Engineering Distributed Objects
Engineering Distributed Objects
Wolfgang Emmerich auth.
- Chichester John Wiley & Sons c2000
- xiii,371p. fig.
bibliography : pp. 357 - 363, index : pp. 365 - 371
Preface Acknowledgements Part I : Concepts 1. Distributed Systems 1.1 What Is a Distributed System? 1.2 Examples of Distributed Systems 1.3 Distributed System Requirements 1.4 Transparency in Distributed Systems Key Points Self Assessment Futher Reading 2. Designing Distributed Objects 2.1 Evolution of Object Technology 2.2 UML Representations for Distributed Object Design 2.3 A Meta-Model for Distributed Objects 2.4 Local versus Distributed Objects Key Points Self Assessment Futher Reading Part II Middleware for Distributed Objects 3. Principles of Object - Oriented Middleware 3.1 Computer Networks 3.2 Types of Middleware 3.3 Object - Oriented Middleware 3.4 Developing with Object - Oriented Middleware Key Points Self Assessment Futher Reading 4. CORBA, COM and Java/RMI 4.1 CORBA 4.2 COM 4.3 Java/RMI Key Points Self Assessment Futher Reading 5 Resolving Heterogeneity 5.1 Heterogeneous Programming Languages 5.2 Heterogeneous Middleware 5.3 Heterogeneous Data Representation Key Points Self Assessment Futher Reading 6. Dynamic Object Requests 6.1 Motivating Examples 6.2 Dynamic Invocation 6.3 Reflection 6.4 Designing Generic Applications Key Points Self Assessment Futher Reading Part III Common Design Problems 7. Advanced Communication between Distributed Objects 7.1 Request Synchronization 7.2 Request Multiplicity 7.3 Request Reliability Key Points Self Assessment Futher Reading 8 Locating Distributed Objects 8.1 Object Naming 8.2 Object Trading Key Points Self Assessment Futher Reading 9 Life Cycle of Distributed Objects 9.1 Object Life Cycle 9.2 Composite Objects 9.3 Composite Object Life Cycle Key Points Self Assessment Futher Reading
0471986577
Αντικειμενοστρεφής προγραμματισμός (Επιστήμη των υπολογιστών)
ELECTRONIC DATA PROCESSING
DISTRIBUTED PROCESSING
005.117
bibliography : pp. 357 - 363, index : pp. 365 - 371
Preface Acknowledgements Part I : Concepts 1. Distributed Systems 1.1 What Is a Distributed System? 1.2 Examples of Distributed Systems 1.3 Distributed System Requirements 1.4 Transparency in Distributed Systems Key Points Self Assessment Futher Reading 2. Designing Distributed Objects 2.1 Evolution of Object Technology 2.2 UML Representations for Distributed Object Design 2.3 A Meta-Model for Distributed Objects 2.4 Local versus Distributed Objects Key Points Self Assessment Futher Reading Part II Middleware for Distributed Objects 3. Principles of Object - Oriented Middleware 3.1 Computer Networks 3.2 Types of Middleware 3.3 Object - Oriented Middleware 3.4 Developing with Object - Oriented Middleware Key Points Self Assessment Futher Reading 4. CORBA, COM and Java/RMI 4.1 CORBA 4.2 COM 4.3 Java/RMI Key Points Self Assessment Futher Reading 5 Resolving Heterogeneity 5.1 Heterogeneous Programming Languages 5.2 Heterogeneous Middleware 5.3 Heterogeneous Data Representation Key Points Self Assessment Futher Reading 6. Dynamic Object Requests 6.1 Motivating Examples 6.2 Dynamic Invocation 6.3 Reflection 6.4 Designing Generic Applications Key Points Self Assessment Futher Reading Part III Common Design Problems 7. Advanced Communication between Distributed Objects 7.1 Request Synchronization 7.2 Request Multiplicity 7.3 Request Reliability Key Points Self Assessment Futher Reading 8 Locating Distributed Objects 8.1 Object Naming 8.2 Object Trading Key Points Self Assessment Futher Reading 9 Life Cycle of Distributed Objects 9.1 Object Life Cycle 9.2 Composite Objects 9.3 Composite Object Life Cycle Key Points Self Assessment Futher Reading
0471986577
Αντικειμενοστρεφής προγραμματισμός (Επιστήμη των υπολογιστών)
ELECTRONIC DATA PROCESSING
DISTRIBUTED PROCESSING
005.117
