string JackDriver::MatchPortName(const char* name, const char** ports, int alias, const std::string& type)
{
char alias1[REAL_JACK_PORT_NAME_SIZE+1];
char alias2[REAL_JACK_PORT_NAME_SIZE+1];
char* aliases[2];
aliases[0] = alias1;
aliases[1] = alias2;
for (int i = 0; ports && ports[i]; ++i) {
jack_port_id_t port_id2 = fGraphManager->GetPort(ports[i]);
JackPort* port2 = (port_id2 != NO_PORT) ? fGraphManager->GetPort(port_id2) : NULL;
if (port2) {
int res = port2->GetAliases(aliases);
string name_str;
if (res >= alias) {
name_str = string(aliases[alias-1]);
} else {
name_str = string(ports[i]);
}
string sub_name = RemoveLast(name);
if ((name_str.find(sub_name) != string::npos) && (type == string(port2->GetType()))) {
return name_str;
}
}
}
return "";
}
bool DoubleValidator::TransferToWindow() {
auto str = wxString::Format("%g", *value);
if (decimal_sep != '.')
std::replace(str.begin(), str.end(), (wxChar)'.', decimal_sep);
if (str.find(decimal_sep) != str.npos) {
while (str.Last() == '0')
str.RemoveLast();
}
static_cast<wxTextCtrl *>(GetWindow())->SetValue(str);
return true;
}
void List::RemoveAt( int index )
{
if( index == 0 )
RemoveFirst();
else if( index == count - 1 )
RemoveLast();
else {
int curItemIdx = 0;
ListItem* curItem = first;
while( curItem != 0 && curItemIdx < index )
{
curItem = curItem->nextItem;
curItemIdx++;
}
curItem->previousItem->nextItem = curItem->nextItem;
curItem->nextItem->previousItem = curItem->previousItem;
free( (void*)curItem );
count--;
}
}
void GStringList::RemoveAll()
{
int n = Size();
for(int i=0; i<n;i++)
delete (GString *)RemoveLast();
}
int ServerQAction(int *addr, short *port, int *op, int *flags, int *jobid,
void *p1, void *p2, void *p3, void *p4, void *p5, void *p6, void *p7, void *p8)
{
int status;
switch (*op)
{
case SrvRemoveLast:
{
status = RemoveLast();
break;
}
case SrvAbort:
{
ServerSetDetailProc(0);
KillThread();
AbortJob(GetCurrentJob());
ReleaseCurrentJob();
SetCurrentJob(0);
if (*(int *)p1)
{
SrvJob *job;
while ((job = NextJob(0)) != 0)
AbortJob(job);
}
status = StartThread();
break;
}
case SrvAction:
{
SrvActionJob job;
job.h.addr = MdsGetClientAddr();
job.h.port = *port;
job.h.op = *op;
job.h.length = sizeof(job);
job.h.flags = *flags;
job.h.jobid = *jobid;
job.tree = strcpy(malloc(strlen((char *)p1)+1),(char *)p1);
job.shot = *(int *)p2;
job.nid = *(int *)p3;
status = QJob((SrvJob *)&job);
break;
}
case SrvClose:
{
SrvCloseJob job;
job.h.addr = MdsGetClientAddr();
job.h.port = *port;
job.h.op = *op;
job.h.length = sizeof(job);
job.h.flags = *flags;
job.h.jobid = *jobid;
status = QJob((SrvJob *)&job);
break;
}
case SrvCreatePulse:
{
SrvCreatePulseJob job;
job.h.addr = MdsGetClientAddr();
job.h.port = *port;
job.h.op = *op;
job.h.length = sizeof(job);
job.h.flags = *flags;
job.h.jobid = *jobid;
job.tree = strcpy(malloc(strlen((char *)p1)+1),(char *)p1);
job.shot = *(int *)p2;
status = QJob((SrvJob *)&job);
break;
}
case SrvSetLogging:
{
Logging = *(int *)p1;
break;
}
case SrvCommand:
{
SrvCommandJob job;
job.h.addr = MdsGetClientAddr();
job.h.port = *port;
job.h.op = *op;
job.h.length = sizeof(job);
job.h.flags = *flags;
job.h.jobid = *jobid;
job.table = strcpy(malloc(strlen((char *)p1)+1),(char *)p1);
job.command = strcpy(malloc(strlen((char *)p2)+1),(char *)p2);
status = QJob((SrvJob *)&job);
break;
}
case SrvMonitor:
{
SrvMonitorJob job;
job.h.addr = MdsGetClientAddr();
job.h.port = *port;
job.h.op = *op;
job.h.length = sizeof(job);
job.h.flags = *flags;
job.h.jobid = *jobid;
job.tree = strcpy(malloc(strlen((char *)p1)+1),(char *)p1);
job.shot = *(int *)p2;
job.phase = *(int *)p3;
job.nid = *(int *)p4;
job.on = *(int *)p5;
job.mode = *(int *)p6;
job.server = strcpy(malloc(strlen((char *)p7)+1),(char *)p7);
job.status = *(int *)p8;
status = QJob((SrvJob *)&job);
break;
}
case SrvShow:
{
status = ShowCurrentJob((struct descriptor_xd *)p1);
break;
}
case SrvStop:
{
printf("%s, Server stop requested\n",Now());
exit(0);
break;
}
}
return status;
}
