Method and system for determining instance object conversion order in dynamic update of software

Abstract

The invention provides a method for determining the object conversion order during the dynamic updating of software and a system adopting the method, which belongs to technical field of the computer application. In the method, acquiring object reference information and reference stop information; comparing and deleting redundant object reference information and the two types of information matched with each other; differentiating the object reference property so as to acquire all dependency relationship information of active objects; testing the updating completeness by utilizing the type test rule; and testing the updating condition of a safety object so as to acquire the reasonable updating order of components. The system comprises a service calling monitoring module, a reference information updating module, a component dependency analysis module, a completeness testing module and an updating order selection module. By the invention, the dynamic dependency relationship of component objects can be dynamically acquired in the operational process of the system, and the reasonable updating order of the component objects can be generated during dynamically updating the components.

Description

technical field [0001] The invention relates to a method in the field of computer application technology, in particular to a method and system for determining the conversion sequence of instance objects in software dynamic update. Background technique [0002] The emergence of software component technology makes it possible to divide a complete application program into an appropriate number of software component modules according to some separation of concerns rules. These components can be developed and compiled independently in different environments, and the actual application system can be built through appropriate assembly methods, so that the components can be reused and shared, and their service life is no longer limited to a certain extent like traditional code modules. applications. Due to the extension of the life cycle, components may need to be updated during their service period in order to improve component implementation, provide new functions, correct design...

AI Technical Summary

Problems solved by technology

But its shortcoming is that since the conversion of each class is regarded as an independent update transaction, and there is a lack of dynamic dependency information between objects at runtime, it can only provide security for the conversion of each object and sub-object in a single class from a static perspective. sexual assurance

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