* Flip release of buffer;
First it needs to be taken out of the processing chain, then it can be released. The inverse of the initialization.
* Add mutex locks to audio buffer functions; Separate those used from both threads
* Flip release of buffer;
First it needs to be taken out of the processing chain, then it can be released. The inverse of the initialization.
* Remove TODO marker; The buffer is in stopped state and its data won't be accessed
* Add mutex locks to music/stream functions directly operating on buffer
* Secure UpdateMusicStream/PlayMusicStream/UpdateAudioStream;
This change is twofold:
* Add locks to UpdateMusicStream/UpdateAudioStream (second one needed separation)
* Remove unnecessary hack to restart music - inlining the statements resulted in a no-op
Especially the second part made it easier to ensure thread-safety overall
* Remove redundant check; Already checked at beginning of function
`char *txtData = (char *)RL_CALLOC(waveDataSize * 6 + 2000, sizeof(char));`
assumes every chunk being added to txtData is 6 bytes. This is not always true, sometimes a newline is involved and the data becomes 12 bytes instead, and this can cause a random segfault.
This commit changes `6` to `12`, and explains why in the comment.
Additionally added a volume assignment from old to new as currently there is no way to get the volume of a sound and the AudioBuffer struct is not reachable from user code due to opaque definition.
It feels a little unfinished when you can SetMasterVolume but can't
really Get it. So to finish the symmetry here is the GetMasterVolume
implementation.
* Add a function to clone a sound and share data with another sound.
* rename items based on feedback
* PR Feedback, use custom unload for sound alias, not variant of normal sound unloading
* Update raudio.c
Review `raudio.c`: rewritten `ExportWaveAsCode()` to be more like rtextures.c `ExportImageAsCode()'
* no tab november
accidentally inserted a tab somewhere. corrected it.
The `qoaplay_open()` function expects a `char *`, but we are passing in a `const char *`. While this works just fine, it does issue a compiler warning when strict:
```
src/raudio.c: In function ‘LoadMusicStream’:
src/raudio.c:1290:45: warning: passing argument 1 of ‘qoaplay_open’ discards ‘const’ qualifier from pointer target type [-Wdiscarded-qualifiers]
1290 | qoaplay_desc *ctxQoa = qoaplay_open(fileName);
| ^~~~~~~~
In file included from src/raudio.c:233:
src/external/qoaplay.c:86:34: note: expected ‘char *’ but argument is of type ‘const char *’
86 | qoaplay_desc *qoaplay_open(char *path)
| ~~~~~~^~~~
```
This change casts the argument to a `char *` to fix the warning.
* Use RL_QUADS/RL_TRIANGLES for single-pixel drawing
Addresses problem mentioned in
https://github.com/raysan5/raylib/issues/2744#issuecomment-1273568263
(in short: when drawing pixels using DrawPixel{,V} in camera mode,
upscaled pixel becomes a line instead of bigger pixel)
* [rtextures] Fixed scaling down in ImageTextEx
Closes#2755
* Added global audio processor
* Renamed struct member to follow naming conventions
* Added example for AttachAudioMixedProcessor
These IsReady() functions provide a method in order to verify whether or not the object was loaded successfully. They're useful to make sure the assets are there prior to using them.
GetMusicTimePlayed() was calculated using buffered frames, not played frames.
For example: calling LoadMusicStream->UpdateMusicStream->GetMusicTimePlayed would return non-zero value, even though no music was playing.
This PR fixes a bug when music.looping is set to false but the music continues looping.
Also using proper functions to seek to start of an audio file.
Removed old comment.
WARNING: This addition is based on a PR and it's still under review, not sure if it will be maintained in the future. In general, raylib tries to avoid callbacks usage mechanisms.
* Add panning to raudio and update audio_raw_stream example.
* remove pan smoothing, code formatting changes following pull request comments
Co-authored-by: Ray <raysan5@gmail.com>
Allow to choose which modules are compiled with raylib, if some modules are excluded from compilation, required functionality is not available but smaller builds are possible.
