Cosa è cambiato in EDuke32, build per build

An effect is only really seen in the buildtools written in C++, currently just arttool. This is mainly of interest to distributors of the buildtools to avoid missing DLL errors.

We shouldn't assume a particular bytes-per-line value and use ylookup[] instead. Specifically, windowed modes on Windows use a frame buffer that always has odd x dimension.

- replace bit tweaking for big endian archs with clear code - allow palette lookups >= 128, previously we read into a signed byte

- in Mapster, pre-form the default 10 clip map names before returning from G_CheckCommandLine() so it gets loaded even if we passed no cmdline args. - malloc + strlen + strcpy --> strdup - don't need to spank dead variables ;) - we may call calloc with zero size, which isn't bad by itself, but asserting for non-null afterwards is. Allocs of 0 are implementation-defined, and may well return a null pointer (C99 7.20.3).

Make some computer Duke opponent variables in player.c static.

Gives a couple more fps for scenes where much screen estate is covered by stuff, like when holding the devastator.

With the same setup as before, a screen-filling translucent wall (with nothing drawn behind it) renders at about 7 fps faster (from 60-something fps initially)

Also, a very minor change in the con/def module code. (int --> int32_t)

A run of consecutive mapstates may share sector/wall/sprite blocks, but the code was deciding whether to free them solely on local properties. Now, save a reference count at the beginning of each such allocated block and free it only if it reaches zero.

Also, always print at least level 5 corruptions (that is, have no instances of completely silent corruptcheck).

This checks for about every possible type of sprite list corruption and reports back with a corruption level 5 if one of the 14 validations fail.

- start scrolling from about half of the visible page - PGUP/DGDN moves the cursor by 1/4 of the page - code cleanup (we only need one displine[80], use clearkeys())

- Make all arguments explicit toggles (except for onlyzip). - Disable PowerPC builds by default on Snow Leopard in addition to Lion. - Enable Darwin 9 compatibility for all builds whenever PowerPC is enabled.

Note the capitalization. I hope that this makes clashes with user variable names less likely.

Also include one comment about a currently failing assertion there.

Previously, if the sprite turned really out to be in void space, either freelist inconsistency (before the list rewrite) or oob access (now) would happen. Also add an bound-checking assert() for insertsprite's sectnum argument (it's not a bound check!)

Makefiles: new features to facilitate above: - buildtools: "make printutils" is a phony which simply lists all the tools - $(EXESUFFIX_OVERRIDE)

- JFBuild ports: arttool, givedepth, and mkpalette - All viable tools are now built when 'make utils' is invoked, not just some - Revert "initprintf" hack of previous commit and replace it with "compat_tools.c" - Move Bstrtolower from baselayer.c to compat.c - Makefiles: Add start and finish messages for the tools - Makefiles: To prevent "-Wimplicit" from being passed to the C++ compiler, create $(*CONLYFLAGS)

- Adding $(EXESUFFIX) where it belongs in the Makefile. - Eliminating a call to initprintf() from compat.c. This may not be ideal.

This might now be even more confusing for users reading both the source and CON code (where the access is necessarily still via '.clipping'), but at least reading the source now makes sense :P

This is so that in the event of a crash, no CON dump will be printed if no (actor or loadactor) CON code was actually executing at the time of the crash, confusing the users. Note: doesn't apply for event code.

We've been running with same-sized actor_t for a while without problems now. In the unlikely event (famous last words) that an issue should pop up later, this revision should be consulted for the differences between the two versions.

- osxbuild.sh: explicitly specify "ARCH='-arch x86_64'" for 64-bit builds

With VBOs enabled, the virtual pointer to the geometry of frame 0 of a model is always NULL. This was confusing the polymer code responsible for deciding whether to enable smooth animations or not, which meant that any animation that would loop to frame 0 would do it as if animation interpolation was disabled, which looks very choppy.

The format is snd #<sound number> inst <instance of that sound>: voice <internal voice handle>, ow <owner's sprite ID/-1> (this is the interesting part)

- make a couple variables static in sounds_mapster32.c - KHz --> Hz in initialization text

- make some variables static - conditionally compile out some code with DEBUG_ALLOCACHE_AS_MALLOC - exit(1) on failure (instead of exit(0)) - some formatting

- Conditional disabling of the build for each architecture - Conditional enabling of debug building - Detection of the OS X version, disabling incompatible builds and establishing a minimum version - Fail-safe assembly of fat binaries and the archive (each item is checked first) - Lovely factored 'for' loops and parameter expansion

Syntax: echo "Your text here."

Note: I'm not really sure whether I'm initializing it in the right places.

When drawing from inside the mirror, there may be no 'bunches' (BUILD lingo, not TROR ones) collected, but following code used the first one unconditionally.