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authorStephen Wong <stephen.kf.wong@gmail.com>2018-04-20 15:37:07 -0700
committerStephen Wong <stephen.kf.wong@gmail.com>2018-04-23 23:32:57 -0700
commit92d511af5f17e51944da3f535dfea17216fb567a (patch)
tree15fc44160e402aa60dab32f6324bc757a68065cd /docs/release/userguide/Fraser-userguide.rst
parent6774a5be4f59b325af1d51af3b88d06edd9f76c0 (diff)
Fraser official docs simplification
[TBD]: link to configguide for sample VNF, link to A-B testing configguide Change-Id: I89adbef74aa74071a055dcdf62aa0925e263ffe3 Signed-off-by: Stephen Wong <stephen.kf.wong@gmail.com>
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-.. This work is licensed under a Creative Commons Attribution 4.0 International License.
-.. http://creativecommons.org/licenses/by/4.0
-.. SPDX-License-Identifier CC-BY-4.0
-.. (c) optionally add copywriters name
-
-
-================================================================
-Clover User Guide (Fraser Release)
-================================================================
-
-This document provides the Clover user guide for OPNFV Fraser release.
-
-.. contents::
- :depth: 3
- :local:
-
-
-Description
-===========
-
-Project Clover was established to investigate best practices to implement,
-build, deploy, and operate virtual network functions as cloud native
-applications. "Cloud native" has an ever evolving and expanding definition,
-and in Clover, the focus is effectively running and operating VNFs built
-in a micro-service design pattern running on Docker containers and
-orchestrated by Kubernetes.
-
-The strength of cloud native applications is their operablity and
-scalability. Essential to achieve these qualities is the use of service
-mesh. As such, in Fraser release, Clover's emphasis is on demonstrating
-running a sample micro-service composed VNF on Istio, the service mesh
-platform of Clover's choice in Fraser, and how to maximize visibility
-of this sample running in a service mesh.
-
-What is in Fraser?
-==================
-
- * a sample micro-service composed VNF
-
- * logging module: fluentd and elasticsearch Kubernetes manifests,
- installation validation, log data correlation in datastore
-
- * tracing module: jaeger Kubernetes manifest, installation validation,
- jaegar tracing query tools, trace data correlation in datastore
-
- * monitoring module: prometheus Kubernetes manifest, installation
- validation, prometheous query tools for Istio related metrics,
- metrics correlation in datastore
-
- * Istio route-rules and circuit breaking sample yaml and validation
- tools
-
- * Test scripts
-
- * Reference for a demo shown during ONS
-
-Usage
-=====
-
- * each module (service mesh, logging, tracing, monitoring) is a Python
- module with its own set of library calls/ API exposed. The descriptions
- of these library calls are under doc/developer (TBD)
-
- * tools directory contains Python tools for generic use
- python clover_validate_route_rules.py -s <service name> -n <number of tests>
- [more TBD]
-
- * an example scenario:
- - version 2 (v2) of a micro-service component is deployed
- - Istio route rule is applied to send 50% traffic to v2
- - Clover tool validates traffic conformance with route rules
- - user specify via yaml the "success" expectation of v2 (latency,
- performance, session loss...etc)
- - Clover tool validates sessions conformance with user defined expectations
- - The "commit" action is invoked to move 100% of the traffic to v2
- - Clover tool validates traffic conformance with route rules
- - A fault is injected for the path to the extra service of v2 which adds
- a one second delay onto the path
- - The same A-B testing script is invoked, this time, performance
- test now fails
- - The "rollback" action is invoked to move 100% traffic back to v1