static void maos_daemon(int sock){
//info2("maos_daemon is listening at %d\n", sock);
thread_block_signal();
int cmd[2];
while(!streadintarr(sock, cmd, 2)){
//info2("maos_daemon got %d at %d\n", cmd[0], sock);
switch(cmd[0]){
case MAOS_SERVER:
{
if(streadfd(sock, &maos_server_fd)){
warning("unable to read fd from %d\n", sock);
maos_server_fd=-1;
EXIT;
}else{
warning("got fd=%d\n", maos_server_fd);
}
}break;
case MAOS_DRAW:
{
int fd;
if(streadfd(sock, &fd)){
warning("unable to read fd from %d\n", sock);
continue;
}else{
warning("got fd=%d\n", fd);
}
draw_add(fd);
PARMS_T *parms=(PARMS_T*)global->parms;//cast away constness
parms->plot.setup=1;
parms->plot.run=1;
if(global->setupdone){//already plotted.
plot_setup(global->parms, global->powfs, global->aper, global->recon);
}
}break;
default:
warning("unknown cmd %d\n", cmd[0]);
break;
}
}
//info2("maos_daemon quit\n");
}
void set_state(LpState st, u8 setup)
{
if (lp_state == st && flag_is_set(lp_flags, LP_IS_SETUP) == setup)
{
return;
}
if (lp_state == LP_SESSION_MODE)
{
if (flag_is_set(lp_flags, LP_IS_SETUP))
{
session_setup_become_inactive();
}
else
{
session_mode_become_inactive();
}
}
else if (lp_state == LP_NOTES_MODE)
{
if (flag_is_set(lp_flags, LP_IS_SETUP))
{
notes_setup_become_inactive();
}
else
{
notes_mode_become_inactive();
}
}
else if (lp_state == LP_SEQUENCER_MODE)
{
if (flag_is_set(lp_flags, LP_IS_SETUP))
{
sequencer_setup_become_inactive();
}
else
{
sequencer_mode_become_inactive();
}
}
else if (lp_state == LP_USER_MODE)
{
if (flag_is_set(lp_flags, LP_IS_SETUP))
{
user_setup_become_inactive();
}
else
{
user_mode_become_inactive();
}
}
clear_leds();
if (st == LP_SESSION_MODE)
{
plot_pad(LP_SESSION, number_colors[LP_SESSION_MODE]);
if (setup)
{
session_setup_become_active();
plot_setup(on_color);
session_setup_draw();
}
else
{
session_mode_become_active();
plot_setup(number_colors[LP_SESSION_MODE]);
session_mode_draw();
}
}
else if (st == LP_NOTES_MODE)
{
plot_pad(LP_NOTE, number_colors[LP_NOTES_MODE]);
if (setup)
{
notes_setup_become_active();
plot_setup(on_color);
notes_setup_draw();
}
else
{
notes_mode_become_active();
plot_setup(number_colors[LP_NOTES_MODE]);
notes_mode_draw();
}
}
else if (st == LP_SEQUENCER_MODE)
{
plot_pad(LP_DEVICE, number_colors[LP_SEQUENCER_MODE]);
if (setup)
{
sequencer_setup_become_active();
plot_setup(on_color);
sequencer_setup_draw();
}
else
{
sequencer_mode_become_active();
plot_setup(number_colors[LP_SEQUENCER_MODE]);
sequencer_mode_draw();
}
}
else if (st == LP_USER_MODE)
{
plot_pad(LP_USER, number_colors[LP_USER_MODE]);
if (setup)
{
user_setup_become_active();
plot_setup(on_color);
user_setup_draw();
}
else
{
user_mode_become_active();
plot_setup(number_colors[LP_USER_MODE]);
user_mode_draw();
}
}
sequencer_play_draw(&lp_sequencer);
lp_state = st;
lp_flags = assign_flag(lp_flags, LP_IS_SETUP, setup);
}
