CN103036736A - Configuration equipment monitoring system and monitoring method based on data sources - Google Patents
Configuration equipment monitoring system and monitoring method based on data sources Download PDFInfo
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Abstract
The invention discloses a configuration equipment monitoring system and a monitoring method based on data sources. The configuration equipment monitoring system adopts a layered mode design, and is formed by a data source module, a data cache module, a data disseminator, an event manager, a user monitoring view module, a system module manager and a database access adapter, and the configuration equipment monitoring system provides data source extension points to dynamically update, expand and newly increase the data sources through adoption of a configuration mode. A monitoring model of the monitoring method is capable of being applied to equipment monitoring service based on signal computer nodes, and also being applied to equipment monitoring service based on distributed cluster computer nodes. The monitoring method uses the data sources as a unit, configures a plurality of data points to the data sources, uses the data points as a monitoring unit, requires data to equipment through the data sources, and analyzes response data of the equipment and uses the response data to be information of each data point, so each data point can be monitored in real time through an observing listing. The configuration equipment monitoring system and the monitoring method based on the data sources have good scalability, are favorable for engineering implementation, provide a flexible extension mode for extension of the data sources, and can bring convenience to uniform monitoring of equipment monitoring workers to all kinds of equipment.
Description
Technical field
The present invention relates to the monitoring of tools field, particularly configuration equipment monitoring system and the method in a kind of based on data source.
Background technology
Current monitoring for equipment, great majority are supervisory control systems of a special use of every kind of equipment configuration.The development of new equipment, supervisory control system also needs thereupon development, such as communication terminal and communication equipment etc., and the development of equipment monitoring system need to be developed according to the interface protocol of monitoring, because the diversity of device type and interface protocol is difficult to form integrated monitor supervision platform.So configuration equipment monitoring system and the method in research based on data source are necessary.
When watch-dog, need to link to each other with equipment by specific interface protocol, the use serial ports that has connects, the use network that has connects, what have carries out the state collection with transducer, this just needs can expand various data sources in the monitoring of tools, neither existing data source before the impact can increase new data source again.So the equipment monitoring system that focuses in growth data source can based on data source realization configuration monitoring of tools in the monitoring of tools.
That has published at present mainly is divided into two classes about equipment monitoring system and method, the first kind is to study corresponding equipment monitoring system system and method for concrete a kind of interface protocol, but this mode can only satisfy specific monitoring of tools demand, can not the new device interface protocol of dynamic expansion; Equations of The Second Kind is for the corresponding equipment monitoring system of concrete equipment research and method, can not be used for other kind monitoring of tools demands, so equipment monitoring system can't be general.
Summary of the invention
The problem that the technology of the present invention solves is: overcome the deficiencies in the prior art, configuration equipment monitoring system and the method in a kind of based on data source are provided, can the new device interface protocol of dynamic expansion, realized the general of equipment monitoring system, have the advantage that has more dynamic scalability and adaptivity.
Technical solution of the present invention: the configuration equipment monitoring system in a kind of based on data source, described system comprises at least:
The data source module: management various types of data source, the different pieces of information Source Type is corresponding to dissimilar device interface protocols; By selecting data source type configuration data source example, the data source example receives the control command that task manager sends, and sends described control command to equipment; The data source example receives monitor message, and described monitor message comprises device responds information and status information of equipment, and monitor message is sent to data cache module and event handler; Data source sends to the system module manager with self module descriptor, registers by the system module manager, to carry out the data source expansion;
Data cache module: the monitor message that the receive data source instance sends, and deposit monitor message in database by the database access adapter according to the historical information record that each data source example is set;
Data distributor: receive the real time monitoring information of the device parameter point that task manager sends by monitor, the real time monitoring information of device parameter point is pushed to external system; The data synchro timer is set, behind the timer clocked flip, accessing database access adapter, the monitoring historical data that receive data storehouse access adapter returns, and be pushed in the external system; The data distributor sends to the system module manager with self module descriptor, registers by the system module manager, in order to carry out the expansion of data distributor;
Task manager: by the information transmission between case mechanism realization data source module and user monitoring views module and the data distributor; At first, receive the control command that the user monitoring views module sends, and described control command sent to the data source example that disposes in the data source module, the monitor message that returns of receive data source instance and trigger message notification mechanism then, the monitor of notification data distributor and user monitoring views module sends to data distributor and user monitoring views module with real time monitoring information;
User monitoring views module: be used for input of control commands, control command sent to the data source example that disposes in the data source module by task manager; The real time monitoring information of the device parameter point that reception and presented event manager monitor;
The system module manager: the module descriptor in receive data source and the module descriptor of data distributor, register, include in the system module manager and manage;
The database access adapter: be connected with extraneous database, inquiry, renewal, interpolation and the deletion of data are provided, data cache module and data distributor all need to communicate by database access adapter and extraneous Database Systems.
The configuration apparatus monitoring method in a kind of based on data source is achieved as follows:
The first step: carry out system configuration, configuration step is as follows:
(1) configuration monitoring structure: according to monitoring model configuration I/O server, cluster and cluster group, can come the configuration monitoring structure based on the unicomputer node, also can come the configuration monitoring structure based on the distributed type assemblies computer node;
(2) configuration data source instance: take data source as unit, the interface protocol of corresponding distinct device according to the device interface protocol type, is selected the data source type, configuration data source instance on the I/O server, and the data source example is set to the request time interval of device request data;
(3) configurable number strong point: take data point as monitoring unit, according to the monitoring of tools parameter point to the corresponding data point of data source exemplary configuration;
(4) configuration watch list: create watch list, data point is divided into groups, add in the different watch list;
Second step: the method for supervising process step is as follows:
(1) user is by user monitoring views module input of control commands;
(2) task manager receives generation event after the control command, and control command is sent to the data source example;
(3) the data source example is encoded the control command that receives, generated data stream, and by communication system with the data stream transmitting that generates to equipment;
(4) equipment receives control command data stream, resolves, and generates the monitor message data flow and sends to the data source example;
(5) the data source example receives the monitor message data flow, and resolves the data point monitor message that obtains correspondence;
(6) 2 branches are arranged herein, the data source example stores monitor message into data cache module, jumps to (7), and the data source example produces event, and monitor message is mail to task manager, jumps to (8);
(7) data cache module stores database into by database adapter;
(8) task manager triggers message notification mechanism, and monitor message is mail to user monitoring views module and data distributor;
(9) the user monitoring views module receives and the demonstration monitor message;
(10) the data distributor is pushed to external system to the monitor message that receives;
The monitoring model of described method also can be applicable to the monitoring of tools service based on the distributed type assemblies computer node applicable to the monitoring of tools service based on the unicomputer node; Configurable one or more I/O servers of computer node; A cluster can comprise the I/O server of unlimited amount, can the grouping management cluster, and a cluster group comprises one or more clusters; The I/O server is communicated by letter with data source, data source and concrete devices communicating.
The present invention compared with prior art has following advantage: in general existing equipment supervisory control system system and method mainly is divided into two kinds: for the equipment monitoring system system and method for specific device interface protocol design; Equipment monitoring system system and method for concrete device design.Equipment monitoring system of the present invention and method adopt the configuration mode to support to dynamically update, expand, increase data source newly, and for monitoring of tools provides the three major types processing mode: standard agreement equipment can be monitored by standard agreement data source provided by the invention; Nonstandard protocol equipment can be according to device protocol customization data source, and dynamic appending is monitored in the present invention again; In addition, virtual data source provided by the invention can the definition of auxiliary equipment protocol interface.The existing equipment supervisory control system of comparing system and method, the present invention has more dynamic scalability and adaptivity.
Description of drawings
Fig. 1 is the configuration equipment monitoring system framework architecture figure that the present invention is based on data source;
Fig. 2 is the monitoring of tools model configuration flow figure that the present invention is based on the configuration apparatus monitoring method of data source;
Fig. 3 is the monitoring of tools flow chart that the present invention is based on the configuration apparatus monitoring method of data source;
Fig. 4 is the monitoring model figure that the present invention is based on the configuration apparatus monitoring method of data source;
Fig. 5 is the data source type schematic diagram that the present invention is based on the configuration equipment monitoring system of data source;
Fig. 6 is the data point schematic diagram of Big Dipper protocol data source configuration that the present invention is based on the configuration apparatus monitoring method of data source;
Fig. 7 is the watch list grouping schematic diagram that the present invention is based on the configuration apparatus monitoring method of data source.
Embodiment
As shown in Figure 1, the present invention is based on the configuration equipment monitoring system of data source, comprise data source module, data cache module, data distributor, task manager, user monitoring views module, system module manager and database access adapter.
1. data source module
Management various types of data source, the different pieces of information Source Type is corresponding to dissimilar device interface protocols; By selecting data source type configuration data source example, the data source example receives the control command that task manager sends, and sends described control command to equipment; The data source example receives monitor message, and described monitor message comprises device responds information and status information of equipment, and monitor message is sent to data cache module and event handler; Data source sends to the system module manager with self module descriptor, registers by the system module manager, to carry out the data source expansion.
The data source type is to design according to the interface protocol that various device provides.As shown in Figure 5, provide three kinds of modes to process the distinct device interface protocol among the present invention: the first be for the standard agreement device design protocol data sources such as the SNMP of standard, Modbus; The second is the protocol data source for the nonstandard protocol device customizing, and the Big Dipper protocol data source that for example provides among the present invention namely aims at the protocol data source of Big Dipper commander machine design; The third is to provide a kind of auxiliary definition mode for device interface protocol, it is the auxiliary definition that the virtual data source that provides among the present invention satisfies device interface protocol, virtual data source does not need to connect any equipment, when adding virtual data source, only need title of input and the request of data time interval to get final product.
The exploitation of data source is to develop according to the data source drawing template establishment that provides in the system that the present invention relates to and development specifications and the actual device interface protocol that will monitor; The data source that adopts the configuration mode to dynamically update, expand and increase newly is take the data source type as identifying in the data source list of types that dynamically associates in the present device supervisory control system.
2. data buffer storage
The monitor message that the receive data source instance sends, and deposit monitor message in database by the database access adapter according to the historical information record that each data source example is set.
3. data distributor
Receive the real time monitoring information of the device parameter point that task manager sends by monitor, the real time monitoring information of device parameter point is pushed to external system; The data synchro timer is set, behind the timer clocked flip, accessing database access adapter, the monitoring historical data that receive data storehouse access adapter returns, and be pushed in the external system; The data distributor sends to the system module manager with self module descriptor, registers by the system module manager, in order to carry out the expansion of data distributor.
4. task manager
By the information transmission between case mechanism realization data source module and user monitoring views module and the data distributor; At first, receive the control command that the user monitoring views module sends, and described control command sent to the data source example that disposes in the data source module, the monitor message that returns of receive data source instance and trigger message notification mechanism then, the monitor of notification data distributor and user monitoring views module sends to data distributor and user monitoring views module with real time monitoring information.
5. user monitoring views module
Be used for input of control commands, control command sent to the data source example that disposes in the data source module by task manager; The real time monitoring information of the device parameter point that reception and presented event manager monitor.
6. system module manager
The module descriptor in receive data source and the module descriptor of data distributor are registered, and include in the system module manager to manage.
7. database access adapter
Be connected with extraneous database, inquiry, renewal, interpolation and the deletion of data are provided, data cache module and data distributor all need to communicate by database access adapter and extraneous Database Systems.
Such as Fig. 2, shown in Figure 3, the configuration apparatus monitoring method in a kind of based on data of the present invention source comprises the following steps:
The first step: carry out system configuration, configuration step is as follows:
(1) configuration monitoring structure: according to monitoring model configuration I/O server, cluster and cluster group, can come the configuration monitoring structure based on the unicomputer node, also can come the configuration monitoring structure based on the distributed type assemblies computer node.
Described step (1) configuration monitoring structure, as shown in Figure 4, be configured according to monitoring model, monitoring model also can be applicable to can dispose in the unit mode based on the monitoring of tools service of distributed type assemblies computer node applicable to the monitoring of tools service based on the unicomputer node.Can dispose one or more I/O servers on the computer node, a cluster can comprise the I/O server of unlimited amount, can config set group come management cluster, and a cluster group comprises one or more clusters; The I/O server is communicated by letter with data source, data source and concrete devices communicating.
(2) configuration data source instance: take data source as unit, the interface protocol of corresponding distinct device according to the device interface protocol type, is selected the data source type, configuration data source instance on the I/O server, and the data source example is set to the request time interval of device request data.
Described step (2) configuration data source instance need to be selected the data source type according to the device interface protocol type.If there is then directly configuration data source instance in the data source type of selecting, otherwise, can adopt virtual data source to dispose, also can the development data source, and then the configuration data source instance.The data source example has two states: activate and forbidding.The data source example that only is configured to state of activation just can send control command or solicited message to equipment.Can dynamically active or the data source example of disable configuration.
(3) configurable number strong point: take data point as monitoring unit, according to the monitoring of tools parameter point to the corresponding data point of data source exemplary configuration.
Described step (3) configurable number strong point: give the data source exemplary configuration monitor data point that configures, can dispose one or more, data point is the monitoring parameter point of the equipment that will monitor, a plurality of data points such as shown in Figure 6, monitor Big Dipper commander machine can the allocating power situation, feedback information, locating information, self check information and the communication information.
In the reality, can also be with more refinement of data point, such as, the locating information among Fig. 6 can be refined as longitude information and latitude information etc. again, and this just need to come the configurable number strong point according to actual conditions.
The data point of configuration also has two states: activate and forbidding.The data point that only is configured to state of activation is just effective.Can dynamically active or the data point of disable configuration.
(4) configuration watch list: create watch list, data point is divided into groups, add in the different watch list.
Described step (4) configuration watch list: monitoring of tools is take data source as unit, data point is that the unit obtains facility information, a data source instance has a plurality of data points, in order to make things convenient for monitoring of tools personnel's monitoring management, the present invention divides into groups to data point by the configuration watch list, and every group of data point is configured in the same watch list.Can create a plurality of watch list, as shown in Figure 7.
Second step: the method for supervising process step is as follows:
(1) user is by user monitoring views module input of control commands;
(2) task manager receives generation event after the control command, and control command is sent to the data source example;
(3) the data source example is encoded the control command that receives, generated data stream, and by communication system with the data stream transmitting that generates to equipment;
(4) equipment receives control command data stream, resolves, and generates the monitor message data flow and sends to the data source example;
(5) the data source example receives the monitor message data flow, and resolves the data point monitor message that obtains correspondence;
(6) 2 branches are arranged herein, the data source example stores monitor message into data cache module, jumps to (7), and the data source example produces event, and monitor message is mail to task manager, jumps to (8);
(7) data cache module stores database into by database adapter;
(8) task manager triggers message notification mechanism, and monitor message is mail to user monitoring views module and data distributor;
(9) the user monitoring views module receives and the demonstration monitor message;
(10) the data distributor is pushed to external system to the monitor message that receives.
Embodiment:
According to Fig. 2 and Fig. 3, as an example of virtual data source example technical scheme of the present invention is elaborated:
(1) configuration monitoring structure, take unit as example, the erection unit monitoring program starts I/O server in the computer system.
(1) configure monitoring structure after, at first dispose a data source instance vd, the type selecting virtual data source, the request time that this virtual data source is set is spaced apart 1 minute, activates this data source example.
(2) configurable number strong point vp-1 and vp-2, the data type of vp-1 is set to binary system, changes type and is set to alternately change, and initial value is set to TRUE; The data type of vp-2 is set to multimode, changes type and is set to reduce, and value is set to 10～19, polling mode, and initial value is set to 10.After setting completed, activate vp-1 and vp-2.
(3) configuration watch list vdList adds vp-1 and vp-2 among the vdList to, and the data message of vp-1 is as shown in table 1, and the data message of vp-2 is as shown in table 2.As can be seen from the table, the data message of each data point can change with data source request time interval, and the variation of data dot values meets the data point configuration information requirement is set.
The data message of table 1vp-1 data point
| Point?name | Time | Value |
| vd-vp-2 | 2012-6-21?11:17 | TRUE |
| vd-vp-2 | 2012-6-21?11:18 | FALSE |
| vd-vp-2 | 2012-6-21?11:19 | TRUE |
| vd-vp-2 | 2012-6-21?11:20 | FALSE |
| vd-vp-2 | 2012-6-21?11:21 | TRUE |
| vd-vp-2 | 2012-6-21?11:22 | FALSE |
| vd-vp-2 | 2012-6-21?11:23 | TRUE |
| vd-vp-2 | 2012-6-21?11:24 | FALSE |
| vd-vp-2 | 2012-6-21?11:25 | TRUE |
The data message of table 2vp-2 data point
| Point?name | Time | Value |
| vd-vp-1 | 2012-6-21?10:59 | 11 |
| vd-vp-1 | 2012-6-21?11:00 | 12 |
| vd-vp-1 | 2012-6-21?11:01 | 13 |
| vd-vp-1 | 2012-6-21?11:02 | 14 |
| vd-vp-1 | 2012-6-21?11:03 | 15 |
| vd-vp-1 | 2012-6-21?11:04 | 16 |
| vd-vp-1 | 2012-6-21?11:05 | 17 |
| vd-vp-1 | 2012-6-21?11:06 | 18 |
| vd-vp-1 | 2012-6-21?11:07 | 19 |
| vd-vp-1 | 2012-6-21?11:08 | 10 |
| vd-vp-1 | 2012-6-21?11:09 | 11 |
| vd-vp-1 | 2012-6-21?11:10 | 12 |
| vd-vp-1 | 2012-6-21?11:11 | 13 |
| vd-vp-1 | 2012-6-21?11:12 | 14 |
| vd-vp-1 | 2012-6-21?11:13 | 15 |
| vd-vp-1 | 2012-6-21?11:14 | 16 |
| vd-vp-1 | 2012-6-21?11:15 | 17 |
| vd-vp-1 | 2012-6-21?11:16 | 18 |
| vd-vp-1 | 2012-6-21?11:17 | 19 |
The part that the present invention does not elaborate belongs to techniques well known.
Claims (3)
1. the configuration equipment monitoring system in a based on data source is characterized in that comprising:
The data source module: management various types of data source, the different pieces of information Source Type is corresponding to dissimilar device interface protocols; By selecting data source type configuration data source example, the data source example receives the control command that task manager sends, and sends described control command to equipment; The data source example receives monitor message, and described monitor message comprises device responds information and status information of equipment, and monitor message is sent to data cache module and event handler; Data source sends to the system module manager with self module descriptor, registers by the system module manager, to carry out the data source expansion;
Data cache module: the monitor message that the receive data source instance sends, and deposit monitor message in database by the database access adapter according to the historical information record that each data source example is set;
Data distributor: receive the real time monitoring information of the device parameter point that task manager sends by monitor, the real time monitoring information of device parameter point is pushed to external system; The data synchro timer is set, behind the timer clocked flip, accessing database access adapter, the monitoring historical data that receive data storehouse access adapter returns, and be pushed in the external system; The data distributor sends to the system module manager with self module descriptor, registers by the system module manager, in order to carry out the expansion of data distributor;
Task manager: by the information transmission between case mechanism realization data source module and user monitoring views module and the data distributor; At first, receive the control command that the user monitoring views module sends, and described control command sent to the data source example that disposes in the data source module, the monitor message that returns of receive data source instance and trigger message notification mechanism then, the monitor of notification data distributor and user monitoring views module sends to data distributor and user monitoring views module with real time monitoring information;
User monitoring views module: be used for input of control commands, control command sent to the data source example that disposes in the data source module by task manager; The real time monitoring information of the device parameter point that reception and presented event manager monitor;
The system module manager: the module descriptor in receive data source and the module descriptor of data distributor, register, include in the system module manager and manage;
The database access adapter: be connected with extraneous database, inquiry, renewal, interpolation and the deletion of data are provided, data cache module and data distributor all need to communicate by database access adapter and extraneous Database Systems.
2. described according to claim 1, the configuration apparatus monitoring method in a kind of based on data source is achieved as follows:
The first step: carry out system configuration, configuration step is as follows:
(11) configuration monitoring structure: according to monitoring model configuration I/O server, cluster and cluster group, can come the configuration monitoring structure based on the unicomputer node, also can come the configuration monitoring structure based on the distributed type assemblies computer node;
(12) configuration data source instance: take data source as unit, the interface protocol of corresponding distinct device according to the device interface protocol type, is selected the data source type, configuration data source instance on the I/O server, and the data source example is set to the request time interval of device request data;
(13) configurable number strong point: take data point as monitoring unit, according to the monitoring of tools parameter point to the corresponding data point of data source exemplary configuration;
(14) configuration watch list: create watch list, data point is divided into groups, add in the different watch list;
Second step: the method for supervising process step is as follows:
(21) user is by user monitoring views module input of control commands;
(22) task manager receives generation event after the control command, and control command is sent to the data source example;
(23) the data source example is encoded the control command that receives, generated data stream, and by communication system with the data stream transmitting that generates to equipment;
(24) equipment receives control command data stream, resolves, and generates the monitor message data flow and sends to the data source example;
(25) the data source example receives the monitor message data flow, and resolves the data point monitor message that obtains correspondence;
(26) 2 branches are arranged herein, the data source example stores monitor message into data cache module, jumps to (27), and the data source example produces event, and monitor message is mail to task manager, jumps to (28);
(27) data cache module stores database into by database adapter;
(28) task manager triggers message notification mechanism, and monitor message is mail to user monitoring views module and data distributor;
(29) the user monitoring views module receives and the demonstration monitor message;
(210) the data distributor is pushed to external system to the monitor message that receives.
3. described according to claim 1, the configuration apparatus monitoring method in a kind of based on data source, its deployment is characterised in that: the monitoring model of described method also can be applicable to the monitoring of tools service based on the distributed type assemblies computer node applicable to the monitoring of tools service based on the unicomputer node; Configurable one or more I/O servers of computer node; A cluster can comprise the I/O server of unlimited amount, can the grouping management cluster, and a cluster group comprises one or more clusters; The I/O server is communicated by letter with data source, data source and concrete devices communicating.
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