From a416cfb6881b8ff99c29ba87c1d940d6143e44b1 Mon Sep 17 00:00:00 2001 From: sanine Date: Sat, 3 Sep 2022 18:17:53 -0500 Subject: only perform atomic operations at the beginning of a callback run --- src/channel.c | 87 +++++++++++--------- src/channel.h | 14 +++- src/channel.test.c | 232 ++++++++++++++++++++++++++++------------------------- src/mossrose.c | 4 + 4 files changed, 185 insertions(+), 152 deletions(-) (limited to 'src') diff --git a/src/channel.c b/src/channel.c index 62e32fc..1d0b63b 100644 --- a/src/channel.c +++ b/src/channel.c @@ -5,14 +5,16 @@ #include "channel.h" #include "sound.h" +#define channel_atomic_get(var) p_atomic_int_get(&(var)) +#define channel_atomic_set(var, value) p_atomic_int_set(&(var), (value)) void channel_init(struct channel_t *chan) { - chan->active = false; - chan->paused = false; - chan->volume = 255; - chan->pan_left = -128; - chan->pan_right = 128; + chan->shared.active = false; + chan->shared.paused = false; + chan->shared.volume = 255; + chan->shared.pan_left = -128; + chan->shared.pan_right = 128; chan->sound_mutex = p_mutex_new(); chan->sound.left = NULL; @@ -23,21 +25,19 @@ void channel_init(struct channel_t *chan) void channel_reset(struct channel_t *chan) { - p_atomic_int_set(&(chan->paused), false); - chan->pos = 0; - p_atomic_int_set(&(chan->active), false); + p_atomic_int_set(&(chan->shared.active), false); } void channel_pause(struct channel_t *chan) { - p_atomic_int_set(&(chan->paused), true); + p_atomic_int_set(&(chan->shared.paused), true); } void channel_resume(struct channel_t *chan) { - p_atomic_int_set(&(chan->paused), false); + p_atomic_int_set(&(chan->shared.paused), false); } @@ -46,7 +46,7 @@ void channel_set_volume(struct channel_t *chan, float volume) if (volume > 1.0f) volume = 1.0f; if (volume < 0.0f) volume = 0.0f; - p_atomic_int_set(&(chan->volume), 255*volume); + p_atomic_int_set(&(chan->shared.volume), 255*volume); } @@ -58,14 +58,14 @@ void channel_set_pan(struct channel_t *chan, float pan_left, float pan_right) if (pan_right > 1.0f) pan_right = 1.0f; if (pan_right < -1.0f) pan_right = -1.0f; - p_atomic_int_set(&(chan->pan_left), 128*pan_left); - p_atomic_int_set(&(chan->pan_right), 128*pan_right); + p_atomic_int_set(&(chan->shared.pan_left), 128*pan_left); + p_atomic_int_set(&(chan->shared.pan_right), 128*pan_right); } int channel_sound_load(struct channel_t *chan, struct mossrose_sound_t *sound, bool force) { - if (!force && p_atomic_int_get(&(chan->active))) + if (!force && channel_atomic_get(chan->shared.active)) /* active, fail! */ return 1; @@ -73,24 +73,24 @@ int channel_sound_load(struct channel_t *chan, struct mossrose_sound_t *sound, b sound_copy(&(chan->sound), sound); chan->pos = 0; - p_atomic_int_set(&(chan->paused), false); + p_atomic_int_set(&(chan->shared.paused), false); if (!force) { /* overwrite channel settings */ - p_atomic_int_set(&(chan->volume), 255); + p_atomic_int_set(&(chan->shared.volume), 255); if (sound->mono) { - p_atomic_int_set(&(chan->pan_left), 0); - p_atomic_int_set(&(chan->pan_right), 0); + p_atomic_int_set(&(chan->shared.pan_left), 0); + p_atomic_int_set(&(chan->shared.pan_right), 0); } else { /* stereo */ - p_atomic_int_set(&(chan->pan_left), -128); - p_atomic_int_set(&(chan->pan_right), 128); + p_atomic_int_set(&(chan->shared.pan_left), -128); + p_atomic_int_set(&(chan->shared.pan_right), 128); } } p_mutex_unlock(chan->sound_mutex); - p_atomic_int_set(&(chan->active), true); + p_atomic_int_set(&(chan->shared.active), true); return 0; } @@ -104,11 +104,31 @@ static void pan_gain(float *gain_l, float *gain_r, float pan) } +void channel_update_shared(struct channel_t *chan) +{ + if (channel_atomic_get(chan->shared.paused) || !channel_atomic_get(chan->shared.active)) + chan->skip = true; + else + chan->skip = false; + + float vol = ((float)channel_atomic_get(chan->shared.volume))/255; + + float pan_l = ((float)channel_atomic_get(chan->shared.pan_left))/128; + float pan_r = ((float)channel_atomic_get(chan->shared.pan_right))/128; + + pan_gain(&(chan->gain_ll), &(chan->gain_lr), pan_l); + pan_gain(&(chan->gain_rl), &(chan->gain_rr), pan_r); + + chan->gain_ll *= vol; + chan->gain_lr *= vol; + chan->gain_rl *= vol; + chan->gain_rr *= vol; +} + + void channel_get_next_sample(float *left, float *right, struct channel_t *chan) { - bool active = p_atomic_int_get(&(chan->active)); - bool paused = p_atomic_int_get(&(chan->paused)); - if (!active || paused) { + if (chan->skip) { /* skip this channel */ *left = 0; *right = 0; @@ -122,29 +142,18 @@ void channel_get_next_sample(float *left, float *right, struct channel_t *chan) return; } - float volume = ((float)p_atomic_int_get(&(chan->volume)))/255; - if (chan->sound.mono) { float x = chan->sound.left[chan->pos]; - float pan = ((float)p_atomic_int_get(&(chan->pan_left)))/128; - float gain_l, gain_r; - pan_gain(&gain_l, &gain_r, pan); - *left = volume * gain_l * x; - *right = volume * gain_r * x; + *left = chan->gain_ll * x; + *right = chan->gain_lr * x; } else { float l, r; l = chan->sound.left[chan->pos]; r = chan->sound.right[chan->pos]; - float pan_l = ((float)p_atomic_int_get(&(chan->pan_left)))/128; - float pan_r = ((float)p_atomic_int_get(&(chan->pan_right)))/128; - float gain_ll, gain_lr, gain_rl, gain_rr; - pan_gain(&gain_ll, &gain_lr, pan_l); - pan_gain(&gain_rl, &gain_rr, pan_r); - - *left = volume * ((gain_ll * l) + (gain_rl * r)); - *right = volume * ((gain_lr * l) + (gain_rr * r)); + *left = (chan->gain_ll * l) + (chan->gain_rl * r); + *right = (chan->gain_lr * l) + (chan->gain_rr * r); } chan->pos += 1; diff --git a/src/channel.h b/src/channel.h index d4ff6ee..ae9c24b 100644 --- a/src/channel.h +++ b/src/channel.h @@ -7,12 +7,20 @@ #include -struct channel_t { +struct channel_shared_t { volatile pint active; /* boolean */ volatile pint paused; /* boolean */ volatile pint volume; /* 0-255 */ - volatile pint pan_left; /* -128-128 */ - volatile pint pan_right; /* -128-128 */ + volatile pint pan_left; /* -255-255 */ + volatile pint pan_right; /* -255-255 */ +}; + + +struct channel_t { + struct channel_shared_t shared; + bool skip; + float gain_ll, gain_lr; + float gain_rl, gain_rr; PMutex *sound_mutex; struct mossrose_sound_t sound; diff --git a/src/channel.test.c b/src/channel.test.c index cab741b..4591b43 100644 --- a/src/channel.test.c +++ b/src/channel.test.c @@ -59,11 +59,11 @@ void test_channel_init() lily_assert_int_equal(mock_p_mutex_new->n_calls, 1); - lily_assert_int_equal(chan.active, false); - lily_assert_int_equal(chan.paused, false); - lily_assert_int_equal(chan.volume, 255); - lily_assert_int_equal(chan.pan_left, -128); - lily_assert_int_equal(chan.pan_right, 128); + lily_assert_int_equal(chan.shared.active, false); + lily_assert_int_equal(chan.shared.paused, false); + lily_assert_int_equal(chan.shared.volume, 255); + lily_assert_int_equal(chan.shared.pan_left, -128); + lily_assert_int_equal(chan.shared.pan_right, 128); lily_assert_null(chan.sound.left); lily_assert_null(chan.sound.right); @@ -75,91 +75,89 @@ void test_channel_reset() { struct channel_t chan; chan.pos = 255; - chan.active = true; - chan.paused = true; - chan.volume = 5; - chan.pan_left = 30; - chan.pan_right = 30; + chan.shared.active = true; + chan.shared.paused = true; + chan.shared.volume = 5; + chan.shared.pan_left = 30; + chan.shared.pan_right = 30; channel_reset(&chan); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); - lily_assert_int_equal(chan.paused, false); + lily_assert_int_equal(chan.shared.active, false); } void test_channel_pause() { struct channel_t chan; - chan.paused = false; + chan.shared.paused = false; channel_pause(&chan); - lily_assert_int_equal(chan.paused, true); + lily_assert_int_equal(chan.shared.paused, true); } void test_channel_resume() { struct channel_t chan; - chan.paused = true; + chan.shared.paused = true; channel_resume(&chan); - lily_assert_int_equal(chan.paused, false); + lily_assert_int_equal(chan.shared.paused, false); } void test_channel_set_volume() { struct channel_t chan; - chan.volume = 255; + chan.shared.volume = 255; channel_set_volume(&chan, 0.0f); - lily_assert_int_equal(chan.volume, 0); + lily_assert_int_equal(chan.shared.volume, 0); channel_set_volume(&chan, 0.5f); - lily_assert_int_equal(chan.volume, 127); + lily_assert_int_equal(chan.shared.volume, 127); channel_set_volume(&chan, 1.0f); - lily_assert_int_equal(chan.volume, 255); + lily_assert_int_equal(chan.shared.volume, 255); /* oob */ channel_set_volume(&chan, -1.0f); - lily_assert_int_equal(chan.volume, 0); + lily_assert_int_equal(chan.shared.volume, 0); channel_set_volume(&chan, 2.0f); - lily_assert_int_equal(chan.volume, 255); + lily_assert_int_equal(chan.shared.volume, 255); } void test_channel_set_pan() { struct channel_t chan; - chan.pan_left = 255; - chan.pan_right = 255; + chan.shared.pan_left = 255; + chan.shared.pan_right = 255; channel_set_pan(&chan, -1.0f, 1.0f); - lily_assert_int_equal(chan.pan_left, -128); - lily_assert_int_equal(chan.pan_right, 128); + lily_assert_int_equal(chan.shared.pan_left, -128); + lily_assert_int_equal(chan.shared.pan_right, 128); channel_set_pan(&chan, -0.5f, 0.5f); - lily_assert_int_equal(chan.pan_left, -64); - lily_assert_int_equal(chan.pan_right, 64); + lily_assert_int_equal(chan.shared.pan_left, -64); + lily_assert_int_equal(chan.shared.pan_right, 64); channel_set_pan(&chan, 0.0f, 0.0f); - lily_assert_int_equal(chan.pan_left, 0); - lily_assert_int_equal(chan.pan_right, 0); + lily_assert_int_equal(chan.shared.pan_left, 0); + lily_assert_int_equal(chan.shared.pan_right, 0); channel_set_pan(&chan, 0.5f, -0.5f); - lily_assert_int_equal(chan.pan_left, 64); - lily_assert_int_equal(chan.pan_right, -64); + lily_assert_int_equal(chan.shared.pan_left, 64); + lily_assert_int_equal(chan.shared.pan_right, -64); channel_set_pan(&chan, 1.0f, -1.0f); - lily_assert_int_equal(chan.pan_left, 128); - lily_assert_int_equal(chan.pan_right, -128); + lily_assert_int_equal(chan.shared.pan_left, 128); + lily_assert_int_equal(chan.shared.pan_right, -128); /* oob */ channel_set_pan(&chan, -10.0f, 2.0f); - lily_assert_int_equal(chan.pan_left, -128); - lily_assert_int_equal(chan.pan_right, 128); + lily_assert_int_equal(chan.shared.pan_left, -128); + lily_assert_int_equal(chan.shared.pan_right, 128); channel_set_pan(&chan, 2.0f, -10.0f); - lily_assert_int_equal(chan.pan_left, 128); - lily_assert_int_equal(chan.pan_right, -128); + lily_assert_int_equal(chan.shared.pan_left, 128); + lily_assert_int_equal(chan.shared.pan_right, -128); } @@ -177,9 +175,10 @@ void test_channel_sound_load() sound.len = 3; struct channel_t chan; - chan.active = false; + chan.shared.active = false; chan.sound.left = NULL; chan.sound.right = NULL; + chan.pos = 5; int result = channel_sound_load(&chan, &sound, false); @@ -187,11 +186,11 @@ void test_channel_sound_load() lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); lily_assert_int_equal(result, 0); - lily_assert_int_equal(chan.active, true); - lily_assert_int_equal(chan.paused, false); - lily_assert_int_equal(chan.volume, 255); - lily_assert_int_equal(chan.pan_left, -128); - lily_assert_int_equal(chan.pan_right, 128); + lily_assert_int_equal(chan.shared.active, true); + lily_assert_int_equal(chan.shared.paused, false); + lily_assert_int_equal(chan.shared.volume, 255); + lily_assert_int_equal(chan.shared.pan_left, -128); + lily_assert_int_equal(chan.shared.pan_right, 128); lily_assert_memory_equal(chan.sound.left, audio_left, sizeof(audio_left)); lily_assert_memory_equal(chan.sound.right, audio_right, sizeof(audio_right)); @@ -213,7 +212,7 @@ void test_channel_sound_load_mono() sound.len = 3; struct channel_t chan; - chan.active = false; + chan.shared.active = false; chan.sound.left = NULL; chan.sound.right = NULL; @@ -223,11 +222,11 @@ void test_channel_sound_load_mono() lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); lily_assert_int_equal(result, 0); - lily_assert_int_equal(chan.active, true); - lily_assert_int_equal(chan.paused, false); - lily_assert_int_equal(chan.volume, 255); - lily_assert_int_equal(chan.pan_left, 0); - lily_assert_int_equal(chan.pan_right, 0); + lily_assert_int_equal(chan.shared.active, true); + lily_assert_int_equal(chan.shared.paused, false); + lily_assert_int_equal(chan.shared.volume, 255); + lily_assert_int_equal(chan.shared.pan_left, 0); + lily_assert_int_equal(chan.shared.pan_right, 0); lily_assert_memory_equal(chan.sound.left, audio, sizeof(audio)); lily_assert_null(chan.sound.right); @@ -250,12 +249,12 @@ void test_channel_sound_load_preserve() sound.len = 3; struct channel_t chan; - chan.active = false; + chan.shared.active = false; chan.sound.left = NULL; chan.sound.right = NULL; - chan.volume = 127; - chan.pan_left = 0; - chan.pan_right = 64; + chan.shared.volume = 127; + chan.shared.pan_left = 0; + chan.shared.pan_right = 64; int result = channel_sound_load(&chan, &sound, true); @@ -263,11 +262,11 @@ void test_channel_sound_load_preserve() lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); lily_assert_int_equal(result, 0); - lily_assert_int_equal(chan.active, true); - lily_assert_int_equal(chan.paused, false); - lily_assert_int_equal(chan.volume, 127); - lily_assert_int_equal(chan.pan_left, 0); - lily_assert_int_equal(chan.pan_right, 64); + lily_assert_int_equal(chan.shared.active, true); + lily_assert_int_equal(chan.shared.paused, false); + lily_assert_int_equal(chan.shared.volume, 127); + lily_assert_int_equal(chan.shared.pan_left, 0); + lily_assert_int_equal(chan.shared.pan_right, 64); lily_assert_memory_equal(chan.sound.left, audio_left, sizeof(audio_left)); lily_assert_memory_equal(chan.sound.right, audio_right, sizeof(audio_right)); @@ -290,11 +289,11 @@ void test_channel_sound_fail() sound.len = 3; struct channel_t chan; - chan.active = true; - chan.paused = true; - chan.volume = 2; - chan.pan_left = 4; - chan.pan_right = 4; + chan.shared.active = true; + chan.shared.paused = true; + chan.shared.volume = 2; + chan.shared.pan_left = 4; + chan.shared.pan_right = 4; chan.sound.left = NULL; chan.sound.right = NULL; chan.sound.mono = true; @@ -306,11 +305,11 @@ void test_channel_sound_fail() lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 0); lily_assert_int_equal(result, 1); - lily_assert_int_equal(chan.active, true); - lily_assert_int_equal(chan.paused, true); - lily_assert_int_equal(chan.volume, 2); - lily_assert_int_equal(chan.pan_left, 4); - lily_assert_int_equal(chan.pan_right, 4); + lily_assert_int_equal(chan.shared.active, true); + lily_assert_int_equal(chan.shared.paused, true); + lily_assert_int_equal(chan.shared.volume, 2); + lily_assert_int_equal(chan.shared.pan_left, 4); + lily_assert_int_equal(chan.shared.pan_right, 4); lily_assert_null(chan.sound.left); lily_assert_null(chan.sound.right); @@ -326,9 +325,10 @@ void test_channel_get_next_sample_inactive() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = false; + chan.shared.active = false; chan.pos = 0; float l = 22; float r = 22; + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 0); @@ -345,10 +345,11 @@ void test_channel_get_next_sample_paused() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = true; + chan.shared.active = true; + chan.shared.paused = true; chan.pos = 0; float l = 22; float r = 22; + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 0); @@ -365,12 +366,13 @@ void test_channel_get_next_sample_nolock() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; + chan.shared.active = true; + chan.shared.paused = false; chan.pos = 0; float l = 22; float r = 22; lily_store_value(mock_p_mutex_trylock, pboolean, FALSE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 0); @@ -387,11 +389,11 @@ void test_channel_get_next_sample_normal() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; - chan.volume = 255; - chan.pan_left = -128; - chan.pan_right = 128; + chan.shared.active = true; + chan.shared.paused = false; + chan.shared.volume = 255; + chan.shared.pan_left = -128; + chan.shared.pan_right = 128; float audio_left[] = { 0.0, 0.5, 1.0 }; float audio_right[] = { 1.0, 0.5, 0.0 }; chan.sound.left = audio_left; @@ -403,6 +405,7 @@ void test_channel_get_next_sample_normal() float l, r; lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); @@ -411,6 +414,7 @@ void test_channel_get_next_sample_normal() lily_assert_float_equal(r, 1.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 2); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 2); @@ -419,11 +423,11 @@ void test_channel_get_next_sample_normal() lily_assert_float_equal(r, 0.5f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 3); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 3); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); + lily_assert_int_equal(chan.shared.active, false); lily_assert_float_equal(l, 1.0f, 0.1f); lily_assert_float_equal(r, 0.0f, 0.1f); } @@ -435,11 +439,11 @@ void test_channel_get_next_sample_volume_0() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; - chan.volume = 0; - chan.pan_left = -128; - chan.pan_right = 128; + chan.shared.active = true; + chan.shared.paused = false; + chan.shared.volume = 0; + chan.shared.pan_left = -128; + chan.shared.pan_right = 128; float audio_left[] = { 0.0, 0.5, 1.0 }; float audio_right[] = { 1.0, 0.5, 0.0 }; chan.sound.left = audio_left; @@ -451,6 +455,7 @@ void test_channel_get_next_sample_volume_0() float l, r; lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); @@ -459,6 +464,7 @@ void test_channel_get_next_sample_volume_0() lily_assert_float_equal(r, 0.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 2); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 2); @@ -467,11 +473,11 @@ void test_channel_get_next_sample_volume_0() lily_assert_float_equal(r, 0.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 3); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 3); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); + lily_assert_int_equal(chan.shared.active, false); lily_assert_float_equal(l, 0.0f, 0.1f); lily_assert_float_equal(r, 0.0f, 0.1f); } @@ -483,11 +489,11 @@ void test_channel_get_next_sample_mono() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; - chan.volume = 255; - chan.pan_left = 0; - chan.pan_right = 128; + chan.shared.active = true; + chan.shared.paused = false; + chan.shared.volume = 255; + chan.shared.pan_left = 0; + chan.shared.pan_right = 128; float audio[] = { 0.0, 0.5, 1.0 }; chan.sound.left = audio; chan.sound.right = NULL; @@ -500,6 +506,7 @@ void test_channel_get_next_sample_mono() const float gain = 0.7071; /* constant-power panning center gain */ lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); @@ -508,6 +515,7 @@ void test_channel_get_next_sample_mono() lily_assert_float_equal(r, gain * 0.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 2); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 2); @@ -516,11 +524,11 @@ void test_channel_get_next_sample_mono() lily_assert_float_equal(r, gain * 0.5f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 3); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 3); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); + lily_assert_int_equal(chan.shared.active, false); lily_assert_float_equal(l, gain * 1.0f, 0.1f); lily_assert_float_equal(r, gain * 1.0f, 0.1f); } @@ -532,11 +540,11 @@ void test_channel_get_next_sample_mono_panned() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; - chan.volume = 255; - chan.pan_left = -128; - chan.pan_right = 128; + chan.shared.active = true; + chan.shared.paused = false; + chan.shared.volume = 255; + chan.shared.pan_left = -128; + chan.shared.pan_right = 128; float audio[] = { 0.0, 0.5, 1.0 }; chan.sound.left = audio; chan.sound.right = NULL; @@ -547,6 +555,7 @@ void test_channel_get_next_sample_mono_panned() float l, r; lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); @@ -555,6 +564,7 @@ void test_channel_get_next_sample_mono_panned() lily_assert_float_equal(r, 0.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 2); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 2); @@ -563,11 +573,11 @@ void test_channel_get_next_sample_mono_panned() lily_assert_float_equal(r, 0.0f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 3); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 3); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); + lily_assert_int_equal(chan.shared.active, false); lily_assert_float_equal(l, 1.0f, 0.1f); lily_assert_float_equal(r, 0.0f, 0.1f); } @@ -579,11 +589,11 @@ void test_channel_get_next_sample_panned() lily_mock_use(&mock_p_mutex_unlock); struct channel_t chan; - chan.active = true; - chan.paused = false; - chan.volume = 255; - chan.pan_left = 128; - chan.pan_right = 0; + chan.shared.active = true; + chan.shared.paused = false; + chan.shared.volume = 255; + chan.shared.pan_left = 128; + chan.shared.pan_right = 0; float audio_left[] = { 0.2, 0.5, 1.0 }; float audio_right[] = { 1.0, 0.5, 0.2 }; chan.sound.left = audio_left; @@ -596,6 +606,7 @@ void test_channel_get_next_sample_panned() const float gain = 0.7071; /* constant-power panning center gain */ lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 1); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 1); @@ -604,6 +615,7 @@ void test_channel_get_next_sample_panned() lily_assert_float_equal(r, gain * 1.0f + 0.2f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 2); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 2); @@ -612,11 +624,11 @@ void test_channel_get_next_sample_panned() lily_assert_float_equal(r, gain * 0.5f + 0.5f, 0.1f); lily_store_value(mock_p_mutex_trylock, pboolean, TRUE); + channel_update_shared(&chan); channel_get_next_sample(&l, &r, &chan); lily_assert_int_equal(mock_p_mutex_trylock->n_calls, 3); lily_assert_int_equal(mock_p_mutex_unlock->n_calls, 3); - lily_assert_int_equal(chan.pos, 0); - lily_assert_int_equal(chan.active, false); + lily_assert_int_equal(chan.shared.active, false); lily_assert_float_equal(l, gain * 0.2f, 0.1f); lily_assert_float_equal(r, gain * 0.2f + 1.0f, 0.1f); } diff --git a/src/mossrose.c b/src/mossrose.c index fb017cd..04770f5 100644 --- a/src/mossrose.c +++ b/src/mossrose.c @@ -21,9 +21,13 @@ static int callback( PaStreamCallbackFlags status_flags, void *user_data) { + printf("frame count: %d\n", frame_count); float *out = output; float *left, *right; float l, r; + + for (int i=0; i