ev_type
power_button_handler(int signal __unused, enum ev_type type __unused, void *arg)
blockif_sigcont_handler(int signal __unused, enum ev_type type __unused,
blockif_resized(int fd, enum ev_type type __unused, void *arg)
gdb_readable(int fd, enum ev_type event __unused, void *arg __unused)
gdb_writable(int fd, enum ev_type event __unused, void *arg __unused)
new_connection(int fd, enum ev_type event __unused, void *arg)
enum ev_type me_type;
void (*mp_func)(int, enum ev_type, void *);
mevent_pipe_read(int fd, enum ev_type type __unused, void *param __unused)
mevent_poll_file_attrib(int fd, enum ev_type type, void *param)
mevent_add_state(int tfd, enum ev_type type,
void (*func)(int, enum ev_type, void *), void *param,
mevent_add(int tfd, enum ev_type type,
void (*func)(int, enum ev_type, void *), void *param)
mevent_add_flags(int tfd, enum ev_type type, int fflags,
void (*func)(int, enum ev_type, void *), void *param)
mevent_add_disabled(int tfd, enum ev_type type,
void (*func)(int, enum ev_type, void *), void *param)
void (*me_func)(int, enum ev_type, void *);
struct mevent *mevent_add(int fd, enum ev_type type,
void (*func)(int, enum ev_type, void *),
struct mevent *mevent_add_flags(int fd, enum ev_type type, int fflags,
void (*func)(int, enum ev_type, void *),
struct mevent *mevent_add_disabled(int fd, enum ev_type type,
void (*func)(int, enum ev_type, void *),
typedef void (*net_be_rxeof_t)(int, enum ev_type, void *param);
static void e82545_rx_callback(int fd, enum ev_type type, void *param);
e82545_itr_callback(int fd __unused, enum ev_type type __unused, void *param)
e82545_rx_callback(int fd __unused, enum ev_type type __unused, void *param)
static void pci_vtcon_sock_accept(int, enum ev_type, void *);
static void pci_vtcon_sock_rx(int, enum ev_type, void *);
pci_vtcon_sock_accept(int fd __unused, enum ev_type t __unused, void *arg)
pci_vtcon_sock_rx(int fd __unused, enum ev_type t __unused, void *arg)
enum ev_type t __attribute__((unused)), void *arg __attribute__((unused)))
pci_vtnet_rx_callback(int fd __unused, enum ev_type type __unused, void *param)
rfb_accept(int sfd, enum ev_type event, void *arg)
uart_sock_accept(int fd, enum ev_type ev, void *arg)
void (*drain)(int, enum ev_type, void *), void *drainarg)
void (*drain)(int, enum ev_type, void *), void *arg)
void (*drain)(int, enum ev_type, void *);
void (*drain)(int, enum ev_type, void *), void *arg);
uart_drain(int fd __unused, enum ev_type ev, void *arg)
uart_sock_drain(int fd, enum ev_type ev, void *arg)
not_called_cb(int fd, enum ev_type ev, void *arg)
flush_cb(int fd, enum ev_type ev, void *arg)
timer_callback(int fd, enum ev_type type, void *param)
echoer_callback(int fd, enum ev_type type, void *param)
acceptor_callback(int fd, enum ev_type type, void *param)
munch(int fd, enum ev_type ev, void *arg)
tick(int ms, enum ev_type ev, void *arg)
munch(int fd, enum ev_type ev, void *arg)
tick(int ms, enum ev_type ev, void *arg)
munch(int fd, enum ev_type ev, void *arg)
callback(int fd, enum ev_type ev, void *arg)
callback(int fd, enum ev_type ev, void *arg)
ep->ev_type = (uint8_t)type;
switch (ep->ev_type) {
if (ep->ev_type == FMD_EVT_CTL)
if (ep->ev_type == FMD_EVT_CTL)
if (ep->ev_type != type)
ep->ev_type = (uint8_t)type;
uint8_t ev_type; /* event type (see below) */
#define FMD_EVENT_TYPE(e) (((fmd_event_impl_t *)e)->ev_type)
switch (ev.ev_type) {
(void) mdb_snprintf(type, sizeof (type), "%u", ev.ev_type);
switch (ep->ev_type) {
ASSERT(ep->ev_type == FMD_EVT_PROTOCOL);
if (g_event_info[i].ev_type != 'E')
if (g_event_info[i].ev_type == c)
char ev_type;
if (strchr("CH", g_event_info[i].ev_type))
if (!events_specified && g_event_info[i].ev_type == 'C')
if (evp->ev_type != event_type ||
if (info->ev_type == 'I') {
if (info->ev_type == 'H') {
if (info->ev_type == 'E') {
if (info->ev_type == 'H') {
if (info->ev_type != 'I')
cache_update(dm_event_type_t ev_type, char *devname)
switch (ev_type) {
void cache_update(dm_event_type_t ev_type, char *devname);
uint8_t ev_type;
rqst.event_type = e->ev_type;
e->ev_type = rsp->event_type;