Index: D - e-Reading Library
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Index: D
- data
- buffering: 8.5.1. Streaming Multimedia
- caching, database objects and: 7.2.5. Data Caching Issues
- encrypting (see encryption)
- marshaling: 3.2.2. Remote Method Calls
- multicasting: 2.1.3. Multicast Sockets
- partitioning and distributing: 1.2.1. Partitioning and Distributing Data and Functions
- raw throughput monitoring: 8.4.1. Raw Data Monitoring
- real throughput monitoring: 8.4.2. Real Data Monitoring
- XDR-formatted (example): 2.1.4. Streams, Readers, and Writers for Input and Output
- DatabaseItem interface (example): 7.2.4. JDBC-Enabled Data Objects
- multiple Connection objects: 7.3. Multi-Database Applications
- databases
- defining data objects: 7.2.2. Defining the Data Objects
- scheduling system example: 7.2.3. A Scheduling Example
- JDBC API, overview of: 7.1. An Overview of JDBC
- multiple in applications: 7.3. Multi-Database Applications
- ODBC drivers: 7.2.1. JDBC Driver Configurations
- remote: 7.2. Remote Database Applications
- remote data servers and: 7.2.6. Remote Data Servers
- sample query: 7.1.1. Data Retrieval Example
- scheduling system (example): 7.2.3. A Scheduling Example
- data caching: 7.2.5. Data Caching Issues
- with JDBC-enabled data objects: 7.2.4. JDBC-Enabled Data Objects
- DatagramPacket class: 2.1.2. Your Basic Socket
- DatagramSocket class: 2.1.2. Your Basic Socket
- DataInputStream class: 1.3.5. Network Support
- 2.1.4. Streams, Readers, and Writers for Input and Output
- DataMonitor class (example): 8.4. Monitoring Bandwidth
- DataOutputStream class: 2.1.4. Streams, Readers, and Writers for Input and Output
- dcj.examples packages: 0.3. About the Source Code
- dcj.utils packages: 0.3. About the Source Code
- defocusElement( ): 8.5.2. Web Browsing
- delegation models: 6.6.1. Event Model Overview
- destroy( ): B.2.2. Interface Specifics
- development tools for distributed object systems: 3.3.5. Development Tools
- Diffie-Hellman encryption technique: 5.4.2. Public Key Methods
- 5.4.2. Public Key Methods
- 5.7.2.1. Encryption techniques
- Digital Signature Algorithm (DSA): 5.2.1.1. The User API
- 5.7.2.1. Encryption techniques
- digital signatures: 5.2.2. The Core Security API
- 5.5. Digital Signatures
- DII (Dynamic Invocation Interface): 3.5. CORBA
- disconnect_push_supplier( ): B.2.2. Interface Specifics
- dispatch( ): D.3. The java.rmi.server Package
- distributed applications
- anatomy of: 1.1. Anatomy of a Distributed Application
- bandwidth-limited (see bandwidth-limited systems)
- with databases (see databases)
- requirements for development: 1.2. Requirements for Developing Distributed Applications
- distributed certified public keys: 5.5.5. Distributing Certified Public Keys
- distributed computing
- bandwidth-limited (see bandwidth-limited systems)
- development tools for: 3.3.5. Development Tools
- distribution of workload: 3.2.3. Other Issues
- history of: 0. Preface
- Java's advantages in: 1.3. What Does Java Provide?
- motivations for: 1. Introduction
- distributed events: 6.6.2. Distributed Events
- distributed objects: 3.1. Why Distribute Objects?
- databases and remote data: 7.2.6.2. Distributed objects from the data server
- Java schemes: 3.4. Distributed Object Schemes for Java
- comparison between: 3.7. RMI vs. CORBA
- CORBA: 3.5. CORBA
- Java RMI: 3.6. Java RMI
- JavaSpaces system: C. JavaSpaces
- system features: 3.3. Features of Distributed Object Systems
- distributed threads/ThreadGroups: 4.4.2. Distributed ThreadGroups
- synchronizing: 4.4.4. Synchronizing Distributed Threads
- distributeEvent( ): 6.6.2. Distributed Events
- distributing data and functions: 1.2.1. Partitioning and Distributing Data and Functions
- DistThreadGroup class (example): 4.4.2. Distributed ThreadGroups
- DNS (Domain Name Service): 2.1.1. IP Addressing
- doConsume( )
- AudioConsumer class: 8.5.1. Streaming Multimedia
- ContentConsumer class: 8.4.2. Real Data Monitoring
- Domain Name Service (DNS): 2.1.1. IP Addressing
- done( )
- RemoteCall interface: D.3. The java.rmi.server Package
- RemoteRef class: D.3. The java.rmi.server Package
- DoneCmd class (example): 1.3.5. Network Support
- doProduction( )
- AudioProducer class: 8.5.1. Streaming Multimedia
- ContentProducer class: 8.4.2. Real Data Monitoring
- downloading
- applet support classes: A.2. Class Downloads
- web pages (example): 8.5.2. Web Browsing
- Driver interface: 7.1.2.1. DriverManager
- DriverManager class: 7.1.2.1. DriverManager
- drivers, configuring: 7.2.1. JDBC Driver Configurations
- DSA (Digital Signature Algorithm): 5.2.1.1. The User API
- 5.7.2.1. Encryption techniques
- DSAKeyPairGenerator interface: 5.2.1.1. The User API
- dynamic database objects: 7.2.3. A Scheduling Example
- Dynamic Invocation Interface (DII): 3.5. CORBA
- dynamic object activation: 3.3.2. Object Manager
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