conf/01_testcases.conf

   1 # Copyright 2015 Intel Corporation.
   2 #
   3 # Licensed under the Apache License, Version 2.0 (the "License");
   4 # you may not use this file except in compliance with the License.
   5 # You may obtain a copy of the License at
   6 #
   7 #   http://www.apache.org/licenses/LICENSE-2.0
   8 #
   9 # Unless required by applicable law or agreed to in writing, software
  10 # distributed under the License is distributed on an "AS IS" BASIS,
  11 # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  12 # See the License for the specific language governing permissions and
  13 # limitations under the License.
  14
  15 # This file describes a list of testcases.  Each testcase is described as a
  16 # dictionary in a list of dictionaries.
  17 #
  18 # The dictionary keys, their meanings and available values are:
  19 #
  20 # "Name": "phy2phy_burst",         # A human-readable string identifying the
  21 #                                  # test.
  22 # "Traffic Type": "rfc2544",       # One of the supported traffic types.
  23 # "Deployment": "p2p",             # One of the supported deployment scenarios.
  24 # "Description": "Lorem ipsum..."  # Optional. A human-readable string
  25 #                                  # describing the test.
  26 # "Frame Modification": "vlan"     # One of the supported frame modifications:
  27 #                                  # vlan, mpls, mac, dscp, ttl, ip_addr,
  28 #                                  # ip_port.
  29 # "biDirectional": [true|false],   # Specifies if genearted traffic will be
  30 #                                  # full-duplex (true) or half-duplex (false)
  31 # "MultiStream": 0-65535           # Optional. Defines number of flows simulated
  32 #                                  # by traffic generator. Value 0 disables
  33 #                                  # MultiStream feature
  34 #                                  # It can be overridden by cli option multistream.
  35 # "Stream Type": ["L2"|"L3"|"L4"]  # Optional. Stream Type is an extension
  36 #                                  # of the "MultiStream" feature. If MultiStream
  37 #                                  # is disabled, then Stream Type will be ignored.
  38 #                                  # Stream Type defines ISO OSI network layer
  39 #                                  # used for simulation of multiple streams.
  40 #                                  # It can be overridden by cli option stream_type.
  41 #                                  # Values:
  42 #                                  #    "L2" - iteration of destination MAC address
  43 #                                  #    "L3" - iteration of destination IP address
  44 #                                  #    "L4" - iteration of destination UDP port
  45 #                                  # Default value is "L4".
  46 # "Flow Type": ["port"|"IP"]       # Optional. Defines flows complexity. In case
  47 #                                  # it isn't specified, then "port" will be used.
  48 #                                  # Values:
  49 #                                  #    "port" - flow is defined by ingress ports
  50 #                                  #    "IP"   - flow is defined by ingress ports
  51 #                                  #             and src and dst IP addresses
  52 # "iLoad": 0-100                   # Optional. Defines desired percentage
  53 #                                  # of frame rate used during continuous stream
  54 #                                  # tests. Can be overridden by cli option
  55 #                                  # iload.
  56 # "Load": dictionary               # Optional. Configures background load
  57 #                                  # during testcase execution.
  58 #   Description of "Load" dictionary keys, their meanings and available values:
  59 #
  60 #   "tool": "stress"               # One of the supported load generators.
  61 #   "load": 0-100                  # percentage of cores which should be
  62 #                                  # utilized by load generator
  63 #                                  # e.g. load = 70%, detected cpu cores = 14 =>
  64 #                                  # round(14*0.7)=10, i.e. 10 instances of load
  65 #                                  # generator will be executed
  66 #   "reserved": 0- (Default 0)     # Optional. Defines number of cores reserved
  67 #                                  # for vsperf
  68 #                                  # e.g. load = 80%, detected cpu cores = 14,
  69 #                                  # reserved = 4 => round((14-4)*0.8)=8,
  70 #                                  # i.e. 8 load gen. instances will be executed
  71 #   "pattern" : "c"                # stress/stress-ng specific; Number of 'c',
  72 #                                  # 'm' and 'i' defines ratio between cpu, mem
  73 #                                  # and io workers respectively
  74 #                                  # e.g. "ccccmmi" => ratio among workers types
  75 #                                  # will be 3:2:1, so in case that 12 stress
  76 #                                  # instances should be executed, then 6 cpu,
  77 #                                  # 4 memory and 2 io workers will be executed
  78 #   "load_memory": 0-100           # Optional. Defines percentage of the system
  79 #                                  # memory, which should be utilized by memory
  80 #                                  # workers (if they are part of "pattern").
  81 #                                  # if not specified then default stress(-ng)
  82 #                                  # value will be used
  83 #   "options": ""                  # Optional. Additional command line options
  84 #                                  # to be passed to the load generator.
  85 # "Test Modifier": [FrameMod|Other],
  86 # "Dependency": [Test_Case_Name |None],
  87
  88 PERFORMANCE_TESTS = [
  89     {
  90         "Name": "phy2phy_tput",
  91         "Traffic Type": "rfc2544",
  92         "Deployment": "p2p",
  93         "biDirectional": "True",
  94         "Description": "LTD.Throughput.RFC2544.PacketLossRatio",
  95     },
  96     {
  97         "Name": "back2back",
  98         "Traffic Type": "back2back",
  99         "Deployment": "p2p",
 100         "biDirectional": "True",
 101         "Description": "LTD.Throughput.RFC2544.BackToBackFrames",
 102     },
 103     {
 104         "Name": "phy2phy_tput_mod_vlan",
 105         "Traffic Type": "rfc2544",
 106         "Deployment": "p2p",
 107         "Frame Modification": "vlan",
 108         "biDirectional": "False",
 109         "Description": "LTD.Throughput.RFC2544.PacketLossRatioFrameModification"
 110     },
 111     {
 112         "Name": "phy2phy_cont",
 113         "Traffic Type": "continuous",
 114         "Deployment": "p2p",
 115         "Description": "Phy2Phy Continuous Stream",
 116         "biDirectional": "True",
 117         "iLoad": "90",
 118     },
 119     {
 120         "Name": "pvp_cont",
 121         "Traffic Type": "continuous",
 122         "Deployment": "pvp",
 123         "Description": "PVP Continuous Stream",
 124         "biDirectional": "True",
 125         "iLoad": "90",
 126     },
 127     {
 128         "Name": "pvvp_cont",
 129         "Traffic Type": "continuous",
 130         "Deployment": "pvvp",
 131         "Description": "PVVP Continuous Stream",
 132         "biDirectional": "True",
 133         "iLoad": "90",
 134     },
 135     {
 136         "Name": "phy2phy_scalability",
 137         "Traffic Type": "rfc2544",
 138         "Deployment": "p2p",
 139         "biDirectional": "True",
 140         "Description": "LTD.Scalability.RFC2544.0PacketLoss",
 141         "MultiStream": "8000",
 142     },
 143     {
 144         "Name": "pvp_tput",
 145         "Traffic Type": "rfc2544",
 146         "Deployment": "pvp",
 147         "Description": "LTD.Throughput.RFC2544.PacketLossRatio",
 148         "biDirectional": "True",
 149     },
 150     {
 151         "Name": "pvp_back2back",
 152         "Traffic Type": "back2back",
 153         "Deployment": "pvp",
 154         "Description": "LTD.Throughput.RFC2544.BackToBackFrames",
 155         "biDirectional": "True",
 156     },
 157     {
 158         "Name": "pvvp_tput",
 159         "Traffic Type": "rfc2544",
 160         "Collector": "cpu",
 161         "Deployment": "pvvp",
 162         "Description": "LTD.Throughput.RFC2544.PacketLossRatio",
 163         "biDirectional": "True",
 164     },
 165     {
 166         "Name": "pvvp_back2back",
 167         "Traffic Type": "back2back",
 168         "Collector": "cpu",
 169         "Deployment": "pvvp",
 170         "Description": "LTD.Throughput.RFC2544.BackToBackFrames",
 171         "biDirectional": "True",
 172     },
 173     {
 174         "Name": "phy2phy_cpu_load",
 175         "Traffic Type": "rfc2544",
 176         "Deployment": "p2p",
 177         "biDirectional": "True",
 178         "Description": "LTD.CPU.RFC2544.0PacketLoss",
 179         "Load" : {
 180             "tool" : "stress-ng",
 181             "load" : 100,
 182             "reserved" : 4,
 183             "pattern" : "c",
 184         }
 185     },
 186     {
 187         "Name": "phy2phy_mem_load",
 188         "Traffic Type": "rfc2544",
 189         "Deployment": "p2p",
 190         "biDirectional": "True",
 191         "Description": "LTD.Memory.RFC2544.0PacketLoss",
 192         "Load" : {
 193             "tool" : "stress-ng",
 194             "load" : 50,
 195             "pattern" : "m",
 196             "load_memory" : 80,
 197         }
 198     },
 199
 200 ]