void
kmdb_dpi_process_work_queue(void)
{
work_results_t res;
(void) mdb_nv_create(&res.res_loads, UM_SLEEP);
(void) mdb_nv_create(&res.res_unloads, UM_SLEEP);
mdb_dprintf(MDB_DBG_DPI, "processing work queue\n");
(void) kmdb_wr_debugger_process(kmdb_dbgnotify_cb, &res);
if (mdb_nv_size(&res.res_loads)) {
mdb_printf("Loaded modules: [");
print_modules(&res.res_loads);
mdb_printf(" ]\n");
}
if (mdb_nv_size(&res.res_unloads)) {
mdb_printf("Unloaded modules: [");
print_modules(&res.res_unloads);
mdb_printf(" ]\n");
}
mdb_nv_destroy(&res.res_loads);
mdb_nv_destroy(&res.res_unloads);
}
int
kt_lookup_by_name(mdb_tgt_t *t, const char *obj, const char *name,
GElf_Sym *symp, mdb_syminfo_t *sip)
{
kt_data_t *kt = t->t_data;
kt_module_t *km, kmod;
mdb_var_t *v;
int n;
/*
* To simplify the implementation, we create a fake module on the stack
* which is "prepended" to k_modlist and whose symtab is kt->k_symtab.
*/
kmod.km_symtab = kt->k_symtab;
kmod.km_list.ml_next = mdb_list_next(&kt->k_modlist);
switch ((uintptr_t)obj) {
case (uintptr_t)MDB_TGT_OBJ_EXEC:
km = &kmod;
n = 1;
break;
case (uintptr_t)MDB_TGT_OBJ_EVERY:
km = &kmod;
n = mdb_nv_size(&kt->k_modules) + 1;
break;
case (uintptr_t)MDB_TGT_OBJ_RTLD:
obj = KT_RTLD_NAME;
/*FALLTHRU*/
default:
if ((v = mdb_nv_lookup(&kt->k_modules, obj)) == NULL)
return (set_errno(EMDB_NOOBJ));
km = mdb_nv_get_cookie(v);
n = 1;
if (km->km_symtab == NULL)
kt_load_module(kt, t, km);
}
for (; n > 0; n--, km = mdb_list_next(km)) {
if (mdb_gelf_symtab_lookup_by_name(km->km_symtab, name,
symp, &sip->sym_id) == 0) {
sip->sym_table = MDB_TGT_SYMTAB;
return (0);
}
}
return (set_errno(EMDB_NOSYM));
}
size_t
mdb_tab_size(mdb_tab_cookie_t *mcp)
{
return (mdb_nv_size(&mcp->mtc_nv));
}
