IDE calling device and calling method therefor

Abstract

This invention discloses one IDL transfer device and its method, which comprises the following steps: receiving service subject transfer requires composed of label require label and customer application program label; according to service subject label and customer application label judging whether the customer application program and service subject is in one container process for loading service subject; the said customer application program and the service subject are in same container for local transfer.

Description

technical field [0001] The invention relates to IDL calling technology, in particular to an IDL calling device and calling method. Background technique [0002] At present, there are three influential distributed component object standards in the world: Microsoft's distributed component object model (Distributed Component Object Model, hereinafter referred to as DCOM), OMG organization's common object request broker architecture (Common Object Request Broker Architecture, hereinafter referred to as: CORBA) and SUN's Java2 Platform Enterprise Edition (Java2Platform, Enterprise Edition, hereinafter referred to as: J2EE). Among them, DCOM, as a distributed component object model standard proposed by Microsoft Corporation, supports communication between objects of different computers on LAN, WAN and even Internet, but it is only applicable to Windows environment; J2EE is a distributed object bus proposed by SUN Corporation CORBA is a standard object-oriented application system ...

AI Technical Summary

Problems solved by technology

When both calling services are running on the same machine, one service still needs to make an IDL remote call to the other service, and the process of converting the call into a message for encoding / decoding and scheduling occupies limited resources of the CORBA platform system. With the increasing size and complexity of the network system, the resource requirements of the CORBA platform system are also increasing, and unnecessary resource occupation may lead to a shortage of resources in the CORBA platform system, which cannot handle calls from both sides of the service running on different machines. Normal call request; and, the process of converting the call into messages for encoding / decoding and scheduling also needs a certain amount of time to realize, which affects the IDL call speed, and further affects the call performance of the CORBA platform system. The inventor found through research , using this invocation method of the prior art, the invocation performance when both invoking service parties run on the same machine is not higher than the invocation performance of invoking both parties running on two machines, which further limits the work efficiency of the CORBA platform system

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