Extensible markup language-based conversion process defining method and device

Abstract

The invention relates to an extensible markup language-based conversion process defining method and an extensible markup language-based conversion process defining device. The extensible markup language-based conversion process defining method comprises the following steps of: defining a process definition format file; outputting the process definition format file to an executing unit; calling an executing module by using the executing unit according to the process definition format file; and executing the operation defined by the process definition format file by using the executing module. The extensible markup language-based conversion process defining device comprises a definition module, an output module, a calling module and an execution and operation module, wherein the definition module is used for defining the process definition format file; the output module is used for outputting the process definition format file to the executing unit; the calling module is used for calling the executing module by using the executing unit according to the process definition format file; and the execution and operation module is used for executing the operation defined by the process definition format file by using the executing module. By the method and the device, the encoding process of a plurality of routine data operations is realized in a configuration way; hard codes are reduced; and a compilation and connection process is simplified.

Description

technical field [0001] The invention relates to an extensible markup language data definition method, and particularly designs a conversion process definition method and device based on the extensible markup language. Background technique [0002] For database operations, the basic process of the coding method of the usual application is similar, such as query / conditional judgment / data addition, deletion, etc., as well as calling external modules to complete external interaction, and the conventional method is to use the logic processing required by the programming language The process hardcodes the implementation, then compiles the linker, then tests. But hard coding is easy to introduce mistakes. Such a process will be a very large workload for a system with a large amount of business logic, a large number of people and a lot of time, and repeated program modification / compilation / testing, both Low efficiency and difficult to ensure quality. [0003] Among the existing SO...

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Problems solved by technology

But hard coding is easy to introduce mistakes. Such a process will be a very large workload for a system with a large amount of business logic, a large number of people and a lot of time, and repeated program modification / compilation / testing, both Low efficiency and difficult to ensure quality

[0003] Among the existing SOA-oriented software products, more extensive support and applications can be obtained based on industry standards, but the actual situation is that there is still a lack of interoperability among the products of various manufacturers, and the application scenarios are complex, and usually need to be deployed. The large-scale SOA platform is inappropriate for small-scale applications

[0004] In addition, the process customization system based on SOA usually requires the functional modules to provide the operation interface with the WebService protocol, which increases a large number of external interactions and leads to low system operation efficiency.

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