void
user_settings::dump_summary ()
{
int buscount = bus_count();
printf("[user-midi-bus-definitions] %d busses\n", buscount);
for (int b = 0; b < buscount; ++b)
{
const user_midi_bus & umb = bus(b);
printf(" [user-midi-bus-%d] '%s'\n", b, umb.name().c_str());
}
}
void
user_settings::dump_summary ()
{
#if defined SEQ64_USE_DEBUG_OUTPUT
int buscount = bus_count();
printf("[user-midi-bus-definitions] %d busses\n", buscount);
for (int b = 0; b < buscount; ++b)
{
const user_midi_bus & umb = bus(b);
printf(" [user-midi-bus-%d] '%s'\n", b, umb.name().c_str());
}
int instcount = instrument_count();
printf("[user-instrument-definitions] %d instruments\n", instcount);
for (int i = 0; i < instcount; ++i)
{
const user_instrument & umi = instrument(i);
printf(" [user-instrument-%d] '%s'\n", i, umi.name().c_str());
}
printf("\n");
printf
(
" mainwnd_rows() = %d\n"
" mainwnd_cols() = %d\n"
" seqs_in_set() = %d\n"
" gmute_tracks() = %d\n"
" max_sets() = %d\n"
" max_sequence() = %d\n"
" text_x(), _y() = %d, %d\n"
,
mainwnd_rows(),
mainwnd_cols(),
seqs_in_set(),
gmute_tracks(),
max_sets(),
max_sequence(),
text_x(), text_y()
);
printf
(
" seqchars_x(), _y() = %d, %d\n"
" seqarea_x(), _y() = %d, %d\n"
" seqarea_seq_x(), _y() = %d, %d\n"
" mainwid_border() = %d\n"
" mainwid_spacing() = %d\n"
" mainwid_x(), _y() = %d, %d\n"
" control_height() = %d\n"
,
seqchars_x(), seqchars_y(),
seqarea_x(), seqarea_y(),
seqarea_seq_x(), seqarea_seq_y(),
mainwid_border(),
mainwid_spacing(),
mainwid_x(), mainwid_y(),
control_height()
);
printf("\n");
printf
(
" midi_ppqn() = %d\n"
" midi_beats_per_bar() = %d\n"
" midi_beats_per_minute() = %d\n"
" midi_beat_width() = %d\n"
" midi_buss_override() = %d\n"
,
midi_ppqn(),
midi_beats_per_bar(),
midi_beats_per_minute(),
midi_beat_width(),
midi_buss_override()
);
#endif // PLATFORM_DEBUG
}
