Optimization configuration method based on Tuxedo,.net and Oracle three-tier structure development platform

Abstract

The invention relates to an optimization configuration method based on a Tuxedo,.net and Oracle three-tier structure development platform. The method is implemented through foreground version control management, middleware data transmission control management, foreground authority control management and background logic control management, and a foreground data control management module and a background data control management module are included in the middleware data transmission control management. By the method, efficiency of development based on a Tuxedo,.net and Oracle three-tier structure software system is improved effectively, implementation cycle of software system development is shortened, cost for software development is lowered, basic framework configuration based on Tuxedo,.net and Oracle three-tier structure software products is facilitated for software companies, button picture authority control of servicers in model levels is realized, log tracking is performed on usage records of the servers, systematic management is performed on service process and responsibility division of a modular combination system, a clear objective of processes and responsibilities is achieved really, and the method is applicable to productized and modular software development.

Description

technical field [0001] The present invention specifically relates to an optimized configuration method based on a three-layer architecture development platform of Tuxedo, .net and Oracle, which is mainly applied to the development of software system products with coexistence of multiple concurrent users and interaction of large data volumes. Background technique [0002] At present, software development based on Tuxedo, .net, and Oracle frameworks are developed by .net front-end programs calling the background services provided by Tuxedo middleware, data communication is carried out through the formatted data transmission of Tuxedo middleware, and transactions are submitted and communicated with the database. Data interaction to achieve the purpose of multiple concurrent users and efficient operation of the system. Use the LOG printing function provided by Tuxedo for background logic tracking and logging. However, the existing system development platform technology has the ...

AI Technical Summary

Problems solved by technology

[0003] 1. The foreground program and version cannot be well controlled, such as: the client automatically updates the foreground program set, the foreground program version rollback, and dynamic configuration of access parameters, etc., cannot be conveniently and effectively used in project development

[0004] 2. The implementation of user permission configuration and operation tracking is relatively complicated, and the development framework is difficult to realize (at the module level) the function of the business supervisor to independently configure the operation permissions of the business personnel's screen buttons in this module, and provide systematic log tracking files for specific salesperson operations function of

[0005] 3. Due to the cumbersome setting of function parameters provided by the middleware (need to do a lot of basic configuration and debugging work, such as: the creation of FML32 format data sets and communication debugging, etc.), the development of front-end and back-end data interaction programs is very complicated, which seriously affects the software System development efficiency is not conducive to the development of productized software systems

[0006] 4. The background log file tracking function is single, and the log interception and tracking process is complicated, which is not conducive to the logical tracking of complex programs and the timely handling of system problems

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