/*!
\brief Checks all registered apps for \a ref and \a signature if
they are still alive, and removes those that aren't.
*/
void
TRoster::_ValidateRunning(const entry_ref& ref, const char* signature)
{
while (true) {
// get info via ref or signature
RosterAppInfo* info = fRegisteredApps.InfoFor(&ref);
if (info == NULL && signature != NULL)
info = fRegisteredApps.InfoFor(signature);
// if app is alive or does not exist, we can exit
if (info == NULL || info->IsRunning())
return;
RemoveApp(info);
delete info;
}
}
void
ShutdownProcess::_QuitApps(AppInfoList& list, bool systemApps)
{
PRINT(("ShutdownProcess::_QuitApps(%s)\n",
(systemApps ? "system" : "user")));
if (systemApps) {
_SetShutdownWindowCancelButtonEnabled(false);
// check one last time for abort events
uint32 event;
do {
team_id team;
int32 phase;
status_t error = _GetNextEvent(event, team, phase, false);
if (error != B_OK)
throw_error(error);
if (event == ABORT_EVENT) {
PRINT(("ShutdownProcess::_QuitApps(): shutdown cancelled by "
"team %ld (-1 => user)\n", team));
_DisplayAbortingApp(team);
throw_error(B_SHUTDOWN_CANCELLED);
}
} while (event != NO_EVENT);
}
// prepare the shutdown message
BMessage message;
_PrepareShutdownMessage(message);
// now iterate through the list of apps
while (true) {
// eat events
uint32 event;
do {
team_id team;
int32 phase;
status_t error = _GetNextEvent(event, team, phase, false);
if (error != B_OK)
throw_error(error);
if (!systemApps && event == ABORT_EVENT) {
PRINT(("ShutdownProcess::_QuitApps(): shutdown cancelled by "
"team %ld (-1 => user)\n", team));
_DisplayAbortingApp(team);
throw_error(B_SHUTDOWN_CANCELLED);
}
} while (event != NO_EVENT);
// get the first app to quit
team_id team = -1;
port_id port = -1;
char appName[B_FILE_NAME_LENGTH];
{
BAutolock _(fWorkerLock);
while (!list.IsEmpty()) {
RosterAppInfo* info = *list.It();
team = info->team;
port = info->port;
strcpy(appName, info->ref.name);
if (info->IsRunning())
break;
list.RemoveInfo(info);
delete info;
}
}
if (team < 0) {
PRINT(("ShutdownProcess::_QuitApps() done\n"));
return;
}
// set window text
BString buffer = B_TRANSLATE("Asking \"%appName%\" to quit.");
buffer.ReplaceFirst("%appName%", appName);
_SetShutdownWindowText(buffer.String());
_SetShutdownWindowCurrentApp(team);
// send the shutdown message to the app
PRINT((" sending team %ld (port: %ld) a shutdown message\n", team,
port));
SingleMessagingTargetSet target(port, B_PREFERRED_TOKEN);
MessageDeliverer::Default()->DeliverMessage(&message, target);
// schedule a timeout event
_ScheduleTimeoutEvent(kAppQuitTimeout, team);
// wait for the app to die or for the timeout to occur
bool appGone = _WaitForApp(team, &list, systemApps);
if (appGone) {
// fine: the app finished in an orderly manner
} else {
// the app is either blocking on a model alert or blocks for another
// reason
if (!systemApps)
_QuitBlockingApp(list, team, appName, true);
else {
// This is a system app: remove it from the list
BAutolock _(fWorkerLock);
if (RosterAppInfo* info = list.InfoFor(team)) {
list.RemoveInfo(info);
delete info;
}
}
}
}
}