Open type data calling system and method

Abstract

An open type data calling method comprises the following steps: a Web server provides a plurality of programs used for processing the service logic of the service end and plurality of open type interfaces used for calling and processing the programs of the service logic; the network service descriptive language is used for defining the information of the open type interfaces; the open type interface information comprises defining a network transmission protocol to be a simple object access protocol; the defined open type interface information is mapped into the file of the expansible markup language format; the defined open type interface and the file of the expansible markup language format are deployed on the Web server; the open type interface network service is distributed on the network; a client agent is arranged on a client-side; the finished calling program calling the open type interface is deployed on the client-side; the client-side accesses the open type interface by the simple object access protocol to obtain the data needed by the client side. In addition, the invention also provides an open type data calling system.

Description

technical field [0001] The invention relates to a data calling system and method, in particular to an open data calling system and method suitable for any development language. Background technique [0002] At present, enterprise resource planning management system and product data management system are generally used in enterprises, but these two systems are relatively independent in management and operation. In order to share and integrate these two systems, our current solution is to throw the product's bill of materials or other data to the intermediary table when the product design is completed, and then trigger the enterprise resource management system to read the data in the intermediary table to the system, so that It can solve some data sharing problems. [0003] However, due to the expansion of the production scale of the enterprise, the amount of product data is increasing day by day, the disk space occupied by the intermediary table has also increased sharply, a...

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Problems solved by technology

[0003] However, due to the expansion of the production scale of the enterprise, the amount of product data is increasing day by day, the disk space occupied by the intermediary table has also increased sharply, and more importantly, due to engineering changes and other reasons, we cannot timely grasp the design progress of new products through the enterprise resource management system , shared parts, parts and purchased parts required by new products, and at the same time, the latest inventory status in the warehouse cannot be queried through the product data management system. When the product enters the mass production stage, it will take a lot of time to wait for the reproduction of shared parts or Procurement of new parts, that is, when a large amount of disk space is required to store duplicate data, the data synchronization of the two systems cannot be achieved, which greatly reduces the production efficiency of the product, delays the delivery time, and affects the company's profitability

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