Database processing method and electronic equipment

Abstract

The invention discloses a database processing method and electronic equipment, and the method comprises the steps: building a data relation table according to the logic relationship of a plurality of data units in multi-domain time sequence data, and storing the data storage table in a target database; receiving a first instruction for operating the multi-domain time sequence data, calling the data relation table, and splitting the multi-domain time sequence data corresponding to the first instruction according to the data relation table to form a plurality of single-domain time sequence data, the single-domain time sequence data corresponding to the data unit; and performing a first operation corresponding to the first instruction for a plurality of pieces of single-domain time series data to respond to the first instruction. The multi-domain time sequence data can be processed based on the single-domain time sequence database, so that multiple requirements of users are met while database construction and use are simplified.

Description

technical field [0001] The invention relates to the field of databases, in particular to a database processing method and electronic equipment. Background technique [0002] Currently, time-series databases are more and more widely used, and single-domain time-series databases are simple to construct and easy to use, which can meet various needs of users. However, single-domain time-series databases cannot handle multi-domain time-series data. In many cases, users can only use when processing some data. Multi-domain time series database. For example, when a set of latitude and longitude coordinates need to be stored in a time series database, the longitude and latitude will be stored and managed as two time series, which requires the use of a multi-domain time series database instead of a single domain time series database (such as OpenTSDB). Because the single-domain time series can only store one Metric (metric) value on each timestamp, but obviously the longitude and lat...

AI Technical Summary

Problems solved by technology

[0002] Currently, time-series databases are more and more widely used, and single-domain time-series databases are simple to construct and easy to use, which can meet various needs of users. However, single-domain time-series databases cannot handle multi-domain time-series data. In many cases, users can only use when processing some data. Multi-domain time series database

For example, when a set of latitude and longitude coordinates need to be stored in a time series database, the longitude and latitude will be stored and managed as two time series, which requires the use of a multi-domain time series database instead of a single domain time series database (such as OpenTSDB). Because the single-domain time series can only store one Metric (metric) value on each timestamp, but obviously the longitude and latitude in the coordinates are related and cannot be used separately. Since the above data cannot be processed using a single-domain time series database, it will make Data management is inflexible, and the cost of processing and maintaining data increases

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