void error_async(struct mrpc_connection *conn)
{
mrpc_status_t ret;
inc_pending();
ret=proto_error_async(conn, cb_error, MSGPRIV);
if (ret)
die("Couldn't send async error: %d", ret);
}
void trigger_callback_async(struct mrpc_connection *conn)
{
mrpc_status_t ret;
inc_pending();
ret=proto_trigger_callback_async(conn, cb_expect_success,
"Trigger-callback");
if (ret)
die("Couldn't send async trigger-callback: %d", ret);
}
void check_int_async(struct mrpc_connection *conn)
{
struct IntParam request;
mrpc_status_t ret;
request.val=INT_VALUE;
inc_pending();
ret=proto_check_int_async(conn, cb_expect_success, "Check-correct",
&request);
if (ret)
die("Couldn't send async check: %d", ret);
free_IntParam(&request, 0);
request.val=12;
inc_pending();
ret=proto_check_int_async(conn, cb_expect_one, "Check-incorrect",
&request);
if (ret)
die("Couldn't send async check: %d", ret);
free_IntParam(&request, 0);
}
void loop_int_async(struct mrpc_connection *conn)
{
struct IntParam request;
mrpc_status_t ret;
request.val=INT_VALUE;
inc_pending();
ret=proto_loop_int_async(conn, cb_loop, MSGPRIV, &request);
if (ret)
die("Couldn't send async loop: %d", ret);
free_IntParam(&request, 0);
}
int generic_handler(DWORD signo) {
int blocked=0;
if (SIGBAD(signo) )
return FALSE;
switch (signo) {
case SIGINT:
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(0xC000013AL);
else
handlers[signo](signo);
}
break;
case SIGBREAK:
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(0xC000013AL);
else
handlers[signo](signo);
}
break;
case SIGHUP: //CTRL_CLOSE_EVENT
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(604);
else
handlers[signo](signo);
}
break;
case SIGTERM: //CTRL_LOGOFF_EVENT
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(604);
else
handlers[signo](signo);
}
else
ExitProcess(604);
break;
case SIGKILL: //CTRL_SHUTDOWN_EVENT
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(604);
else
handlers[signo](signo);
}
else
ExitProcess(604);
break;
case SIGALRM:
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] == SIG_DFL)
ExitProcess(604);
else
handlers[signo](signo);
}
break;
case SIGCHLD:
if (handlers[signo] != SIG_IGN){
if (fast_sigmember(&gBlockMask,signo) ) {
dprintf("inc pending for sig %d count %d\n",signo,
gPending[signo]);
inc_pending(signo);
blocked=1;
}
else if (handlers[signo] != SIG_DFL)
handlers[signo](signo);
}
break;
default:
ExitProcess(604);
break;
}
if (!blocked && __is_suspended) {
EnterCriticalSection(&sigcritter);
__is_suspended--;
LeaveCriticalSection(&sigcritter);
dprintf("releasing suspension is_suspsend = %d\n",__is_suspended);
SetEvent(hsigsusp);
}
return TRUE;
}