void Bt16x1::processCommand(RDMacro *cmd)
{
char str[9];
switch(cmd->command()) {
case RDMacro::ST:
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()!=1)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toInt()==0) {
sprintf(str,"*m\x0d");
bt_device->writeBlock(str,3);
}
else {
sprintf(str,"*%02d\x0d",cmd->arg(1).toInt());
bt_device->writeBlock(str,4);
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void RossNkScp::processCommand(RDMacro *cmd)
{
char str[11];
switch(cmd->command()) {
case RDMacro::ST:
if((cmd->arg(1).toInt()<=0)||(cmd->arg(1).toInt()>ross_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>ross_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
sprintf(str,"X%03d,%03d,%d\x0d",cmd->arg(2).toInt()-1,
cmd->arg(1).toInt()-1,ross_breakaway);
syslog(LOG_WARNING,"sent: %s\n",str);
ross_device->writeBlock(str,11);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void Unity4000::processCommand(RDMacro *cmd)
{
char str[256];
char route;
int input=cmd->arg(1).toInt()-1;
int output=cmd->arg(2).toInt()-1;
if((input<-1)||(input>=unity_inputs)||
(output<0)||(output>=unity_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
switch(unity_feed[input].mode()) {
case RDMatrix::Left:
route='1';
break;
case RDMatrix::Right:
route='2';
break;
default:
route='S';
break;
}
switch(cmd->command()) {
case RDMacro::ST:
if(input==-1) {
sprintf(str,"\x0DMUTE A/%d\x0D",output+1);
unity_device->writeBlock(str,strlen(str));
}
else {
sprintf(str,"\x0DUNMUTE A/%d\x0D",output+1);
unity_device->writeBlock(str,strlen(str));
sprintf(str,"\x0DSETAUDIO %d %c %s\x0D",
output+1,
route,
(const char *)unity_feed[input].feed());
unity_device->writeBlock(str,strlen(str));
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void SoftwareAuthority::processCommand(RDMacro *cmd)
{
QString str;
switch(cmd->command()) {
case RDMacro::ST:
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>swa_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>swa_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
SendCommand(QString().sprintf("activateroute %d %d %d",swa_card,
cmd->arg(2).toInt(),cmd->arg(1).toInt()));
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::GO:
if(((cmd->arg(1).toString().lower()!="i")&&
(cmd->arg(1).toString().lower()!="o"))||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>swa_gpos)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toString().lower()=="i") {
str="triggergpi";
}
else {
str="triggergpo";
}
str+=QString().sprintf(" %d",swa_card);
str+=QString().sprintf(" %d ",
1+(cmd->arg(2).toInt()-1)/RD_LIVEWIRE_GPIO_BUNDLE_SIZE);
str+=BundleString((cmd->arg(2).toInt()-1)%RD_LIVEWIRE_GPIO_BUNDLE_SIZE,
cmd->arg(3).toInt()!=0);
if(cmd->arg(4).toInt()>0) { // Momentary
str+=QString().sprintf(" %d",cmd->arg(4).toInt());
}
SendCommand(str);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void Sas32000::SendCommand(RDMacro *cmd,const char *format)
{
char str[8];
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>sas_inputs)||
(cmd->arg(2).toInt()<0)||(cmd->arg(2).toInt()>sas_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
}
sprintf(str,format,cmd->arg(1).toInt(),cmd->arg(2).toInt());
sas_commands.push(QString(str));
if(!sas_timer->isActive()) {
sas_timer->start(SAS32000_COMMAND_DELAY);
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
}
void StarGuide3::processCommand(RDMacro *cmd)
{
char str[256];
char route;
int input=cmd->arg(1).toInt()-1;
int output=cmd->arg(2).toInt()-1;
if((input<0)||(input>=sg_inputs)||
(output<0)||(output>=sg_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
switch(sg_feed[input].mode()) {
case RDMatrix::Left:
route='1';
break;
case RDMatrix::Right:
route='2';
break;
default:
route='0';
break;
}
switch(cmd->command()) {
case RDMacro::ST:
sprintf(str,"SP A,P,%d\rSP A,S,%d\rAM %c,0%c\r",
sg_feed[input].providerId(),
sg_feed[input].serviceId(),
output+'A',
route);
sg_device->writeBlock(str,strlen(str));
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void Switcher::executeMacroCart(unsigned cartnum)
{
RDMacro rml;
rml.setRole(RDMacro::Cmd);
rml.setCommand(RDMacro::EX);
rml.setAddress(rdstation->address());
rml.setEchoRequested(false);
rml.setArgQuantity(1);
rml.setArg(0,cartnum);
emit rmlEcho(&rml);
}
void SoftwareAuthority::ExecuteMacroCart(unsigned cartnum)
{
RDMacro rml;
rml.setRole(RDMacro::Cmd);
rml.setCommand(RDMacro::EX);
rml.setAddress(rda->station()->address());
rml.setEchoRequested(false);
rml.setArgQuantity(1);
rml.setArg(0,cartnum);
emit rmlEcho(&rml);
}
void Sas32000::processCommand(RDMacro *cmd)
{
char str[9];
char sign='1';
switch(cmd->command()) {
case RDMacro::ST:
SendCommand(cmd,"DT1%02d%02d");
break;
case RDMacro::SA:
SendCommand(cmd,"DS1%02d%02d");
break;
case RDMacro::SR:
SendCommand(cmd,"DS0%02d%02d");
break;
case RDMacro::SL:
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>sas_inputs)||
(cmd->arg(2).toInt()<SAS32000_MIN_GAIN)||
(cmd->arg(2).toInt()>SAS32000_MAX_GAIN)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
}
if(cmd->arg(2).toInt()<0) {
sign='0';
}
sprintf(str,"DL%02d%c%03d",cmd->arg(1).toInt(),sign,
10*abs(cmd->arg(2).toInt()));
sas_device->writeBlock(str,8);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void BtSs42::processCommand(RDMacro *cmd)
{
char str[9];
switch(cmd->command()) {
case RDMacro::GO:
if((cmd->argQuantity()!=5)||
((cmd->arg(1).toString().lower()!="i")&&
(cmd->arg(1).toString().lower()!="o"))||
(cmd->arg(2).toInt()<1)||(cmd->arg(3).toInt()>bt_gpos)||
(cmd->arg(2).toInt()>bt_gpos)||
((cmd->arg(3).toInt()!=1)&&(cmd->arg(3).toInt()!=0)&&
(cmd->arg(1).toString().lower()!="i"))||
((cmd->arg(3).toInt()!=1)&&(cmd->arg(3).toInt()!=0)&&
(cmd->arg(3).toInt()!=-1)&&(cmd->arg(1).toString().lower()=="i"))||
(cmd->arg(4).toInt()<0)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(3).toInt()==0) { // Turn OFF
if(cmd->arg(4).toInt()==0) {
if(cmd->arg(1).toString().lower()=="i") {
if(bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,false);
bt_gpi_state[cmd->arg(2).toInt()-1]=false;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
}
if(cmd->arg(1).toString().lower()=="o") {
if(cmd->arg(2).toInt()<=4) {
sprintf(str,"*%dOO%dF",BTSS42_UNIT_ID,cmd->arg(2).toInt());
}
else {
sprintf(str,"*%dOR%dF",BTSS42_UNIT_ID,cmd->arg(2).toInt()-4);
}
bt_device->writeBlock(str,6);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,false);
}
}
else {
if(cmd->echoRequested()) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
}
return;
}
}
else {
if(cmd->arg(3).toInt()==-1) { // Clear input
bt_gpi_mask[cmd->arg(2).toInt()-1]=false;
bt_device->writeBlock("*0SPA",5);
}
else {
if(cmd->arg(4).toInt()==0) { // Turn ON
if(cmd->arg(1).toString().lower()=="i") {
if(!bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpi_state[cmd->arg(2).toInt()-1]=true;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
}
if(cmd->arg(1).toString().lower()=="o") {
if(cmd->arg(2).toInt()<=4) {
sprintf(str,"*%dOO%dL",BTSS42_UNIT_ID,cmd->arg(2).toInt());
}
else {
sprintf(str,"*%dOR%dL",BTSS42_UNIT_ID,cmd->arg(2).toInt()-4);
}
bt_device->writeBlock(str,6);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
}
}
else { // Pulse
if(cmd->arg(1).toString().lower()=="i") {
if(!bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpi_state[cmd->arg(2).toInt()-1]=true;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
bt_gpi_oneshot->start(cmd->arg(2).toInt()-1,500);
}
if(cmd->arg(1).toString().lower()=="o") {
if(cmd->arg(2).toInt()<=4) {
sprintf(str,"*%dOO%dP",BTSS42_UNIT_ID,cmd->arg(2).toInt());
}
else {
sprintf(str,"*%dOR%dP",BTSS42_UNIT_ID,cmd->arg(2).toInt()-4);
}
bt_device->writeBlock(str,6);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpo_oneshot->start(cmd->arg(2).toInt()-1,500);
}
}
}
}
if(cmd->echoRequested()) {
cmd->acknowledge(true);
emit rmlEcho(cmd);
}
break;
case RDMacro::SA:
if((cmd->arg(1).toInt()<1)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>2)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
sprintf(str,"*%d%02d%d",BTSS42_UNIT_ID,
cmd->arg(1).toInt(),cmd->arg(2).toInt());
bt_device->writeBlock(str,5);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SR:
if((cmd->arg(1).toInt()<1)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>2)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
sprintf(str,"*%d%02dM%d",BTSS42_UNIT_ID,
cmd->arg(1).toInt(),cmd->arg(2).toInt());
bt_device->writeBlock(str,6);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::ST:
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>2)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toInt()==0) {
sprintf(str,"*%dM%d",BTSS42_UNIT_ID,cmd->arg(2).toInt());
bt_device->writeBlock(str,4);
}
else {
sprintf(str,"*%d%02d%d",BTSS42_UNIT_ID,
cmd->arg(1).toInt(),cmd->arg(2).toInt());
bt_device->writeBlock(str,5);
for(int i=1;i<cmd->arg(1).toInt();i++) {
sprintf(str,"*%d%02dM%d",BTSS42_UNIT_ID,
i,cmd->arg(2).toInt());
bt_device->writeBlock(str,6);
}
for(int i=cmd->arg(1).toInt()+1;i<5;i++) {
sprintf(str,"*%d%02dM%d",BTSS42_UNIT_ID,
i,cmd->arg(2).toInt());
bt_device->writeBlock(str,6);
}
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void Harlond::processCommand(RDMacro *cmd)
{
switch(cmd->command()) {
case RDMacro::FS: // Fire Salvo
if(cmd->argQuantity()<2) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(!ProcessSalvo(cmd->rollupArgs(1))) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::GO: // GPO Set
if(cmd->argQuantity()!=5) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(!ProcessGpo(cmd->arg(2).toInt(),cmd->arg(3).toBool(),
cmd->arg(4).toInt())) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SL: // Switch Level
if(cmd->argQuantity()!=3) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(!SetInputLevel(cmd->arg(1).toInt(),cmd->arg(2).toInt())) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SA: // Switch Add
case RDMacro::SR: // Switch Remove
case RDMacro::ST: // Switch Take
if(cmd->argQuantity()!=3) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(!ProcessCrosspoint(cmd->command(),cmd->arg(1).toInt(),
cmd->arg(2).toInt())) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
break;
}
}
void LocalAudio::processCommand(RDMacro *cmd)
{
switch(cmd->command()) {
case RDMacro::ST:
if((cmd->arg(1).toInt()<0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<=0)||(cmd->arg(2).toInt()>bt_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toInt()==0) {
for(int i=0;i<bt_inputs;i++) {
rdcae->
setPassthroughVolume(bt_card,i,cmd->arg(2).toInt()-1,-10000);
}
}
else {
rdcae->setPassthroughVolume(bt_card,cmd->arg(1).toInt()-1,
cmd->arg(2).toInt()-1,0);
for(int i=0;i<(cmd->arg(1).toInt()-1);i++) {
rdcae->
setPassthroughVolume(bt_card,i,cmd->arg(2).toInt()-1,-10000);
}
for(int i=cmd->arg(1).toInt();i<bt_inputs;i++) {
rdcae->
setPassthroughVolume(bt_card,i,cmd->arg(2).toInt()-1,-10000);
}
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SA:
if((cmd->arg(1).toInt()<=0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<=0)||(cmd->arg(2).toInt()>bt_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
rdcae->setPassthroughVolume(bt_card,cmd->arg(1).toInt()-1,
cmd->arg(2).toInt()-1,0);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SR:
if((cmd->arg(1).toInt()<=0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<=0)||(cmd->arg(2).toInt()>bt_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
rdcae->setPassthroughVolume(bt_card,cmd->arg(1).toInt()-1,
cmd->arg(2).toInt()-1,RD_MUTE_DEPTH);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::SX:
if((cmd->arg(1).toInt()<=0)||(cmd->arg(1).toInt()>bt_inputs)||
(cmd->arg(2).toInt()<=0)||(cmd->arg(2).toInt()>bt_outputs)||
(cmd->arg(3).toInt()<RD_MUTE_DEPTH)||(cmd->arg(3).toInt()>0)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
rdcae->setPassthroughVolume(bt_card,cmd->arg(1).toInt()-1,
cmd->arg(2).toInt()-1,cmd->arg(3).toInt());
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void ModemLines::processCommand(RDMacro *cmd)
{
switch(cmd->command()) {
case RDMacro::GO:
if((gpio_fd<0)||(cmd->argQuantity()!=5)||
((cmd->arg(1).toString().lower()!="i")&&
(cmd->arg(1).toString().lower()!="o"))||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>gpio_gpos)||
((cmd->arg(3).toInt()!=1)&&(cmd->arg(3).toInt()!=0)&&
(cmd->arg(3).toInt()!=-1))||(cmd->arg(4).toInt()<0)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toString().lower()=="i") {
if(cmd->arg(3).toInt()==0) {
emit gpiChanged(gpio_matrix,cmd->arg(2).toInt()-1,false);
gpio_gpi_mask[cmd->arg(2).toInt()-1]=true;
if(cmd->arg(4).toInt()>0) {
gpio_gpi_oneshot->
start(cmd->arg(2).toInt()-1,cmd->arg(4).toInt());
}
}
else {
if(cmd->arg(3).toInt()==1) {
emit gpiChanged(gpio_matrix,cmd->arg(2).toInt()-1,true);
gpio_gpi_mask[cmd->arg(2).toInt()-1]=true;
if(cmd->arg(4).toInt()>0) {
gpio_gpi_oneshot->
start(cmd->arg(2).toInt()-1,cmd->arg(4).toInt());
}
}
else {
gpiOneshotData(cmd->arg(2).toInt()-1);
}
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(1).toString().lower()=="o") {
if(cmd->arg(3).toInt()==0) {
ioctl(gpio_fd,TIOCMBIC,&gpio_gpo_table[cmd->arg(2).toInt()-1]);
if(cmd->arg(4).toInt()>0) {
gpio_gpo_timers[cmd->arg(2).toInt()-1]->
start(cmd->arg(4).toInt(),true);
gpio_gpo_pending_states[cmd->arg(2).toInt()-1]=true;
}
}
else {
if(cmd->arg(3).toInt()==1) {
ioctl(gpio_fd,TIOCMBIS,&gpio_gpo_table[cmd->arg(2).toInt()-1]);
if(cmd->arg(4).toInt()>0) {
gpio_gpo_timers[cmd->arg(2).toInt()-1]->
start(cmd->arg(4).toInt(),true);
gpio_gpo_pending_states[cmd->arg(2).toInt()-1]=false;
}
}
else {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
}
cmd->acknowledge(true);
emit rmlEcho(cmd);
return;
}
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void BtSrc8Iii::processCommand(RDMacro *cmd)
{
char str[9];
switch(cmd->command()) {
case RDMacro::GO:
if((cmd->argQuantity()!=5)||
((cmd->arg(1).toString().lower()!="i")&&
(cmd->arg(1).toString().lower()!="o"))||
(cmd->arg(2).toInt()<1)||(cmd->arg(3).toInt()>bt_gpos)||
(cmd->arg(2).toInt()>bt_gpos)||
((cmd->arg(3).toInt()!=1)&&(cmd->arg(3).toInt()!=0)&&
(cmd->arg(1).toString().lower()!="i"))||
((cmd->arg(3).toInt()!=1)&&(cmd->arg(3).toInt()!=0)&&
(cmd->arg(3).toInt()!=-1)&&(cmd->arg(1).toString().lower()=="i"))||
(cmd->arg(4).toInt()<0)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(3).toInt()==0) { // Turn OFF
if(cmd->arg(4).toInt()==0) {
if(cmd->arg(1).toString().lower()=="i") {
if(bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,false);
bt_gpi_state[cmd->arg(2).toInt()-1]=false;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
}
if(cmd->arg(1).toString().lower()=="o") {
sprintf(str,"*%dOR%dF\r\n",BTSRC8III_UNIT_ID,cmd->arg(2).toInt());
bt_device->writeBlock(str,8);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,false);
}
}
else {
if(cmd->echoRequested()) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
}
return;
}
}
else {
if(cmd->arg(3).toInt()==-1) { // Clear input
bt_gpi_mask[cmd->arg(2).toInt()-1]=false;
bt_device->writeBlock("*0SPA\r\n",7);
}
else {
if(cmd->arg(4).toInt()==0) { // Turn ON
if(cmd->arg(1).toString().lower()=="i") {
if(!bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpi_state[cmd->arg(2).toInt()-1]=true;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
}
if(cmd->arg(1).toString().lower()=="o") {
sprintf(str,"*%dOR%dL\r\n",
BTSRC8III_UNIT_ID,cmd->arg(2).toInt());
bt_device->writeBlock(str,8);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
}
}
else { // Pulse
if(cmd->arg(1).toString().lower()=="i") {
if(!bt_gpi_state[cmd->arg(2).toInt()-1]) {
emit gpiChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpi_state[cmd->arg(2).toInt()-1]=true;
}
bt_gpi_mask[cmd->arg(2).toInt()-1]=true;
bt_gpi_oneshot->start(cmd->arg(2).toInt()-1,500);
}
if(cmd->arg(1).toString().lower()=="o") {
sprintf(str,"*%dOR%dP%02d\r\n",
BTSRC8III_UNIT_ID,cmd->arg(2).toInt(),
cmd->arg(4).toInt()/100+1);
bt_device->writeBlock(str,10);
emit gpoChanged(bt_matrix,cmd->arg(2).toInt()-1,true);
bt_gpo_oneshot->start(cmd->arg(2).toInt()-1,500);
}
}
}
}
if(cmd->echoRequested()) {
cmd->acknowledge(true);
emit rmlEcho(cmd);
}
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}
void Sas64000Gpi::processCommand(RDMacro *cmd)
{
char str[9];
char cmd_byte;
switch(cmd->command()) {
case RDMacro::ST:
if((cmd->arg(1).toInt()<1)||(cmd->arg(1).toInt()>sas_inputs)||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>sas_outputs)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
sprintf(str,"\xFE%c%c%c%c%c\xFF",
(char)((cmd->arg(2).toInt()-1)/16)&0x0F,
(char)((cmd->arg(2).toInt()-1)%16)&0x0F,
(char)((cmd->arg(1).toInt()-1)%128),
(char)((cmd->arg(1).toInt()-1)/128),
(char)(((cmd->arg(1).toInt()-1)%128)+
((cmd->arg(1).toInt()-1)/128))&0x7F);
sas_device->writeBlock(str,7);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
case RDMacro::GO:
if((cmd->arg(1).toString().lower()!="o")||
(cmd->arg(2).toInt()<1)||(cmd->arg(2).toInt()>sas_gpos)) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
if(cmd->arg(4).toInt()==0) { // Latch
if(cmd->arg(3).toInt()==0) { // Off
cmd_byte=0xF9;
emit gpoChanged(sas_matrix,cmd->arg(2).toInt()-1,false);
}
else {
cmd_byte=0xFA;
emit gpoChanged(sas_matrix,cmd->arg(2).toInt()-1,true);
}
}
else { // Pulse
if(cmd->arg(3).toInt()==0) {
cmd->acknowledge(false);
emit rmlEcho(cmd);
return;
}
cmd_byte=0xFB;
sas_gpo_oneshot->start((void *)(cmd->arg(2).toInt()-1),500);
emit gpoChanged(sas_matrix,cmd->arg(2).toInt()-1,true);
}
sprintf(str,"%c%c\xFF",cmd_byte,cmd->arg(2).toInt()-1);
sas_device->writeBlock(str,3);
cmd->acknowledge(true);
emit rmlEcho(cmd);
break;
default:
cmd->acknowledge(false);
emit rmlEcho(cmd);
break;
}
}