Smart Card Application Development Using Java (Paperback, 2, Softcover Repri)

I Smart Card Introduction and Overview.- 1 What Makes the Smart Card "Smart"?.- 1.1 What is a Smart Card?.- 1.1.1 The Benefits of Smart Cards.- 1.2 Smart Card Hardware.- 1.2.1 Memory Cards and Microprocessor Cards.- 1.2.2 Contactless Cards.- 1.2.3 The Computer on the Smart Card.- 1.2.4 Mechanical Contacts.- 1.2.5 The Size of a Smart Card.- 1.2.6 Hardware Security.- 1.2.7 The Manufacturing Process.- 2 Introduction to Smart Card Software.- 2.1 Smart Card Application Development Process.- 2.2 Communication with the Card.- 2.2.1 APDUs.- 2.2.2 T=0 and T=1.- 2.2.3 TLV Structures.- 2.3 Smart Card Operating Systems.- 2.3.1 File System Smart Cards.- 2.3.2 Java Card.- 2.3.3 Multos.- 2.3.4 Smart Card for Windows.- 3 Smart Cards and e-business.- 3.1 Electronic Purses.- 3.1.1 GeldKarte.- 3.1.2 Mondex.- 3.1.3 Proton.- 3.1.4 Visa Cash.- 3.1.5 Common Electronic Purse Specification.- 3.2 Authentication and Secure Access.- 3.2.1 Workstation Access.- 3.2.2 Network- and Server-Login.- 3.2.3 Secure Communication.- 3.3 Digital Signatures.- 3.4 Other Uses of Smart Cards in e-business.- 3.4.1 Electronic Ticketing.- 3.4.2 Loyalty Programs.- 3.4.3 Growth Expected.- 4 Cryptography.- 4.1 Cryptographic Algorithms.- 4.1.1 Symmetric Cryptographic Algorithms.- 4.1.2 Public-Key Algorithms.- 4.1.3 Hybrid Algorithms.- 4.2 Smart Card Cryptographic Protocols.- 4.2.1 External Authentication.- 4.2.2 Internal Authentication.- 4.2.3 Secure Messaging.- 4.3 TLS and Smart Cards.- 5 Smart Card Readers and Terminals.- 5.1 Smart Card Readers.- 5.2 Smart Card Terminals.- 5.3 Biometric Identification.- 6 Smart Card Standards and Industry Initiatives.- 6.1 ISO Standards.- 6.2 EMV ICC Specifications for Payment Systems.- 6.3 PC/SC.- 6.4 GlobalPlatform.- II OpenCard Framework 85.- 7 Introduction to OpenCard.- 7.1 The History of the OpenCard Framework.- 7.2 The OpenCard Consortium.- 7.3 The Objectives of the OpenCard Framework.- 7.4 The Advantages of Using OCF.- 7.5 The OCF Architecture.- 7.5.1 A Note on Notation.- 7.5.2 Architecture Overview.- 8 The Utility Classes.- 8.1 The OpenCard Core Definitions.- 8.2 The Core Utility Classes.- 8.2.1 Hex String Processing.- 8.2.2 The Configuration Provider.- 8.2.3 The Tracer.- 8.2.4 System Access.- 8.3 The Optional Utility Classes.- 8.3.1 The Loader Classes.- 8.3.2 The PassThruCardService.- 8.3.3 The Tag and TLV Classes.- 9 The Terminal Layer.- 9.1 Terminal Layer Core Components.- 9.1.1 Terminal Registry and Event Mechanism.- 9.1.2 Device Abstractions.- 9.1.3 The Terminal Layer Exceptions.- 9.1.4 PIN/Password Support.- 9.2 Terminal Layer Optional Components.- 9.2.1 The opencard.optterminal Package.- 9.2.2 The opencard.optterminal.protocol Package.- 9.3 Tracing in the Terminal Layer.- 9.4 Communicating with the Card Reader.- 9.4.1 The Java Communications API.- 9.5 The Implementation.- 9.5.1 Using the T=1 Protocol Support.- 9.5.2 Implementing the CardTerminal.- 9.5.3 Implementing the CardTerminalFactory.- 10 The Service Layer.- 10.1 The CardService Layer Core Components.- 10.1.1 The Application Access Classes.- 10.1.2 The Card Access Classes.- 10.1.3 The CardService Support Classes.- 10.1.4 The CHV Support Classes.- 10.1.5 The CardService Exceptions.- 10.2 The CardService Optional Components.- 10.3 Standard CardService Interfaces.- 10.3.1 The ISO File System CardService.- 10.3.2 The Signature CardService.- 10.3.3 The Application Management CardService.- 11 The OCF Security Concepts.- 11.1 OpenCard Security Overview.- 11.2 OpenCard Security Classes.- 11.2.1 Cryptographic Key Classes.- 11.2.2 The Smart Card Key Classes.- 11.2.3 CardService Interface Classes.- 11.2.4 Credentials.- 11.3 Running OCF in Browsers.- 11.3.1 Browser Security Models.- 11.3.2 Invocation of Privileged Methods.- 11.3.3 Security Implications.- III Smart Card Application Development Using OCF 193.- 12 Using OCF.- 12.1 Preparing Your System.- 12.2 Configuring OCF on Your System.- 12.2.1 Setting the OCF Configuration Properties.- 12.3 The First Simple Application.- 12.3.1