CN112817809B - Construction method of equipment monitoring data model and equipment monitoring method - Google Patents
Construction method of equipment monitoring data model and equipment monitoring method Download PDFInfo
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- CN112817809B CN112817809B CN202011539825.2A CN202011539825A CN112817809B CN 112817809 B CN112817809 B CN 112817809B CN 202011539825 A CN202011539825 A CN 202011539825A CN 112817809 B CN112817809 B CN 112817809B
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- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3065—Monitoring arrangements determined by the means or processing involved in reporting the monitored data
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Abstract
The invention discloses a device monitoring data model and a device monitoring method, wherein the model comprises the following steps: a master device template table, a slave device template table and a master sub relationship table; the master device template table comprises a master device monitoring field, wherein the master device monitoring field is used for receiving the operation data of the master device uploaded by the device operation system in real time and storing the operation data of the master device in the master device template table in a key+value storage mode; the sub-equipment template table comprises a sub-equipment monitoring field, wherein the sub-equipment monitoring field is used for receiving the operation data of the sub-equipment uploaded by the equipment operation system in real time and storing the operation data of the sub-equipment in the sub-equipment template table in a key+value storage mode; the sub-equipment is the sub-equipment running under the main equipment; the main sub-relationship table is used for recording the corresponding relationship between the main equipment template table and the sub-equipment template table. The method and the device realize flexible storage of a plurality of monitored data in one field, and avoid great modification of a monitoring model.
Description
Technical Field
The present invention relates to the field of device monitoring technologies, and in particular, to a device monitoring data model and a device monitoring method.
Background
Most of the existing monitoring systems have fixed structures, data is directly obtained from the fixed structures, and the meaning of the data stored in one field is unique and then shown through statistics. The method is not flexible, and later service change or monitoring index modification can cause modification of the model, so that the modification cost is relatively high.
Disclosure of Invention
The invention aims to provide a device monitoring data model and a device monitoring method, which realize flexible storage of a plurality of monitored data in one field and avoid great modification of the monitoring model.
To achieve the above object, the present invention proposes a device monitoring data model, comprising: a master device template table, a slave device template table and a master sub relationship table;
the master device template table comprises a master device monitoring field, wherein the master device monitoring field is used for receiving the operation data of the master device uploaded by a device operation system in real time and storing the operation data of the master device in the master device template table in a key+value storage mode;
the sub-equipment template table comprises a sub-equipment monitoring field, wherein the sub-equipment monitoring field is used for receiving the operation data of the sub-equipment uploaded by the equipment operation system in real time and storing the operation data of the sub-equipment in the sub-equipment template table in a key+value storage mode; the sub-equipment is the sub-equipment running under the main equipment;
the main and sub relation tables are used for recording the corresponding relation between the main equipment template table and the sub equipment template table.
Optionally, the system further comprises a main dynamic table, wherein the main device monitoring field is arranged in the main dynamic table, and the main dynamic table is used for dynamically acquiring the operation data of the monitored main device through the main device monitoring field and uploading the operation data of the acquired main device to the main device template table for storage based on the main sub-relationship table.
Optionally, the system further comprises a sub-dynamic table, wherein the sub-dynamic table is provided with the sub-equipment monitoring field, and the sub-dynamic table is used for dynamically acquiring the operation data of the monitored sub-equipment through the sub-equipment monitoring field, and uploading the acquired operation data of the sub-equipment to the sub-equipment template table corresponding to the main equipment template table for storage based on the main sub-relation table.
Optionally, the main device template table and the sub device template table are in a corresponding relation of n to n, and a main key association is generated between the main device template table and the sub device template table through sequence numbers.
Optionally, the master device template table and the slave device template table each include necessary attribute information.
Optionally, the master device template table and the monitored master devices have a corresponding relation of 1 to n, and a master key association is generated between the master device template table and the monitored master devices through sequence numbers, wherein n master devices are master devices of the same type;
the sub-equipment template table and the monitored sub-equipment are in a corresponding relation of 1 to n, and main key association is generated between the sub-equipment template table and the monitored sub-equipment through sequence numbers, wherein the n sub-equipment are sub-equipment of the same type.
Optionally, the master device template table and the slave device template table are respectively provided with personalized monitoring values related to the running state of the monitoring device.
Optionally, the master device template table and the slave device template table are both provided with thresholds corresponding to the master device monitoring field and the device operation data acquired by the slave device monitoring field.
The invention also provides a device monitoring method based on the device monitoring data model, which comprises the following steps:
receiving operation data of the main equipment uploaded by an equipment operation system in real time through a main equipment monitoring field in the main equipment template table, and storing the operation data of the main equipment in the main equipment template table in a key+value storage mode;
receiving running data of the sub-equipment uploaded by an equipment running system in real time through a sub-equipment template table comprising a sub-equipment monitoring field, and storing the running data of the sub-equipment in the sub-equipment template table in a key+value storage mode;
and counting and displaying the equipment operation data acquired by the main equipment monitoring field and the sub equipment monitoring field, and recording log data into a database.
Optionally, when the host device is newly added, if the types of the newly added host device and the host device are the same, directly applying the host device template to monitor the newly added host device;
if the types of the newly-added main equipment and the main equipment are different, generating a new main equipment template corresponding to the newly-added main equipment so as to monitor the newly-added main equipment;
when the sub-equipment is newly added, if the type of the newly added sub-equipment is the same as that of the sub-equipment, directly applying the sub-equipment template to monitor the newly added sub-equipment;
and if the types of the newly added sub-equipment and the sub-equipment are different, generating a new sub-equipment template corresponding to the newly added sub-equipment so as to monitor the newly added sub-equipment.
The invention has the beneficial effects that:
by generating the master device template table and the slave device template table, the device monitoring fields arranged in the template table store data in a key+value mode, so that the data fields are reduced, redundancy is reduced, the concept of templates is introduced, direct links with devices are avoided, the database space and efficiency are optimized, and low coupling is realized.
Further, the device template table and the device have the concept of threshold values, the threshold values in the template table are embodied in the settings of the similar devices, and the device threshold values are embodied in the settings of the instantiating devices, so that the threshold values are personalized.
The device of the present invention has other features and advantages which will be apparent from or are set forth in detail in the accompanying drawings and the following detailed description, which are incorporated herein, and which together serve to explain certain principles of the invention.
Drawings
The foregoing and other objects, features and advantages of the invention will be apparent from the following more particular descriptions of exemplary embodiments of the invention as illustrated in the accompanying drawings wherein like reference numbers generally represent like parts of the same type.
Fig. 1 shows a schematic diagram of the monitoring principle of a device monitoring data model according to an embodiment of the invention.
Detailed Description
The invention will be described in more detail below with reference to the accompanying drawings. While the preferred embodiments of the present invention are illustrated in the drawings, it should be understood that the present invention may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art.
Fig. 1 shows a schematic diagram of the monitoring principle of a device monitoring data model according to an embodiment of the invention.
As shown in fig. 1, a device monitoring data model includes: a master device template table, a slave device template table and a master sub relationship table;
the master device template table comprises a master device monitoring field, wherein the master device monitoring field is used for receiving the operation data of the master device uploaded by the device operation system in real time and storing the operation data of the master device in the master device template table in a key+value storage mode;
the sub-equipment template table comprises a sub-equipment monitoring field, wherein the sub-equipment monitoring field is used for receiving the operation data of the sub-equipment uploaded by the equipment operation system in real time and storing the operation data of the sub-equipment in the sub-equipment template table in a key+value storage mode; the sub-equipment is the sub-equipment running under the main equipment;
the main sub-relationship table is used for recording the corresponding relationship between the main equipment template table and the sub-equipment template table.
The main equipment template table and the sub equipment template table are in a corresponding relation of n to n, and main key association is generated through sequence numbers. The master device template table and the child device monitoring module both include necessary attribute information.
Specifically, the device monitoring template table is a high level abstraction for all types of devices. The equipment monitoring template table comprises a main equipment template table and a sub equipment template table, wherein the relation of n to n is formed between the main equipment template table and the sub equipment template table, and the main key association is generated through sequence numbers and meanwhile necessary attribute information of the main key association is needed. The relation between the main template and the sub template is expressed by a main sub relation table. The master and slave device templates are provided with monitoring field representations which are designed to be universal, and meanwhile, the personalized monitoring numerical value of the master and slave device templates can be increased.
The monitored data may be transferred from the device operating system to the monitoring field in real time. This field has only one, and the mode of storing inside is in the form of key+value. The design is flexible to store monitoring data, can receive different types of equipment data and realizes low coupling. The storage form of the key+value is the prior art, and is easy to be implemented by a person skilled in the art, and is not described herein.
In this embodiment, the system further includes a main dynamic table and a sub-dynamic table, a main device monitoring field is provided in the main dynamic table, and the main dynamic table is configured to dynamically obtain operation data of the monitored main device through the main device monitoring field, and upload the obtained operation data of the main device to the main device template table for storage based on the main sub-relationship table. And the sub-dynamic table is used for dynamically acquiring the operation data of the monitored sub-equipment through the sub-equipment monitoring field, and uploading the acquired operation data of the sub-equipment to a sub-equipment template table corresponding to the main equipment template table for storage based on the main sub-relation table.
In the embodiment, the corresponding relation between the master device template table and the monitored master device is 1 to n, and the master device template table and the monitored master device generate a master key association through sequence numbers, wherein n master devices are master devices of the same type;
the sub-equipment template table and the monitored sub-equipment are in a corresponding relation of 1 to n, and main key association is generated between the sub-equipment template table and the monitored sub-equipment through sequence numbers, wherein the n sub-equipment are sub-equipment of the same type.
Specifically, the device template table is associated with the quality inspection of the corresponding monitored device, and a 1-to-many relationship is designed. The device data is generated by extracting information in a device template table, the relation between the device template table and the device is 1 to n, and the template cannot be deleted after the device is started by taking the sequence number as a main key.
In this embodiment, the master device template table and the slave device template table are both provided with personalized monitoring values related to the operation state of the monitoring device.
Specifically, the method can be arbitrarily increased, modified and deleted according to the personalized requirements, and the fields in the master device template table or the slave device template table are deleted, so that the flexible monitoring of the operation data of the monitored device is realized.
In this embodiment, the master device template table and the slave device template table are both provided with thresholds corresponding to the device operation data acquired by the master device monitoring field and the slave device monitoring field.
Specifically, thresholds can be designed in the master device template table and the slave device template table, comparison between operation data and threshold data can be realized through corresponding monitoring fields, and the value of the numerical value can be analyzed.
The embodiment of the invention also provides a device monitoring method based on the device monitoring data model of the embodiment, which comprises the following steps:
receiving operation data of the main equipment uploaded by the equipment operation system in real time through a main equipment monitoring field in the main equipment template table, and storing the operation data of the main equipment in the main equipment template table in a key+value storage mode;
the sub-equipment template table comprises sub-equipment monitoring fields, operation data of the sub-equipment uploaded by an equipment operation system in real time are received, and the operation data of the sub-equipment are stored in the sub-equipment template table in a key+value storage mode;
and counting and displaying the equipment operation data acquired by the main equipment monitoring field and the sub equipment monitoring field, and recording the log data into a database.
In this embodiment, when a master device is newly added, if the types of the newly added master device and the master device are the same, the master device template is directly applied to monitor the newly added master device;
if the types of the newly-added main equipment and the main equipment are different, generating a new main equipment template corresponding to the newly-added main equipment so as to monitor the newly-added main equipment;
when the sub-equipment is newly added, if the types of the newly added sub-equipment and the sub-equipment are the same, directly applying the sub-equipment template to monitor the newly added sub-equipment;
and if the types of the newly added sub-equipment and the sub-equipment are different, generating a new sub-equipment template corresponding to the newly added sub-equipment so as to monitor the newly added sub-equipment.
Specifically, the newly added equipment can directly apply the previous templates, so that a plurality of equipment of the same type can be realized, and only one set of templates is generated. If a new type of device is enabled, a template needs to be generated from that type. The data statistics is mainly shown by data calculation obtained by monitoring fields in the equipment, and log data can be recorded in a database.
In conclusion, the invention stores data based on key+value mode by monitoring field, reduces data field, reduces redundancy, introduces the concept of template, avoids direct link with equipment, optimizes database space and efficiency, and realizes low coupling; the device template and the device have the concept of threshold values, the template threshold values are embodied in the settings of the similar devices, the device threshold values are embodied in the settings of the instantiation devices, so that the threshold values have individuation, the template and the device quality inspection association are designed, a 1-to-many relation is designed, the access of connecting any type of device can be realized, secondary development is not needed, the individuation interface is supported, because the model can be arbitrarily increased, modified and deleted according to individuation requirements, the monitoring data can be displayed according to the service at any time, the granularity of the monitoring data can be very thin, the operation data of all the devices can be monitored, the operation state can be simultaneously displayed, the shielding can be shielded according to the service requirements, all the devices nationwide can be monitored and displayed through setting a private network, and decisions can be provided according to the data.
The foregoing description of embodiments of the invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or limited to the embodiments disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the various embodiments described.
Claims (7)
1. A method for constructing a device monitoring data model, comprising: a master device template table, a slave device template table and a master sub relationship table;
the master device template table comprises a master device monitoring field, wherein the master device monitoring field is used for receiving the operation data of the master device uploaded by a device operation system in real time and storing the operation data of the master device in the master device template table in a key+value storage mode;
the sub-equipment template table comprises a sub-equipment monitoring field, wherein the sub-equipment monitoring field is used for receiving the operation data of the sub-equipment uploaded by the equipment operation system in real time and storing the operation data of the sub-equipment in the sub-equipment template table in a key+value storage mode; the sub-equipment is the sub-equipment running under the main equipment;
the main and sub relation tables are used for recording the corresponding relation between the main equipment template table and the sub equipment template table;
the master dynamic table is used for dynamically acquiring the operation data of the monitored master equipment through the master equipment monitoring field, and uploading the acquired operation data of the master equipment to the master equipment template table for storage based on the master sub-relation table;
the sub-dynamic table is used for dynamically acquiring the operation data of the monitored sub-equipment through the sub-equipment monitoring field, and uploading the acquired operation data of the sub-equipment to the sub-equipment template table corresponding to the main equipment template table for storage based on the main sub-relation table.
2. The method for constructing a device monitoring data model according to claim 1, wherein the main device template table and the sub device template table are in a correspondence relationship of n to n, and a main key association is generated between the main device template table and the sub device template table through sequence numbers.
3. The method of claim 1, wherein the master device template table and the slave device template table each include necessary attribute information.
4. The method for constructing a device monitoring data model according to claim 1, wherein a correspondence relationship between the master device template table and the monitored master devices is 1 to n, and a master key association is generated between the master device template table and the monitored master devices through sequence numbers, wherein n master devices are master devices of the same type;
the sub-equipment template table and the monitored sub-equipment are in a corresponding relation of 1 to n, and main key association is generated between the sub-equipment template table and the monitored sub-equipment through sequence numbers, wherein the n sub-equipment are sub-equipment of the same type.
5. The method for building a device monitoring data model according to claim 1, wherein the master device template table and the slave device template table are respectively provided with personalized monitoring values related to the operation state of the monitoring device.
6. The method for constructing a device monitoring data model according to claim 1, wherein thresholds corresponding to device operation data acquired by the main device monitoring field and the sub device monitoring field are respectively set in the main device template table and the sub device template table.
7. A device monitoring method, a device monitoring data model obtained by the method for constructing a device monitoring data model according to any one of claims 1 to 6, characterized in that the method comprises:
receiving operation data of the main equipment uploaded by an equipment operation system in real time through a main equipment monitoring field in the main equipment template table, and storing the operation data of the main equipment in the main equipment template table in a key+value storage mode;
receiving running data of the sub-equipment uploaded by an equipment running system in real time through a sub-equipment template table comprising a sub-equipment monitoring field, and storing the running data of the sub-equipment in the sub-equipment template table in a key+value storage mode;
the equipment operation data acquired by the main equipment monitoring field and the sub equipment monitoring field are counted and displayed, and meanwhile, log data are recorded into a database;
when a main device is newly added, if the type of the newly added main device is the same as that of the main device, directly applying the main device template to monitor the newly added main device;
if the types of the newly-added main equipment and the main equipment are different, generating a new main equipment template corresponding to the newly-added main equipment so as to monitor the newly-added main equipment;
when the sub-equipment is newly added, if the type of the newly added sub-equipment is the same as that of the sub-equipment, directly applying the sub-equipment template to monitor the newly added sub-equipment;
and if the types of the newly added sub-equipment and the sub-equipment are different, generating a new sub-equipment template corresponding to the newly added sub-equipment so as to monitor the newly added sub-equipment.
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| CN117216343A (en) * | 2023-09-12 | 2023-12-12 | 浪潮云洲工业互联网有限公司 | Operation data storage method, equipment and medium for large-scale equipment |
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