* WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*/
+/** \file
+ vlib node functions
+*/
+
+
#ifndef included_vlib_node_funcs_h
#define included_vlib_node_funcs_h
#include <vppinfra/fifo.h>
+/** \brief Get vlib node by index.
+ @warning This function will ASSERT if @c i is out of range.
+ @param vm vlib_main_t pointer, varies by thread
+ @param i node index.
+ @return pointer to the requested vlib_node_t.
+*/
+
always_inline vlib_node_t *
vlib_get_node (vlib_main_t * vm, u32 i)
-{ return vec_elt (vm->node_main.nodes, i); }
+{
+ return vec_elt (vm->node_main.nodes, i);
+}
+
+/** \brief Get vlib node by graph arc (next) index.
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of original node
+ @param next_index graph arc index
+ @return pointer to the vlib_node_t at the end of the indicated arc
+*/
always_inline vlib_node_t *
vlib_get_next_node (vlib_main_t * vm, u32 node_index, u32 next_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n;
n = vec_elt (nm->nodes, node_index);
ASSERT (next_index < vec_len (n->next_nodes));
return vlib_get_node (vm, n->next_nodes[next_index]);
}
+/** \brief Get node runtime by node index.
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of node
+ @return pointer to the indicated vlib_node_runtime_t
+*/
+
always_inline vlib_node_runtime_t *
vlib_node_get_runtime (vlib_main_t * vm, u32 node_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vec_elt (nm->nodes, node_index);
- vlib_process_t * p;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vec_elt (nm->nodes, node_index);
+ vlib_process_t *p;
if (n->type != VLIB_NODE_TYPE_PROCESS)
return vec_elt_at_index (nm->nodes_by_type[n->type], n->runtime_index);
else
}
}
+/** \brief Get node runtime private data by node index.
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of the node
+ @return pointer to the indicated vlib_node_runtime_t private data
+*/
+
always_inline void *
vlib_node_get_runtime_data (vlib_main_t * vm, u32 node_index)
{
- vlib_node_runtime_t * r = vlib_node_get_runtime (vm, node_index);
+ vlib_node_runtime_t *r = vlib_node_get_runtime (vm, node_index);
return r->runtime_data;
}
+/** \brief Set node runtime private data.
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of the node
+ @param runtime_data arbitrary runtime private data
+ @param n_runtime_data_bytes size of runtime private data
+*/
+
always_inline void
vlib_node_set_runtime_data (vlib_main_t * vm, u32 node_index,
- void * runtime_data,
- u32 n_runtime_data_bytes)
+ void *runtime_data, u32 n_runtime_data_bytes)
{
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_node_runtime_t * r = vlib_node_get_runtime (vm, node_index);
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_node_runtime_t *r = vlib_node_get_runtime (vm, node_index);
n->runtime_data_bytes = n_runtime_data_bytes;
vec_free (n->runtime_data);
ASSERT (vec_len (n->runtime_data) <= sizeof (r->runtime_data));
if (vec_len (n->runtime_data) > 0)
- memcpy (r->runtime_data, n->runtime_data, vec_len (n->runtime_data));
+ clib_memcpy (r->runtime_data, n->runtime_data, vec_len (n->runtime_data));
}
+/** \brief Set node dispatch state.
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of the node
+ @param new_state new state for node, see vlib_node_state_t
+*/
always_inline void
-vlib_node_set_state (vlib_main_t * vm, u32 node_index, vlib_node_state_t new_state)
+vlib_node_set_state (vlib_main_t * vm, u32 node_index,
+ vlib_node_state_t new_state)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n;
- vlib_node_runtime_t * r;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n;
+ vlib_node_runtime_t *r;
n = vec_elt (nm->nodes, node_index);
if (n->type == VLIB_NODE_TYPE_PROCESS)
{
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
r = &p->node_runtime;
/* When disabling make sure flags are cleared. */
always_inline void
vlib_node_set_interrupt_pending (vlib_main_t * vm, u32 node_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vec_elt (nm->nodes, node_index);
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vec_elt (nm->nodes, node_index);
ASSERT (n->type == VLIB_NODE_TYPE_INPUT);
vec_add1 (nm->pending_interrupt_node_runtime_indices, n->runtime_index);
}
always_inline vlib_process_t *
vlib_get_process_from_node (vlib_main_t * vm, vlib_node_t * node)
{
- vlib_node_main_t * nm = &vm->node_main;
+ vlib_node_main_t *nm = &vm->node_main;
ASSERT (node->type == VLIB_NODE_TYPE_PROCESS);
return vec_elt (nm->processes, node->runtime_index);
}
always_inline vlib_frame_t *
vlib_get_frame_no_check (vlib_main_t * vm, uword frame_index)
{
- vlib_frame_t * f;
+ vlib_frame_t *f;
u32 cpu_index = frame_index & VLIB_CPU_MASK;
u32 offset = frame_index & VLIB_OFFSET_MASK;
vm = vlib_mains ? vlib_mains[cpu_index] : vm;
{
u32 i;
- ASSERT (((uword)f & VLIB_CPU_MASK)==0);
+ ASSERT (((uword) f & VLIB_CPU_MASK) == 0);
vm = vlib_mains ? vlib_mains[f->cpu_index] : vm;
always_inline vlib_frame_t *
vlib_get_frame (vlib_main_t * vm, uword frame_index)
{
- vlib_frame_t * f = vlib_get_frame_no_check (vm, frame_index);
+ vlib_frame_t *f = vlib_get_frame_no_check (vm, frame_index);
ASSERT (f->flags & VLIB_FRAME_IS_ALLOCATED);
return f;
}
VLIB_FRAME_VECTOR_ALIGN);
}
+/** \brief Get pointer to frame vector data.
+ @param f vlib_frame_t pointer
+ @return pointer to first vector element in frame
+*/
always_inline void *
vlib_frame_vector_args (vlib_frame_t * f)
{
return (void *) f + vlib_frame_vector_byte_offset (f->scalar_size);
}
-/* Scalar data lies before aligned vector data. */
+/** \brief Get pointer to frame scalar data.
+
+ @warning This is almost certainly not the function you wish to call.
+ See @ref vlib_frame_vector_args instead.
+
+ @param f vlib_frame_t pointer
+
+ @return arbitrary node scalar data
+
+ @sa vlib_frame_vector_args
+*/
always_inline void *
vlib_frame_args (vlib_frame_t * f)
-{ return vlib_frame_vector_args (f) - f->scalar_size; }
+{
+ return vlib_frame_vector_args (f) - f->scalar_size;
+}
always_inline vlib_next_frame_t *
vlib_node_runtime_get_next_frame (vlib_main_t * vm,
- vlib_node_runtime_t * n,
- u32 next_index)
+ vlib_node_runtime_t * n, u32 next_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_next_frame_t * nf;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_next_frame_t *nf;
ASSERT (next_index < n->n_next_nodes);
- nf = vec_elt_at_index (nm->next_frames,
- n->next_frame_index + next_index);
+ nf = vec_elt_at_index (nm->next_frames, n->next_frame_index + next_index);
if (CLIB_DEBUG > 0)
{
- vlib_node_t * node, * next;
+ vlib_node_t *node, *next;
node = vec_elt (nm->nodes, n->node_index);
next = vec_elt (nm->nodes, node->next_nodes[next_index]);
ASSERT (nf->node_runtime_index == next->runtime_index);
return nf;
}
+/** \brief Get pointer to frame by (@c node_index, @c next_index).
+
+ @warning This is not a function that you should call directly.
+ See @ref vlib_get_next_frame instead.
+
+ @param vm vlib_main_t pointer, varies by thread
+ @param node_index index of the node
+ @param next_index graph arc index
+
+ @return pointer to the requested vlib_next_frame_t
+
+ @sa vlib_get_next_frame
+*/
+
always_inline vlib_next_frame_t *
-vlib_node_get_next_frame (vlib_main_t * vm,
- u32 node_index,
- u32 next_index)
+vlib_node_get_next_frame (vlib_main_t * vm, u32 node_index, u32 next_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n;
- vlib_node_runtime_t * r;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n;
+ vlib_node_runtime_t *r;
n = vec_elt (nm->nodes, node_index);
r = vec_elt_at_index (nm->nodes_by_type[n->type], n->runtime_index);
return vlib_node_runtime_get_next_frame (vm, r, next_index);
}
-vlib_frame_t *
-vlib_get_next_frame_internal (vlib_main_t * vm,
- vlib_node_runtime_t * node,
- u32 next_index,
- u32 alloc_new_frame);
+vlib_frame_t *vlib_get_next_frame_internal (vlib_main_t * vm,
+ vlib_node_runtime_t * node,
+ u32 next_index,
+ u32 alloc_new_frame);
#define vlib_get_next_frame_macro(vm,node,next_index,vectors,n_vectors_left,alloc_new_frame) \
do { \
(n_vectors_left) = VLIB_FRAME_SIZE - _n; \
} while (0)
+
+/** \brief Get pointer to next frame vector data by
+ (@c vlib_node_runtime_t, @c next_index).
+ Standard single/dual loop boilerplate element.
+ @attention This is a MACRO, with SIDE EFFECTS.
+
+ @param vm vlib_main_t pointer, varies by thread
+ @param node current node vlib_node_runtime_t pointer
+ @param next_index requested graph arc index
+
+ @return @c vectors -- pointer to next available vector slot
+ @return @c n_vectors_left -- number of vector slots available
+*/
#define vlib_get_next_frame(vm,node,next_index,vectors,n_vectors_left) \
vlib_get_next_frame_macro (vm, node, next_index, \
vectors, n_vectors_left, \
vectors, n_vectors_left, \
/* alloc new frame */ 1)
+/** \brief Release pointer to next frame vector data.
+ Standard single/dual loop boilerplate element.
+ @param vm vlib_main_t pointer, varies by thread
+ @param r current node vlib_node_runtime_t pointer
+ @param next_index graph arc index
+ @param n_packets_left number of slots still available in vector
+*/
void
vlib_put_next_frame (vlib_main_t * vm,
vlib_node_runtime_t * r,
- u32 next_index,
- u32 n_packets_left);
+ u32 next_index, u32 n_packets_left);
/* Combination get plus put. Returns vector argument just added. */
#define vlib_set_next_frame(vm,node,next_index,v) \
always_inline void
vlib_set_next_frame_buffer (vlib_main_t * vm,
vlib_node_runtime_t * node,
- u32 next_index,
- u32 buffer_index)
+ u32 next_index, u32 buffer_index)
{
- u32 * p;
+ u32 *p;
p = vlib_set_next_frame (vm, node, next_index, p);
p[0] = buffer_index;
}
-vlib_frame_t * vlib_get_frame_to_node (vlib_main_t * vm, u32 to_node_index);
-void vlib_put_frame_to_node (vlib_main_t * vm, u32 to_node_index, vlib_frame_t * f);
+vlib_frame_t *vlib_get_frame_to_node (vlib_main_t * vm, u32 to_node_index);
+void vlib_put_frame_to_node (vlib_main_t * vm, u32 to_node_index,
+ vlib_frame_t * f);
always_inline vlib_process_t *
vlib_get_current_process (vlib_main_t * vm)
{
- vlib_node_main_t * nm = &vm->node_main;
+ vlib_node_main_t *nm = &vm->node_main;
return vec_elt (nm->processes, nm->current_process_index);
}
always_inline uword
vlib_in_process_context (vlib_main_t * vm)
-{ return vm->node_main.current_process_index != ~0; }
+{
+ return vm->node_main.current_process_index != ~0;
+}
always_inline uword
vlib_current_process (vlib_main_t * vm)
-{ return vlib_get_current_process (vm)->node_runtime.node_index; }
+{
+ return vlib_get_current_process (vm)->node_runtime.node_index;
+}
-/* Anything less than 1e-6 is considered zero. */
+/** Returns TRUE if a process suspend time is less than 1us
+ @param dt - remaining poll time in seconds
+ @returns 1 if dt < 1e-6, 0 otherwise
+*/
always_inline uword
vlib_process_suspend_time_is_zero (f64 dt)
-{ return dt < 1e-6; }
+{
+ return dt < 1e-6;
+}
+
+/** Suspend a vlib cooperative multi-tasking thread for a period of time
+ @param vm - vlib_main_t *
+ @param dt - suspend interval in seconds
+ @returns VLIB_PROCESS_RESUME_LONGJMP_RESUME, routinely ignored
+*/
always_inline uword
vlib_process_suspend (vlib_main_t * vm, f64 dt)
{
uword r;
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p = vec_elt (nm->processes, nm->current_process_index);
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p = vec_elt (nm->processes, nm->current_process_index);
u64 dt_cpu = dt * vm->clib_time.clocks_per_second;
if (vlib_process_suspend_time_is_zero (dt))
}
always_inline void
-vlib_process_free_event_type (vlib_process_t * p, uword t, uword is_one_time_event)
+vlib_process_free_event_type (vlib_process_t * p, uword t,
+ uword is_one_time_event)
{
- ASSERT (! pool_is_free_index (p->event_type_pool, t));
+ ASSERT (!pool_is_free_index (p->event_type_pool, t));
pool_put_index (p->event_type_pool, t);
if (is_one_time_event)
p->one_time_event_type_bitmap =
always_inline void
vlib_process_maybe_free_event_type (vlib_process_t * p, uword t)
{
- ASSERT (! pool_is_free_index (p->event_type_pool, t));
+ ASSERT (!pool_is_free_index (p->event_type_pool, t));
if (clib_bitmap_get (p->one_time_event_type_bitmap, t))
vlib_process_free_event_type (p, t, /* is_one_time_event */ 1);
}
always_inline void *
-vlib_process_get_event_data (vlib_main_t * vm, uword * return_event_type_opaque)
+vlib_process_get_event_data (vlib_main_t * vm,
+ uword * return_event_type_opaque)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
- vlib_process_event_type_t * et;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
+ vlib_process_event_type_t *et;
uword t, l;
- void * event_data_vector;
+ void *event_data_vector;
p = vec_elt (nm->processes, nm->current_process_index);
if (t == ~0)
return 0;
- p->non_empty_event_type_bitmap = clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
+ p->non_empty_event_type_bitmap =
+ clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
l = _vec_len (p->pending_event_data_by_type_index[t]);
ASSERT (l > 0);
/* Return event data vector for later reuse. We reuse event data to avoid
repeatedly allocating event vectors in cases where we care about speed. */
always_inline void
-vlib_process_put_event_data (vlib_main_t * vm, void * event_data)
+vlib_process_put_event_data (vlib_main_t * vm, void *event_data)
{
- vlib_node_main_t * nm = &vm->node_main;
+ vlib_node_main_t *nm = &vm->node_main;
vec_add1 (nm->recycled_event_data_vectors, event_data);
}
-/* Return type & add any events to data vector. */
+/** Return the first event type which has occurred and a vector of per-event
+ data of that type, or a timeout indication
+
+ @param vm - vlib_main_t pointer
+ @param data_vector - pointer to a (uword *) vector to receive event data
+ @returns either an event type and a vector of per-event instance data,
+ or ~0 to indicate a timeout.
+*/
+
always_inline uword
vlib_process_get_events (vlib_main_t * vm, uword ** data_vector)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
- vlib_process_event_type_t * et;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
+ vlib_process_event_type_t *et;
uword r, t, l;
p = vec_elt (nm->processes, nm->current_process_index);
if (t == ~0)
return t;
- p->non_empty_event_type_bitmap = clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
+ p->non_empty_event_type_bitmap =
+ clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
l = _vec_len (p->pending_event_data_by_type_index[t]);
if (data_vector)
}
always_inline uword
-vlib_process_get_events_helper (vlib_process_t * p, uword t, uword ** data_vector)
+vlib_process_get_events_helper (vlib_process_t * p, uword t,
+ uword ** data_vector)
{
uword l;
- p->non_empty_event_type_bitmap = clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
+ p->non_empty_event_type_bitmap =
+ clib_bitmap_andnoti (p->non_empty_event_type_bitmap, t);
l = _vec_len (p->pending_event_data_by_type_index[t]);
if (data_vector)
vlib_process_get_events_with_type (vlib_main_t * vm, uword ** data_vector,
uword with_type_opaque)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
- uword t, * h;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
+ uword t, *h;
p = vec_elt (nm->processes, nm->current_process_index);
h = hash_get (p->event_type_index_by_type_opaque, with_type_opaque);
- if (! h)
+ if (!h)
/* This can happen when an event has not yet been
signaled with given opaque type. */
return 0;
t = h[0];
- if (! clib_bitmap_get (p->non_empty_event_type_bitmap, t))
+ if (!clib_bitmap_get (p->non_empty_event_type_bitmap, t))
return 0;
return vlib_process_get_events_helper (p, t, data_vector);
always_inline uword *
vlib_process_wait_for_event (vlib_main_t * vm)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
uword r;
p = vec_elt (nm->processes, nm->current_process_index);
if (clib_bitmap_is_zero (p->non_empty_event_type_bitmap))
{
p->flags |= VLIB_PROCESS_IS_SUSPENDED_WAITING_FOR_EVENT;
- r = clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
+ r =
+ clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
if (r == VLIB_PROCESS_RESUME_LONGJMP_SUSPEND)
- clib_longjmp (&p->return_longjmp, VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
+ clib_longjmp (&p->return_longjmp,
+ VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
}
return p->non_empty_event_type_bitmap;
uword ** data_vector,
uword with_type_index)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
uword r;
p = vec_elt (nm->processes, nm->current_process_index);
- ASSERT (! pool_is_free_index (p->event_type_pool, with_type_index));
- while (! clib_bitmap_get (p->non_empty_event_type_bitmap, with_type_index))
+ ASSERT (!pool_is_free_index (p->event_type_pool, with_type_index));
+ while (!clib_bitmap_get (p->non_empty_event_type_bitmap, with_type_index))
{
p->flags |= VLIB_PROCESS_IS_SUSPENDED_WAITING_FOR_EVENT;
- r = clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
+ r =
+ clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
if (r == VLIB_PROCESS_RESUME_LONGJMP_SUSPEND)
- clib_longjmp (&p->return_longjmp, VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
+ clib_longjmp (&p->return_longjmp,
+ VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
}
return vlib_process_get_events_helper (p, with_type_index, data_vector);
uword ** data_vector,
uword with_type_opaque)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
- uword r, * h;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
+ uword r, *h;
p = vec_elt (nm->processes, nm->current_process_index);
h = hash_get (p->event_type_index_by_type_opaque, with_type_opaque);
- while (! h || ! clib_bitmap_get (p->non_empty_event_type_bitmap, h[0]))
+ while (!h || !clib_bitmap_get (p->non_empty_event_type_bitmap, h[0]))
{
p->flags |= VLIB_PROCESS_IS_SUSPENDED_WAITING_FOR_EVENT;
- r = clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
+ r =
+ clib_setjmp (&p->resume_longjmp, VLIB_PROCESS_RESUME_LONGJMP_SUSPEND);
if (r == VLIB_PROCESS_RESUME_LONGJMP_SUSPEND)
- clib_longjmp (&p->return_longjmp, VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
+ clib_longjmp (&p->return_longjmp,
+ VLIB_PROCESS_RETURN_LONGJMP_SUSPEND);
/* See if unknown event type has been signaled now. */
- if (! h)
+ if (!h)
h = hash_get (p->event_type_index_by_type_opaque, with_type_opaque);
}
return vlib_process_get_events_helper (p, h[0], data_vector);
}
+/** Suspend a cooperative multi-tasking thread
+ Waits for an event, or for the indicated number of seconds to elapse
+ @param vm - vlib_main_t pointer
+ @param dt - timeout, in seconds.
+ @returns the remaining time interval
+*/
+
always_inline f64
vlib_process_wait_for_event_or_clock (vlib_main_t * vm, f64 dt)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_process_t * p;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_process_t *p;
f64 wakeup_time;
uword r;
p = vec_elt (nm->processes, nm->current_process_index);
if (vlib_process_suspend_time_is_zero (dt)
- || ! clib_bitmap_is_zero (p->non_empty_event_type_bitmap))
+ || !clib_bitmap_is_zero (p->non_empty_event_type_bitmap))
return dt;
wakeup_time = vlib_time_now (vm) + dt;
always_inline vlib_process_event_type_t *
vlib_process_new_event_type (vlib_process_t * p, uword with_type_opaque)
{
- vlib_process_event_type_t * et;
+ vlib_process_event_type_t *et;
pool_get (p->event_type_pool, et);
et->opaque = with_type_opaque;
return et;
}
always_inline uword
-vlib_process_create_one_time_event (vlib_main_t * vm, uword node_index, uword with_type_opaque)
+vlib_process_create_one_time_event (vlib_main_t * vm, uword node_index,
+ uword with_type_opaque)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
- vlib_process_event_type_t * et;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
+ vlib_process_event_type_t *et;
uword t;
et = vlib_process_new_event_type (p, with_type_opaque);
t = et - p->event_type_pool;
- p->one_time_event_type_bitmap = clib_bitmap_ori (p->one_time_event_type_bitmap, t);
+ p->one_time_event_type_bitmap =
+ clib_bitmap_ori (p->one_time_event_type_bitmap, t);
return t;
}
always_inline void
-vlib_process_delete_one_time_event (vlib_main_t * vm, uword node_index, uword t)
+vlib_process_delete_one_time_event (vlib_main_t * vm, uword node_index,
+ uword t)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
ASSERT (clib_bitmap_get (p->one_time_event_type_bitmap, t));
vlib_process_free_event_type (p, t, /* is_one_time_event */ 1);
vlib_node_t * n,
vlib_process_t * p,
uword t,
- uword n_data_elts,
- uword n_data_elt_bytes)
+ uword n_data_elts, uword n_data_elt_bytes)
{
uword p_flags, add_to_pending, delete_from_wheel;
- void * data_to_be_written_by_caller;
+ void *data_to_be_written_by_caller;
- ASSERT (! pool_is_free_index (p->event_type_pool, t));
+ ASSERT (!pool_is_free_index (p->event_type_pool, t));
vec_validate (p->pending_event_data_by_type_index, t);
/* Resize data vector and return caller's data to be written. */
{
- void * data_vec = p->pending_event_data_by_type_index[t];
+ void *data_vec = p->pending_event_data_by_type_index[t];
uword l;
- if (! data_vec && vec_len (nm->recycled_event_data_vectors))
+ if (!data_vec && vec_len (nm->recycled_event_data_vectors))
{
data_vec = vec_pop (nm->recycled_event_data_vectors);
_vec_len (data_vec) = 0;
data_vec = _vec_resize (data_vec,
/* length_increment */ n_data_elts,
- /* total size after increment */ (l + n_data_elts) * n_data_elt_bytes,
+ /* total size after increment */
+ (l + n_data_elts) * n_data_elt_bytes,
/* header_bytes */ 0, /* data_align */ 0);
p->pending_event_data_by_type_index[t] = data_vec;
data_to_be_written_by_caller = data_vec + l * n_data_elt_bytes;
}
- p->non_empty_event_type_bitmap = clib_bitmap_ori (p->non_empty_event_type_bitmap, t);
+ p->non_empty_event_type_bitmap =
+ clib_bitmap_ori (p->non_empty_event_type_bitmap, t);
p_flags = p->flags;
p->flags = p_flags | VLIB_PROCESS_RESUME_PENDING;
vec_add1 (nm->data_from_advancing_timing_wheel, x);
if (delete_from_wheel)
- timing_wheel_delete (&nm->timing_wheel, x);
+ timing_wheel_delete (&nm->timing_wheel, x);
}
return data_to_be_written_by_caller;
vlib_process_signal_event_data (vlib_main_t * vm,
uword node_index,
uword type_opaque,
- uword n_data_elts,
- uword n_data_elt_bytes)
+ uword n_data_elts, uword n_data_elt_bytes)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
- uword * h, t;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
+ uword *h, t;
h = hash_get (p->event_type_index_by_type_opaque, type_opaque);
- if (! h)
+ if (!h)
{
- vlib_process_event_type_t * et = vlib_process_new_event_type (p, type_opaque);
+ vlib_process_event_type_t *et =
+ vlib_process_new_event_type (p, type_opaque);
t = et - p->event_type_pool;
hash_set (p->event_type_index_by_type_opaque, type_opaque, t);
}
else
t = h[0];
- return vlib_process_signal_event_helper (nm, n, p, t, n_data_elts, n_data_elt_bytes);
+ return vlib_process_signal_event_helper (nm, n, p, t, n_data_elts,
+ n_data_elt_bytes);
}
always_inline void *
f64 dt,
uword node_index,
uword type_opaque,
- uword n_data_elts,
- uword n_data_elt_bytes)
+ uword n_data_elts, uword n_data_elt_bytes)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
- uword * h, t;
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
+ uword *h, t;
h = hash_get (p->event_type_index_by_type_opaque, type_opaque);
- if (! h)
+ if (!h)
{
- vlib_process_event_type_t * et = vlib_process_new_event_type (p, type_opaque);
+ vlib_process_event_type_t *et =
+ vlib_process_new_event_type (p, type_opaque);
t = et - p->event_type_pool;
hash_set (p->event_type_index_by_type_opaque, type_opaque, t);
}
t = h[0];
if (vlib_process_suspend_time_is_zero (dt))
- return vlib_process_signal_event_helper (nm, n, p, t, n_data_elts, n_data_elt_bytes);
+ return vlib_process_signal_event_helper (nm, n, p, t, n_data_elts,
+ n_data_elt_bytes);
else
{
- vlib_signal_timed_event_data_t * te;
+ vlib_signal_timed_event_data_t *te;
u64 dt_cpu = dt * vm->clib_time.clocks_per_second;
pool_get_aligned (nm->signal_timed_event_data_pool, te, sizeof (te[0]));
te->event_type_index = t;
timing_wheel_insert (&nm->timing_wheel, clib_cpu_time_now () + dt_cpu,
- vlib_timing_wheel_data_set_timed_event (te - nm->signal_timed_event_data_pool));
+ vlib_timing_wheel_data_set_timed_event (te -
+ nm->
+ signal_timed_event_data_pool));
/* Inline data big enough to hold event? */
if (te->n_data_bytes < sizeof (te->inline_event_data))
uword n_data_elts,
uword n_data_elt_bytes)
{
- vlib_node_main_t * nm = &vm->node_main;
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_process_t * p = vec_elt (nm->processes, n->runtime_index);
- return vlib_process_signal_event_helper (nm, n, p, type_index, n_data_elts, n_data_elt_bytes);
+ vlib_node_main_t *nm = &vm->node_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_process_t *p = vec_elt (nm->processes, n->runtime_index);
+ return vlib_process_signal_event_helper (nm, n, p, type_index, n_data_elts,
+ n_data_elt_bytes);
}
always_inline void
vlib_process_signal_event (vlib_main_t * vm,
- uword node_index,
- uword type_opaque,
- uword data)
+ uword node_index, uword type_opaque, uword data)
{
- uword * d = vlib_process_signal_event_data (vm, node_index, type_opaque,
- 1 /* elts */, sizeof (uword));
+ uword *d = vlib_process_signal_event_data (vm, node_index, type_opaque,
+ 1 /* elts */ , sizeof (uword));
d[0] = data;
}
always_inline void
vlib_process_signal_event_pointer (vlib_main_t * vm,
uword node_index,
- uword type_opaque,
- void * data)
+ uword type_opaque, void *data)
{
- void ** d = vlib_process_signal_event_data (vm, node_index, type_opaque,
- 1 /* elts */, sizeof (data));
+ void **d = vlib_process_signal_event_data (vm, node_index, type_opaque,
+ 1 /* elts */ , sizeof (data));
d[0] = data;
}
always_inline void
vlib_process_signal_one_time_event (vlib_main_t * vm,
uword node_index,
- uword type_index,
- uword data)
+ uword type_index, uword data)
{
- uword * d = vlib_process_signal_one_time_event_data (vm, node_index, type_index,
- 1 /* elts */, sizeof (uword));
+ uword *d =
+ vlib_process_signal_one_time_event_data (vm, node_index, type_index,
+ 1 /* elts */ , sizeof (uword));
d[0] = data;
}
always_inline void
-vlib_signal_one_time_waiting_process (vlib_main_t * vm, vlib_one_time_waiting_process_t * p)
+vlib_signal_one_time_waiting_process (vlib_main_t * vm,
+ vlib_one_time_waiting_process_t * p)
{
- vlib_process_signal_one_time_event (vm, p->node_index, p->one_time_event, /* data */ ~0);
+ vlib_process_signal_one_time_event (vm, p->node_index, p->one_time_event,
+ /* data */ ~0);
memset (p, ~0, sizeof (p[0]));
}
always_inline void
vlib_signal_one_time_waiting_process_vector (vlib_main_t * vm,
- vlib_one_time_waiting_process_t ** wps)
+ vlib_one_time_waiting_process_t
+ ** wps)
{
- vlib_one_time_waiting_process_t * wp;
- vec_foreach (wp, *wps)
- vlib_signal_one_time_waiting_process (vm, wp);
+ vlib_one_time_waiting_process_t *wp;
+ vec_foreach (wp, *wps) vlib_signal_one_time_waiting_process (vm, wp);
vec_free (*wps);
}
always_inline void
-vlib_current_process_wait_for_one_time_event (vlib_main_t * vm, vlib_one_time_waiting_process_t * p)
+vlib_current_process_wait_for_one_time_event (vlib_main_t * vm,
+ vlib_one_time_waiting_process_t
+ * p)
{
p->node_index = vlib_current_process (vm);
- p->one_time_event =
- vlib_process_create_one_time_event (vm, p->node_index, /* type opaque */ ~0);
+ p->one_time_event = vlib_process_create_one_time_event (vm, p->node_index, /* type opaque */
+ ~0);
vlib_process_wait_for_one_time_event (vm,
/* don't care about data */ 0,
p->one_time_event);
always_inline void
vlib_current_process_wait_for_one_time_event_vector (vlib_main_t * vm,
- vlib_one_time_waiting_process_t ** wps)
+ vlib_one_time_waiting_process_t
+ ** wps)
{
- vlib_one_time_waiting_process_t * wp;
+ vlib_one_time_waiting_process_t *wp;
vec_add2 (*wps, wp, 1);
vlib_current_process_wait_for_one_time_event (vm, wp);
}
i0 = i ^ 0;
i1 = i ^ 1;
d = ((vm->main_loop_count >> VLIB_LOG2_MAIN_LOOPS_PER_STATS_UPDATE)
- - (node->main_loop_count_last_dispatch >> VLIB_LOG2_MAIN_LOOPS_PER_STATS_UPDATE));
+ -
+ (node->main_loop_count_last_dispatch >>
+ VLIB_LOG2_MAIN_LOOPS_PER_STATS_UPDATE));
vi0 = node->main_loop_vector_stats[i0];
vi1 = node->main_loop_vector_stats[i1];
vi0 = d == 0 ? vi0 : 0;
always_inline f64
vlib_node_vectors_per_main_loop_as_float (vlib_main_t * vm, u32 node_index)
{
- vlib_node_runtime_t * rt = vlib_node_get_runtime (vm, node_index);
+ vlib_node_runtime_t *rt = vlib_node_get_runtime (vm, node_index);
u32 v;
- v = vlib_node_runtime_update_main_loop_vector_stats (vm, rt, /* n_vectors */ 0);
+ v = vlib_node_runtime_update_main_loop_vector_stats (vm, rt, /* n_vectors */
+ 0);
return (f64) v / (1 << VLIB_LOG2_MAIN_LOOPS_PER_STATS_UPDATE);
}
always_inline u32
vlib_node_vectors_per_main_loop_as_integer (vlib_main_t * vm, u32 node_index)
{
- vlib_node_runtime_t * rt = vlib_node_get_runtime (vm, node_index);
+ vlib_node_runtime_t *rt = vlib_node_get_runtime (vm, node_index);
u32 v;
- v = vlib_node_runtime_update_main_loop_vector_stats (vm, rt, /* n_vectors */ 0);
+ v = vlib_node_runtime_update_main_loop_vector_stats (vm, rt, /* n_vectors */
+ 0);
return v >> VLIB_LOG2_MAIN_LOOPS_PER_STATS_UPDATE;
}
void
-vlib_frame_free (vlib_main_t * vm,
- vlib_node_runtime_t * r,
- vlib_frame_t * f);
+vlib_frame_free (vlib_main_t * vm, vlib_node_runtime_t * r, vlib_frame_t * f);
/* Add next node to given node in given slot. */
uword
vlib_node_add_next_with_slot (vlib_main_t * vm,
- uword node,
- uword next_node,
- uword slot);
+ uword node, uword next_node, uword slot);
/* As above but adds to end of node's next vector. */
always_inline uword
vlib_node_add_next (vlib_main_t * vm, uword node, uword next_node)
-{ return vlib_node_add_next_with_slot (vm, node, next_node, ~0); }
+{
+ return vlib_node_add_next_with_slot (vm, node, next_node, ~0);
+}
/* Add next node to given node in given slot. */
uword
vlib_node_add_named_next_with_slot (vlib_main_t * vm,
- uword node,
- char * next_name,
- uword slot);
+ uword node, char *next_name, uword slot);
/* As above but adds to end of node's next vector. */
always_inline uword
-vlib_node_add_named_next (vlib_main_t * vm,
- uword node,
- char * name)
-{ return vlib_node_add_named_next_with_slot (vm, node, name, ~0); }
+vlib_node_add_named_next (vlib_main_t * vm, uword node, char *name)
+{
+ return vlib_node_add_named_next_with_slot (vm, node, name, ~0);
+}
/* Query node given name. */
-vlib_node_t * vlib_get_node_by_name (vlib_main_t * vm, u8 * name);
+vlib_node_t *vlib_get_node_by_name (vlib_main_t * vm, u8 * name);
/* Rename a node. */
-void vlib_node_rename (vlib_main_t * vm, u32 node_index, char * fmt, ...);
+void vlib_node_rename (vlib_main_t * vm, u32 node_index, char *fmt, ...);
/* Register new packet processing node. Nodes can be registered
dynamically via this call or statically via the VLIB_REGISTER_NODE
void vlib_start_process (vlib_main_t * vm, uword process_index);
/* Sync up runtime and main node stats. */
-void
-vlib_node_sync_stats (vlib_main_t * vm, vlib_node_t * n);
+void vlib_node_sync_stats (vlib_main_t * vm, vlib_node_t * n);
/* Node graph initialization function. */
-clib_error_t * vlib_node_main_init (vlib_main_t * vm);
+clib_error_t *vlib_node_main_init (vlib_main_t * vm);
format_function_t format_vlib_node_graph;
format_function_t format_vlib_node_name;
/* Parse node name -> node index. */
unformat_function_t unformat_vlib_node;
-always_inline void
-vlib_node_increment_counter (vlib_main_t *vm, u32 node_index,
- u32 counter_index, u64 increment)
+always_inline void
+vlib_node_increment_counter (vlib_main_t * vm, u32 node_index,
+ u32 counter_index, u64 increment)
{
- vlib_node_t * n = vlib_get_node (vm, node_index);
- vlib_error_main_t * em = &vm->error_main;
+ vlib_node_t *n = vlib_get_node (vm, node_index);
+ vlib_error_main_t *em = &vm->error_main;
u32 node_counter_base_index = n->error_heap_index;
em->counters[node_counter_base_index + counter_index] += increment;
}
#endif /* included_vlib_node_funcs_h */
+
+/*
+ * fd.io coding-style-patch-verification: ON
+ *
+ * Local Variables:
+ * eval: (c-set-style "gnu")
+ * End:
+ */
Code Review / vpp.git / blobdiff