A method for unifying multi-JavaWeb application common page fragments

Abstract

The invention provides a method for unifying multi-JavaWeb application common page fragments and belongs to the field of Java Web application development. The method is characterized in that common page fragments are stored in a common application and the technology provided by a Java Web application is used to insert the common page fragments into a business page via network requests, so that the objective of unified management, operation and maintenance of common page fragments is achieved. An interaction process involves a browser, a business application and a common application, wherein the public application stores the common page fragments; Java Script, CSS and Image static resources relates to the common fragments and the page fragments are regarded as a whole and are stored in the common application in a unified manner, so that the common page fragments can be managed in a unified manner. The method fully utilizes the existing technology of Java Web applications on the basis of guaranteeing user experience and causing no additional development workload and solves the problems in management, operation and maintenance of common page fragments.

Description

technical field [0001] The invention relates to the field of Java Web application development, in particular to a method for unifying public page fragments of multiple Java Web applications. Background technique [0002] As the complexity of information systems becomes higher and higher, the component deployment of information systems has become the general trend. However, in the process of component deployment, we often face the problem of including public page fragments in each component. There are two common methods: one is to load public page fragments into the page by embedding IFrame elements. The advantage of this method is It is easy to use, but the disadvantage is that the height of the IFrame cannot be self-adaptive, and the loading time of the main page is inconsistent, and the page may bounce, resulting in a poor user experience; the second is to dynamically generate page fragments by referencing public JavaScript, and the code complexity of this method Higher, ...

AI Technical Summary

Problems solved by technology

However, in the process of component deployment, we often face the problem of including public page fragments in each component. There are two common methods: one is to load public page fragments into the page by embedding IFrame elements. The advantage of this method is It is easy to use, but the disadvantage is that the height of the IFrame cannot be self-adaptive, and the loading time of the main page is inconsistent, and the page may bounce, resulting in a poor user experience; the second is to dynamically generate page fragments by referencing public JavaScript, and the code complexity of this method Higher, it is easy to cause the page to flicker, and the user experience is not good; the third is to keep a code of the public page fragment in each component. This method is relatively easy to implement in the initial stage of the application, but the later maintenance cost is high. If the public page fragment is modified, multiple copies need to be modified