static struct ps_base *
rmt_ps_cas_create(struct rina_component * component)
{
struct rmt * rmt = rmt_from_component(component);
struct rmt_ps * ps = rkzalloc(sizeof(*ps), GFP_KERNEL);
struct cas_rmt_ps_data * data = rkzalloc(sizeof(*data), GFP_KERNEL);
if (!ps || !data) {
return NULL;
}
/* FIXME: to be configured using rmt_config */
data->q_max = 200;
ps->base.set_policy_set_param = rmt_cas_set_policy_set_param;
ps->dm = rmt;
ps->priv = data;
ps->rmt_q_create_policy = cas_rmt_q_create_policy;
ps->rmt_q_destroy_policy = cas_rmt_q_destroy_policy;
ps->rmt_enqueue_policy = cas_rmt_enqueue_policy;
ps->rmt_dequeue_policy = cas_rmt_dequeue_policy;
return &ps->base;
}
/*
* CREATE
*/
static struct ps_base * rmt_ps_deltaq_create(
struct rina_component * component) {
struct rmt * rmt = rmt_from_component(component);
rmtdata_p ps = rkzalloc(sizeof(*ps), GFP_KERNEL);
if (!ps) {
return NULL;
}
ps->base.base.set_policy_set_param = rmt_ps_set_policy_set_param;
ps->base.dm = rmt;
ps->base.priv = NULL;
ps->base.rmt_q_monitor_policy_rx = NULL;
ps->base.max_q_policy_rx = NULL;
/* Not used, in-drop at EFCP
/*
ps->base.rmt_scheduling_policy_rx = limiter_rx;
* instead
*/
ps->base.rmt_scheduling_policy_rx = NULL;
ps->base.rmt_q_monitor_policy_tx_enq = NULL;
ps->base.rmt_enqueue_scheduling_policy_tx = enqueue_tx;
ps->base.max_q_policy_tx = NULL;
ps->base.rmt_next_scheduled_policy_tx = dequeue_tx;
ps->base.rmt_q_monitor_policy_tx_deq = NULL;
ps->base.rmt_requeue_scheduling_policy_tx = requeue_tx;
ps->base.rmt_next_scheduled_policy_allownull = true;
ps->base.rmt_scheduling_create_policy_tx = rmt_ps_deltaq_create;
ps->base.rmt_scheduling_destroy_policy_tx = rmt_ps_deltaq_destroy;
ps->portvals_begin = NULL;
ps->qosparams_begin = NULL;
ps->bufferST_begin = NULL;
ps->bufferT_begin = NULL;
ps->bufferPDU_begin = NULL;
return &ps->base.base;
}
static struct ps_base *
rmt_ps_default_create(struct rina_component * component)
{
struct rmt * rmt = rmt_from_component(component);
struct rmt_ps * ps = rkzalloc(sizeof(*ps), GFP_KERNEL);
struct rmt_ps_data * data = rkzalloc(sizeof(*data), GFP_KERNEL);
if (!ps || !data) {
return NULL;
}
/* Allocate policy-set private data. */
data->ss = rkzalloc(sizeof(*data->ss), GFP_KERNEL);
if (!data->ss) {
rkfree(ps);
rkfree(data);
return NULL;
}
data->outqs = rmt_queue_set_create();
if (!data->outqs) {
rkfree(data->ss);
rkfree(ps);
rkfree(data);
return NULL;
}
ps->priv = data;
ps->base.set_policy_set_param = rmt_ps_set_policy_set_param;
ps->dm = rmt;
ps->max_q_policy_tx = default_max_q_policy_tx;
ps->max_q_policy_rx = default_max_q_policy_rx;
ps->rmt_q_monitor_policy_tx = default_rmt_q_monitor_policy_tx;
ps->rmt_q_monitor_policy_rx = default_rmt_q_monitor_policy_rx;
ps->rmt_next_scheduled_policy_tx = default_rmt_next_scheduled_policy_tx;
ps->rmt_enqueue_scheduling_policy_tx = default_rmt_enqueue_scheduling_policy_tx;
ps->rmt_scheduling_policy_rx = default_rmt_scheduling_policy_rx;
ps->rmt_scheduling_create_policy_tx = default_rmt_scheduling_create_policy_tx;
ps->rmt_scheduling_destroy_policy_tx = default_rmt_scheduling_destroy_policy_tx;
return &ps->base;
}
static struct ps_base *
rmt_ps_skeleton_create(struct rina_component * component)
{
struct rmt * rmt = rmt_from_component(component);
struct rmt_ps * ps = rkzalloc(sizeof(*ps), GFP_KERNEL);
if (!ps) {
return NULL;
}
ps->base.set_policy_set_param = rmt_ps_set_policy_set_param;
ps->dm = rmt;
ps->priv = NULL;
ps->max_q_policy_tx = skeleton_max_q_policy_tx;
ps->max_q_policy_rx = skeleton_max_q_policy_rx;
ps->rmt_q_monitor_policy_tx = skeleton_rmt_q_monitor_policy_tx;
ps->rmt_q_monitor_policy_rx = skeleton_rmt_q_monitor_policy_rx;
ps->rmt_next_scheduled_policy_tx = skeleton_rmt_next_scheduled_policy_tx;
ps->rmt_enqueue_scheduling_policy_tx = skeleton_rmt_enqueue_scheduling_policy_tx;
ps->rmt_scheduling_create_policy_tx = skeleton_rmt_scheduling_create_policy_tx;
ps->rmt_scheduling_destroy_policy_tx = skeleton_rmt_scheduling_destroy_policy_tx;
return &ps->base;
}
