Inspection collection method based on object modeling configuration

Abstract

The invention relates to an inspection collection method based on object modeling configuration. The inspection collection method comprises the following steps: establishing an inspection object modelaccording to an inspection collection requirement and determining all the attributes forming an inspection object and corresponding control types according to requirement; adjusting control positionsand data attributes and aiming at each control to specifically set corresponding data attributes to meet data initialization in form interface element loading; analyzing collection interfaces for constructing mobile application, generating configuration JSON files of mobile application interfaces by a server through configuration, obtaining or unloading configuration result JSON files by the mobile application in an online mode, binding interface element distribution and corresponding data dictionaries and interfaces in the JSON files by a dynamic interface constructing engine and finally generating an inspection collection mobile application product. The method can remarkably improve development efficiency, and a nearly zero coding configuration can provide mobile inspection collection application with high expanding capacity.

Description

technical field [0001] The invention relates to the technical field of mobile application generation, in particular to a patrol collection method based on object model configuration. Background technique [0002] The highly developed mobile Internet and the popularity of handheld terminal devices make mobile applications a new way of production and lifestyle. Through the mobile APP, people can view data anytime and anywhere, and can change the original method of inputting through paper handwriting or computer to collecting and inputting through mobile terminals. Informatization and intelligence greatly facilitate work and life. [0003] Although the data collection on the mobile terminal is all form entry, the form attributes are diverse under different businesses, and there may even be individualized requirements. When developing a mobile inspection and collection application APP, in addition to server developers needing to create forms and provide form additions, deletion...

AI Technical Summary

Problems solved by technology

[0007] 1. The front-end application layer is developed using a project composed of HTML, CSS, and JavaScript. Although it solves the problem of not having to update the APP on the shelves frequently and the problem of multiple platforms, once the customer's needs change, there will be a certain amount of development work on the front-end and even the APP-side , and the reusability is not high

[0008] 2. The HTML, CSS, and JavaScript technologies used in the front-end application layer are doomed to develop mobile applications that can only be simple data display or form entry functions. The performance and display effects are not as good as native apps, and they cannot be completed when there is no network connection. specific analysis functions

[0011] 2. Although the form is configured, the final submission of data on the mobile terminal requires additional development of code on the server side. The reason for this problem may be that this technology only solves the work of form generation

[0012] Since the problem of data submission is not solved, the problem of data synchronization with the third-party server cannot be solved

[0013] 3. There are only simple map service address configuration items, which can only realize the map positioning function, and more advanced functions such as map check and map service permissions cannot be configured

[0014] 4. The mobile APP must obtain the configuration file online every time, and cannot operate without a network connection

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