========================================================================== CHARACTERIZE VSWITCH PERFORMANCE FOR TELCO NFV USE CASES LEVEL TEST REPORT ========================================================================== Introduction ============ The objective of the OPNFV project titled **"Characterise vSwitch Performance for Telco NFV Use Cases"**, is to evaluate a virtual switch to identify its suitability for a Telco Network Function Virtualization (NFV) environment. As well as this, the project aims to identify any gaps or bottlenecks in order to drive architectural changes to improve virtual switch performance and determinism. The purpose of this document is to summarize the results of the tests carried out on the virtual switch in the Network Function Virtualization Infrastructure (NFVI) and, from these results, provide evaluations and recommendations for the virtual switch. Test results will be outlined in details-of-LTR_, preceded by the document-identifier_ and the scope_ and references_). This document is currently in draft form. .. _document-identifier: Document identifier ------------------- The document id will be used to uniquely identify versions of the LTR. The format for the document id will be: OPNFV\_vswitchperf\_LTR\_rel\_STATUS, the status is one of: DRAFT, REVIEWED, CORRECTED or FINAL. The document id for this version of the LTR is: OPNFV\_vswitchperf\_LTR\_Brahmaputra\_DRAFT. .. _scope: Scope ----- The scope of this report is to detail the results of the tests that have been performed on the virtual switch. This report will also evaluate the results of these tests and, based on these evaluations, provide recommendations on the suitability of the virtual switch for use in a Telco NFV environment. .. _references: References ---------- `OPNFV_vswitchperf_LTD_Brahmaputra_REVIEWED `__ .. details-of-LTR: Details of the Level Test Report ================================ This section provides a test-results-overview_ as well as detailed-test-results_. Also included are the rationale_ and the conclusions_. .. _test-results-overview: Overview of test results ------------------------ Test Environment ~~~~~~~~~~~~~~~~ Below is the environment that the test was performed in: * OS: {{tests[0].env.os}} * Kernel Version: {{tests[0].env.kernel}} * NIC(s):{% for nic in tests[0].env.nics %} * {{nic}}{% endfor %} * Board: {{tests[0].env.platform}} * CPU: {{tests[0].env.cpu}} * CPU cores: {{tests[0].env.cpu_cores}} * Memory: {{tests[0].env.memory}} * Virtual Switch Set-up: {{tests[0].deployment}} * vswitchperf: GIT tag: {{tests[0].env.vsperf['git_tag']}} * Traffic Generator: {{tests[0].env.traffic_gen['name']}}, Version: {{tests[0].env.traffic_gen['version']}}, GIT tag: {{tests[0].env.traffic_gen['git_tag']}} * vSwitch: {{tests[0].env.vswitch['name']}}, Version: {{tests[0].env.vswitch['version']}}, GIT tag: {{tests[0].env.vswitch['git_tag']}} * DPDK Version: {{tests[0].env.dpdk['version']}}, GIT tag: {{tests[0].env.dpdk['git_tag']}} {%- if 'vnf' in tests[0].env %} * VNF: {{tests[0].env.vnf['name']}}, Version: {{tests[0].env.vnf['version']}}, GIT tag: {{tests[0].env.vnf['git_tag']}} * VM images:{% for guest_image in tests[0].env.guest_image %} * {{guest_image}}{% endfor %} * VM loopback apps:{% for loopback_app in tests[0].env.loopback_app %} * {{loopback_app['name']}}, Version: {{loopback_app['version']}}, GIT tag: {{loopback_app['git_tag']}}{% endfor %} {%- endif %} For each test, a summary of the key test results is provided. {% for test in tests %} Test ID: {{ test.ID }} ~~~~~~~~~~~~~~~~~~~~~~~ Below are test details: * Test ID: {{ "%s"|format(test.id) }} * Description: {{ "%s"|format(test.conf['Description']) }} * Deployment: {{ "%s"|format(test.deployment) }} * Traffic type: {{ "%s"|format(test.result['type']) }} * Packet size: {{ "%s"|format(test.result['packet_size']) }} * Bidirectional : {{ "%s"|format(test.conf['biDirectional']) }} {% endfor %} .. _detailed-test-results: Detailed test results ====================== A detailed summary of the main results for each test is outlined below. {% for test in tests %} Test ID: {{ test.ID }} ---------------------- Results/Metrics Collected ~~~~~~~~~~~~~~~~~~~~~~~~~ The following are the metrics obtained during this test: ========================== ================================== Metric Result ========================== ================================== {%- for item, value in test.result.items() %} {{ "%-30s %30s"|format(item,value)}} {%- endfor %} ========================== ================================== Statistics collected ~~~~~~~~~~~~~~~~~~~~ The following system statistics were collected during testcase execution: {% for process in test.stats %} ========================== ================================== Process: {{ '_'.join(process.split('_')[:-1]) }} ------------------------------------------------------------- Statistic Value ========================== ================================== {%- for item, value in test.stats[process].items() %} {{ "%-30s %30s"|format(item,value)}} {%- endfor %} ========================== ================================== {%- endfor %} Anomalies ~~~~~~~~~~ No anomalies were detected during the course of this test. Testing Activities/Events ~~~~~~~~~~~~~~~~~~~~~~~~~ There were no significant testing activities for this test. {% endfor %} .. _rationale: Rationale for decisions ======================= TODO. .. _conclusions: Conclusions and recommendations =============================== TODO. General ======== Glossary -------- - NFV - Network Function Virtualization - Mbps - 1,000,000bps Document change procedures and history -------------------------------------- =============================================== ================= ============= Document ID Author Date Modified =============================================== ================= ============= `OPNFV_vswitchperf_LTR_ver_1.0_Jan_15_CN_DRAFT` Christopher Nolan 23/01/2015 `OPNFV_vswitchperf_LTR_ver_1.1_Jan_15_CN_DRAFT` Christopher Nolan 28/01/2015 =============================================== ================= =============