erase
edchars.erase = cb.c_cc[VERASE];
edchars.erase = cb.sgttyb.sg_erase;
if (edchars.erase == vdisable_c)
edchars.erase = -1;
edchars.erase = edchars.kill = edchars.intr = edchars.quit
int erase;
if (ec->erase >= 0) {
bind_if_not_bound(0, ec->erase, XFUNC_del_back);
bind_if_not_bound(1, ec->erase, XFUNC_del_bword);
} else if (ch == edchars.erase || ch == Ctrl('h')) {
if (ch == edchars.erase || ch == Ctrl('h')) {
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase();
erase(); /* Initially, clear the screen */
erase();
erase(); /* Terminate by erasing the screen */
erase(); /* Initially, clear the screen */
erase(); /* Terminate by erasing the screen */
erase();
erase();
erase();
erase(); /* clear out last position */
int erase(void);
.erase = hd64461video_erase,
return sc->flash_if->erase(device_parent(self), &e);
int (*erase)(device_t, struct flash_erase_instruction *);
error = fio->fio_if->erase(fio->fio_dev, &ei);
if (sc && sc->sc_accessops->erase
(*sc->sc_accessops->erase)(sc->sc_accessctx,
if (sc && sc->sc_accessops->erase
(*sc->sc_accessops->erase)(sc->sc_accessctx,
void (*erase)(void *, int, int, int, int, int);
switch (evt->erase) {
icp_readapp_event(icp, (u_int8_t) evt->erase, e);
int erase;
.erase = nand_flash_erase,
.erase = nor_flash_erase,
return scan_add_to_queue(si, pebnr, ec, &si->erase);
old->erase_cnt, &si->erase);
err = scan_add_to_queue(si, pebnr, erase_cnt, &si->erase);
return scan_add_to_queue(si, pebnr, ec, &si->erase);
old->pebnr, old->erase_cnt, &si->erase);
TAILQ_INIT(&si->erase);
EBH_QUEUE_DESTROY(&si->erase,
TAILQ_FOREACH(sleb, &si->erase, u.queue) {
struct scan_leb_queue erase;
report_return(erase());