Managing Internetworks with SNMP, Second Edition, is an invaluable guide for all network managers and administrators who maintain a complex internetwork. This comprehensive reference provides a technical understanding and practical application of SNMP, the protocol developed by the Internet community to simplify the management of internetworks.In addition to covering the latest revisions to SNMP version 2, Managing Internetworks with SNMP, Second Edition covers RMON and RMON2, including both the Ethernet and Token Ring versions. Packed with illustrations, case studies, and helpful examples, Managing Internetworks with SNMP, Second Edition provides the techniques and know-how you need to maintain a productive network using the SNMP protocol.The CD-ROM contains more than 160 useful network management-related documents from the Internet Engineering Task Force (IETF), including the standards defining the SNMP and its architecture, RMON and RMON2, plus management information bases (MlBs) supporting LAN, MAN, and WAN systems.
Author(s): Mark A. Miller
Series: The network troubleshooting library
Edition: 2nd ed
Publisher: M&T Books
Year: 1997
Language: English
Pages: 699
City: New York, N.Y
Table of Contents......Page 2
Introduction......Page 8
Preface......Page 11
Dedication......Page 14
1.1: Three Decades of Network Evolution......Page 15
1.3: The System Being Managed......Page 17
1.4: Elements of a Network Management Architecture......Page 19
1.5: The OSI Network Management Architecture......Page 22
1.5.1: The OSI Management Model......Page 26
1.5.2.2: Accounting Management......Page 30
1.5.2.5: Security Management......Page 32
1.6: The IEEE Network Management Architecture......Page 33
1.7: The Internet Network Management Framework......Page 37
1.7.1: SNMP, the Simple Network Management Protocol......Page 38
1.7.2: CMIP over TCP/IP (CMOT)......Page 39
1.9: Desktop Management Task Force......Page 41
1.10: Web-based Network Management......Page 42
1.10.1: Web-based Enterprise Management......Page 46
1.10.2: Java Management API......Page 47
1.11.1: Asante Technologies' IntraSpection......Page 50
1.11.2: Cabletron Systems' SPECTRUM......Page 52
1.11.3: Hewlett-Packard OpenView......Page 55
1.11.4: Novell's ManageWise......Page 56
1.11.5: Sun Microsystems' Solstice Domain Manager......Page 59
1.11.6: Tivoli Systems' TME 10 NetView......Page 60
1.13: References......Page 63
2.1: Managing Management Information......Page 66
2.3: ASN.1 Elements......Page 67
2.3.2: Macros......Page 69
2.3.3: Modules......Page 70
2.3.4: Summary of ASN.1 Conventions......Page 71
2.4: Details of ASN.1 - Objects and Types......Page 72
2.4.2: Primitive (Simple) Types......Page 73
2.4.3: Constructor (Structured) Types......Page 75
2.4.4: Defined Types......Page 77
2.5.1: Encoding Management Information......Page 80
2.5.2: Type-Length-Value Encoding......Page 81
2.5.2.1: Type Field......Page 82
2.5.2.2: Length Field......Page 86
2.5.3.2: OCTET STRING Type Encoding......Page 87
2.5.3.3: OBJECT IDENTIFIER Type Encoding......Page 88
2.5.3.4: NULL Type Encoding......Page 90
2.5.3.5: SEQUENCE Type Encoding......Page 91
2.5.3.7: IpAddress Type Encoding......Page 93
2.5.3.8: Counter Type Encoding......Page 94
2.6: Object Names......Page 96
2.7: The Concise SMI Definition......Page 102
2.8: References......Page 107
3.1: MIBs within the Internet Object Identifier Subtree......Page 108
3.2.2: Concise MIB Definitions - RFC 1212......Page 110
3.2.4: Defining Table Structures in MIBs......Page 111
3.3.1: The System Group......Page 117
3.3.2: The Interfaces Group......Page 118
3.3.3: The Address Translation Group......Page 119
3.3.4: The IP Group......Page 121
3.3.5: The ICMP Group......Page 122
3.3.6: The TCP Group......Page 123
3.3.7: The UDP Group......Page 124
3.3.8: The EGP Group......Page 125
3.3.9: The CMOT (OIM) Group......Page 126
3.3.10: The Transmission Group......Page 127
3.3.10.1: The DS1/E1 MIB......Page 129
3.3.10.2: The DS3/E3 MIB......Page 131
3.3.10.3: The SONET/SDH MIB......Page 132
3.3.10.4: The Frame Relay DTE MIB......Page 134
3.3.10.5: The Frame Relay Network Service MIB......Page 136
3.3.10.6: The SIP Interface MIB......Page 137
3.3.10.7: The ATM MIB......Page 139
3.3.11: The SNMP Group......Page 140
3.4: Other MIBs......Page 141
3.4.1: Specific-use MIBs......Page 142
3.5: The Ethernet RMON MIB......Page 144
3.6: The Token Ring RMON MIB......Page 146
3.7: RMON2......Page 149
3.8: Private MIBs......Page 154
3.9: Accessing a MIB......Page 155
3.10: References......Page 160
4.1: SNMP Objectives and Architecture......Page 163
4.2: SNMP Operation......Page 166
4.2.1: Network Management Relationships......Page 167
4.2.2: Identifying and Communicating Object Instances......Page 168
4.3: SNMP Protocol Data Units (PDUs)......Page 173
4.3.1: Get, Set, and Response PDU Formats......Page 176
4.3.2: Using the GetRequest PDU......Page 179
4.3.3: Using the GetNextRequest PDU......Page 180
4.3.4: Using the SetRequest PDU......Page 181
4.3.5: The Trap PDU Format......Page 182
4.3.7: SNMP PDU Encoding......Page 183
4.4.1: SNMP GetRequest Example......Page 185
4.4.2: SNMP GetNextRequest Example......Page 187
4.4.3: SNMP SetRequest Example......Page 194
4.4.4: SNMP Trap Example......Page 199
4.5: The ASN.1 SNMP Definition......Page 200
4.6: References......Page 204
5.1: The Development of SNMPv2......Page 206
5.2: The SNMPv2 Structure of Management Information......Page 207
5.2.2: SNMPv2 Object Definitions......Page 210
5.3: The SNMPv2 Textual Conventions......Page 214
5.5: SNMPv2 Protocol Operations......Page 217
5.5.1: SNMPv2 PDUs......Page 219
5.5.2: SNMPv2 PDU Syntax......Page 221
5.5.2.1: The GetBulkRequest PDU......Page 222
5.5.2.2: InformRequest PDU......Page 223
5.5.3: SNMPv2 PDU Definitions......Page 224
5.6: SNMPv2 Transport Mappings......Page 228
5.6.2: SNMPv2 over OSI......Page 229
5.6.3: SNMPv2 over AppleTalk DDP......Page 231
5.6.4: SNMPv2 over Novell IPX......Page 232
5.6.5: SNMPv2 Transport Mapping Definitions......Page 234
5.7: The SNMPv2 MIB......Page 238
5.8: Coexistence of SNMPv1 and SNMPv2......Page 241
5.9: SNMPv2 Security......Page 243
5.10: References......Page 244
6.1: User Datagram Protocol (UDP)......Page 246
6.2: Internet Protocol (IP)......Page 247
6.3: Internet Addressing......Page 251
6.4: Internet Control Message Protocol (ICMP)......Page 254
6.5.1: Ethernet......Page 260
6.5.2: IEEE 802.3......Page 262
6.5.3: IEEE 802.5......Page 263
6.5.4: ARCNET......Page 264
6.5.5: FDDI......Page 267
6.6.1: Address Resoluation Protocol (ARP)......Page 268
6.6.2: Reverse Address Resolution Protocol (RARP)......Page 269
6.7: Using SNMP with UDP and IP......Page 270
6.8: References......Page 278
7.1: Verifying Access Control with the Community Name......Page 280
7.2: Verifying Access Control with the Community Name and IP Address......Page 287
7.3: Verifying that a Set Command has been Properly Received and Implemented......Page 291
7.4: Verifying that the Agent Transmitted and the Manager Received a Trap PDU......Page 300
7.5: Communicating Device and Link Status with Traps......Page 305
7.6: Proper Interpretation of Private Enterprise Traps......Page 309
7.7: Incompatible Private Enterprise MIBs......Page 348
7.8: Proper Handling of an Invalid Object Identifier (OID)......Page 351
7.9: Supporting the RMON MIB with a Network Monitor......Page 356
7.10: Measuring Host Statistics with RMON......Page 372
7.11: Event Notification Using RMON......Page 395
7.12: Comparing Network Management Alternatives: Accessing Remote Bridge Parameters with TELNET and SNMP......Page 408
A: Addresses of Standards Organizations......Page 426
B: Acronyms and Abbreviations......Page 431
C: Selected Manufacturers of SNMP-related Internetworking Products......Page 448
D: Sources of Internet Information......Page 498
E: Network Management RFCs......Page 509
F: Network Management Parameters from RFC 1700......Page 548
G: MIB Objects......Page 634
Index......Page 680
