Start to add supporting code to windsound and macsound. The latter
remains commented out because I haven't had a chance to try
it on macOS yet.
In order to test it out, I added two more stock sounds:
sa2_xplevelup and sa2_xpleveldown.
It looks like the Windows API call for PlaySound using SND_RESOURCE, from a
mingw32 built program, cannot find the resources that are
embeded into the .exe by the mingw32 resource compiler. That works fine
from visual studio.
For now, fall back to not using the SND_RESOURCE flag, use an ordinary
wav file name in the filesystem. Makefile.mingw32 has been modified
to copy the wav files to the binary directory along with the exe.
This probably won't be the final approach, but it will get things
working for now.
Groundwork for a more versatile interface for using
sound libraries. A lot of sound libraries work across
multiple platforms.
The current NetHack sound stuff is quite limited.
Binaries can have a variety of window ports linked into
them, and it makes sense to have something similar for
sound.
This tries to set things up in a more soundlib-centric way,
rather than inserting things in a platform-centric way.
It establishes a new top-level directory sound (akin to win
for the window interface routines, or "window-port") where
sound-related additions and sndprocs and support files can be
added and used across platforms.
The default interface is nosound and the 'nosound' interface
is in src/sounds.c
The interface for 'windsound', which contains the same minimal
USER_SOUNDS support using built-in routines that has been in the
windows port for a long time is added to
sound/windsound/windsound.c.
For now, the sound interface support for 'qtsound' has been added
to the existing Qt files win/Qt/qt_bind.h and win/Qt/qt_bind.cpp,
and a note has been placed in sound/qtsound/README.md to avoid
confusion.
New header file added: include/sndprocs.h.
A new feature, enabled by default to maximize testing, but one which can
be disabled by commenting it out in config.h
With this, some additional information is added to the glyphmap entries
in a new optional substructure called u with these fields:
ucolor RGB color for use with truecolor terminals/platforms.
A ucolor value of zero means "not set." The actual
rgb value of 0 has the 0x1000000 bit set.
u256coloridx 256 color index value for use with 256 color
terminals, the closest color match to ucolor.
utf8str Custom representation via utf-8 string (can be null).
There is a new symset included in the symbols file, called enhanced1.
Some initial code has been added to parse individual
OPTIONS=glyph:glyphid/R-G-B entries in the config file.
The glyphid can, in theory, either be an individual glyph (G_* glyphid)
for a single glyph, or it can be an existing symbol S_ value
(monster, object, or cmap symbol) to store the custom representation for
all the glyphs that match that symbol.
Examples:
OPTIONS=glyph:G_fountain/U+03A8/0-150-255
(Your platform/terminal font needs to be able to include/display the
character, of course.)
The NetHack core code does parsing and storing the customized
entries, and adding them to the glyphmap data structure.
Any window port can utilize the additional information in the glyphinfo
that is passed to them, once code is added to do so.
Also, consolidate some symbol-related code into symbols.c, and remove it from
files.c and options.c
NetHack 3.7 stores timestamp information, as well as github
commit hashs information if available, internally by compiling
date.c. It is important to ensure that date.c is always
recompiled after any other NetHack source files are compiled.
If the one provided in the zip/distribution is newer, replace
the one used by the game after renaming the current one to
symbols.save.
If the one used by the game is newer, do nothing with it.
The mingw-w64 version on the CI platform is older and
is missing a sought copy of winres.h.
This attempts to work around that by having the Makefile
create a temporary copy of winres.h in the win/win32 directory
which that windres.exe is already search in. The file is
then immediately removed after windres uses it.
The contents of the temporary winres.h match the contents
of that file that is distributed with the more up-to-date msys2
distribution of mingw-w64.
It won't be known if this workaround solves all the CI issues
with the mingw build until after it is committed and observed.
