/* Perform menu command COMMAND. */
Boolean
AppMenuDoCommand (UInt16 command)
{
Boolean handled = false;
FormDesc *fd;
/* See if menu command is a form switch. */
for (fd = g_formList; fd; fd = fd->next) {
if (fd->menuCommandID == command) {
SwitchToForm (fd->formID);
return true;
}
}
/* Handle the rest of the items. */
switch (command) {
case CommonOptionsPreferences:
PrefShowSetupForm();
return true;
case CommonOptionsAbout:
AboutShow();
return true;
#if 0
case CommonOptionsSwitchclass:
SPREF (bluetoothClass) = (SPREF (bluetoothClass) + 1) % 5;
SPREF (bluetoothSDP) = (SPREF (bluetoothSDP) + 1) % 5;
return true;
#endif
case CommonConnectionAddDevice:
BTSelectDevice();
return true;
case CommonConnectionConnect:
ENQUEUE (CmdInitiateConnect);
return true;
case CommonConnectionDisconnect:
ENQUEUE (CmdInitiateDisconnect);
return true;
default:
break;
}
return handled;
}
void top_prefs_init(void) {
int i;
prefs.display_stats.total = 0;
#define SPREF(e) do { \
assert(prefs.display_stats.total < STATISTIC_TOTAL); \
prefs.display_stats.array[prefs.display_stats.total] = e; \
prefs.display_stats.total++; \
} while(0)
SPREF(STATISTIC_PID);
SPREF(STATISTIC_COMMAND);
SPREF(STATISTIC_CPU);
SPREF(STATISTIC_TIME);
SPREF(STATISTIC_THREADS);
#ifdef PROC_PIDWORKQUEUEINFO
SPREF(STATISTIC_WORKQUEUE);
#endif
SPREF(STATISTIC_PORTS);
#ifdef TOP_ANONYMOUS_MEMORY
SPREF(STATISTIC_RMEM);
SPREF(STATISTIC_PURG);
SPREF(STATISTIC_COMPRESSED);
#else
SPREF(STATISTIC_RSHRD);
SPREF(STATISTIC_RSIZE);
#endif
SPREF(STATISTIC_PGRP);
SPREF(STATISTIC_PPID);
SPREF(STATISTIC_PSTATE);
SPREF(STATISTIC_BOOSTS);
SPREF(STATISTIC_CPU_ME);
SPREF(STATISTIC_CPU_OTHERS);
SPREF(STATISTIC_UID);
SPREF(STATISTIC_FAULTS);
SPREF(STATISTIC_COW_FAULTS);
SPREF(STATISTIC_MESSAGES_SENT);
SPREF(STATISTIC_MESSAGES_RECEIVED);
SPREF(STATISTIC_SYSBSD);
SPREF(STATISTIC_SYSMACH);
SPREF(STATISTIC_CSW);
SPREF(STATISTIC_PAGEINS);
SPREF(STATISTIC_IDLEWAKE);
SPREF(STATISTIC_POWERSCORE);
SPREF(STATISTIC_USER);
/* mmr columns - we hates them */
SPREF(STATISTIC_MREGION);
SPREF(STATISTIC_RPRVT);
SPREF(STATISTIC_VPRVT);
SPREF(STATISTIC_VSIZE);
SPREF(STATISTIC_KPRVT);
SPREF(STATISTIC_KSHRD);
#undef SPREF
for(i = 0; signal_map[i].string; ++i) {
if(SIGTERM == signal_map[i].value) {
prefs.signal_string = signal_map[i].string;
prefs.signal_number = SIGTERM;
break;
}
}
}
void top_prefs_init(void) {
int i;
prefs.display_stats.total = 0;
#define SPREF(e) do { \
assert(prefs.display_stats.total < STATISTIC_TOTAL); \
prefs.display_stats.array[prefs.display_stats.total] = e; \
prefs.display_stats.total++; \
} while(0)
SPREF(STATISTIC_PID);
SPREF(STATISTIC_COMMAND);
SPREF(STATISTIC_CPU);
SPREF(STATISTIC_TIME);
SPREF(STATISTIC_THREADS);
#ifdef PROC_PIDWORKQUEUEINFO
SPREF(STATISTIC_WORKQUEUE);
#endif
SPREF(STATISTIC_PORTS);
SPREF(STATISTIC_MREGION);
SPREF(STATISTIC_RPRVT);
SPREF(STATISTIC_RSHRD);
SPREF(STATISTIC_RSIZE);
SPREF(STATISTIC_VPRVT);
SPREF(STATISTIC_VSIZE);
SPREF(STATISTIC_PGRP);
SPREF(STATISTIC_PPID);
SPREF(STATISTIC_PSTATE);
SPREF(STATISTIC_UID);
SPREF(STATISTIC_FAULTS);
SPREF(STATISTIC_COW_FAULTS);
SPREF(STATISTIC_MESSAGES_SENT);
SPREF(STATISTIC_MESSAGES_RECEIVED);
SPREF(STATISTIC_SYSBSD);
SPREF(STATISTIC_SYSMACH);
SPREF(STATISTIC_CSW);
SPREF(STATISTIC_PAGEINS);
SPREF(STATISTIC_KPRVT);
SPREF(STATISTIC_KSHRD);
SPREF(STATISTIC_USER);
#undef SPREF
for(i = 0; signal_map[i].string; ++i) {
if(SIGTERM == signal_map[i].value) {
prefs.signal_string = signal_map[i].string;
prefs.signal_number = SIGTERM;
break;
}
}
}
