static void info_release(AStarInfo **pinfo) {
AStarInfo *info = *pinfo;
set_release(&info->open_set);
set_release(&info->close_set);
free(info);
*pinfo = NULL;
}
void
AudioProcessor::set_state(const AudioProcessorState *state)
{
if (!state) return;
// Channel order
set_input_order(state->input_order);
set_output_order(state->output_order);
// Master gain
set_master(state->master);
// AGC
set_auto_gain(state->auto_gain);
set_normalize(state->normalize);
set_attack(state->attack);
set_release(state->release);
// DRC
set_drc(state->drc);
set_drc_power(state->drc_power);
// Matrix
// (!) Auto matrix option must be set before setting the matrix
// because when auto matrix is on, mixer rejects the new matrix.
set_auto_matrix(state->auto_matrix);
set_matrix(state->matrix);
// Automatrix options
set_normalize_matrix(state->normalize_matrix);
set_voice_control(state->voice_control);
set_expand_stereo(state->expand_stereo);
// Automatrix levels
set_clev(state->clev);
set_slev(state->slev);
set_lfelev(state->lfelev);
// Input/output gains
set_input_gains(state->input_gains);
set_output_gains(state->output_gains);
// SRC
set_src_quality(state->src_quality);
set_src_att(state->src_att);
// Eqalizer
set_eq(state->eq);
if (state->eq_master_bands)
set_eq_bands(CH_NONE, state->eq_master_bands, state->eq_master_nbands);
for (int ch = 0; ch < CH_NAMES; ch++)
if (state->eq_bands[ch])
set_eq_bands(ch, state->eq_bands[ch], state->eq_nbands[ch]);
// Bass redirection
set_bass_redir(state->bass_redir);
set_bass_freq(state->bass_freq);
set_bass_channels(state->bass_channels);
// Delays
set_delay(state->delay);
set_delay_units(state->delay_units);
set_delays(state->delays);
// Dithering
set_dithering(state->dithering);
}
void test_core_set_array_01(void)
{
i_set id;
TEST_ENTER();
if (set_reserve(array, SET_OPTION_NONE, 4, sizeof (t_id), &id) != STATUS_OK)
TEST_ERROR("[set_reserve] error");
if (set_release(id) != STATUS_OK)
TEST_ERROR("[set_release] error");
if (set_reserve(array, SET_OPTION_ALLOCATE | SET_OPTION_FREE, 4,
sizeof (t_id), &id) == STATUS_OK)
TEST_ERROR("[set_reserve] error: invalid arguments");
TEST_SIGNATURE(df093fiwg093h);
TEST_LEAVE();
}
void test_set(void)
{
int i;
void* S = set_create(100, NULL, NULL);
fprintf(stdout, "call function : %s\n", __func__);
set_object(S);
fprintf(stdout, "\ntest function - set_insert ===>\n");
{
srand((unsigned int)time(0));
for (i = 0; i < 5; ++i)
{
double* d = (double*)malloc(sizeof(double));
*d = (i + 1) * rand() % 1000 * 0.456;
fprintf(stdout, "\tinsert {object=>0x%p, vlaue=>%.3f}\n", d, *d);
set_insert(S, d);
}
set_object(S);
set_for_each(S, set_member_show_double, NULL);
set_for_each(S, set_member_destroy, NULL);
set_object(S);
set_clear(S);
}
set_object(S);
fprintf(stdout, "\ntest function - set_remove ===>\n");
{
double* remove_member = NULL;
srand((unsigned int)time(0));
for (i = 0; i < 5; ++i)
{
double* d = (double*)malloc(sizeof(double));
*d = (i + 1) * rand() % 1000 * 0.456;
fprintf(stdout, "\tinsert {object=>0x%p, vlaue=>%.3f}\n", d, *d);
set_insert(S, d);
if (0 == i)
remove_member = d;
}
set_object(S);
set_for_each(S, set_member_show_double, NULL);
set_remove(S, remove_member);
set_object(S);
set_for_each(S, set_member_show_double, NULL);
set_for_each(S, set_member_destroy, NULL);
set_object(S);
set_clear(S);
}
set_object(S);
fprintf(stdout, "\ntest function - set_release ===>\n");
set_release(&S);
set_object(S);
fprintf(stdout, "\n\ntest function - set operations ===>\n");
{
void* s = set_create(100, NULL, NULL);
void* t = set_create(100, NULL, NULL);
void* oper_s;
for (i = 0; i < 7; ++i)
{
double* d = (double*)malloc(sizeof(double));
*d = (i + 1) * (i + 1) * 0.234;
fprintf(stdout, "\tinsert s {object=>0x%p, value=>%.3f}\n", d, *d);
if (i < 5)
set_insert(s, d);
set_insert(t, d);
}
fprintf(stdout, " show 's' set object:\n");
set_object(s);
set_for_each(s, set_member_show_double, NULL);
fprintf(stdout, " show 't' set object:\n");
set_object(t);
set_for_each(t, set_member_show_double, NULL);
/* set_union */
fprintf(stdout, " test function - set_union ===>\n");
oper_s = set_union(NULL, t);
fprintf(stdout, " s = NULL, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release union(s=NULL,t=t):\n");
set_object(oper_s);
/* *** */
oper_s = set_union(s, NULL);
fprintf(stdout, " s = s, t = NULL:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release union(s=s,t=NULL):\n");
set_object(oper_s);
/* *** */
oper_s = set_union(s, t);
fprintf(stdout, " s = s, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release union(s=s,t=t):\n");
set_object(oper_s);
/* set_inter */
fprintf(stdout, " test function - set_inter ===>\n");
oper_s = set_inter(NULL, t);
fprintf(stdout, " s = NULL, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release inter(s=NULL,t=t):\n");
set_object(oper_s);
/* *** */
oper_s = set_inter(s, NULL);
fprintf(stdout, " s = s, t = NULL:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release inter(s=s,t=NULL):\n");
set_object(oper_s);
/* *** */
oper_s = set_inter(s, t);
fprintf(stdout, " s = s, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release inter(s=s,t=t):\n");
set_object(oper_s);
/* set_minus */
fprintf(stdout, " test function - set_minus ===>\n");
oper_s = set_minus(NULL, t);
fprintf(stdout, " s = NULL, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release minus(s=NULL,t=t):\n");
set_object(oper_s);
/* *** */
oper_s = set_minus(s, NULL);
fprintf(stdout, " s = s, t = NULL:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release minus(s=s,t=NULL):\n");
set_object(oper_s);
/* *** */
oper_s = set_minus(s, t);
fprintf(stdout, " s = s, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release minus(s=s,t=t):\n");
set_object(oper_s);
/* set_diff */
fprintf(stdout, " test function - set_diff ===>\n");
oper_s = set_diff(NULL, t);
fprintf(stdout, " s = NULL, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release diff(s=NULL,t=t):\n");
set_object(oper_s);
/* *** */
oper_s = set_diff(s, NULL);
fprintf(stdout, " s = s, t = NULL:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release diff(s=s,t=NULL):\n");
set_object(oper_s);
/* *** */
oper_s = set_diff(s, t);
fprintf(stdout, " s = s, t = t:\n");
set_object(oper_s);
set_for_each(oper_s, set_member_show_double, NULL);
set_clear(oper_s);
set_release(&oper_s);
fprintf(stdout, " after release diff(s=s,t=t):\n");
set_object(oper_s);
fprintf(stdout, " release 's' and 't' object:\n");
set_for_each(t, set_member_destroy, NULL);
set_clear(s);
set_clear(t);
set_release(&s);
set_release(&t);
fprintf(stdout, " show 's' set object:\n");
set_object(s);
fprintf(stdout, " show 't' set object:\n");
set_object(t);
}
}
