void deinit_lustresnmp(void) {
/* deregister ourselves with the agent */
unregister_mib(clusterFileSystems_variables_oid,
sizeof(clusterFileSystems_variables_oid)/sizeof(clusterFileSystems_variables_oid));
terminate_trap_handler();
DEBUGMSGTL(("lsnmpd", "%s %s \n", __FUNCTION__, "Termination Done"));
}
void
extensible_free_config(void)
{
struct extensible *etmp, *etmp2;
oid tname[MAX_OID_LEN];
int i;
for (etmp = extens; etmp != NULL;) {
etmp2 = etmp;
etmp = etmp->next;
free(etmp2);
}
for (etmp = relocs; etmp != NULL;) {
etmp2 = etmp;
etmp = etmp->next;
/*
* The new modular API results in the column
* objects being registered individually, so
* they need to be unregistered individually too!
*/
memset(tname, 0, MAX_OID_LEN*sizeof(oid));
memcpy(tname, etmp2->miboid, etmp2->miblen*sizeof(oid));
for (i=1; i<4; i++) {
tname[etmp2->miblen] = i;
unregister_mib(tname, etmp2->miblen+1);
}
for (i=100; i<=103; i++) {
tname[etmp2->miblen] = i;
unregister_mib(tname, etmp2->miblen+1);
}
free(etmp2);
}
relocs = NULL;
extens = NULL;
numextens = 0;
numrelocs = 0;
}
void
pass_persist_free_config(void)
{
struct extensible *etmp, *etmp2;
for (etmp = persistpassthrus; etmp != NULL;) {
etmp2 = etmp;
etmp = etmp->next;
unregister_mib(etmp2->miboid, etmp2->miblen);
free(etmp2);
}
persistpassthrus = NULL;
numpersistpassthrus = 0;
}
/**
* @fn void deinit_ss7OmMIB(void)
* @brief deinitialization routine.
*
* This is called before the agent is unloaded. At a minimum, deregistration of the MIB variables
* structure (ss7OmMIB_variables) should take place here. By default, the function also
* deregisters the the configuration file handlers for the MIB variables and table rows.
*
* Additional deregistrations that may be required here are calls to unregister_readfd(),
* unregister_writefd() and unregsiter_exceptfd() for unhooking from the snmpd event loop, but only
* when used as a loadable module. By default if a read file descriptor exists, it is unregistered.
*/
void
deinit_ss7OmMIB(void)
{
DEBUGMSGTL(("ss7OmMIB", "deinit_ss7OmMIB: deinitializating... "));
external_signal_handler[SIGCHLD] = ss7OmMIBold_signal_handler;
if (my_readfd >= 0) {
unregister_exceptfd(my_readfd);
unregister_readfd(my_readfd);
close(my_readfd);
my_readfd = -1;
}
unregister_mib(ss7OmMIB_variables_oid, sizeof(ss7OmMIB_variables_oid) / sizeof(oid));
snmpd_unregister_config_handler("ss7OmMIB");
/* place any other de-initialization junk you need here */
DEBUGMSGTL(("ss7OmMIB", "done.\n"));
}
void extensible_free_config (void)
{
struct extensible *etmp, *etmp2;
for (etmp = extens; etmp != NULL;) {
etmp2 = etmp;
etmp = etmp->next;
free(etmp2);
}
for (etmp = relocs; etmp != NULL;) {
etmp2 = etmp;
etmp = etmp->next;
unregister_mib(etmp2->miboid, etmp2->miblen);
free(etmp2);
}
relocs = NULL;
extens = NULL;
numextens = 0;
numrelocs = 0;
}
void deinit_mgPIDECMTable(void) {
netsnmp_delete_table_data_set(table_set);
table_set = NULL;
unregister_mib(mgPIDECMTable_oid, OID_LENGTH(mgPIDECMTable_oid));
}
void
deinit_dlmod(void)
{
unregister_mib(dlmod_variables_oid, dlmod_variables_oid_len);
snmpd_unregister_config_handler("dlmod");
}
