30.6 The Structure Of Management Information

  In addition to the standards that specify MIB variables and their meanings, a separate standard specifies a set of rules used to define and identify MIB variables. The rules are known as the Structure of Management Information (SMI) specification. To keep network management protocols simple, the SMI places restrictions on the types of variables allowed in the MIB, specifies the rules for naming those variables, and creates rules for defining variable types. For example, the SMI standard includes definitions of terms like IpAddress (defining it to be a Coctet string) and Counter (defining it to be an integer in the range of 0 to 232-1), and specifies that they are the terms used to define MIB variables. More important, the rules in the SMI describe how the MIB refers to tables of values (e.g., the IP routing table).

Abstract from Internetworking With TCP/IP Vol I: Principles, Protocols, and Architecture Fourth Edition,

DOUGLAS E. COMER,

Department of Computer Sciences Purdue University, West Lafayette, IN 47907,

PRENTICE HALL,

Upper Saddle River, New Jersey 07458

Structure Of Management Information - SNMP Tutorial的更多相关文章

  1. Simple Network Management Protocol - SNMP Tutorial

    30.9 Simple Network Management Protocol Network management protocols specify communication between t ...

  2. Level Of Management Protocols - SNMP Tutorial

    30.2 The Level Of Management Protocols Originally, many wide area networks included management proto ...

  3. SNMP Tutorial

    Applications: Internet Management (SNMP) 30.1 Introduction 30.2 The Level Of Management Protocols 30 ...

  4. Summary - SNMP Tutorial

    30.13 Summary Network management protocols allow a manager to monitor and control routers and hosts. ...

  5. Protocol Framework - SNMP Tutorial

    30.4 Protocol Framework TCP/IP network management protocols2 divide the management problem into two ...

  6. Formal Definitions Using ASN.1 - SNMP Tutorial

    30.7 Formal Definitions Using ASN.1 The SMI standard specifies that all MIB variables must be define ...

  7. Structure And Representation Of MIB Object Names - SNMP Tutorial

    30.8 Structure And Representation Of MIB Object Names We said that ASN.1 specifies how to represent ...

  8. Examples of MIB Variables - SNMP Tutorial

    30.5 Examples of MIB Variables Versions 1 and 2 of SNMP each collected variables together in a singl ...

  9. Example: Encoded SNMP Message - SNMP Tutorial

    30.11 Example Encoded SNMP Message The encoded form of ASN.1 uses variable-length fields to represen ...

随机推荐

  1. .NET应用架构设计—面向对象分析与设计四色原型模式(彩色建模、领域无关模型)(概念版)

    阅读目录: 1.背景介绍 2.问自己,UML对你来说有意义吗?它帮助过你对系统进行分析.建模吗? 3.一直以来其实我们被一个缝隙隔开了,使我们对OOAD遥不可及 4.四色原型模式填补这个历史缝隙,让我 ...

  2. explicit抑制隐型转换

    本文出自 http://www.cnblogs.com/cutepig/ 按照默认规定,只有一个参数的构造函数也定义了一个隐式转换,将该构造函数对应数据类型的数据转换为该类对象,如下面所示: clas ...

  3. 7 COMPELLING REASONS YOU NEED TO START THE BUSINESS YOU’VE ALWAYS WANTED

    原文链接:http://lesseesadvocate.com/7-compelling-reasons-need-start-business-youve-always-wanted/ Don’t ...

  4. Object.observe将不加入到ES7

    先请看 Object.observe 的 API Object.observe(obj, callback[, acceptList]) 它用来监听对象的变化,当给该对象添加属性,修改属性时都会被依次 ...

  5. Neutron 理解 (4): Neutron OVS OpenFlow 流表 和 L2 Population [Netruon OVS OpenFlow tables + L2 Population]

    学习 Neutron 系列文章: (1)Neutron 所实现的虚拟化网络 (2)Neutron OpenvSwitch + VLAN 虚拟网络 (3)Neutron OpenvSwitch + GR ...

  6. WinCE项目应用汇总

    虚拟仪器(VI) RM905a+医用放射性核素活度计 RM905a+活度计远程检定方法研究 车载导航

  7. CF380C. Sereja and Brackets[线段树 区间合并]

    C. Sereja and Brackets time limit per test 1 second memory limit per test 256 megabytes input standa ...

  8. webpack中字体配置,可以引入bootstrap

    {test:/\.(eot|ttf|woff|woff2|svg)$/,loader:'file?name=fonts/[name].[ext]'} 将css中用到的字体全部提取存放到fonts目录下 ...

  9. Java8并发教程:Threads和Executors

    来之:ImportNew 欢迎阅读我的Java8并发教程的第一部分.这份指南将会以简单易懂的代码示例来教给你如何在Java8中进行并发编程.这是一系列教程中的第一部分.在接下来的15分钟,你将会学会如 ...

  10. javaScript中的页面传值

    function getURIParam(name) { var search = window.location.search; search = search.substring(1); if ( ...