/**
* nlm_Test_Free: Frees the result structure allocated for nlm4_Test
*
* Frees the result structure allocated for nlm_Null. Does Nothing in fact.
*
* @param pres [INOUT] Pointer to the result structure.
*
*/
void nlm4_Test_Free(nfs_res_t * pres)
{
netobj_free(&pres->res_nlm4test.cookie);
if(pres->res_nlm4test.test_stat.stat == NLM4_DENIED)
netobj_free(&pres->res_nlm4test.test_stat.nlm4_testrply_u.holder.oh);
return;
}
void free_grant_arg(nlm_async_queue_t *arg)
{
netobj_free(&arg->nlm_async_args.nlm_async_grant.cookie);
netobj_free(&arg->nlm_async_args.nlm_async_grant.alock.oh);
netobj_free(&arg->nlm_async_args.nlm_async_grant.alock.fh);
if(arg->nlm_async_args.nlm_async_grant.alock.caller_name != NULL)
Mem_Free(arg->nlm_async_args.nlm_async_grant.alock.caller_name);
Mem_Free(arg);
}
int nlm_send_async_res_nlm4test(state_nlm_client_t * host,
state_async_func func,
nfs_res_t * pres)
{
state_async_queue_t * arg = (state_async_queue_t *) Mem_Alloc(sizeof(*arg));
state_nlm_async_data_t * nlm_arg;
state_status_t status;
if(arg != NULL)
{
nlm_arg = &arg->state_async_data.state_nlm_async_data;
memset(arg, 0, sizeof(*arg));
arg->state_async_func = func;
nlm_arg->nlm_async_host = host;
nlm_arg->nlm_async_args.nlm_async_res = *pres;
if(!copy_netobj(&nlm_arg->nlm_async_args.nlm_async_res.res_nlm4test.cookie,
&pres->res_nlm4test.cookie))
{
LogFullDebug(COMPONENT_NLM,
"Unable to copy async response file handle");
Mem_Free(arg);
return NFS_REQ_DROP;
}
else if(pres->res_nlm4test.test_stat.stat == NLM4_DENIED)
{
if(!copy_netobj(&nlm_arg->nlm_async_args.nlm_async_res.res_nlm4test.test_stat.nlm4_testrply_u.holder.oh,
&pres->res_nlm4test.test_stat.nlm4_testrply_u.holder.oh))
{
LogFullDebug(COMPONENT_NLM,
"Unable to copy async response oh");
netobj_free(&nlm_arg->nlm_async_args.nlm_async_res.res_nlm4test.cookie);
Mem_Free(arg);
return NFS_REQ_DROP;
}
}
}
else
{
LogFullDebug(COMPONENT_NLM,
"Unable to allocate async response");
return NFS_REQ_DROP;
}
status = state_async_schedule(arg);
if(status != STATE_SUCCESS)
{
netobj_free(&nlm_arg->nlm_async_args.nlm_async_res.res_nlm4test.cookie);
if(pres->res_nlm4test.test_stat.stat == NLM4_DENIED)
netobj_free(&nlm_arg->nlm_async_args.nlm_async_res.res_nlm4test.test_stat.nlm4_testrply_u.holder.oh);
Mem_Free(arg);
return NFS_REQ_DROP;
}
return NFS_REQ_OK;
}
void free_grant_arg(state_async_queue_t *arg)
{
state_nlm_async_data_t * nlm_arg = &arg->state_async_data.state_nlm_async_data;
netobj_free(&nlm_arg->nlm_async_args.nlm_async_grant.cookie);
netobj_free(&nlm_arg->nlm_async_args.nlm_async_grant.alock.oh);
netobj_free(&nlm_arg->nlm_async_args.nlm_async_grant.alock.fh);
if(nlm_arg->nlm_async_args.nlm_async_grant.alock.caller_name != NULL)
gsh_free(nlm_arg->nlm_async_args.nlm_async_grant.alock.caller_name);
gsh_free(arg);
}
/**
* nlm4_Unlock_Free: Frees the result structure allocated for nlm4_Unlock
*
* Frees the result structure allocated for nlm4_Lock. Does Nothing in fact.
*
* @param pres [INOUT] Pointer to the result structure.
*
*/
void nlm4_Unlock_Free(nfs_res_t * pres)
{
netobj_free(&pres->res_nlm4test.cookie);
return;
}
/**
* nlm4_Share_Free: Frees the result structure allocated for nlm4_Lock
*
* Frees the result structure allocated for nlm4_Lock. Does Nothing in fact.
*
* @param pres [INOUT] Pointer to the result structure.
*
*/
void nlm4_Share_Free(nfs_res_t * pres)
{
netobj_free(&pres->res_nlm4share.cookie);
return;
}
/**
* nlm4_Unlock_Free: Frees the result structure allocated for nlm4_Unlock
*
* Frees the result structure allocated for nlm4_Lock. Does Nothing in fact.
*
* @param res [INOUT] Pointer to the result structure.
*
*/
void nlm4_Unlock_Free(nfs_res_t *res)
{
netobj_free(&res->res_nlm4test.cookie);
}
/**
* nlm4_Unshare_Free: Frees the result structure allocated for nlm4_Lock
*
* Frees the result structure allocated for nlm4_Lock. Does Nothing in fact.
*
* @param res [INOUT] Pointer to the result structure.
*
*/
void nlm4_Unshare_Free(nfs_res_t *res)
{
netobj_free(&res->res_nlm4share.cookie);
}
