Data message conversion self-description protocol MQTT method based on container edge proxy

Abstract

The invention relates to a container edge proxy-based data message conversion self-description protocol MQTT method, which comprises the following steps of: S1, receiving a plurality of service requests by a middleware layer, and judging a processing sequence of the service requests; s2, performing an authentication process on a protocol message carried by the service request to obtain effective message content; s3, the effective message content is sent to an analysis unit for a message analysis process; and S4, the service request returns a response or reports a state, and state information is updated. The processing pressure of the Internet of Things management platform can be reduced, the communication delay is avoided, and the system response time is shortened.

Description

technical field [0001] The invention belongs to the technical field of message conversion, and relates to a data message conversion self-describing protocol MQTT method, in particular to a container edge agent-based data message conversion self-describing protocol MQTT method. Background technique [0002] In view of the current status of various types of terminals, complex and inconsistent protocols, high cost and time-consuming access development, most IoT systems often only collect sensory data from devices in various fields, ignoring the ability of devices to provide external services, and lack a universal On the basis of ensuring the successful access of devices, the IoT middleware establishes corresponding awareness for devices and better service openness to realize cross-system and cross-domain IoT system applications. To realize the operability of IoT system support services Difficult, the general middleware built with the device micro-server unit can satisfy the acc...

AI Technical Summary

Problems solved by technology

[0002] In view of the current status of various types of terminals, complex and inconsistent protocols, high cost and time-consuming access development, most IoT systems often only collect sensory data from devices in various fields, ignoring the ability of devices to provide external services, and lack a universal On the basis of ensuring the successful access of devices, the IoT middleware establishes corresponding awareness for devices and better service openness to realize cross-system and cross-domain IoT system applications. To realize the operability of IoT system support services Difficult, the general middleware built with the device micro-server unit can satisfy the access of the device, and at the same time, it can make the device service more open and difficult to realize. When facing a large number of access devices, the standardized adaptation of each device, There are problems in data analysis and data storage, and the scalability and versatility of the system need to be improved

[0003] After searching, no documents of the prior art identical or similar to the present invention were found

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