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Index: S

SchedDbaseImpl class (example): 7.2.6.2. Distributed objects from the data server

SchedResource class (example): 7.2.4. JDBC-Enabled Data Objects

data caching and: 7.2.5. Data Caching Issues

message-passing version: 7.2.6.1. Message passing with the data server

RMI-enabled version: 7.2.6.2. Distributed objects from the data server

SchedResourceImpl class (example): 7.2.6.2. Distributed objects from the data server

SchedTask class (example): 7.2.4. JDBC-Enabled Data Objects

7.2.4. JDBC-Enabled Data Objects

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

secret keys: 5.4.1. Secret Keys

SecretKey class: 5.4.3. Keys in the Java Security API

Secure Socket Layer (SSL): 5.7.3.1. Secure Socket Layer (SSL)

SecureAgent client (example): 5.6.2. Back to Our Credit Agent

SecureRandom class: 5.4.3. Keys in the Java Security API

security: 1.2.4. Security Issues

1.3.6. Security

5.1. Security Issues and Concerns

authentication (see authentication)

certification (see certification)

development object systems and: 3.3.6. Security

encryption (see encryption)

general protocols for: 5.7.3. General Security Protocols

Java API for (see Java Security API)

keys (see keys)

RMI security manager: 3.6.5. Registering and Using a Remote Object

Security Service (CORBA): B.3. Security Service

send( )

Collaborator interface: 9.3.1. Building the Infrastructure with Message Passing

Mediator interface: 9.3.1. Building the Infrastructure with Message Passing

MulticastSocket class: 2.1.3. Multicast Sockets

RMICollaboratorImpl class (example): 9.3.2. Collaborating with RMI

sendEvent( ): 6.6.2. Distributed Events

sendMsg( ): 9.3.1. Building the Infrastructure with Message Passing

serialization: 3.2.1. Creating Remote Objects

3.6.6. Serializing Objects

JavaSpace interface and: C.2. Entry and EntryRep

Serializable interface: 1.3.5. Network Support

3.6.6. Serializing Objects

servers

BankServer interface (example): 3.5.2. The Interface Definition Language (IDL)

ChessServer class (example): 6.4. Fixed Protocols

6.4. Fixed Protocols

implementation of object classes: 3.3. Features of Distributed Object Systems

java.rmi.server package: D.3. The java.rmi.server Package

object skeleton: 3.3. Features of Distributed Object Systems

IDL interface and: 3.5.3. Server Implementations

3.5.5.3. The server skeleton and implementation

Java RMI and: 3.6.4. Client Stubs and Server Skeletons

PipedServer class (example): 2.1.4. Streams, Readers, and Writers for Input and Output

registration/naming service: 3.3. Features of Distributed Object Systems

3.3.3. Registration/Naming Service

CORBA and: 3.5.3. Server Implementations

3.5.5.5. Pulling it all together

remote database data servers: 7.2.6. Remote Data Servers

RemoteServer class: 3.6.2. Server Implementations

D.3. The java.rmi.server Package

RMI implementation: 3.6.2. Server Implementations

RunnableSolveServer class (example): 4.2.1. Implementing Runnable

ServerCloneException: D.3. The java.rmi.server Package

ServerError: D.1. The java.rmi Package

ServerException: D.1. The java.rmi Package

ServerNotActiveException: D.3. The java.rmi.server Package

ServerRef interface: D.3. The java.rmi.server Package

ServerRuntimeException: D.1. The java.rmi Package

ServerSocket class: 2.1.2. Your Basic Socket

SimpleServer class (example): 1.3.5. Network Support

setAutoCommit( ): 7.1.2.3. Statement

setDefaultStream( ): D.3. The java.rmi.server Package

setLog( ): D.3. The java.rmi.server Package

setOutputStream( ): D.3. The java.rmi.server Package

setPrincipal( ): 5.3.1. Access Control Lists

setRef( ): D.3. The java.rmi.server Package

shared data, collaboration and: 9.2.3. Shared State Information

shared whiteboard (example): 9.2.2. Maintaining Agent Identities

10.2. A Shared Whiteboard

sharing, systems of (see collaborative systems)

sign( ): 5.5.2. Public Key Signatures for Authentication

signatures

digital: 5.2.2. The Core Security API

5.5. Digital Signatures

DSA (Digital Signature Algorithm): 5.2.1.1. The User API

5.7.2.1. Encryption techniques

public key: 5.5.2. Public Key Signatures for Authentication

Signature class: 5.5.2. Public Key Signatures for Authentication

SimpleAgent client (example): 5.2.2. The Core Security API

certification and: 5.5.1. A Motivating Example: A Credit Agent

SimpleClient class (example): 1.3.5. Network Support

SimpleCmd class (example): 1.3.5. Network Support

SimpleCmdInputStream class (example): 1.3.5. Network Support

SimpleServer class (example): 1.3.5. Network Support

skeleton, server: 3.3. Features of Distributed Object Systems

IDL interface and: 3.5.3. Server Implementations

Solver interface (example): 3.5.5.3. The server skeleton and implementation

Java RMI and: 3.6.4. Client Stubs and Server Skeletons

Skeleton class: D.3. The java.rmi.server Package

SkeletonMismatchException: D.3. The java.rmi.server Package

SkeletonNotFoundException: D.3. The java.rmi.server Package

sockets: 2.1.2. Your Basic Socket

DatagramSocket class: 2.1.2. Your Basic Socket

multicast: 2.1.3. Multicast Sockets

Socket class: 2.1.2. Your Basic Socket

SocketSecurityException: D.3. The java.rmi.server Package

Solver interface (example): 3.4. Distributed Object Schemes for Java

in CORBA environment: 3.5.5. A CORBA Solver

Runnable interface with: 4.2.1. Implementing Runnable

using Java RMI: 3.6.7. An RMI Solver

sophistication of cryptographic algorithms: 5.7.1.2. Sophistication and complexity

source code, obtaining: 0.3. About the Source Code

speed (see performance)

SQL (see databases)

SSL (Secure Socket Layer): 5.7.3.1. Secure Socket Layer (SSL)

standards for distributed computing: 0. Preface

start( ): 4.3.2. Thread Groups

state information, sharing: 9.2.3. Shared State Information

Statement class: 7.1.1. Data Retrieval Example

7.1.2.3. Statement

StreamClassLoader class (example): 2.3.1. Loading Classes from the Network

streaming audio example: 8.5.1. Streaming Multimedia

streams: 2.1.4. Streams, Readers, and Writers for Input and Output

StringBufferInputStream class: 2.1.4. Streams, Readers, and Writers for Input and Output

StringReader class: 2.1.4. Streams, Readers, and Writers for Input and Output

StringWriter class: 2.1.4. Streams, Readers, and Writers for Input and Output

stub, client: 3.3. Features of Distributed Object Systems

IDL interface and: 3.5.4. Client Stubs

Solver base interface (example): 3.5.5.2. The client stubs

Java RMI and: 3.6.4. Client Stubs and Server Skeletons

to remote data objects: 7.2.6.2. Distributed objects from the data server

StubNotFoundException: D.1. The java.rmi Package

sun.security.acl package: 5.3.1. Access Control Lists

SupplierAdmin interface: B.2.2. Interface Specifics

SurrogateActionListener interface (example): 6.6.3. Pros and Cons

suspend( ): 4.4.2. Distributed ThreadGroups

symmetric encryption techniques: 5.6.1. Ciphers for Secure Data Transfers

synchronization of threads: 4.3.1. Synchronizing Threads

4.4.4. Synchronizing Distributed Threads

synchronized statement: 4.3.1. Synchronizing Threads

synchronous message handling: 6.3.1. Asychronous vs. Synchronous Message Handling

system performance (see performance)

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