execute
#define pthread_cleanup_pop(execute) \
__pthread_cleanup_pop_imp(execute); \
_thr_cleanup_pop(int execute)
__pthread_cleanup_pop_imp(execute);
__thr_cleanup_pop_imp(int execute)
if (execute)
dictAppendWord(dp, "execute", execute, FW_DEFAULT);
if (entry->execute == NULL) {
retval = entry->execute(ctnio);
entry->execute)[service_action];
if (entry->execute == NULL) {
retval = entry->execute(ctsio);
entry->execute)[j];
entry->execute)[j];
entry->execute)[service_action];
entry->execute)[service_action];
ctl_opfunc *execute;
int (*execute)(struct ctl_nvmeio *);
rc = o->execute(sc, o->owner, &o->pending_comp, ramrod_flags);
o->execute = exec;
exe_q_execute execute;
goto execute;
execute:
bool execute = false;
execute = true;
if (execute == false)
execute(i + 1, all_tests + i);
execute(i, all_tests + j);
int execute(int id, struct test*);
for (p = plan; p && (p->execute)(p, entry); p = p->next);
exec_f *execute; /* node evaluation function */
exec_f *execute; /* execute function */
p && (state = (p->execute)(p, entry)); p = p->next);
p && (state = (p->execute)(p, entry)); p = p->next);
p && (state = (p->execute)(p, entry)); p = p->next);
p && (state = (p->execute)(p, entry)); p = p->next);
(p->execute)(p, NULL);
new->execute = option->execute;
node->execute = f_expr;
if (expr->execute == f_closeparen)
if (next->execute == f_expr)
if (next->execute == f_not) {
while (node != NULL && node->execute == f_not) {
if (node->execute == f_or)
if (node->execute == f_expr)
if (next->execute == f_expr)
if (next->execute == f_not)
if (next->execute == f_or) {
if (node->execute == f_openparen)
if (next->execute == f_closeparen) {
execute(&linebuf[2], 1);
int execute(char *, int);
if (execute(linebuf, 0))
execute(buf);
execute(buf);
execute(buf);
static void execute(char *);
goto execute;
goto execute;
goto execute;
goto execute;
goto execute;
goto execute;
execute: