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《Java Remote Method Invocation Specification》介绍
The lava remote method invocation system de seri bed in this specif cation hasbeen specifically designed to operate in the Java environment.The Javalanguage'RMl system assumes the homogeneous environment of the JavaVirtual Machine.and the system can therefore take advantage of the Java objectmodel whenever possible.The goals for supporting distributed obj eets in the Java language are·Support scam less remote invocation on objects in different virtual machines..Support e all backs from servers to applets·Integrate the distributed object model into the Java language in a naturalway while retaining most of the Java language's object seman ties·Make differences between the distributed object model and local Java objectmodel apparent..Make writing reliable distributed applications as simple as possible·Preserve the type-safety provided by the Java runtime environment'Various refere neese man ties for remote obj eets； for example live(non persistent) references， persistent references， and lazy activation*The safe Java environment provided by security managers and classloadersUnderlying all these goals is a general requirement that the RMI model be bothsimple(easy to use) and natural(fits well in the language)The first two chapters in this specification de seri be the distributed obj eet modelfor the Java language and the system overview.The remaining chaptersde seri be the RMI client and server visible APIs which are part of JDK 1.2JavaTM Remote Method Invocation Specification—JDK 11， October 1998
《Java Remote Method Invocation Specification》目录
1Introduction.
1.1 Background.
1.2 System Goals.
2Java Distributed Object Model.
2.1 Distributed Object Applications.
2.2 Definition of Terms.
2.3 The Distributed and Non distributed Models Contrasted
2.4 Overview of RMI Interfaces and Classes.6
2.5 Implementing a Remote Interface.'-9
2.6 Parameter Passing in Remote Method Invocation.10
2.7 Locating Remote Objects.12
3RMI System Overview.13
3.1Stubs and Skeletons.13
3.2 Thread Usage in Remote Method Invocations.14
3.3 Garbage Collection of Remote Objects.14
3.4 Dynamic ClassLoading.16
3.5RMI Through Firewalls Via Proxies.17
4 Client Interfaces21
4.1 The Remote Interface.21
4.2 The RemoteException Class.22
4.3 The Naming Class22
5 Server Interfaces.25
5.1 The Remote ObjectClass.26
5.2 The Remote Server Class.29
5.3 The Unicast Remote ObjectClass.29
5.4 The Unreferenced Interface.33
5.5TheRMI SecurityManager Class.33
5.6TheRMI ClassLoader Class.34
5.7 The Loader Handler Interface36
5.8RMI Socket Factories.37
5.9TheRMI Failure Handler Interface41
5.10 The Log Stream Class.41
5.11Stub and Skeleton Compiler.43
6 Registry Interfaces45
6.1 The Registry Interface.45
6.2 The Locate Registry Class.47
6.3 The Registry Handler Interface.48
7RemoteObjeet Activation.51
7.1 Overview.51
7.2 Activation Protocol.
8.4 The Server Ref Interface.
B. 1 Server Properties
B. 2 Activation Properties.
B. 3 Other Properties.
7.3 Implementation Model for an“Activatable Remote Object 54
7.4 Activation Interfaces67
8Stub/Skeleton Interfaces.85
8.1 The Remote Stub Class.85
8.2 The Remote Call Interface87
8.3 The Remote Ref Interface.88
8.5 The Skeleton Interface.91
8.6 The Operation Class.91
9 Garbage Collector Interfaces.93
9.1 The Interface DGC93
9.2 The Lease Class.95
9.3TheObjID Class95
9.4TheUID Class.97
9.5TheVMID Class.98
10RMIWire Protocol.99
10.1 Overview.99
10.2RMI Transport Protocol.100
10.3RMI'sUse of Object Serialization Protocol.103
10.4RMI'sUse of HTTP POST Protocol.104
10.5 Application Specific Values for RMI.105
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