void hash_printing_accept_byte_count(progress_op_t op, off64_t bytes_written,
off64_t total_size)
{
static char *output;
static size_t max_output_size;
int width;
switch( op) {
case progress_set:
width = get_terminal_width();
if( width >= max_output_size) {
max_output_size = width+1;
output = realloc( output, max_output_size);
}
build_output(output, width, bytes_written, total_size);
append_spaces_if_shrunk(output, width);
printf( "%s\r", output);
fflush(stdout);
break;
case progress_finished:
free(output);
output = NULL;
max_output_size = 0;
printf( "\n");
break;
}
}
static void vti_do_write(void *arg, long period) //writes digital outputs to the vti
{
vti_struct *vti;
int i;
vti = arg;
/* Write ENCDAC onboard outputs */
if (diocount == 0) return; // No DIO
encoder->DIO = build_output(&(vti->port[0][0]), 8);
if (diocount <= 8) return; // No extended I/O
/* Write Extended I/O outputs */
for (i = 1; i < diocount / 8; i++) {
dac->DIO[i - 1] = build_output(&(vti->port[i][0]), 8);
}
}
virtual graph::audio_async_output_ptr
do_start (base::conf_node& conf)
{
m_on_server_change_slot =
conf.child ("server").on_change.connect
(boost::bind (&output_director_jack::on_server_change, this, _1));
return build_output (conf);
};
void on_server_change (base::conf_node& conf)
{
#if PSYNTH_ON_DEVICE_CHANGE_LISTENER
auto old_state = m_output->state ();
build_output (*conf.parent ());
if (old_state == io::async_state::running)
m_output->start ();
#endif
}
