A major part of this device's implementation details about how to handle the callback were not encapsulated by the device class at all, they were #ifdef'd into the streamer class.
This puts everything into the device class which now exposes a clean interface to the rest of the game with no special handling aside from calling two additional virtual functions that are empty for the other devices
* make the critical section local to the respective platform instead of polluting everything with system specific symbols.
* moved system specific class declarations into the source file instead of having them in the global header.
This commit temporarily disables the Windows system device because it cannot be done without polluting the global header and still needs a bit of refactoring.
The approach being used here caused the entire sound system to be infested by windows.h, just to avoid copying around a handful of variables in one place, effectively preventing any compiling optimization.
Windows will now use the same internally defined structure for all MIDI processing which only for actual submission to the system player will be converted to the internal format.
According to MinGW headers (which is used for compiling libmpg123) ssize_t type must be 64-bit in size on 64-bit Windows
Moreover it was impossible to build GZDoom with the recent versions of libmpg123 because of wrong type redifinition
Tested MP3 music on Deus Vult II with Release x64 and OpenAL backend
libmpg123 spews quite a lot of debug stuff in stdout when encountering files like WAV or Ogg Vorbis, while libsndfile is silent when encountering an MP3 file.
- Replaced GTK/OS X (note different from Cocoa) clipboard code with SDL clipboard API.
- Removed requirement to link to GTK in order to compile with GTK support.
- GTK is no longer init'd if the GTK IWAD picker is not used.
- Our usage of GTK is such that the dynamic loader can work with both GTK2 and GTK3 depending on what's installed.
- Since we're accumulating a lot of library loaders I've built a generic interface as FModule which replaces TOptWin32Proc and the loaders in the OpenAL and Fluidsynth code.
* everything related to scripting is now placed in a subdirectory 'scripting', which itself is separated into DECORATE, ZSCRIPT, the VM and code generation.
* a few items have been moved to different headers so that the DECORATE parser definitions can mostly be kept local. The only exception at the moment is the flags interface on which 3 source files depend.
- Use with FMOD Studio 1.06.x. 1.07 and 1.08 compile but for some reason produce a lot of noise on vanilla Doom sounds.
- Crashes when used with fluidsynth provided by Ubuntu 16.04, but a self compiled version of the library works just fine.
- Reverbs are mostly untested, but implemented.
- Debug waveform drawing is not implemented as it requires a non-trivial amount of work.
- It will still show as FMOD Ex in the menus since I'm too lazy at the moment to make it a "separate" backend.
Dynamic loading is enabled by default, set DYN_OPENAL to OFF to link with static or dynamic library
# Conflicts:
# src/sound/oalsound.cpp
# src/sound/oalsound.h
At least with KDevelop4, macros like this interefere with contextual info by
causing it to show information about the macro itself (where it's defined and
what it defines to), rather than the function (parameters, comments, etc). It
also gets in the way of auto-completion.
