Implementing production quality client/server systems:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York u.a.
Wiley
1994
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| Schriftenreihe: | Wiley professional computing
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXI, 442 S. graph. Darst. |
| ISBN: | 0471585319 |
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| 245 | 1 | 0 | |a Implementing production quality client/server systems |c Barbara Bochenski |
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| 264 | 1 | |a New York u.a. |b Wiley |c 1994 | |
| 300 | |a XXI, 442 S. |b graph. Darst. | ||
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Datensatz im Suchindex
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| adam_text | CONTENTS 1 CLIENT/SERVER INTRODUCTION 1
1.1 A New Approach Takes Hold 1
1.1.1 The Traditional Computing Model 2
1.1.2 A New Architecture 3
1.1.3 The Synergism of New Capabilities 5
1.2 What is Client/Server Computing? 6
1.2.1 Differences of Opinion 6
1.2.2 Definition of Client/Server Terms 7
1.2.3 Different Uses of the Term Application 10
1.3 Background 11
1.3.1 The Evolution of Today s New Architectures 1 1
1.3.2 The Concept of a Server Catches On 12
1.4 Similar Architectures 13
1.4.1 Cooperative Processing and Distributed Computing 13
1.4.2 The Role of Peer to Peer Processing 14
1.5 Vendor Adaptations to Client/Server 16
1.5.1 New Vendors Appear, Old Vendors Adapt 16
1.5.2 Examples of IBM s Client/Server Products 1 7
2 COMPONENTS OF A CLIENT/SERVER ARCHITECTURE 19
2.1 Client/Server Architecture and Modularity T9
2.2 The Major Components 20
2.2.1 Client Front Ends 20
2.2.2 Server Back Ends 21
2.2.3 GUIs 24
2.2.4 Networks 25
2.2.5 Middleware or Interconnecting Software 28
2.3 Other Important Considerations 29
2.3.1 Distributed Databases are a Different Issue 29
2.3.2 System Management and Other Issues 30
xii . Contents
2.4 New Possibilities Offered by New Architectures 31
2.4.1 Groupware 31
2.4.2 E Mail Enabled Software 32
2.4.3 Lotus Notes and Other Products 33
2.5 Benefits and Issues of Client/Server Systems 34
2.5.1 Benefits 34
2.5.2 Issues 36
3 GETTING STARTED WITH CLIENT/SERVER COMPUTING 39
3.1 Issues Related to Getting Started 39
3.1.1 Overcoming Resistance 40
3.1.2 The Learning Curve 42
3.2 Candidate Systems for Client/Server Platforms 46
3.2.1 Types of Systems 46
3.3 Different Approaches to Getting Started 47
3.3.1 New Systems, Add On Systems, Phased Approaches,
and Redevelopment 47
3.3.2 Rapid Downsizing 49
3.3.3 Application Packages 51
4 OPEN SYSTEMS AND CLIENT/SERVER COMPUTING 55
4.1 The Interaction and Benefits 55
4.1.1 How the Client/Server Architecture Encourages Open Systems 55
4.1.2 Definition and Benefits of Open Systems 56
4.2 The Role of Standards and Standards Organizations 57
4.2.1 Different Types of Standards and Standards Organizations 57
4.2.2 X/Open 59
4.2.3 The Open Software Foundation (OSF) 61
4.3 Other Factors 67
4.3.1 Open Transaction Monitors 67
4.3.2 The Battle Over Open Systems 70
4.3.3 Specific Standards of Wide Interest 72
5 DOWNSIZING 73
5.1 What is Downsizing? 73
5.1.1 Similarities Between Client/Server and Downsizing 73
5.1.2 Other Types of Resizing 74
5.1.3 Primary Reasons to Downsize 75
5.2 Issues Related to Downsizing 75
5.2.1 The Hidden Costs of Downsizing 75
5.2.2 Candidate Applications for Downsizing 77
5.2.3 Downsizing Impacts Mainframe Software Pricing 78
5.3 Downsizing Experiences 79
Contents ¦ xiii
5.3.1 Timesharing Demise Saves Close to ,000,000 a Year 80
5.3.2 From IMS to SQL Server 81
5.4 Mainframe Downsizing Conversion Tools 82
6 CLIENT TOOLS 85
6.1 Client Software 85
6.1.1 Characteristics of Client Software 85
6.1.2 The Evolution of Client Software 86
6.2 Roles of Client Software 87
6.2.1 The Difficulty of Classifying Client Software 87
6.2.2 Software that Accesses Databases 88
6.2.3 Software for Developing Entire Applications 90
6.2.4 Application Software Packages 93
6.3 Selecting Client Software 93
6.3.1 Selection Issues 93
6.3.2 A Wish List of Features 96
6.4 Examples of Client Tools 97
6.4.1 Asymetrix s Toolbook 97
6.4.2 Borland s Paradox SQL Link 98
6.4.3 DataEase International s DataEase SQL 98
6.4.4 Easel Corporation s Easel 99
6.4.5 Gupta Corporation s Quest and SQLWindows 100
6.4.6 Information Builder s EDA/SQL 101
6.4.7 Microsoft s Visual Basic 101
6.4.8 Powersoft s PowerBuilder 102
6.4.9 Revelation Technology s Advanced Revelation 102
6.5 Other Client Platforms 102
6.5.1 Macintosh Tools 103
6.5.2 UNIX Tools 103
6.6 Object Oriented Techniques and Tools 103
6.6.1 An Overview of Object Oriented Concepts 104
6.6.2 The OOP Learning Curve 109
6.6.3 OOP Language Implementations 109
7 GRAPHICAL USER INTERFACES (GUIS) 111
7.1 GUI Overview 111
7.1.1 Benefits of GUIs 111
7.1.2 Object Oriented Concepts Contribute to GUIs 1 1 2
7.1.3 GUI/Operating System Boundaries 1 13
7.1.4 The GUI Gamble 113
7.2 Development Concerns 115
7.2.1 Building GUIs for Your Applications 115
7.2.2 Building GUIs 116
7.2.3 GUI Building Tools 119
xiv ¦ Contents
7.3 The X Window System 120
7.3.1 X Window s Use of Terminology 121
7.3.2 Mixing Microsoft Windows and the X Window System 121
7.4 Other GUI Concerns 121
7.4.1 GUIs for Existing Production Systems 121
7.4.2 Creating Portable GUIs 122
8 BACK END DATABASE SERVERS 125
8.1 The Concept of a Server 125
8.2 Server Hardware 126
8.2.1 A Diversity of Hardware is Available 127
8.2.2 Disk Mirroring and Disk Duplexing 128
8.2.3 Server Fault Tolerance 129
8.2.4 RAID Systems 130
8.3 Database Server Software 131
8.3.1 Characteristics of Database Server Software 131
8.3.2 The Role of RDBMSs and SQL in Client/Server Computing 1 35
8.3.3 Distributed Processing vs. Distributed Databases 137
8.3.4 Multiple Server Transaction Processing 138
8.3.5 Database Servers and Operating Systems 138
8.3.6 Similarities and Differences in Database Servers 139
8.4 Product Descriptions 141
8.4.1 Sybase/Microsoft SQL Server 141
8.4.2 Gupta Corporation s SQLBase 142
8.4.3 Informix Corporation s Informix OnLine 142
8.4.4 IBM s Database Manager 143
8.4.5 Oracle Corporation s Oracle Server 144
8.4.6 Ask Corporation s Ingres Server 144
8.5 Object Oriented Databases in Client/Server Systems 145
8.5.1 Implementations of OODBMS Client/Server Systems 146
8.5.2 Other Object Oriented Client/Server Connections 147
9 NETWORKING CONCEPTS 149
9.1 Understanding the Basics 149
9.1.1 The Role of Networks 150
9.1.2 Network Components 151
9.1.3 Early LANs 152
9.1.4 Factors Affecting LAN Selection 153
9.2 Standards Related to Networking 155
9.2.1 The ISO Seven Layer OSI Reference Model 155
9.2.2 MAP/TOP 163
9.2.3 GOSIP 164
9.2.4 The IEEE LAN Standards 165
9.3 TCP/IP 167
Contents ¦ xv
9.4 Transitioning to GOSIP or OSI 168
9.4.1 Transition Approaches 168
9.5 Wide Area Networks 169
9.5.1 The Role of Wide Area Networks in Client/Server Systems 169
9.5.2 Packet Switching 170
9.5.3 Frame Relay 171
9.5.4 Asynchronous Transfer Mode (ATM) 172
10 NETWORK AND SERVER OPERATING SYSTEMS 173
10.1 Overview 173
10.1.1 Different Kinds of Operating Systems 173
10.1.2 Characteristics of Network Operating Systems 174
10.2 Server Operating System Descriptions 176
10.2.1 The LAN Server/LAN Manager Connection 176
10.2.2 Microsoft s LAN Manager 177
10.2.3 IBM s LAN Server 178
10.2.4 Novell s NetWare 178
10.2.5 Banyan s Vines 180
10.2.6 OSF/1 180
10.2.7 NeXTStep 181
10.2.8 Digital s Pathworks 182
10.2.9 Microsoft s NT 182
10.3 Next Generation Operating Systems 183
10.3.1 Taligent 183
10.4 Peer to Peer Networks 184
10.4.1 Description of Peer to Peer Networks 1 84
10.4.2 Examples of Product Offerings 184
11 INTERCONNECTING INDIVIDUAL LANS 187
11.1 Network Interconnection 187
11.1.1 Why the Need to Interconnect Exists 187
1 1.1.2 Bridges, Routers, and Gateways 1 88
11.1.3 Other Internetworking Devices 191
11.1.4 Repeaters vs. Bridges 192
11.2A Comparison of Bridges and Routers 193
11.2.1 Bridges: Advantages and Disadvantages 193
1 1.2.2 Routers: Advantages and Disadvantages 194
11.2.3 Summary of the Pros and Cons of Bridges and Routers 196
11.3 Vendors 196
11.3.1 New Vendors 196
11.3.2 Traditional Vendors: Digital s Bridges and Routers 198
11.3.3 IBM s Source Routing 198
11.4 other issues 199
11.4.1 Importance of Compression 199
xvi ¦ Contents ^^^^^^^__
12 COMMUNICATING BETWEEN CLIENT
AND SERVER MODULES 201
12.1 Different Types of Communication 201
12.1.1 Conversational Model 201
12.1.2 Messaging 2O2
12.1.3 Interprocess Communication (IPC) and Middleware 203
12.2 SQL 204
12.2.1 A Description of SQL 204
12.2.2 SQL Limitations 206
12.2.3 Overview of Vendor Products 207
12.3 RPCs 211
12.3.1 A Description of RPCs 211
12.3.2 RPC Limitations 212
13 DISTRIBUTED PROCESSING/DISTRIBUTED DATABASES 215
13.1 Overview 215
13.1.1 The Difference Between Distributed Processing
and Distributed Databases 215
13.1.2 A Definition of Distributed Databases 217
13.1.3 Early Distributed Databases 218
13.2 Distributed Databases Have Unique Requirements 219
13.2.1 The Transparencies 219
13.2.2 Other Requirements of Distributed Databases 222
13.3 Different Environments and Implementations 225
13.3.1 Distributed Database in a Client/Server Environment 225
1 3.3.2 IBM s Approach to Distributed Databases 226
13.4 Distributed Database Issues 228
13.4.1 Pros and Cons of Distributed Databases 228
1 3.4.2 Review of Reasons for Distributing Data 229
13.4.3 Are Definitions Changing? 230
14 CLIENT/SERVER SYSTEMS MANAGEMENT 231
14.1 Overview 231
14.1.1 Systems Management Considerations 231
14.2 The Primary Management Areas 233
14.2.1 Change Management 233
14.2.2 Configuration Management 235
14.2.3 Storage Management 238
14.2.4 Network Management 239
14.3 Standards Related to Systems Management 241
14.3.1 International Standards 241
14.3.2 De Facto Standards in Systems Management 242
14.4 Software Distribution 243
Contents . xvii
14.5 Integrated Products 244
14.5.1 IBM s SystemView 244
14.5.2 Other Products 245
14.5.3 OSF sDME 248
15 THE INCREASING ROLE OF UNIX 251
15.1 An Introduction to UNIX 251
15.1.1 A Brief History of UNIX 252
15.1.2 Some More Interesting History of UNIX 252
15.1.3 UNIX and Openness 254
15.1.4 Some UNIX Advantages and Disadvantages 254
15.2 Technical Features 256
15.2.1 UNIX Kernel, Shell, and Utilities 256
15.2.2 UNIX Daemons and Other Features 257
15.2.3 UNIX Utilities Play an Important Role 258
15.3 UNIX E mail 258
15.3.1 UNIX E mail Systems 258
15.3.2 Example of How to Use UNIX E mail 259
15.3.3 Attaching Files to UNIX E mail 261
15.4 Use of UNIX is Increasing 262
16 UNIX NETWORKING 263
16.1 UNIX Networking 263
16.1.1 Overview 263
16.1.2 Different Types of UNIX Networks 263
16.2 Network File Services and Other Networking Mechanisms 266
16.2.1 Sun s Network File System (NFS) 266
16.2.2 The Transport Layer Interface (TLI) 267
16.2.3 RFS Overview 267
16.3 UNIX Interprocess Communication 268
16.3.1 Sockets 268
16.3.2 Streams 269
16.4 The Internet 270
16.4.1 Misconceptions about the Internet 270
16.4.2 General Information 271
16.4.3 Additional Internet Services and How to Use Them 272
16.4.4 Research on the Internet 273
16.4.5 Internet Newsgroups 274
16.4.6 Free Software from the Internet 275
16.4.7 How Companies Have Benefited from the Internet 275
16.4.8 Additionallnformation about the Internet 276
17 E MAIL AND CLIENT/SERVER SYSTEMS 279
17.1 Overview of E mail 279
xx ¦ Contents ^^^^^^^^^^^^
21.3.3 The Need for Security Experts 350
21.3.4 Security Lines of Defense 352
21.4 Special Needs for Security in Client/Server Systems 355
21.4.1 Desktop Computer Security 356
21.4.2 Application Security 356
21.4.3 Server Security 35/
21.5 Network Security 358
21.5.1 Network Passwords 358
21.5.2 Network Fault Tolerance 359
21.6 Data Encryption 359
21.6.1 Cryptography 360
21.6.2 The Data Encryption Standard (DES) 364
21.7 Kerberos 364
21.7.1 Kerberos Overview 365
21.7.2 Shared Secrets and Tickets 366
21.8 Government Security: The Rainbow Series of Manuals 366
21.8.1 The Orange Book 367
21.8.2 The Red Book (Network Security) 368
21.9 UNIX Security 369
21.9.1 RPC Security 369
21.9.2 Additional Help and Information with UNIX Security 370
22 EXISTING PRODUCTION QUALITY
CLIENT/SERVER SYSTEMS 371
22.1 Many Firms Are Implementing Client/Server Systems 371
22.1.1 Different Types of Systems 371
22.2 Mission Critical Client/Server Systems 372
22.2.1 OLTP Hotel Reservation System 372
22.2.2 Outsourcing Systems 373
22.3 Improving Customer Service 374
22.3.1 Textron Explored Other Options First 375
22.3.2 Sprint Gets More Proactive With Customers 376
22.3.3 Providing Server Access to Mainframe Data 378
22.4 Connectivity as a Critical Success Factor 380
22.4.1 Motorola Sees Network as Strategic Benefit 380
22.4.2 Foxboro Cuts Costs in Half 382
22.4.3 Distributed System Helps School System Downsize 383
22.4.4 Workflow Software Increases Productivity 384
22.5 Using Packaged Application Client/Server Systems 384
22.5.1 End Users Go Around MIS 385
22.5.2 Pepsi Seeks Better Functionality 385
22.6 Client/Server and Open Systems 386
22.6.1 Millipore is Dedicated to Open Systems 386
22.6.2 Burlington Plans to Shut Off the Mainframe 387
22.6.3 The Importance of Openness 388
Contents ¦ xxi
ACRONYMS 389
GLOSSARY 397
BIBLIOGRAPHY 419
INDEX 425
xviii ¦ Contents 17.1.1 E mail Concepts 279
17.1.2 Store and Forward Messaging 280
17.1.3 Evolution of E mail 280
17.1.4 The Advantages of E mail 281
17.1.5 Drawbacks of E mail 282
17.2 E mail Architecture and Utilization 284
17.2.1 Architecture of E mail 284
17.2.2 End User Utilization 285
17.3 E mail Features 288
17.3.1 Security 288
17.3.2 Authentication 289
17.3.3 Wireless E mail 290
17.4 E mail Software 291
17.4.1 Tips for Selecting an E mail System 291
17.4.2 E mail Checklist 292
17.5 Representative E mail Packages 292
17.5.1 LAN based E mail Systems 293
17.5.2 Mainframe and Minicomputer E mail Systems 297
17.6 Public E mail Systems 300
17.6.1 EasyLink 300
17.6.2 MCI Mail 301
17.6.3 CompuServe 301
18 E MAIL STANDARDS AND PROTOCOLS 303
18.1 The Importance of Standards in General 303
18.1.1 Standards Benefit the Interstate Highway and Railroad Systems 303
18.1.2 Standards Facilitate Telephone Communication 304
18.1.3 Lack of Computing Standards Delay Progress Significantly 304
1 8.1.4 Standards for E mail 305
18.2 The X.400 E mail Standard 305
1 8.2.1 Organizational Support for X.400 306
18.2.2 Industry Support for X.400 and X.500 307
18.3 De Facto E mail Standards 307
18.3.1 Transport Services 307
18.3.2 De Facto Front end E mail Standards 310
18.4 Directory Techniques 313
18.4.1 Directory Services 313
18.4.2 A Global E mail Directory 314
18.5 The X.500 Directory Standard 315
18.5.1 X.500 Goals 315
18.5.2 Concerns About X.500 and How They are Being Addressed 315
18.6 Why Some Vendors Avoid De Jure Standards 316
1 8.6.2 Vendors Taking a Pro Active Role with De Jure Standards 317
18.7 The Future of E mail 317
Contents ¦ xix
19 GROUPWARE AND WORKGROUP COMPUTING 319
19.1 New Combinations of Software
and Work Sharing Approaches 319
19.2 An Overview of Groupware 320
19.2.1 A Definition of Groupware 321
19.2.2 Groupware Features 321
19.2.3 Scripting 322
19.3 Notes 322
19.4 Competitive Products 324
19.5 UNIX based Groupware 324
19.6 Limitations of Groupware and Related Issues 325
19.6.1 Limitations 325
19.6.2 Issues Related to Groupware 325
20 SOFTWARE COMBINATIONS: WORKFLOW,
SMART E MAIL, EDI 327
20.1 Workflow Software 327
20.1.1 Difference between Groupware and Workflow Packages 328
20.1.2 Workflow Package Architectures 328
20.2 How This Software is Used 331
20.2.1 Document Preparation 331
20.2.2 Office Automation and Administrative Functions 332
20.2.3 Image Processing Combined with Workflow 334
20.2.4 Preventing ,000/Hour Overcharges 335
20.3 Smart E mail and Mail Enabled Software 335
20.3.1 Examples of Mail Enabled Applications 336
20.4 More Vendors 337
20.5 Electronic Data Interchange 338
20.5.1 How Client/Server and EDI Systems Work Together 338
20.5.2 The Growing Importance of EDI 339
20.5.3 The Interesting History of EDI 340
20.5.4 Benefits and Obstacles to EDI 341
21 SECURITY IN CLIENT/SERVER SYSTEMS 345
21.1 Security is Available for Client/Server Systems 345
21.1.1 Taking Responsibility for Security 346
21.1.2 Balancing Security and Ease of Use 347
21.2 All Computers Need Security 347
21.2.1 Security to Fit the Situation 348
21.2.2 Hackers —The Term Takes a Nasty Twist 349
21.3 Security Assessment 349
21.3.1 Potential Risks 349
21.3.2 Example of Calculating Risk Exposure 350
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| id | DE-604.BV009942988 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:43:39Z |
| institution | BVB |
| isbn | 0471585319 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-006588106 |
| oclc_num | 28495358 |
| open_access_boolean | |
| owner | DE-91G DE-BY-TUM |
| owner_facet | DE-91G DE-BY-TUM |
| physical | XXI, 442 S. graph. Darst. |
| publishDate | 1994 |
| publishDateSearch | 1994 |
| publishDateSort | 1994 |
| publisher | Wiley |
| record_format | marc |
| series2 | Wiley professional computing |
| spelling | Bochenski, Barbara Verfasser aut Implementing production quality client/server systems Barbara Bochenski Implementing production-quality client/server systems New York u.a. Wiley 1994 XXI, 442 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley professional computing Computers - Networks Architecture client-serveur (informatique) ram Client/server gtt Réseaux d'ordinateurs ram Client/server computing Client-Server-Konzept (DE-588)4252624-3 gnd rswk-swf Client-Server-Konzept (DE-588)4252624-3 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006588106&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Bochenski, Barbara Implementing production quality client/server systems Computers - Networks Architecture client-serveur (informatique) ram Client/server gtt Réseaux d'ordinateurs ram Client/server computing Client-Server-Konzept (DE-588)4252624-3 gnd |
| subject_GND | (DE-588)4252624-3 |
| title | Implementing production quality client/server systems |
| title_alt | Implementing production-quality client/server systems |
| title_auth | Implementing production quality client/server systems |
| title_exact_search | Implementing production quality client/server systems |
| title_full | Implementing production quality client/server systems Barbara Bochenski |
| title_fullStr | Implementing production quality client/server systems Barbara Bochenski |
| title_full_unstemmed | Implementing production quality client/server systems Barbara Bochenski |
| title_short | Implementing production quality client/server systems |
| title_sort | implementing production quality client server systems |
| topic | Computers - Networks Architecture client-serveur (informatique) ram Client/server gtt Réseaux d'ordinateurs ram Client/server computing Client-Server-Konzept (DE-588)4252624-3 gnd |
| topic_facet | Computers - Networks Architecture client-serveur (informatique) Client/server Réseaux d'ordinateurs Client/server computing Client-Server-Konzept |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006588106&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT bochenskibarbara implementingproductionqualityclientserversystems |