizard mode].
NOSAVEONHANGUP isn't documented anywhere. I don't see why it should
wipe out recoverable level files just because it doesn't want to build a
save file out of them during the hangup. Leave them intact if checkpoint
is active. If someone really wants to make them always go away, they'll
need to disable INSURANCE as well as enable NOSAVEONHANGUP.
tty's getret() -> xwaitforspace() could get stuck in a loop after
hangup, depending upon the state of terminal shutdown (accepting EOF or
ESC cares about cbreak mode?). Make xwaitforspace() become a no-op during
hangup processing.
vms's call to hangup() from an exit handler took place after the
terminal has been reset (the exit handler for the latter is registered
later so executes sooner). Then exit_nhwindows() resulted in a second tty
reset attempt and settty() -> setctty() encountered an error (which it
reported, triggeting a getret() call). Make the vms code correctly guard
against multiple resets.
[See cvs log for src/cmd.c for more complete description.]
This turns clearlocks() into a no-op during the period when the UNIX
port is asking the user to confirm whether to overwrite an existing game.
Also, this removes the duplication of code and function between hangup()
and end_of_input(), and it simplifies the check for whether hangups are
supported by adding new macro HANGUPHANDLING. (I don't think global.h is
the best place to be defining that but I couldn't figure out where else
it would fit, other than repeating for individual xxxconf.h files.) And
adds a couple more done_hup checks to try to cope with situations where
rhack() is being bypassed. Lastly, having readchar() return EOF was
ignored for non-UNIX configs; now everybody gets ESC instead of letting
EOF be seen further inside the core.
Clean up the preprocessing associated with the
loadable symbol stuff.
Base it on new LOADSYMSETS, rather than on the
previously existing ASCIIGRAPH preprocessor define.
- Instead of checking for the Rogue level, check which
graphics are engaged (PRIMARY or ROGUESET) in the
SYMHANDLING() macro.
- track which graphics are active through 'currentgraphics'.
- Instead of symset and roguesymset and symhandling and roguehandling
variables, have symset and symhandling be arrays of two, with the
following indexes:
PRIMARY
ROGUESET
That reduced the amount of repeated code.
(Not to be confused with the 'symset' and 'roguesymset' config file options
both of which still exist)
- the symbol routines were adjusted to pass
the index , rather than 'rogueflag' and coding to roguesymset etc.
Other than fixing bugs that are encountered, this is probably
the last of the symbol stuff, with the exception of
making the symset and roguesymset config file options
accept the keyword value "default".
This is an overhaul to the NetHack drawing mechanism.
- eliminates the need to have separate lists in drawing.c
for the things and their associated explanations by grouping
those thing together on the same inializer in a struct.
- replaces all of these options: IBMgraphics, DECgraphics, MACgraphics,
graphics, monsters, objects, boulder, traps, effects
- drawing.c contains only the set of NetHack standard symbols for
the main game and a set of NetHack standard symbols for the
roguelevel.
- introduces a symbols file that contains named sets of
symbols that can be loaded at run time making it extensible
for situations like multinational code pages like those reported
by <Someone>, without hardcoding additional sets into the game code.
- symbols file uses names for the symbols, so offsets will not break
when new things are introduced into the game, the way the older
config file uchar load routines did.
- symbols file only contains exceptions to the standard NetHack
set, not entire sets so they are much less verbose than all of
the g_FILLER() entries that were previously in drawing.c
- 'symset' and 'roguesymset' config file options for
preselecting a symbol set from the file called 'symbols'
at startup time. The name of the symbols file is not under the
users control, only the symbol set name desired from within the
symbols file is.
- 'symset' config file option loads a desired symbol set for
everything but the rogue level.
- 'roguesymset' config file option loads a desired symbol set
for the rogue level.
- 'SYMBOLS' config file option allows the user to specify replacement
symbols on a per symbol basis. You can specify as many or as few symbols
as you wish. The symbols are identified by a name:value pair, and line
continuation is supported. Multiple symbol assignments can be made on
the same line if each name:value pair is separated by a comma.
For example:
SYMBOLS = S_bars:\xf0, S_tree: \xf1, S_room:\xfa \
S_fountain:\xf4 \
S_boulder:0
- 'symbols' file has the following structure:
start: DECgraphics
Handling: DEC
S_vwall: \xf8 # meta-x, vertical rule
S_hwall: \xf1 # meta-q, horizontal rule
finish
start: IBMgraphics
Handling: IBM
S_vwall: \xb3 # meta-3, vertical rule
S_hwall: \xc4 # meta-D, horizontal rule
finish
- 'symbols' file added to the source tree in the dat directory
- Port Makefiles/scripts will need to be adjusted to move them into
HACKDIR destination
The revised newmail() wouldn't compile (Strncpy doesn't exist, `buf'
was an array of pointers rather than of char). Simplify it substantially,
and adjust the one caller (vms) that relied on the old convoluted bit.
Move some internals-related code out of port-specific main so that
it isn't duplicated a bunch of times. One minor side-effect of this
change is that if you auto-pickup something at the very start of a game,
it will happen after any full moon/new moon/Friday 13th message rather
than before. There's a second change for some: the shared main() used
by several of the micro ports had a small difference in game play--if you
saved a game while on an engraving, it would automatically be read when
you resume--that will now occur for everybody [Elbereth weenies rejoice!].
pcmain() was also calling update_inventory() at start of play. That's
unnecessary for new games, where inventory initialization triggers a call
to it for each item added to your pack; but I wasn't sure about restored
games, so everybody gets it there now.
The Mac and BeOS ports evidently haven't been touched it some time;
they still referenced flags.move which got replaced by context.move quite
a while back. The Windows GUI code has a declaration for mswin_moveloop()
which appears to be non-existant, but I left it alone. I assume that the
Qt interface uses the existing main() routines; at least I couldn't find
any start of game code specific to it. vmsmain's revised main() is the
only one which has been tested.
I couldn't find the original depend.awk (which started out on vms) and
didn't feel like attempting to recreate it, so did this the old fashioned
way (grep,&c of src/*.c). I think that all of the various Makefiles need
one or more of these changes. Adding context.h to the hack.h dependencies
and emin.h to monst.{o|obj} are the most significant ones.
Introduce a new set of functions to manage delayed killers in the trunk, used
in addressing the various reports of delayed killer confusion. Since existing
delayed killers are related to player properties, the delayed killers are
keyed by uprop indexes. I did this to avoid adding yet another set of
similar identifiers.
- the new delayed_killer() is used for stoning, sliming, sickness, and
delayed self-genocide while polymorphed. Some other timed events don't
use it (and didn't use the old delayed_killer variable) because they
use a fixed message when the timeout occurs.
- A new data structure, struct kinfo, is used to track both delayed and
immediate killers. This encapsulates all the info involved with
identifying a killer. The structure contains a buffer, which subsumes the
old killer_buf and several other buffers that didn't/couldn't use killer_buf.
- the killer list is saved and restored as part of the game state.
- the special case of usick_cause was removed and a delayed killer list
entry is now used in its place
- common code dealing with (un)sliming is moved to a new make_slimed function
- attempted to update all make dependencies for new end.c -> lev.h
dependency, sorry if I messed any up
Pat Rankin wrote:
> collect them all into some new struct and
> save that separately rather than jamming more non-option stuff
> into struct flags.
This patch:
- collects all context/tracking related fields from flags
into a new structure called "context."
It also adds the following to the new structure:
- stethoscope turn support
- victual support
- tin support
Noticed when trying out the "heck patch", where the name of the file
for the sanctum level was changed and I neglected to update my Makefile to
reflect that: nothing was noticed if any files were missing when loading
them into a dlb container. Populating the playground directory for the
non-dlb configuration suffered a similar problem. Now the VMS playground
setup will issue a warning message if this happens (but not abort the
installation; perhaps it ought to do that as well...).
Other ports have the same problem. For example, Unix Makefile.top
relies on file globbing to build the dlb container; if a wildcard pattern
matches no files, dlb won't notice because the shell will have eaten the
offending pattern. Likewise for its non-dlb configuration, where cp won't
notice. However, this isn't a very interesting bug because it won't hit
when the distributed Makefiles correspond with the needed data files.
Create an empty paniclog file during playground creation, so that it
starts with the same permissions as other writeable files. Without this,
it's liable to end up being owned by the first random user who triggers
a panic or impossibility rather than by the playground owner and probably
wouldn't be writable by any other user.
Instead of adding a new artifact.h to pray.c, remove the existing
ones from attrib.c, invent.c, and mkobj.c. This also updates the Unix
and VMS editions of Makefile.src; having stale dependencies in those
for other ports could cause unnecessary recompilation but can't break
anything in this case.
Prevent the pardoning of trickery in wizard mode from attempting
to continue when there's no longer any current level. Also prevent
the ZEROCOMP configuration from trying to read from file descriptor -1
in case there're any other places which still let that slip through.
And fix an oddity in the VMS port's error() routine which has gone
unnoticed for years.
Update the instructions, add a dat -> util dependency so that
MMK (freeware clone of DEC's MMS make utility) builds the data files
when necessary, and switch the default compiler to DEC C.
