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/dpdk/doc/guides/howto/
H A Ddebug_troubleshoot.rst39 :numref:`dtg_sample_app_model`.
61 RX Port and associated core :numref:`dtg_rx_rate`.
110 RX-TX port and associated cores :numref:`dtg_rx_tx_drop`.
148 Producer point for ring :numref:`dtg_producer_ring`.
170 Consumer point for ring :numref:`dtg_consumer_ring`.
192 Memory objects close to NUMA :numref:`dtg_mempool`.
247 Crypto device and PMD :numref:`dtg_crypto`.
289 Custom worker function :numref:`dtg_distributor_worker`.
324 service functions on service cores :numref:`dtg_service`.
379 Traffic Manager on TX interface :numref:`dtg_qos_tx`.
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H A Dvirtio_user_for_container_networking.rst13 :numref:`figure_use_models_for_running_dpdk_in_containers`.
31 in :numref:`figure_virtio_user_for_container_networking`.
H A Dpacket_capture_framework.rst74 :numref:`figure_packet_capture_framework`.
87 Rx side packets on dpdk_port0 in :numref:`figure_packet_capture_framework` and
H A Dvirtio_user_as_exceptional_path.rst35 in :numref:`figure_virtio_user_as_exceptional_path`.
/dpdk/doc/guides/prog_guide/
H A Defd_lib.rst53 In this scheme (:numref:`figure_efd1`), the front end server/distributor/load balancer
66 computation-based schemes is ``consistent hashing``, shown in :numref:`figure_efd2`.
98 As shown in :numref:`figure_efd3`, when doing a lookup, the flow-table
127 input key to the correct value is found, as shown in :numref:`figure_efd4`.
143 impossible, as a result EFD, as shown in :numref:`figure_efd5`,
168 :numref:`figure_efd6` shows an example of using EFD as a flow-level load
321 :numref:`figure_efd7` depicts the group assignment for 7 flow keys as an example.
346 as shown in :numref:`figure_efd9`.
379 :numref:`figure_efd11` depicts the lookup operation for EFD. Given an input key,
408 :numref:`figure_efd12` depicts the high level idea of group rebalancing, given an
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H A Drib_lib.rst30 Internally RIB is represented as a binary tree as shown in :numref:`figure_rib_internals`:
69 Given a RIB structure with the routes depicted in :numref:`figure_rib_internals`,
95 (yellow triangle in :numref:`figure_rib_internals`):
122 shown in :numref:`figure_rib_pic`. Every route can have a feasible next hop
H A Dmempool_lib.rst49 :numref:`figure_memory-management` and :numref:`figure_memory-management2`.
94 :numref:`figure_mempool` shows a cache in operation.
H A Dpacket_framework.rst42 An example of packet processing pipeline is presented in :numref:`figure_figure32`:
58 :numref:`table_qos_19` is a non-exhaustive list of ports that can be implemented with the Packet Fr…
144 :numref:`table_qos_21` is a non-exhaustive list of types of tables that can be implemented with the…
215 The table abstract interface is described in :numref:`table_qos_29_1`.
371 :numref:`table_qos_22` lists the hash table configuration parameters shared by all different hash t…
534 :numref:`figure_figure34`, :numref:`table_qos_25` and :numref:`table_qos_26` detail the main data s…
607 :numref:`figure_figure35` and :numref:`table_qos_27` detail the bucket search pipeline stages (eith…
711 The key signature comparison logic is described in :numref:`table_qos_28`.
808 :numref:`figure_figure37`, :numref:`figure_figure38`, :numref:`table_qos_30` and :numref:`table_qos…
1021 :numref:`table_qos_33` lists the next hop actions.
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H A Dqos_framework.rst129 The scheduling hierarchy is shown in :numref:`figure_sched_hier_per_port`.
590 … bucket generic parameters and operations are presented in :numref:`table_qos_6` and :numref:`tabl…
632 the current design uses the persistent data structure presented in :numref:`table_qos_8`,
633 while the implementation of the token bucket operations is described in :numref:`table_qos_9`.
752 as described in :numref:`table_qos_10` and :numref:`table_qos_11`.
1017 :numref:`table_qos_14` and :numref:`table_qos_15` illustrates the watermark operation.
1167 :numref:`figure_blk_diag_dropper` illustrates how the dropper integrates with the scheduler.
1199 The flow through the dropper is illustrated in :numref:`figure_flow_tru_dropper`.
1238 A RED configuration contains the parameters given in :numref:`table_qos_16`.
1271 A PIE configuration contains the parameters given in :numref:`table_qos_16a`.
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H A Dtoeplitz_hash_lib.rst75 Toeplitz hash function. In figure :numref:`figure_rss_queue_assign` only a few
219 lcores, as shown in :numref:`figure_predictable_snat_1`:
244 shown in :numref:`figure_predictable_snat_2`:
H A Dtraffic_metering_and_policing.rst107 specified per color as show in :numref:`figure_rte_mtr_chaining`.
H A Dgeneric_segmentation_offload_lib.rst94 in :numref:`figure_gso-output-segment-format`.
129 :numref:`figure_gso-three-seg-mbuf` illustrates an example of a three-part
H A Dmbuf_lib.rst46 :numref:`figure_mbuf1` and :numref:`figure_mbuf2` show some of these scenarios.
H A Dfib_lib.rst102 The lookup algorithms logic can be seen in :numref:`figure_dir_24_8_alg`:
H A Dkernel_nic_interface.rst20 The components of an application using the DPDK Kernel NIC Interface are shown in :numref:`figure_k…
328 :numref:`figure_pkt_flow_kni` shows a typical scenario with packets sent in both directions.
H A Dgeneric_receive_offload_lib.rst112 :numref:`figure_gro-key-algorithm` illustrates the procedure of the
/dpdk/doc/guides/platform/
H A Dcnxk.rst25 The :numref:`figure_cnxk_resource_virtualization` diagram depicts the
43 The :numref:`table_cnxk_rvu_dpdk_mapping` shows the various local
92 The :numref:`figure_cnxk_resource_virtualization` diagram also shows a
138 The :numref:`figure_cnxk_packet_flow_hw_accelerators` diagram depicts
/dpdk/doc/guides/sample_app_ug/
H A Dl2_forward_real_virtual.rst32 …sed to benchmark performance using a traffic-generator, as shown in the :numref:`figure_l2_fwd_ben…
33 or in a virtualized environment as shown in :numref:`figure_l2_fwd_virtenv_benchmark_setup`.
47 This application may be used for basic VM to VM communication as shown in :numref:`figure_l2_fwd_vm…
H A Dl2_forward_job_stats.rst31 …sed to benchmark performance using a traffic-generator, as shown in the :numref:`figure_l2_fwd_ben…
33 The application can also be used in a virtualized environment as shown in :numref:`figure_l2_fwd_vi…
H A Ddist_app.rst67 How these threads work together is shown in :numref:`figure_dist_app` below.
H A Dvmdq_dcb_forwarding.rst26 …es the VMDQ feature to have 32 pools with 4 queues each as indicated in :numref:`figure_vmdq_dcb_e…
H A Dtest_pipeline.rst58 :numref:`table_test_pipeline_1` describes the table types used and how they are populated.
/dpdk/doc/guides/tools/
H A Dtesteventdev.rst386 number of stages as mentioned in :numref:`table_eventdev_perf_queue_test`.
514 producers as mentioned in :numref:`table_eventdev_perf_atq_test`.
620 and number of stages as mentioned in :numref:`table_eventdev_pipeline_queue_test`.
747 and number of stages as mentioned in :numref:`table_eventdev_pipeline_atq_test`.
/dpdk/doc/guides/contributing/
H A Ddocumentation.rst491 * Images can then be linked to using the ``:numref:`` directive::
493 The mempool layout is shown in :numref:`figure_mempool`.
497 **Note**: The ``:numref:`` directive requires Sphinx 1.3.1 or later.
535 * Tables can be linked to using the ``:numref:`` and ``:ref:`` directives, as shown in the previous…
538 The QOS configuration is shown in :numref:`table_qos_pipes`.
/dpdk/doc/guides/nics/
H A Dintel_vf.rst25 Refer to :numref:`figure_single_port_nic`.
27 Therefore, a NIC is logically distributed among multiple virtual machines (as shown in :numref:`fig…
561 …* The Virtual Machine Monitor (see :numref:`figure_perf_benchmark`) is equivalent to a Host OS w…
583 :numref:`figure_fast_pkt_proc` shows the scenario where some VMs directly communicate externally vi…
602 :numref:`figure_inter_vm_comms` shows an example.

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