One of the drivers of this change was that screen coordinates require a
type that can hold values greater than 127. Parameters to the window
port routines require a large type in order to be able to have values
a fair bit larger than COLNO and ROWNO passed to them, particularly for
their use to the right of the map window.
This splits the uses of xchar into 3 different situations, and adjusts
their type and size:
xchar
|
-----------------------
| | |
coordxy xint16 xint8
coordxy: Actual x or y coordinates for various things (moved to 16-bits).
xint16: Same data size as coordxy, but for non-coordinate use (16-bits).
xint8: There are only a few use cases initially, where it was very
plain to see that the variable could remain as 8-bits, rather
than be bumped to 16-bits. There are probably more such cases
that could be changed after additional review.
Note: This first changed all xchar variables to coordxy. Some were
reviewed and got changed to xint16 or xint8 when it became apparent that
their usage was not for coordinates.
This increments EDITLEVEL in patchlevel.h
Switch to using a macro invocation Verbos(n, s) in place of the
flags.verbose checks.
Provide the mechanics for individual suppression of any of the
existing messages that were considered verbose.
Mechanics only - this code update does not provide any means of
setting the suppression bits.
iflags.verbose = 0
is still a master suppression of all the verbose messages.
iflags.verbose = 1
turns on the verbose messages only for those whose suppression
bit is 0 (not set).
sengr_at() is used as a boolean, declared as int, and returns FALSE
if there is no engraving present. Change the declaration to boolean.
Also, using fuzzymatch() without any list of ignorable characters
just to get case-insensitve matching didn't make sense so switch to
strcmpi().
Log game events, such as entering a new dungeon level, breaking
a conduct, or killing a unique monster, in a new "Major events"
chronicle. The entries record the turn when the event happened.
The log can be viewed with #chronicle -command, and the entries
also show up in the end-of-game dump, if that is available.
This feature is on by default, but can be disabled by
defining NO_CHRONICLE compile-time option.
This also contains "live logging", writing the events as they
happen into a single livelog-file. This is mostly useful for
public servers. The livelog is off by default, and must be
compiled in with LIVELOG, and then turned on in sysconf.
Mostly this a version of livelogging from the Hardfought server,
with some changes.
Instead of returning ECMD_OK, the commands now return ECMD_CANCEL
when user declined to pick a direction or an object to act on.
Note that this can be ORed with ECMD_TIME, if the command still
took a turn.
For now this has no gameplay meaning.
Instead of returning 0 or 1, we'll now use ECMD_OK or ECMD_TURN.
These have the same meaning as the hardcoded numbers; ECMD_TURN
means the command uses a turn.
In future, could add eg. a flag denoting "user cancelled command"
or "command failed", and should clear eg. the cmdq.
Mostly this was simply replacing return values with the defines
in the extended commands, so hopefully I didn't break anything.
Solve the uneven distribution situation that has been present for
picking random rumors for a long time and for random engravings,
epitaphs, and hallucinatory monster names since 3.6.0. This relies
on the previous partial solution where short lines have been padded
to a longer length. When that length is N and random seek lands in
a long line of length L, retry if the position is in the first L-N
characters. Put differently, it if takes more than N characters to
reach the next newline, reject that random seek and try again. This
effectively makes long lines behave as if they had the same length
of N as the short lines have been padded to and when all lines are
the same length, all entries have the same chance to be chosen.
Engraving with a weapon which has known enchantment or with a magic
marker which has known charge count that decremented the amount did
so without updating the persistent inventory display. Report was
for curses but applied to every interface that can show perm_invent.
This includes some reformatting (mostly
if {
}
else {
}
to
if {
} else {
}
multiple times; also add some new braces after 'if' or 'else' where
one half already had those and the other didn't). And removal of
some unnecessary 'register' designators.
Plus fix up one sanity check which complained if number of charges
being used was more than a marker had, but then let the engraving
continue and decrement the count by that large amount. If that
impossible situation ever occurred, it would result in a marker
with negative charges.
Reported directly to devteam: when selecting an item to engrave
with, "getobj refactor"'s stylus_ok() classified none-of-the-above
objects as not viable instead of allowing arbitrary things to
engrave in the dust or give specific can't-use-that messages like
for food. Make the suggested fix: change default result when
checking an inventory item for applicability from GETOBJ_EXCLUDE
to GETOBJ_DOWNPLAY.
Engrave feedback rather than getobj selection: splash of venom
isn't necessarily wizard mode-only so don't reject attempting to
engrave with it as using an illegal object. And remove the extra
question mark from its "poison pen" message.
If an engraving was appended to repeatedly, it could eventually exceed
BUFSZ and cause a crash. Add some checks to prevent this from happening
and inform the player when she runs out of space to engrave on a
particular square.
Engraving with a marker can use up remaining charges to write
semi-permanently in ink, or--if the marker has no remaining charges--can
draw in the dust as with a normal blunt item. Handling in engrave after
a recent refactor (9c6a5fc423) didn't fully cover this second case, and
as a result using an empty marker to engrave would deduct a charge per
attempt and cause an impossible. This could be exploited by repeatedly
engraving with the same empty marker to underflow the marker charges.
Due to a logic bug introduced when engraving became an occupation - the
code that tests to see whether the player is writing with a weapon that
will get dulled wasn't correctly checking that they were actually
carving an engraving.
Instead of inexplicably paralyzing the player for the duration of their
engraving. Many a character has died by trying to engrave something and
then sitting there diligently writing it while monsters surround and
attack them. (This was especially prominent back in the 3.4.3 era when
repeated Elbereths were viable, but it still occurs today with e.g.
using a hard stone to engrave Elbereth). There were also some other
oddities - for instance, if something teleported the player away while
they were engraving, they would continue to "engrave" (be paralyzed) on
their new location, but would not produce any text there; the full
engraving would be placed on their initial position.
In this commit, I have converted engraving to use the occupation
framework, which treats it as an interruptible activity. This
necessitated some logical restructuring, mostly involving the engraving
being written out in chunks as the player spends more uninterrupted time
on it.
I've tried to keep this free of regressions except for those inherent to
the occupation system.
What has NOT changed:
- The rate of engraving is still 10 characters per turn, or 1 character
using slow methods.
- The formulas for determining how much a bladed weapon or marker can
engrave before getting exhausted are kept. Though this is a bit
convoluted, and if it's not considered important to preserve the
existing behavior, I would recommend simplifying it by decreasing the
maximum engraving length for weapons by 1 so that each point of
enchantment simply gets you 2 characters' worth of engraving (e.g. a
-2 weapon will only engrave 1 or 2 characters before dulling to -3,
rather than giving it a third "grace character".
- The input buffer is still modified based on confusion/blindness/etc
only at the time when the player inputs it (if they gain a
debilitating status while engraving, it will not affect the text). My
personal preference is to make the text affected in scenarios like
that, but it's not strictly necessary to do here, so I didn't.
- Wand messages such as "The floor is riddled by bullet holes", and
blinding from engraving lightning, still appear before the hero starts
to take any time engraving. As noted above, getting blinded by the
wand still has no effect on accurately engraving the text, unless the
hero was already blind or impaired.
What has changed:
- Moving off the engraving or losing the object being engraved with
causes the player to stop engraving.
- Wands can still engrave an arbitrary amount of text using a single
charge, but if the hero is interrupted and decides to start engraving
again, they will consume a second charge.
As it adds a new field to g.context, this is a save-breaking change.
2015 commit 27d8b631cd incorrectly altered a test
/* Chop engraving down to size if necessary */
if (len > maxelen) {
for (sp = ebuf; (maxelen && *sp); sp++)
-> if (!isspace(*sp)) maxelen--;
if (!maxelen && *sp) {
*sp = (char)0;
if (multi) nomovemsg = "You cannot write any more.";
was changed to:
/* Chop engraving down to size if necessary */
if (len > maxelen) {
for (sp = ebuf; (maxelen && *sp); sp++)
-> if (*sp == ' ') maxelen--;
if (!maxelen && *sp) {
*sp = (char)0;
if (multi) nomovemsg = "You cannot write any more.";
Fixes#457
Whitelist all the verified existing triggers:
makedefs.c: In function ‘name_file’
attrib.c: one compiler balks at a ? b : c for fmtstring
cmd.c: In function ‘extcmd_via_menu’
cmd.c: In function ‘wiz_levltyp_legend’
do.c: In function ‘goto_level’
do_name.c: In function ‘coord_desc’
dungeon.c: In function ‘overview_stats’
eat.c: one compiler balks at a ? b : c for fmtstring
end.c: one compiler balks at a ? b : c for fmtstring
engrave.c: In function ‘engr_stats’
hack:c one compiler balks at a ? b : c for fmtstring
hacklib.c: one compiler balks at a ? b : c for fmtstring
insight.c: one compiler balks at a ? b : c for fmtstring
invent.c: In function ‘let_to_name’
light.c: In function ‘light_stats’
mhitm.c: In function ‘missmm’
options.c: In function ‘handler_symset’
options.c: In function ‘basic_menu_colors’
options.c: In function ‘optfn_o_autopickup_exceptions’
options.c: In function ‘optfn_o_menu_colors’
options.c: In function ‘optfn_o_message_types’
options.c: In function ‘optfn_o_status_cond’
options.c: In function ‘optfn_o_status_hilites’
options.c: In function ‘doset’
options.c: In function ‘doset_add_menu’
options.c: In function ‘show_menu_controls’
options.c: In function ‘handle_add_list_remove’
pager.c: In function ‘do_supplemental_info’
pager.c: In function ‘dohelp’
region.c: In function ‘region_stats’
rumors.c: sscanf usage
sounds.c: In function ‘domonnoise’
spell.c: In function ‘dospellmenu’
timeout.c: In function ‘timer_stats’
topten.c: In function ‘outentry’, fscanf, sscanf, fprintf usage
windows.c: In function ‘genl_status_update’
zap.c: one compiler balks at a ? b : c for fmtstring
win/curses/cursstat.c: In function ‘curses_status_update’
win/tty/wintty.c: In function ‘tty_status_update’
win/win32/mswproc.c: In function ‘mswin_status_update’
in the air. can_reach_floor() was changed relatively recently
to return False if hero was held by a monster. It wasn't
necessarily because the monster was lifting him or her off the
floor though. Restricted movement could produce same effect.
Change the new behavior to only happen when holder has used a
hug attack, so that being held by a fungus or mimic doesn't
prevent access to the floor.
This may need to be revisited because the idea that the hero's
arms have been pinned by a hugging monster contradicts the
ability to attack that monster. However, it matches the long-
standing inability to attack any other adjacent monster in
that circumstance.
This replaces the arcane system previously used by getobj where the
caller would pass in a "string" whose characters were object class
numbers, with the first up to four characters being special constants
that effectively acted as flags and had to be in a certain order.
Because there are many places where getobj must behave more granularly
than just object class filtering, this was supplemented by over a
hundred lines enumerating all these special cases and "ugly checks", as
well as other ugly code spread around in getobj callers that formatted
the "string".
Now, getobj callers pass in a callback which will return one of five
possible values for any given object in the player's inventory. The
logic of determining the eligibility of a given object is handled in the
caller, which greatly simplifies the code and makes it clearer to read.
Particularly since there's no real need to cram everything into one if
statement.
This is related to pull request #77 by FIQ; it's largely a
reimplementation of its callbacks system, without doing a bigger than
necessary refactor of getobj or adding the ability to select a
floor/trap/dungeon feature with getobj. Differences in implementation
are mostly minor:
- using enum constants for returns instead of magic numbers
- 5 possible return values for callbacks instead of 3, due to trying to
make it behave exactly as it did previously. PR #77 would sometimes
outright exclude objects because it lacked semantics for invalid
objects that should be selectable anyway, or give slightly different
messages.
- passing a bitmask of flags to getobj rather than booleans (easier to
add more flags later - such as FIQ's "allow floor features" flag, if
that becomes desirable)
- renaming some of getobj's variables to clearer versions
- naming all callbacks consistently with "_ok"
- generally more comments explaining things
The callbacks use the same logic from getobj_obj_exclude,
getobj_obj_exclude_too and getobj_obj_acceptable_unlisted (and in a few
cases, from special cases still within getobj). In a number of them, I
added comments suggesting possible further refinements to what is and
isn't eligible (e.g. should a bullwhip really be presented as a
candidate for readying a thrown weapon?)
This also removed ALLOW_COUNT and ALLOW_NONE, relics of the old system,
and moved ALLOW_ALL's definition into detect.c which is the only place
it's used now (unrelated to getobj). The ALLOW_ALL functionality still
exists as the GETOBJ_PROMPT flag, because its main use is to force
getobj to prompt for input even if nothing is valid.
I did not refactor ggetobj() as part of this change.
This got out of hand pretty quickly. can_reach_floor() had
different criteria than trap activation. Objects dropped at a
hole locations that don't fall through were treated as if they
were at the bottom of an abyss, so couldn't be examined or
picked up.
This a bunch of changes; it is bound to introduce some new bugs.
Post-3.6.x issue. head_engr has been defined in engrave.c for ages
but the definition was relatively recently duplicated in decl.c.
gcc 10 defaults to more rigorous checking (-fno-common) and complained
about the duplicate. Remove the original definition from engrave.c.
Fixes#346
When a special level is created, there's a chance it gets flipped
horizontally and/or vertically.
Add new level flags "noflip", "noflipx", and "noflipy" to prevent
flipping the level. Add a wiz-mode command #wizlevelflip to test
the flipping on current level - although this doesn't flip everything,
as level flipping is meant to happen during level creation.
Flag existing occurrences of "You hear" as "Deaf-aware" so
that a grep for that string in the future doesn't need to
trigger further investigation of those.
Fixes#227
Travel, <ctrl><direction>, <g|G><direction> all stop on engravings,
but <shift><direction> told the player what the engraving said and
kept going. The message output is buffered until map update or
another message, so player couldn't tell where hero was at the time
the engraving got shown. Make <shift> running stop on engravings.
This is based on the multiple-RNGs code fron NetHack4, but using
only the parts relevant to the display RNG (and with substantial
changes, both because of post-3.4.3 changes, and because Nethack4's
display code is based on Slash'EM's rather than NetHack's).
Remove trailing spaces, and remove tabs from the files that had
trailing spaces.
Also, rndorcname() was using a random value to terminate a loop
and was recalculating a new one each iteration.
