OpenVMS Courses TCPIP ZIP torrent

Course Title: TCP/IP Services for OpenVMS

The .PDF files for this course should be used for a lecture-lab in a classroom with an instructor and lab equipment. Use Adobe Acrobat Reader V3 or V4 to read the .PDF files.

This version replaces the EY-T142E-LO.001 version of this course.

FORMAT
Lecture/Lab

LENGTH
5 days

PRODUCT OVERVIEW
This course is designed for computer professionals interested in understanding and administering the TCP/IP environment within OpenVMS.

COURSE ABSTRACT
This course is designed to provide the student with the information and experience needed to
function in a networked environment focused on the TCP/IP protocols. After presenting
introductory information on protocols and standards, the course covers the components and services within TCP/IP. The central protocols of TCP/IP are examined with emphasis on their purpose. That is, what need do they fulfill in the big picture of node-to-node communication? The course introduces user- and administrator-level programs through hands-on lab exercises. Students also examine static and dynamic routing through a series of labs.

COURSE OUTLINE

1. Network Overview
-Network Concepts
-IP Addresses
-Subnet Masks
2. TCP/IP Commands
-User Services
-PING
-SHOW HOST
-TELNET
-RCP
-RLOGIN
-RSH
-FINGER
-FTP
3. Installing and Configuring TCP/IP Services
-Installation
-Configuration
4. Protocols
-Data Link Protocol
-IP Header Fields
-TCP Header Fields
-ICMP and ARP
-UDP
5. Network File System (NFS)
-NFS Concepts
-NFS Implementation
-NFS Server File Systems
-Container File System
-NFS Management Commands
-Proxy Accounts
-Client Configuration
-Client Data Manipulation
-Server Configuration
-Server Data Manipulation
6. Serial Lines
-Serial Connections
-SLIP Encapsulation
-PPP Encapsulation
-Setting Up SLIP
7. Routing
-Routing Introduction
-Routing Table
-Static Routing
-Dynamic Routing
-ROUTED
-GATED
-Configuring Dynamic Routing
8. DNS and BIND
-History
-Concepts
-Resolver
-Server
-NSLOOKUP
-Load Broker and Metric Server
9. Bootstrap Protocol (BOOTP)
-BOOTP Concepts
-BOOTP Server
-BOOTP Client
-Server Configuration
-Server Data Files
-TFTP
10. Dynamic Host Configuration Protocol (DHCP)
-DHCP Concepts
-Advantages of Using DHCP
-DHCP Configuration Files
-Using the DHCP GUI
-DHCP Cluster Failover
11. Network Time Protocol (NTP)
-NTP Concepts
-NTP Internet Time Sources
-NTP Configuration Options
-NTP Support Files
-NTP Commands
-Trace of NTP Communication
12. Simple Network Management Protocol (SNMP)
-SNMP Concepts
-Log Files and Command Procedures
-SNMP Configuration
-Using SNMP Utilities
-Tracing SNMP Protocol Interactions
13. Remote Printing
-Remote Printing Options
-LPR/LPD Local Configuration
-LPR/LPD Remote Configuration
-Tracing Print Packets
-TELNETSYM Overview
-PC-NFS Overview
14. Troubleshooting
-Troubleshooting Options
-Configuration Troubleshooting
-Network Troubleshooting
-Performance Tuning
15. Simple Mail Transfer Protocol (SMTP)
-SMTP Concepts
-Configuring SMTP
-Using Telnet to Test SMTP
-POP and MIME Concepts


TARGET AUDIENCE
OpenVMS system managers and network administrators.

COURSE OBJECTIVES
Upon completion of this course, the student should be able to:
-Describe TCP/IP as implemented on OpenVMS.
-Discuss IP addresses and masks.
-Use TCP/IP Services for OpenVMS user and management commands.
-Install and configure TCP/IP Services for OpenVMS.
-Manage NFS on an OpenVMS system.
-Configure and troubleshoot static and dynamic routing.
-Manage BIND on an OpenVMS system.
-Discuss the BOOTP, DHCP, NTP, SNMP, and SMTP protocols.
-Configure remote printing.
-Troubleshoot TCP/IP Services for OpenVMS.
This course does not cover the following:
-UNIX network administration.
-Network internals.

PREREQUISITES
Students should be familiar with basic networking concepts and have system management level
experience with OpenVMS.

DELIVERY REQUIREMENTS FOR INSTRUCTOR-LED TRAINING

-The lab should have at least four machines, at least two of which should
be running the latest version of OpenVMS.
-The best setup is one machine for each student or 12 computers running
the latest version of OpenVMS with one Tru64 UNIX system in the mix.
-Systems should be connected through Ethernet and should not be
connected to an outside network.
-Installation media should be available.
-Serial line hardware and adapters should be available but not connected.
-Students should have access to the system account and a nonprivileged
account.