.Net Security Programming - Couverture souple

Marshall, Donis

Couverture souple

ISBN 10 : 0471222852 ISBN 13 : 9780471222859

Editeur : John Wiley & Sons Inc, 2003

Synopsis

• Fournit des détails critiques et des conseils d'un entraîneur expérimenté.
• Comprend des revues techniques et des conseils des principaux développeurs Microsoft.
• Autorité et utile, couvrant les principes de sécurité et la sécurité sous Windows dans un environnement Web.
• Offre la première exploration approfondie des plaques signalétiques de sécurité dans le cadre .NET.

A propos du livre

Quatrième de couverture

"This book...supplies you with the useful tools and also the pieces of the puzzle that would take a great deal of time to discover. Having a book such as this one makes the job a much easier one by revealing things to you which aren’t intuitive."
Michael Dunner, Program Manager, Windows Security, Microsoft Corporation

Security issues in the Windows environment have recently attracted considerable publicity. Many companies, including Microsoft, have embarked upon ambitious initiatives to remove security flaws from their programs. Moving to a Web–based environment requires new ways of thinking about security as well as a complete understanding of the security underpinnings of .NET. This powerful Web platform is expected to lead the way to a world of devices interconnected by services. That means that a company utilizing .NET can dramatically improve the performance of its daily operations by enabling access to information anywhere and at any time.

But moving to this interconnected environment requires new and innovative ways to secure that information.

Written by a Microsoft internal trainer, and reviewed by Michael Dunner, a security expert at Microsoft Corporation, this book uncovers all of the techniques that you’ll need to know in order to create secure applications running under .NET. Marshall first explains the security underpinnings of .NET and then:

• Covers all of the key security principles
• Discusses security under Windows and in a Web–based environment
• Provides detailed information on Code Access Security and Role based security
• Demonstrates how .NET applications can use cryptography, an often misunderstood topic
• Presents the first clear explanation of creating and deploying custom security objects in .NET

The companion Web site includes the code examples from the book, in both VB.NET and C#.

About Gearhead Press

Responding to the ongoing needs of IT professionals for current and reliable information on the latest technologies, Wiley Technology Publishing introduces the Gearhead Press titles. These books, written by accomplished trainers in their respective fields, focus on real–world examples and case studies to give readers the best information on leading topics.

The Gearhead Press titles are characterized by two imprints: In the Trenches and Point to Point. Both imprints include fast–paced books written by fellow IT professionals who have been there and done that. In the Trenches books guide readers to proficiency, and serve as practical, hands–on references after the initial tasks are accomplished. The Point to Point titles invite readers to join an IT team at a model company and implement technologies in real–world environments demonstrating actual problems and solutions.

Biographie de l'auteur

DONIS MARSHALL is a corporate trainer with more than two decades of experience as a developer. He is also President of Developer Security Corporation (www.developersecurity.com) and Code Listing Corporation (www.codelisting.com), and is the Founder of Gearhead Press. During the past two years, Marshall has conducted training at Microsoft Corporation, working with the engineers and developers in their Redmond, WA, campus and other global Microsoft locations.

Détails de l'édition

• Éditeur: John Wiley & Sons Inc
• Date d'édition: 2003
• Langue: anglais
• ISBN 10: 0471222852
• ISBN 13: 9780471222859
• Reliure: Broché
• Nombre de pages: 496
• Coordonnées du fabricant: non disponible
• Personne responsable: non disponible