/* remove a thread from a process running threads list */
void remove_process_thread(struct w32process *process, struct w32thread *thread)
{
list_remove(&thread->proc_entry);
if (!--process->running_threads) {
/* we have removed the last running thread, exit the process */
process->exit_code = thread->exit_code;
close(process->dummyfd);
process->dummyfd = -1;
process_killed(process);
}
release_object(thread);
}
static void handle_event(nge_event * e)
{
switch (e->state_type) {
case PING:
ping();
return;
case SERVICE_STATE_CHANGE:
case INITIAL_SERVICE_STATE_CHANGE:
service_change(e->payload.service_state_change.service,
e->payload.service_state_change.is,
e->payload.service_state_change.state_name,
e->payload.service_state_change.percent_started,
e->payload.service_state_change.percent_stopped,
e->payload.service_state_change.service_type,
e->payload.service_state_change.hidden);
return;
case SYSTEM_STATE_CHANGE:
case INITIAL_SYSTEM_STATE_CHANGE:
sys_state(e->payload.system_state_change.system_state,
e->payload.system_state_change.runlevel);
return;
case ERR_MSG:
err_msg(e->payload.err_msg.mt,
e->payload.err_msg.file,
e->payload.err_msg.func,
e->payload.err_msg.line, e->payload.err_msg.message);
return;
case CONNECT:
connected(e->payload.connect.pver,
e->payload.connect.initng_version);
return;
case DISCONNECT:
disconnected();
return;
case INITIAL_STATE_FINISHED:
initial_state_finished();
return;
case SERVICE_OUTPUT:
service_output(e->payload.service_output.service,
e->payload.service_output.process,
e->payload.service_output.output);
return;
case PROCESS_KILLED:
process_killed(e->payload.process_killed.service,
e->payload.process_killed.is,
e->payload.process_killed.state_name,
e->payload.process_killed.process,
e->payload.process_killed.exit_status,
e->payload.process_killed.term_sig);
return;
default:
return;
}
}