The Virtual Bookcase Reviews of 'Tcp/Ip Complete (Complete Series)':
Reviewer amazon.com wrote:Network architect and consultant Ed Taylor has condensed all of the information he's found useful over the years into this book. While his guide is intended for serious techies, it does tackle introductory as well as advanced topics in a just-the-facts manner. Taylor goes through the entirety of TCP/IP systematically, explaining all the systems, components, and applications in clear, if sometimes terse, prose. The text is richly enhanced by a wide variety of charts, diagrams, and illustrations, making the information easy for beginning and intermediate users to follow. Taylor pushes for a holistic approach to network management, urging his readers to keep an eye on the long-term consequences of their choices rather than just the short-term results. The companion CD-ROM provides a searchable database of TCP/IP-related Request for Comments (RFC) documents, Dynamic Host Configuration Protocol (DHCP) and Domain Name System (DNS) supplements, and information on the year 2000 problem.
Reviewer Rob Slade wrote:
Chapter one gives a not always reliable background of TCP/IP
(Transmission Control Protocol/Internet Protocol) consisting mostly of
trivia with a bit of structure showing how the various parts
interoperate. Address resolution and routing are the major concerns
in chapter two, although it also looks at IP headers. TCP, UDP (User
Datagram Protocol), and IP addressing get mentioned in chapter three.
Chapter four gives brief explanations of some common Internet
applications. There is a quick review of LAN design (and sinusoidal
voltage graphs) in chapter five. Network component diagrams, more
voltage diagrams, rack diagrams, UPS logs, net clouds, and an ad for a
UPS manufacturer make up chapter six. Chapter seven finally gets into
some detail on the current IPv4. This is extended into IPv6 in
chapter eight, but that must itself be extended into chapter nine.
Chapter ten gives extensive details on TCP while chapter eleven gives
almost no information at all on UDP.
X, the windowing system commonly used in a networked UNIX environment,
gets a short description in chapter twelve. Chapter thirteen talks
randomly about network management. Some mixed information about
telnet is in chapter fourteen. There is a bit of an explanation of
SNMP (Simple Network Management Protocol) in chapter fifteen, and
other details in sixteen. Chapter seventeen reviews a number of
proprietary network management products, concentrating primarily on
network cloud diagrams.
Chapter eighteen gets back to some TCP/IP basics with DHCP (Dynamic
Host Configuration Protocol). This is followed up with DNS (Domain
Name System) in chapter nineteen. The book is finished with RPC
(Remote Procedure Call) in chapter twenty.
The content of this text is random, poorly explained, and badly
organized. There are many better books on the system, such as
"Designing TCP/IP Internetworks" , the classic
"Internetworking with TCP/IP" , "TCP/IP Illustrated"
, "IPng and the TCP/IP Protocols" (
see reviews), and even "TCP/IP with Windows NT Illustrated" (
see reviews). I really can't see any audience that would
particularly benefit from this book over the others.
copyright Robert M. Slade, 1998
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