DPDK EthDev Test Suite
1.0
  • Introduction
    • References
    • Conventions
    • Testbed
    • Test parameters
      • Parameter naming conventions
    • Test Suite Structure
  • Terminology and Abbreviations
    • Terminology
    • Abbreviations
  • References List
  • TRC Tags List
    • Operating systems
    • Bitness
  • DPDK PMD Tests Description
    • Filters
      • Check RTE flow API rules implying COUNT actions
        • flow_rule_counters
      • Check for decreasing TTL value for DEC_TTL action
      • Check RTE flow API rules implying decapsulation actions on ingress
        • flow_rule_decap_on_ingress
      • Testing drop of packets that match flow rule with DROP action
        • flow_rule_drop
      • Check RTE flow API rules implying encapsulation actions on egress
        • flow_rule_encap_on_egress
      • Test ingress to specific queue flow API rules
        • flow_rule_in2q
      • Check RTE flow API rules implying MARK and FLAG actions
        • flow_rule_mark_and_flag
      • Multiple count actions in a flow rule
        • flow_rule_multi_count
      • Reflect Rx traffic back to the physical port
        • flow_rule_reflect
      • Check RTE flow API rules implying RSS actions
        • flow_rule_rss
      • Test RTE flow API VLAN ID matching
        • flow_rule_vlan
      • Check RTE flow API rules with VLAN tag push
        • flow_rule_vlan_push
      • Flow tunnel offload
        • flow_tunnel
    • Performance
      • Base test for l2fwd application
        • l2fwd_simple
      • Test dpdk-testpmd performance in loopback mode
        • testpmd_loopback
      • Test dpdk-testpmd performance in IO forward mode
        • testpmd_rxonly
        • Test dpdk-testpmd performance in Rx only mode on four ports simultaneously
        • Test dpdk-testpmd performance in Rx only mode on two ports simultaneously
      • Test dpdk-testpmd performance in Tx only mode
        • testpmd_txonly
    • Representors
      • Test RTE flow API PORT ID action
        • flow_rule_port_id
      • Port representors hotplug
        • hotplug
      • Simulate HW offload
        • hw_offload_simulate
      • Simulate HW offload
        • ovs_decap_hw_offload
    • Reliability in Normal Use
      • All-multicast mode test
        • all_multicast_mode
      • Deferred start RX queue test
      • Deferred start TX queue test
      • Check custom RSS settings at start of day
        • dev_conf_rss_adv
      • Test dev_info
      • Test to check device dev_reconfigure
      • Validate FEC mode configuration
      • Get current status of the Ethernet link flow
        • flow_ctrl_get
      • Set new status of the Ethernet link flow
      • Retrieve FW version
      • Get MTU test
        • get_mtu
      • IO forward + flow rule check
      • The parntner reaction to link status changes of iut_port
      • Simple multi-process usecase
      • Promiscuous mode test
        • promiscuous_mode
      • Test RSS viability
        • rss
      • Get RSS hash computation test
        • rss_hash_conf_get
      • Get RSS hash info test
        • rss_hash_info
      • Query Redirection Table of RSS
        • rss_reta_query
      • Update the Redirection Table of RSS test
        • rss_reta_update
      • Setup Rx queue at run time
        • runtime_rx_queue_setup_with_flow
      • Setup Rx queue at runtime
        • runtime_rx_queue_setup_with_rss
      • Setup Tx queue when device is started
        • runtime_tx_queue_setup
      • RX burst simple test
        • rx_burst_simple
      • Rx behavior with different descriptors number
        • rx_desc_nb
      • Check Rx descriptor status correctness
        • rx_descriptor_status
      • Test Rx interrupts
        • rx_intr
      • Rx checksum offload sanity check
        • rx_offload_checksum
      • Check Rx traffic classification
        • rx_ptype
      • Rx behavior with number of packets greater than descriptors number
        • rx_ring_wrap
      • Test of RX scatter function
        • rx_scatter
      • Test of Rx statistics
        • rx_stats
      • default MAC address test
        • set_default_mac_addr
      • Set the list of multicast addresses to filter on @b iut_port port
        • set_mc_addr_list
      • Set mtu test
        • set_mtu
      • Test of statistics reset
        • stats_reset
      • Test detach
      • Check tunnel UDP port configuration
        • tunnel_udp_port_config
      • TX burst simple test
        • tx_burst_simple
      • Tx behavior with different descriptors number
        • tx_desc_nb
      • Check Tx descriptor status correctness
        • tx_descriptor_status
      • TX multi burst test
        • tx_multi_burst
      • Set port based VLAN ID
        • tx_pvid
      • Test of Tx statistics
        • tx_stats
      • Update the RSS hash configuration
        • update_rss_hash_conf
      • VLAN filter offload
        • vlan_filter
      • VLAN strip offload
        • vlan_strip
      • Check extended statistics retrieval by IDs
        • xstats_by_id
      • Read xstats in different device states
        • xstats_dev_state
    • Transmit Functionality
      • Prove that VLAN ID alternation is done correctly
        • alternate_vlan
      • Send one packet
        • Check encapsulated TSO and VLAN insertion when one IPv4-in-IPv4 packet in few memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv4-in-IPv4 packet in many memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv4-in-IPv6 packet in many memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv4-in-IPv6 packet in one memory segment is sent
        • Check encapsulated TSO and VLAN insertion when one IPv4-in-IPv6 packet in few memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv4 packet in many memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv4 packet in few memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv4 packet in one memory segment is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv6 packet in one memory segment is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv6 packet in many memory segments is sent
        • Check encapsulated TSO and VLAN insertion when one IPv6-in-IPv6 packet in few memory segments is sent
        • Check TSO and VLAN insertion when one IPv4 packet in few memory segments is sent
        • Check TSO and VLAN insertion when one IPv4 packet in many memory segments is sent
        • Check TSO and VLAN insertion when one IPv6 packet in few memory segments is sent
        • Check TSO and VLAN insertion when one IPv6 packet in many memory segments is sent
        • Check TSO and VLAN insertion when one IPv6 packet in one memory segment is sent
        • Check VLAN insertion and checksum offloads when one IPv4 packet in few memory segments is sent
        • Check VLAN insertion and checksum offloads when one IPv4 packet in many memory segments is sent
        • Check VLAN insertion and checksum offloads when one IPv4 packet in one memory segment is sent
        • Check VLAN insertion and checksum offloads when one IPv6 packet in few memory segments is sent
        • Check VLAN insertion and checksum offloads when one IPv6 packet in many memory segments is sent
        • Check VLAN insertion and checksum offloads when one IPv6 packet in one memory segment is sent
        • one_packet
      • Iteration details for the package
      • Send one packet and request offloads
        • one_packet_with_dpdk_rx
      • Prove that reap is done correctly on port stop
        • reap_on_stop
      • Sanity check VLAN offload on packet drop
        • vlan_on_packet_drop
      • Prove that VLAN ID is kept on port restart
        • vlan_on_port_restart
      • Exclude VLAN tag interference between TxQs
        • vlan_txqs_interference
  • Common test parameters
    • env.peer2peer
    • env.peer2peer_ip6
    • env.perf.iut_only
    • env.perf.peer2peer
    • env.perf.peer2peerX2
    • env.perf.peer2peerX4
    • ethdev_fc_conf.mode.all
    • ethdev_state.all
    • flow_rule.rss.3tuple.tcp.custom
    • flow_rule.rss.3tuple.tcp.default
    • flow_rule_actions.flag
    • flow_rule_actions.mark
    • flow_rule_pattern.3tuple.tcp
    • flow_rule_pattern.3tuple.udp
    • flow_rule_pattern.3tuple.udp6
    • flow_rule_pattern.5tuple.tcp
    • flow_rule_pattern.5tuple.udp
    • flow_rule_pattern.5tuple.udp6
    • flow_rule_pattern.dst_mac
    • flow_rule_pattern.dst_mac.3tuple.tcp
    • flow_rule_pattern.dst_mac.3tuple.udp
    • flow_rule_pattern.dst_mac.5tuple.tcp
    • flow_rule_pattern.dst_mac.5tuple.udp
    • flow_rule_pattern.dst_mac.ethertype
    • flow_rule_pattern.dst_mac.ethertype.ip4
    • flow_rule_pattern.dst_mac.ip_proto
    • flow_rule_pattern.dst_mac.ip_proto.udp
    • flow_rule_pattern.dst_mac.outer_vid
    • flow_rule_pattern.dst_mac.vsid.ifrm_dst_mac.geneve
    • flow_rule_pattern.dst_mac.vsid.ifrm_dst_mac.geneve6
    • flow_rule_pattern.dst_mac.vsid.ifrm_dst_mac.nvgre
    • flow_rule_pattern.dst_mac.vsid.ifrm_dst_mac.vxlan
    • flow_rule_pattern.dst_mac.vsid.ifrm_dst_mac.vxlan6
    • flow_rule_pattern.ethertype
    • flow_rule_pattern.ethertype.4tuple.vxlan
    • flow_rule_pattern.ethertype.arp
    • flow_rule_pattern.ethertype.ip4
    • flow_rule_pattern.ethertype.ip6
    • flow_rule_pattern.ethertype.outer_vid
    • flow_rule_pattern.ethertype.outer_vid.inner_vid
    • flow_rule_pattern.ethertype.pppoed
    • flow_rule_pattern.ethertype.pppoes
    • flow_rule_pattern.ip4.udp_dst.vsid.ifrm_dst_mac.vxlan
    • flow_rule_pattern.ip4.udp_dst.vsid.vxlan
    • flow_rule_pattern.ip6.udp_dst.vsid.ifrm_dst_mac.vxlan
    • flow_rule_pattern.ip6.udp_dst.vsid.vxlan
    • flow_rule_pattern.ip_proto
    • flow_rule_pattern.ip_proto.icmp4
    • flow_rule_pattern.ip_proto.tcp
    • flow_rule_pattern.ip_proto.udp
    • flow_rule_pattern.outer_vid.ip_proto
    • flow_rule_pattern.unknown_mcast_dst_mac
    • flow_rule_pattern.unknown_ucast_dst_mac
    • flow_rule_pattern.vsid.ifrm_dst_mac.vxlan
    • flow_rule_pattern.vsid.vxlan
    • tmpl.any.eth
    • tmpl.iut2bcast.eth
    • tmpl.iut2mcast.eth
    • tmpl.iut2tst.eth
    • tmpl.iut2tst.geneve4.tcp4
    • tmpl.iut2tst.geneve4.tcp4_fin_psh_cwr
    • tmpl.iut2tst.geneve4.tcp6
    • tmpl.iut2tst.geneve4.tcp6_fin_psh_cwr
    • tmpl.iut2tst.geneve6.tcp4
    • tmpl.iut2tst.geneve6.tcp4_fin_psh_cwr
    • tmpl.iut2tst.geneve6.tcp6
    • tmpl.iut2tst.geneve6.tcp6_fin_psh_cwr
    • tmpl.iut2tst.icmp4
    • tmpl.iut2tst.nvgre4.tcp4
    • tmpl.iut2tst.tcp4
    • tmpl.iut2tst.tcp4_fin_psh_cwr
    • tmpl.iut2tst.tcp6
    • tmpl.iut2tst.tcp6_fin_psh_cwr
    • tmpl.iut2tst.udp4
    • tmpl.iut2tst.udp6
    • tmpl.iut2tst.vxlan4.tcp4
    • tmpl.iut2tst.vxlan4.tcp4_fin_psh_cwr
    • tmpl.iut2tst.vxlan4.tcp6
    • tmpl.iut2tst.vxlan4.tcp6_fin_psh_cwr
    • tmpl.iut2tst.vxlan6.tcp4
    • tmpl.iut2tst.vxlan6.tcp4_fin_psh_cwr
    • tmpl.iut2tst.vxlan6.tcp6
    • tmpl.iut2tst.vxlan6.tcp6_fin_psh_cwr
    • tmpl.tst2bcast.eth
    • tmpl.tst2iut.arp4
    • tmpl.tst2iut.eth
    • tmpl.tst2iut.geneve4.arp4
    • tmpl.tst2iut.geneve4.eth
    • tmpl.tst2iut.geneve4.ip4_frag_first
    • tmpl.tst2iut.geneve4.ip4_frag_last
    • tmpl.tst2iut.geneve4.ip4_frag_middle
    • tmpl.tst2iut.geneve4.qinq
    • tmpl.tst2iut.geneve4.tcp4
    • tmpl.tst2iut.geneve4.udp4
    • tmpl.tst2iut.geneve4.vlan
    • tmpl.tst2iut.geneve6.arp4
    • tmpl.tst2iut.geneve6.eth
    • tmpl.tst2iut.geneve6.ip4_frag_first
    • tmpl.tst2iut.geneve6.ip4_frag_last
    • tmpl.tst2iut.geneve6.ip4_frag_middle
    • tmpl.tst2iut.geneve6.qinq
    • tmpl.tst2iut.geneve6.tcp4
    • tmpl.tst2iut.geneve6.udp4
    • tmpl.tst2iut.geneve6.vlan
    • tmpl.tst2iut.icmp4
    • tmpl.tst2iut.ip4_frag_first
    • tmpl.tst2iut.ip4_frag_last
    • tmpl.tst2iut.ip4_frag_middle
    • tmpl.tst2iut.nvgre4.arp4
    • tmpl.tst2iut.nvgre4.eth
    • tmpl.tst2iut.nvgre4.ip4_frag_first
    • tmpl.tst2iut.nvgre4.ip4_frag_last
    • tmpl.tst2iut.nvgre4.ip4_frag_middle
    • tmpl.tst2iut.nvgre4.qinq
    • tmpl.tst2iut.nvgre4.tcp4
    • tmpl.tst2iut.nvgre4.udp4
    • tmpl.tst2iut.nvgre4.vlan
    • tmpl.tst2iut.nvgre6.arp4
    • tmpl.tst2iut.nvgre6.eth
    • tmpl.tst2iut.nvgre6.ip4_frag_first
    • tmpl.tst2iut.nvgre6.ip4_frag_last
    • tmpl.tst2iut.nvgre6.ip4_frag_middle
    • tmpl.tst2iut.nvgre6.qinq
    • tmpl.tst2iut.nvgre6.tcp4
    • tmpl.tst2iut.nvgre6.udp4
    • tmpl.tst2iut.nvgre6.vlan
    • tmpl.tst2iut.qinq.arp4
    • tmpl.tst2iut.qinq.eth
    • tmpl.tst2iut.qinq.ip4_frag_first
    • tmpl.tst2iut.qinq.ip4_frag_last
    • tmpl.tst2iut.qinq.ip4_frag_middle
    • tmpl.tst2iut.qinq.tcp4
    • tmpl.tst2iut.qinq.tcp6
    • tmpl.tst2iut.qinq.udp4
    • tmpl.tst2iut.qinq.udp6
    • tmpl.tst2iut.qinq_geneve4.arp4
    • tmpl.tst2iut.qinq_geneve4.eth
    • tmpl.tst2iut.qinq_geneve4.ip4_frag_first
    • tmpl.tst2iut.qinq_geneve4.ip4_frag_last
    • tmpl.tst2iut.qinq_geneve4.ip4_frag_middle
    • tmpl.tst2iut.qinq_geneve4.qinq
    • tmpl.tst2iut.qinq_geneve4.tcp4
    • tmpl.tst2iut.qinq_geneve4.udp4
    • tmpl.tst2iut.qinq_geneve4.vlan
    • tmpl.tst2iut.qinq_geneve6.arp4
    • tmpl.tst2iut.qinq_geneve6.eth
    • tmpl.tst2iut.qinq_geneve6.ip4_frag_first
    • tmpl.tst2iut.qinq_geneve6.ip4_frag_last
    • tmpl.tst2iut.qinq_geneve6.ip4_frag_middle
    • tmpl.tst2iut.qinq_geneve6.qinq
    • tmpl.tst2iut.qinq_geneve6.tcp4
    • tmpl.tst2iut.qinq_geneve6.udp4
    • tmpl.tst2iut.qinq_geneve6.vlan
    • tmpl.tst2iut.qinq_nvgre4.arp4
    • tmpl.tst2iut.qinq_nvgre4.eth
    • tmpl.tst2iut.qinq_nvgre4.ip4_frag_first
    • tmpl.tst2iut.qinq_nvgre4.ip4_frag_last
    • tmpl.tst2iut.qinq_nvgre4.ip4_frag_middle
    • tmpl.tst2iut.qinq_nvgre4.qinq
    • tmpl.tst2iut.qinq_nvgre4.tcp4
    • tmpl.tst2iut.qinq_nvgre4.udp4
    • tmpl.tst2iut.qinq_nvgre4.vlan
    • tmpl.tst2iut.qinq_nvgre6.arp4
    • tmpl.tst2iut.qinq_nvgre6.eth
    • tmpl.tst2iut.qinq_nvgre6.ip4_frag_first
    • tmpl.tst2iut.qinq_nvgre6.ip4_frag_last
    • tmpl.tst2iut.qinq_nvgre6.ip4_frag_middle
    • tmpl.tst2iut.qinq_nvgre6.qinq
    • tmpl.tst2iut.qinq_nvgre6.tcp4
    • tmpl.tst2iut.qinq_nvgre6.udp4
    • tmpl.tst2iut.qinq_nvgre6.vlan
    • tmpl.tst2iut.qinq_vxlan4.arp4
    • tmpl.tst2iut.qinq_vxlan4.eth
    • tmpl.tst2iut.qinq_vxlan4.ip4_frag_first
    • tmpl.tst2iut.qinq_vxlan4.ip4_frag_last
    • tmpl.tst2iut.qinq_vxlan4.ip4_frag_middle
    • tmpl.tst2iut.qinq_vxlan4.qinq
    • tmpl.tst2iut.qinq_vxlan4.tcp4
    • tmpl.tst2iut.qinq_vxlan4.udp4
    • tmpl.tst2iut.qinq_vxlan4.vlan
    • tmpl.tst2iut.qinq_vxlan6.arp4
    • tmpl.tst2iut.qinq_vxlan6.eth
    • tmpl.tst2iut.qinq_vxlan6.ip4_frag_first
    • tmpl.tst2iut.qinq_vxlan6.ip4_frag_last
    • tmpl.tst2iut.qinq_vxlan6.ip4_frag_middle
    • tmpl.tst2iut.qinq_vxlan6.qinq
    • tmpl.tst2iut.qinq_vxlan6.tcp4
    • tmpl.tst2iut.qinq_vxlan6.udp4
    • tmpl.tst2iut.qinq_vxlan6.vlan
    • tmpl.tst2iut.tcp4
    • tmpl.tst2iut.tcp6
    • tmpl.tst2iut.udp4
    • tmpl.tst2iut.udp6
    • tmpl.tst2iut.vlan.arp4
    • tmpl.tst2iut.vlan.eth
    • tmpl.tst2iut.vlan.ip4_frag_first
    • tmpl.tst2iut.vlan.ip4_frag_last
    • tmpl.tst2iut.vlan.ip4_frag_middle
    • tmpl.tst2iut.vlan.tcp4
    • tmpl.tst2iut.vlan.tcp6
    • tmpl.tst2iut.vlan.udp4
    • tmpl.tst2iut.vlan.udp6
    • tmpl.tst2iut.vlan_geneve4.arp4
    • tmpl.tst2iut.vlan_geneve4.eth
    • tmpl.tst2iut.vlan_geneve4.ip4_frag_first
    • tmpl.tst2iut.vlan_geneve4.ip4_frag_last
    • tmpl.tst2iut.vlan_geneve4.ip4_frag_middle
    • tmpl.tst2iut.vlan_geneve4.qinq
    • tmpl.tst2iut.vlan_geneve4.tcp4
    • tmpl.tst2iut.vlan_geneve4.udp4
    • tmpl.tst2iut.vlan_geneve4.vlan
    • tmpl.tst2iut.vlan_geneve6.arp4
    • tmpl.tst2iut.vlan_geneve6.eth
    • tmpl.tst2iut.vlan_geneve6.ip4_frag_first
    • tmpl.tst2iut.vlan_geneve6.ip4_frag_last
    • tmpl.tst2iut.vlan_geneve6.ip4_frag_middle
    • tmpl.tst2iut.vlan_geneve6.qinq
    • tmpl.tst2iut.vlan_geneve6.tcp4
    • tmpl.tst2iut.vlan_geneve6.udp4
    • tmpl.tst2iut.vlan_geneve6.vlan
    • tmpl.tst2iut.vlan_nvgre4.arp4
    • tmpl.tst2iut.vlan_nvgre4.eth
    • tmpl.tst2iut.vlan_nvgre4.ip4_frag_first
    • tmpl.tst2iut.vlan_nvgre4.ip4_frag_last
    • tmpl.tst2iut.vlan_nvgre4.ip4_frag_middle
    • tmpl.tst2iut.vlan_nvgre4.qinq
    • tmpl.tst2iut.vlan_nvgre4.tcp4
    • tmpl.tst2iut.vlan_nvgre4.udp4
    • tmpl.tst2iut.vlan_nvgre4.vlan
    • tmpl.tst2iut.vlan_nvgre6.arp4
    • tmpl.tst2iut.vlan_nvgre6.eth
    • tmpl.tst2iut.vlan_nvgre6.ip4_frag_first
    • tmpl.tst2iut.vlan_nvgre6.ip4_frag_last
    • tmpl.tst2iut.vlan_nvgre6.ip4_frag_middle
    • tmpl.tst2iut.vlan_nvgre6.qinq
    • tmpl.tst2iut.vlan_nvgre6.tcp4
    • tmpl.tst2iut.vlan_nvgre6.udp4
    • tmpl.tst2iut.vlan_nvgre6.vlan
    • tmpl.tst2iut.vlan_vxlan4.arp4
    • tmpl.tst2iut.vlan_vxlan4.eth
    • tmpl.tst2iut.vlan_vxlan4.ip4_frag_first
    • tmpl.tst2iut.vlan_vxlan4.ip4_frag_last
    • tmpl.tst2iut.vlan_vxlan4.ip4_frag_middle
    • tmpl.tst2iut.vlan_vxlan4.qinq
    • tmpl.tst2iut.vlan_vxlan4.tcp4
    • tmpl.tst2iut.vlan_vxlan4.udp4
    • tmpl.tst2iut.vlan_vxlan4.vlan
    • tmpl.tst2iut.vlan_vxlan6.arp4
    • tmpl.tst2iut.vlan_vxlan6.eth
    • tmpl.tst2iut.vlan_vxlan6.ip4_frag_first
    • tmpl.tst2iut.vlan_vxlan6.ip4_frag_last
    • tmpl.tst2iut.vlan_vxlan6.ip4_frag_middle
    • tmpl.tst2iut.vlan_vxlan6.qinq
    • tmpl.tst2iut.vlan_vxlan6.tcp4
    • tmpl.tst2iut.vlan_vxlan6.udp4
    • tmpl.tst2iut.vlan_vxlan6.vlan
    • tmpl.tst2iut.vxlan4.arp4
    • tmpl.tst2iut.vxlan4.eth
    • tmpl.tst2iut.vxlan4.ip4_frag_first
    • tmpl.tst2iut.vxlan4.ip4_frag_last
    • tmpl.tst2iut.vxlan4.ip4_frag_middle
    • tmpl.tst2iut.vxlan4.qinq
    • tmpl.tst2iut.vxlan4.tcp4
    • tmpl.tst2iut.vxlan4.udp4
    • tmpl.tst2iut.vxlan4.vlan
    • tmpl.tst2iut.vxlan6.arp4
    • tmpl.tst2iut.vxlan6.eth
    • tmpl.tst2iut.vxlan6.ip4_frag_first
    • tmpl.tst2iut.vxlan6.ip4_frag_last
    • tmpl.tst2iut.vxlan6.ip4_frag_middle
    • tmpl.tst2iut.vxlan6.qinq
    • tmpl.tst2iut.vxlan6.tcp4
    • tmpl.tst2iut.vxlan6.udp4
    • tmpl.tst2iut.vxlan6.vlan
    • tmpl.tst2mcast.eth
    • udp_tunnel_type.all
  • Internal details
    • Global Namespace
      • enum test_op_required
      • enum test_tmpl_fields
      • enum test_transceiver_type
        • Overview
        • Detailed Documentation
      • struct test_default_tmpl_prepare
        • Overview
        • Detailed Documentation
      • struct test_ethdev_config
        • Overview
        • Detailed Documentation
      • struct test_param_seg_ptrn
        • Overview
        • Detailed Documentation
      • struct test_pkt_addresses
        • Overview
        • Detailed Documentation
      • struct test_rx_mq
        • Overview
        • Detailed Documentation
      • struct test_rx_mq_rss
        • Overview
        • Detailed Documentation
      • struct test_transceiver
        • Overview
        • Detailed Documentation
      • struct test_transceiver_dpdk
        • Overview
        • Detailed Documentation
      • struct test_transceiver_exchange
        • Overview
        • Detailed Documentation
      • struct test_transceiver_net
        • Overview
        • Detailed Documentation
      • Overview
      • Detailed Documentation
        • Typedefs
        • Global Functions
        • Macros
DPDK EthDev Test Suite
  • DPDK Poll-Mode Driver Test Suite Documentation
  • View page source

DPDK Poll-Mode Driver Test Suite Documentation

This is documenation for the DPDK Poll-Mode Driver Test Suite. The test suite is a result of opensource collaboration of several development teams, we're welcome your contributions!

Start with Introduction.

Table of Contents

  • DPDK Poll-Mode Driver Test Suite Documentation

  • Introduction
    • References
    • Conventions
    • Testbed
    • Test parameters
      • Parameter naming conventions
    • Test Suite Structure
  • Terminology and Abbreviations
    • Terminology
    • Abbreviations
  • References List
  • TRC Tags List
    • Operating systems
    • Bitness
  • DPDK PMD Tests Description
  • Common test parameters
  • Internal details
    • Global Namespace
Next

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