Design method for interface and data stripping

Abstract

The invention discloses an interface and data stripping design method, which comprises the following steps of: taking a presentation mode of an interface as an attribute of background data, and storing the presentation mode into a database; reading background data from the database, and storing the background data in a key value pair mode; the position information of the background data in the key value pair is stored in the tag attribute of the interface control; when the background data is presented to the foreground interface from the key value pair, finding the interface control through the tag attribute value of the interface control, and displaying on the foreground interface through the interface control; and when the interface control value is updated to the key value pair from the foreground interface, finding the position of the interface control value in the key value pair through the tag attribute value of the interface control, and updating background data. An interface can be stripped from background data, so that the expandability and flexibility of a program are higher.

Description

technical field [0001] The invention belongs to the technical field of data processing, in particular to a design method for stripping interfaces and data. Background technique [0002] Realizing the separation between interface and data is the most important link in UI software design. Many compilation environments, including android studio and WPF, provide a data binding mechanism between data sources and interface controls. This mechanism is quite convenient for the value transfer between the interface and background data, but when the background data needs to be frequently When updates and front-end interfaces require diversified presentations, this binding mechanism cannot meet this demand. In addition, many other compilation platforms, such as winform, vb, etc., do not provide such a special mechanism for automatic transmission of interface and background data. [0003] To sum up, there is poor flexibility between the interface control and the data source in the prio...

AI Technical Summary

Problems solved by technology

Many compilation environments, including android studio and WPF, provide a data binding mechanism between data sources and interface controls. This mechanism is quite convenient for the value transfer between the interface and background data, but when the background data needs to be frequently When the update and front-end interface require diversified presentation, this binding mechanism cannot meet this demand

In addition, many other compilation platforms, such as winform, vb, etc., do not provide such a special mechanism for automatic transmission of interface and background data

[0003] To sum up, there is poor flexibility between the interface control and the data source in the prior art, and the data binding mechanism causes the problem of poor scalability

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