void JVlibForm::getActivePatchNames() {
// get just the associated Part Patch names to match the Part_common headers
int err;
int Stop=0;
unsigned char buf[8];
char name_size[] = { 0x0,0x0,0x0,0x0C };
memset(buf,0,sizeof(buf));
buf[0] = 0x2;
buf[7] = 0xC; // just enough space for the name, ignore the rest of patch common for now.
// open the selected midi port
if (open_ports() == EXIT_FAILURE) return;
for (int x=0;x<16;x++) { // get patch common
usleep(200000);
buf[1] = x; // Patch number
RetryC:
if (sysex_request(buf) == EXIT_FAILURE) { close_ports(); return; }
err = sysex_get((unsigned char *)&active_area->active_perf_patch[x].patch_common.name[0], (char *)name_size);
if (err == EXIT_FAILURE) { close_ports(); return; }
if (err==2 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryC; }
if (err==3 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryC; }
if (err != EXIT_SUCCESS) { close_ports(); return; }
Stop=0;
}
close_ports();
} // end getActivePatchNames
static int init_server(t_srv_data *srv_data, uint16_t ports[],
size_t ports_nb, size_t slots_nb)
{
srv_data->sockets_nb = ports_nb + slots_nb;
srv_data->ports_nb = ports_nb;
srv_data->slots_nb = slots_nb;
srv_data->connections_nb = 0;
if (!(srv_data->sockets = malloc(srv_data->sockets_nb * sizeof(t_srv_socket))))
return (print_err("t_tcp_server.run()", strerror(ENOMEM)));
memset(srv_data->sockets, 0, srv_data->sockets_nb * sizeof(t_srv_socket));
return (open_ports(srv_data, ports, ports_nb));
}
/**
* @brief Configuration of the null sink parameters.
* @param ctx Application context to configure.
*/
static void configureNullSink(AppOMXContext* ctx) {
log_printer("Null Sink configuration...") ;
{
// Open camera ports (default input, preview and video outputs)
const unsigned char PORTS_COUNT = 1 ;
enum OMX_PORT_NUMBER ports[] = {PORT_NULLSINK_INPUT} ;
const char* portsNames[] = {"null sink input"} ;
open_ports(ports, portsNames, PORTS_COUNT, ctx -> getNullSink(ctx)) ;
}
// Null sink input port definition is done automatically upon tunneling
}
/**
* @brief Configuration of the encoder parameters.
* @param ctx Application context to configure.
*/
static void configureEncoder(AppOMXContext* ctx) {
log_printer("Encoder configuration...") ;
{
// Open camera ports (default input, preview and video outputs)
const unsigned char PORTS_COUNT = 2 ;
enum OMX_PORT_NUMBER ports[] = {PORT_ENCODER_INPUT, PORT_ENCODER_OUTPUT} ;
const char* portsNames[] = {"encoder input", "encoder output"} ;
open_ports(ports, portsNames, PORTS_COUNT, ctx -> getEncoder(ctx)) ;
}
ctx -> configureEncoder(ctx) ;
}
/**
* @brief Configuration of the camera parameters.
* @param ctx Application context to configure.
*/
static void configureCamera(AppOMXContext* ctx) {
log_printer("Camera configuration...") ;
{
// Open camera ports (default input, preview and video outputs)
const unsigned char PORTS_COUNT = 3 ;
enum OMX_PORT_NUMBER ports[] = {PORT_CAMERA_INPUT, PORT_CAMERA_PREVIEW, PORT_CAMERA_VIDEO} ;
const char* portsNames[] = {"camera input", "camera preview", "camera video"} ;
open_ports(ports, portsNames, PORTS_COUNT, ctx -> getCamera(ctx)) ;
}
ctx -> configureCamera(ctx) ;
}
void JVlibForm::getActivePerfCommon() {
// download from the synth: Performance Common, Part Common (15 total)
// called from on_PerfSync_button_clicked when Performance Sync button is clicked.
int err;
int Stop=0;
unsigned char buf[8];
char active_perf_common[]={ 0x1,0x0,0x0,0x0 };
char perf_common_size[] = { 0x0,0x0,0x0,0x40 };
char perf_part_size[] = { 0x0,0x0,0x0,0x13 };
char name_size[] = { 0x0,0x0,0x0,0x0C };
// get active_area perf_common
memset(buf,0,sizeof(buf));
memcpy(buf+0,active_perf_common,4);
memcpy(buf+4,perf_common_size,4);
// open the selected midi port
if (open_ports() == EXIT_FAILURE) return;
QProgressDialog progress("Getting Performance data...", "Abort Download", 0, 32, this);
progress.setWindowModality(Qt::WindowModal);
progress.setMinimumDuration(0);
progress.setValue(0);
RetryA:
if (sysex_request(buf) == EXIT_FAILURE) { close_ports(); return; }
err = sysex_get((unsigned char *)&active_area->active_performance.perf_common.name[0], (char *)perf_common_size);
if (err == EXIT_FAILURE) { close_ports(); return; }
if (err==2 && Stop<MAX_RETRIES) { if (debug) puts("Retrying"); Stop++; sleep(1*Stop); goto RetryA; }
if (err==3 && Stop<MAX_RETRIES) { if (debug) puts("Retrying"); Stop++; sleep(1*Stop); goto RetryA; }
if (err != EXIT_SUCCESS) { close_ports(); return; }
// get Performance Part_common headers for 16 parts
memcpy(buf+4,perf_part_size,4);
for (int x=0;x<16;x++) {
progress.setValue(x);
if (progress.wasCanceled()) goto breakout;
printf("part %d\n",x+1);
usleep(200000);
buf[2] = 0x10+x;
RetryB:
if (sysex_request(buf) == EXIT_FAILURE) { close_ports(); return; }
err = sysex_get((unsigned char *)&active_area->active_performance.perf_part[x].MIDI_receive, (char *)perf_part_size);
if (err == EXIT_FAILURE) { close_ports(); return; }
if (err==2 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryB; }
if (err==3 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryB; }
if (err != EXIT_SUCCESS) { close_ports(); return; }
Stop=0;
} // end FOR
// get just the associated Part Patch names to match the Part_common headers
memset(buf,0,sizeof(buf));
buf[0] = 0x2;
buf[7] = 0xC; // just enough space for the name, ignore the rest of patch common for now.
for (int x=0;x<16;x++) { // get patch common
progress.setValue(x+16);
if (progress.wasCanceled()) goto breakout;
printf("patch name %d\n",x+1);
usleep(200000);
buf[1] = x; // Patch number
RetryC:
if (sysex_request(buf) == EXIT_FAILURE) { close_ports(); return; }
err = sysex_get((unsigned char *)&active_area->active_perf_patch[x].patch_common.name[0], (char *)name_size);
if (err == EXIT_FAILURE) { close_ports(); return; }
if (err==2 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryC; }
if (err==3 && Stop<MAX_RETRIES) { Stop++; sleep(1*Stop); goto RetryC; }
if (err != EXIT_SUCCESS) { close_ports(); return; }
Stop=0;
}
breakout:
close_ports();
progress.setValue(32);
progress.reset();
EnableParts(true);
} // end getActivePerfCommon