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.Net Security and Cryptography NEW by Peter Thorsteinso

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Net-Security-and-Cryptography-NEW-by-Peter-Thorsteinso
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150871989635
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Last updated on  24 Oct, 2012 12:54:03 AEDST  View all revisions

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Condition:
Brand new: A new, unread, unused book in perfect condition with no missing or damaged pages. See the seller's listing for full details. See all condition definitions- opens in a new window or tab ... Read moreabout the condition
Publisher: Pearson Education (US)
Language: English Format: Paperback
ISBN: 9780131008519

Detailed item info

Description
Microsoft's .NET Framework provides developers with a powerful set of tools to make their applications secure. This title serves as a practical guide to implementing both the security and the cryptography features found in the .NET platform. It provides examples in both C# and Visual Basic .NET, and a commentary on how the code works.

Key Features
Author(s)G. Gnana Arun Ganesh, Peter Thorsteinson
PublisherPearson Education (US)
Date of Publication18/08/2003
LanguageEnglish
FormatPaperback
ISBN-10013100851X
ISBN-139780131008519
SubjectComputing: Professional & Programming

Publication Data
Place of PublicationUpper Saddle River
Country of PublicationUnited States
ImprintPrentice Hall
Content NoteIllustrations

Dimensions
Weight771 g
Width178 mm
Height235 mm
Spine27 mm

Description
Table Of ContentsPreface. Acknowledgments. About This Series. 1. NET Cryptography and Security. The Nature of This Book. Risks Are Everywhere. The Nature of Cryptography and Security. Why Cryptography and Security Are Important. What Cryptography and Security Can and Cannot Do. Windows Security Comes of Age. The .NET Framework and the CLR. How the .NET Framework Simplifies Security. Reliability and the .NET Platform. Managed Code and Type Safety. .NET Cryptography Programming. .NET Security Programming. Role-Based Security and Principals. CAS, Evidence, Policy, and Permissions. Summary. 2. Fundamentals of Cryptography. Security and Keeping Secrets. Basic Cryptographic Terminology. Secret Keys Versus Secret Algorithms. Classical Techniques for Keeping Secrets. Brute-Force Attack Work Factor. Arbitrary Precision Arithmetic. Steganography. Modern Ciphers. Cryptography and the .NET Framework. Symmetric Cryptography. Asymmetric Cryptography. Cryptographic Algorithms. Cryptographic Protocols. Cryptanalytic Attacks. Issues in Human Interaction and Trust. Risk and Benefit. Other Important Concepts. Summary. 3. Symmetric Cryptography. Symmetric Ciphers. DES. Modes of Operation. Triple DES. Rijndael. RC2. Programming with .NET Symmetric Cryptography. The Main Cryptography Classes. The SymmetricAlgorithm Class. SymmetricAlgorithm-Derived Classes. The SymmetricAlgorithms Example. Cryptographic Streams. Avoiding Weak Keys. Key Exchange Issues. Encrypted Hash Codes and Message Integrity. Keyed Hash Functions and Message Integrity. Summary. 4. Asymmetric Cryptography. Problems with Symmetric Algorithms. The Key Exchange Problem. The Trust Problem. The Idea Behind Asymmetric Cryptography. Using Asymmetric Cryptography. The Combination Lock Analogy. Trapdoor One-Way Functions. Advantages of the Asymmetric Approach. Combining Asymmetric and Symmetric Algorithms. Existing Asymmetric Algorithms. RSA: The Most Used Asymmetric Algorithm. Underpinnings of RSA. A Miniature RSA Example. Caveat: Provability Issues. Programming with .NET Asymmetric Cryptography. An RSA Algorithm Example. Saving Keys as XML. Digital Certificates. Summary. 5. Digital Signatures. Hash Algorithms. Good Hash Function Characteristics. Hash Algorithms Provided by .NET. The HashAlgorithm Class. The MD5 and SHA Classes. The KeyedHashAlgorithm Class. Object Identifiers. How Digital Signatures Work. RSA Used as a Digital Signature Algorithm. An RSA Signature Example Program. The Digital Signature Algorithm. Some Mathematical Background: Group Theory. The Discrete Logarithm Problem. How DSA Works. The Asymmetric AlgorithmHierarchy Class Hierarchy. The DSACryptoServiceProvider Class. A DSA Programming Example. Summary. 6. XML Cryptography. XML Encryption. XML Encryption Versus SSL/TLS. The XML Encryption Specification. What XML Encryption Provides. XML Encryption Syntax. How XML Encryption Works. Classes Used in XML Encryption. Communicating Asymmetric Key Information. The XmlEncryption Example. XML Signatures. The XML Signature Specification. What XML Signatures Provide. XML Signature Syntax. Classes Used in XML Signatures. The EnvelopingXmlSignature Example. Combining XML Signing and XML Encryption. Summary. 7. NET User-Based Security. Authentication and Authorization. .NET Security Model. Administrating Windows Security. Defining Users and Roles on Windows. Defining Shared Folder Permissions on Windows. Defining NTFS Security on Windows. Administrating .NET Security. Permissions. The IPermission Interface. The IPermission Inheritance Hierarchy. The PrincipalPermission Class. User-Based Security. Principal and Identity Objects. The IIdentity Interface. IIdentity Implementation Classes. The GenericIdentity Class. The WindowsIdentity Class. Principal Objects. The IPrincipal Interface. The GenericPrincipal Class. The WindowsPrincipal Cla
Author BiographyPeter Thorsteinson is a systems analyst who has been programming, teaching, and developing instructional materials for software development for more than ten years. He is interested in all aspects of C++, Java, and C#, as well as ATL, COM+, .NET, and J2EE. Peter has a bachelor's degree in electrical engineering from the University of Manitoba, and is coauthor of .NET Architecture and Programming Using Visual C++ and Application Development Using Visual Basic .NET, both published by Prentice Hall PTR. G. Gnana Arun Ganesh is a developer, author and .NET consultant. He leads the .NET Technology Group at Web Prodigies, and is the host of the .NET Reference Guide area on InformIT. Arun is one of the authors of the course material for Object Innovations, which offers training in fundamental software technologies. He has published more than 50 articles about .NET technology on various .NET-related Web sites.

Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.

.Net Security and Cryptography

by Peter Thorsteinson , G. Gnana Arun Ganesh

Format Paperback

Condition Brand New

Learn how to make your .NET applications secure!

Security and cryptography, while always an essential part of the computing industry, have seen their importance increase greatly in the last several years. Microsoft's .NET Framework provides developers with a powerful new set of tools to make their applications secure. NET Security and Cryptography is a practical and comprehensive guide to implementing both the security and the cryptography features found in the .NET platform. The authors provide numerous clear and focused examples in both C# and Visual Basic .NET, as well as detailed commentary on how the code works. They cover topics in a logical sequence and context, where they are most relevant and most easily understood. All of the sample code is available online at .

This book will allow developers to: Develop a solid basis in the theory of cryptography, so they can understand how the security tools in the .NET Framework functionLearn to use symmetric algorithms, asymmetric algorithms, and digital signaturesMaster both traditional encryption programming as well as the new techniques of XML encryption and XML signaturesLearn how these tools apply to ASP.NET and Web Services security

Publisher Description

An in-depth guide to the exciting worlds of cryptography and security programming for C# and VB.NET programmers.

Author Biography

Peter Thorsteinson is a systems analyst who has been programming, teaching, and developing instructional materials for software development for more than ten years. He is interested in all aspects of C++, Java, and C#, as well as ATL, COM+, .NET, and J2EE. Peter has a bachelor's degree in electrical engineering from the University of Manitoba, and is coauthor of .NET Architecture and Programming Using Visual C++ and Application Development Using Visual Basic .NET, both published by Prentice Hall PTR. G. Gnana Arun Ganesh is a developer, author and .NET consultant. He leads the .NET Technology Group at Web Prodigies, and is the host of the .NET Reference Guide area on InformIT. Arun is one of the authors of the course material for Object Innovations, which offers training in fundamental software technologies. He has published more than 50 articles about .NET technology on various .NET-related Web sites.

Details

  • ISBN 013100851X
  • ISBN-13 9780131008519
  • Title .Net Security and Cryptography
  • Author Peter Thorsteinson, G. Gnana Arun Ganesh
  • Format Paperback
  • Year 2003
  • Pages 496
  • Publisher Prentice Hall
  • Dimensions181mm x 27mm x 233mm

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