CN103036736B - A kind of configuration equipment monitoring system based on data source and method - Google Patents
A kind of configuration equipment monitoring system based on data source and method Download PDFInfo
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Abstract
A kind of configuration equipment monitoring system based on data source and method, this system adopts hierarchical manner design, be made up of data source modules, data cache module, data publication device, task manager, user monitoring views module, system module manager and database access adapter, and data source extension point is provided, adopt configuration mode to dynamically update, expand, increase data source newly.The monitoring model of the method is applicable to the monitoring of tools service based on unicomputer node, also can be applicable to the monitoring of tools service based on distributed type assemblies computer node, the method is in units of data source, multiple data point is configured to data source, take data point as monitoring unit, by data source to device request data, and the response data of analyzing device is each data point information, thus in watch list, can monitor each data point in real time.The present invention is with good expansibility, and be easy to through engineering approaches and realize, the expansion for data source provides one extended mode flexibly, and monitoring of tools personnel can be facilitated the unified monitoring of various equipment.
Description
Technical field
The present invention relates to monitoring of tools field, particularly a kind of configuration equipment monitoring system based on data source and method.
Background technology
The current monitoring for equipment, great majority are the special supervisory control systems of often kind of equipment configuration one.The development of new equipment, supervisory control system also needs to develop thereupon, such as communication terminal and communication equipment etc., and the development of equipment monitoring system needs to develop according to the interface protocol of monitoring, due to the diversity of device type and interface protocol, be difficult to form integrated monitor supervision platform.So, study based on the configuration equipment monitoring system of data source and method necessary.
Need when watch-dog to be connected with equipment by specific interface protocol, some use serial ports connect, some use networks connect, some use transducers carry out state collection, this just needs can expand various data source in monitoring of tools, neither existing data source before impact, can increase new data source again.So growth data source focuses on equipment monitoring system and can realize configuration monitoring of tools based on data source in monitoring of tools.
That has published at present is mainly 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 meet 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, and can not be used for other kind monitoring of tools demands, therefore equipment monitoring system cannot be general.
Summary of the invention
The problem that the technology of the present invention solves is: overcome the deficiencies in the prior art, a kind of configuration equipment monitoring system based on data source and method are provided, can the new device interface protocol of dynamic expansion, achieve the general of equipment monitoring system, there is the advantage having more dynamic scalability and adaptivity.
Technical solution of the present invention: a kind of configuration equipment monitoring system based on data source, described system at least comprises:
Data source modules: management all kinds data source, different pieces of information Source Type corresponds to dissimilar device interface protocol; By selecting data source types configuration data source instance, data source example receives the control command that task manager sends, and sends described control command to equipment; 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; Own module descriptor is sent to system module manager by data source, is registered by system module manager, to carry out data source expansion;
Data cache module: receive the monitor message that data source example sends, and according to the historical information record of each data source example setting, monitor message is passed through database access adapter stored in database;
Data publication device: the real time monitoring information being received the device parameter point that task manager sends by monitor, by the externally system propelling movement of the real time monitoring information of device parameter point; Setting data synchro timer, after timer clocked flip, accessing database access adapter, receives the monitoring historical data that database access adapter returns, and is pushed in external system; Own module descriptor is sent to system module manager by data publication device, is registered by system module manager, to carry out the expansion of data publication device;
Task manager: realize the information transmission between data source modules and user monitoring views module and data publication device by case mechanism; First, receive the control command that user monitoring views module sends, and described control command is sent to the data source example configured in data source modules, then receive monitor message Trigger message informing mechanism that data source example returns, the monitor of notification data distributor and user monitoring views module, sends to data publication device and user monitoring views module by real time monitoring information;
User monitoring views module: for input of control commands, sends to the data source example configured in data source modules by control command by task manager; Receive the real time monitoring information of the device parameter point that also presented event manager monitors;
System module manager: receive the module descriptor of data source and the module descriptor of data publication device, register, include in system module manager and manage;
Database access adapter: be connected with exogenous data storehouse, provides the inquiry of data, renewal, interpolation and deletion, and data cache module and data publication device all need to be communicated with exogenous data storehouse system by database access adapter.
Based on a configuration apparatus monitoring method for data source, realize 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, configuration monitoring structure can be carried out based on unicomputer node, also can carry out configuration monitoring structure based on distributed type assemblies computer node;
(2) configuration data source instance: in units of data source, the interface protocol of corresponding distinct device, according to device interface protocol type, selects data source types, configuration data source instance on I/O server, and setting data source instance is to the request time interval of device request data;
(3) configurable number strong point: take data point as monitoring unit, according to monitoring of tools parameter point to the corresponding data point of data source exemplary configuration;
(4) watch list is configured: create watch list, data point is divided into groups, adds in different watch list;
Second step: 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 control command, and control command is sent to data source example;
(3) control command received is encoded by data source example, generate data flow, and by communication system by generate data stream transmitting to equipment;
(4) equipment receives control command data stream, resolves, and generates monitor message data flow and sends to data source example;
(5) data source example receives monitor message data flow, and resolves the data point monitor message obtaining correspondence;
(6) have 2 branches herein, monitor message is stored into data cache module by data source example, jumps to (7), and data source example produces event, monitor message is mail to task manager, jumps to (8);
(7) data cache module is stored into database by database adapter;
(8) task manager Trigger message informing mechanism, mails to user monitoring views module and data publication device by monitor message;
(9) user monitoring views module receives and shows monitor message;
(10) data publication device is pushed to external system the monitor message received;
The monitoring model of described method is applicable to the monitoring of tools service based on unicomputer node, also can be applicable to the monitoring of tools service based on distributed type assemblies computer node; Computer node one or more I/O servers configurable; A cluster can comprise the I/O server of unlimited amount, can grouping management cluster, and a cluster group comprises one or more clusters; I/O server and Data Source communication, data source and concrete devices communicating.
The present invention compared with prior art tool has the following advantages: in general existing equipment supervisory control system system and method is mainly divided into two kinds: the equipment monitoring system system and method designed for specific device interface protocol; For the equipment monitoring system system and method for concrete equipment de-sign.Equipment monitoring system of the present invention and method, adopt configuration mode to support to dynamically update, expand, newly-increased data source, for monitoring of tools provides three major types processing mode: standard agreement equipment can be monitored by standard Protocol Data source provided by the invention; Nonstandard protocol equipment according to device protocol customization data source, dynamically can add in the present invention and monitors; In addition, virtual data source provided by the invention can the definition of auxiliary equipment protocol interface.Existing equipment supervisory control system of comparing system and method, the present invention has more dynamic scalability and adaptivity.
Accompanying drawing explanation
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 of the configuration apparatus monitoring method that the present invention is based on data source;
Fig. 3 is the monitoring of tools flow chart of the configuration apparatus monitoring method that the present invention is based on data source;
Fig. 4 is the monitoring model figure of the configuration apparatus monitoring method that the present invention is based on data source;
Fig. 5 is the data source types schematic diagram of the configuration equipment monitoring system that the present invention is based on data source;
Fig. 6 is the data point schematic diagram of the Big Dipper protocol data source configuration of the configuration apparatus monitoring method that the present invention is based on data source;
Fig. 7 is the watch list grouping schematic diagram of the configuration apparatus monitoring method that the present invention is based on 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 modules, data cache module, data publication device, task manager, user monitoring views module, system module manager and database access adapter.
1. data source modules
Management all kinds data source, different pieces of information Source Type corresponds to dissimilar device interface protocol; By selecting data source types configuration data source instance, data source example receives the control command that task manager sends, and sends described control command to equipment; 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; Own module descriptor is sent to system module manager by data source, is registered by system module manager, to carry out data source expansion.
Data source types is that the interface protocol provided according to various equipment designs.As shown in Figure 5, three kinds of modes are provided in the present invention to process distinct device interface protocol: the first is the protocol data sources such as SNMP, Modbus of the standard for standard agreement equipment de-sign; The second is the protocol data source for nonstandard protocol device customizing, and namely the Big Dipper protocol data source such as, provided in the present invention aims at the protocol data source of Big Dipper commander machine design; The third is for device interface protocol provides a kind of auxiliary definition mode, namely the virtual data source provided in the present invention is to meet the auxiliary definition of device interface protocol, virtual data source does not need to connect any equipment, when adding virtual data source, only need input title and the request of data time interval.
The exploitation of data source is developed according to the data source drawing template establishment provided in the system that the present invention relates to and development specifications and the actual device interface protocol that will monitor; Adopt configuration mode to dynamically update, to expand and newly-increased data source is in the data source types list that dynamically associates in present device supervisory control system of mark with data source types.
2. data buffer storage
Receive the monitor message that data source example sends, and according to the historical information record of each data source example setting, monitor message is passed through database access adapter stored in database.
3. data publication device
The real time monitoring information of the device parameter point that task manager sends is received, by the externally system propelling movement of the real time monitoring information of device parameter point by monitor; Setting data synchro timer, after timer clocked flip, accessing database access adapter, receives the monitoring historical data that database access adapter returns, and is pushed in external system; Own module descriptor is sent to system module manager by data publication device, is registered by system module manager, to carry out the expansion of data publication device.
4. task manager
The information transmission between data source modules and user monitoring views module and data publication device is realized by case mechanism; First, receive the control command that user monitoring views module sends, and described control command is sent to the data source example configured in data source modules, then receive monitor message Trigger message informing mechanism that data source example returns, the monitor of notification data distributor and user monitoring views module, sends to data publication device and user monitoring views module by real time monitoring information.
5. user monitoring views module
For input of control commands, by task manager, control command is sent to the data source example configured in data source modules; Receive the real time monitoring information of the device parameter point that also presented event manager monitors.
6. system module manager
Receive the module descriptor of data source and the module descriptor of data publication device, register, include in system module manager and manage.
7. database access adapter
Be connected with exogenous data storehouse, provide the inquiry of data, renewal, interpolation and deletion, data cache module and data publication device all need to be communicated with exogenous data storehouse system by database access adapter.
As shown in Figure 2 and Figure 3, a kind of configuration apparatus monitoring method based on data source of the present invention, 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, configuration monitoring structure can be carried out based on unicomputer node, also can carry out configuration monitoring structure based on distributed type assemblies computer node.
Described step (1) configuration monitoring structure, as shown in Figure 4, be configured according to monitoring model, monitoring model is applicable to the monitoring of tools service based on unicomputer node, and the monitoring of tools service that also can be applicable to based on distributed type assemblies computer node can configure in unit mode.A computer node can configure one or more I/O servers, a cluster can comprise the I/O server of unlimited amount, and config set group can carry out management cluster, a cluster group comprises one or more clusters; I/O server and Data Source communication, data source and concrete devices communicating.
(2) configuration data source instance: in units of data source, the interface protocol of corresponding distinct device, according to device interface protocol type, selects data source types, configuration data source instance on I/O server, and setting data source instance is to the request time interval of device request data.
Described step (2) configuration data source instance, needs to select data source types according to device interface protocol type.If the data source types selected exists, directly configuration data source instance, otherwise, virtual data source can be adopted configure, also can development data source, and then configuration data source instance.Data source example has two states: activate and forbidding.The data source example being only configured to state of activation just can send control command or solicited message to equipment.Can the data source example of dynamically active or disable configuration.
(3) configurable number strong point: take data point as monitoring unit, according to monitoring of tools parameter point to the corresponding data point of data source exemplary configuration.
Described step (3) configurable number strong point: to the data source exemplary configuration monitor data point configured, one or more can be configured, data point is the monitoring parameter point of the equipment that will monitor, as shown in Figure 6, monitor Big Dipper commander machine can multiple data point such as allocating power situation, feedback information, locating information, self-inspection information and the communication information.
In reality, can also by data point more refinement, such as, the locating information in Fig. 6 can be refined as longitude information and latitude information etc. again, and this just needs to come configurable number strong point according to actual conditions.
The data point of configuration also has two states: activate and forbidding.The data point being only configured to state of activation is just effective.Can the data point of dynamically active or disable configuration.
(4) watch list is configured: create watch list, data point is divided into groups, adds in different watch list.
Described step (4) configuration watch list: monitoring of tools is in units of data source, data point is that unit obtains facility information, a data source instance has multiple data point, the conveniently monitoring management of monitoring of tools personnel, the present invention is divided into groups to data point by configuration watch list, often organizes data point and is configured in same watch list.Multiple watch list can be created, as shown in Figure 7.
Second step: 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 control command, and control command is sent to data source example;
(3) control command received is encoded by data source example, generate data flow, and by communication system by generate data stream transmitting to equipment;
(4) equipment receives control command data stream, resolves, and generates monitor message data flow and sends to data source example;
(5) data source example receives monitor message data flow, and resolves the data point monitor message obtaining correspondence;
(6) have 2 branches herein, monitor message is stored into data cache module by data source example, jumps to (7), and data source example produces event, monitor message is mail to task manager, jumps to (8);
(7) data cache module is stored into database by database adapter;
(8) task manager Trigger message informing mechanism, mails to user monitoring views module and data publication device by monitor message;
(9) user monitoring views module receives and shows monitor message;
(10) data publication device is pushed to external system the monitor message received.
Embodiment:
According to Fig. 2 and Fig. 3, for virtual data source, technical scheme of the present invention is described in detail:
(1) configuration monitoring structure, for unit, erection unit monitoring program, I/O server in start-up simulation machine system.
(1), after configuring monitoring structure, first configure a data source instance vd, type selecting virtual data source, the request time arranging this virtual data source is spaced apart 1 minute, activates this data source example.
(2) data type of configurable number strong point vp-1 and vp-2, vp-1 is set to binary system, and change type and be set to alternately change, initial value is set to TRUE; The data type of vp-2 is set to multimode, and change type and be set to reduce, value is set to 10 ~ 19, polling mode, and initial value is set to 10.After setting completed, vp-1 and vp-2 is activated.
(3) configure watch list vdList, added to by vp-1 and vp-2 in vdList, 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 change of data dot values meets data point configuration information and arranges requirement.
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., based on a configuration equipment monitoring system for data source, it is characterized in that comprising:
Data source modules: management all kinds data source, different pieces of information Source Type corresponds to dissimilar device interface protocol; By selecting data source types configuration data source instance, data source example receives the control command that task manager sends, and sends described control command to equipment; 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 task manager; Own module descriptor is sent to system module manager by data source, is registered by system module manager, to carry out data source expansion;
Data cache module: receive the monitor message that data source example sends, and according to the historical information record of each data source example setting, monitor message is passed through database access adapter stored in database;
Data publication device: the real time monitoring information being received the device parameter point that task manager sends by monitor, by the externally system propelling movement of the real time monitoring information of device parameter point; Setting data synchro timer, after timer clocked flip, accessing database access adapter, receives the monitoring historical data that database access adapter returns, and is pushed in external system; Own module descriptor is sent to system module manager by data publication device, is registered by system module manager, to carry out the expansion of data publication device;
Task manager: realize the information transmission between data source modules and user monitoring views module and data publication device by case mechanism; First, receive the control command that user monitoring views module sends, and described control command is sent to the data source example configured in data source modules, then receive monitor message Trigger message informing mechanism that data source example returns, the monitor of notification data distributor and user monitoring views module, sends to data publication device and user monitoring views module by real time monitoring information;
User monitoring views module: for input of control commands, sends to the data source example configured in data source modules by control command by task manager; Receive the real time monitoring information of the device parameter point that also presented event manager monitors;
System module manager: receive the module descriptor of data source and the module descriptor of data publication device, register, include in system module manager and manage;
Database access adapter: be connected with exogenous data storehouse, provides the inquiry of data, renewal, interpolation and deletion, and data cache module and data publication device all need to be communicated with exogenous data storehouse system by database access adapter.
2., based on a configuration apparatus monitoring method for data source, it is characterized in that realization is 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, configuration monitoring structure can be carried out based on unicomputer node, also can carry out configuration monitoring structure based on distributed type assemblies computer node;
(12) configuration data source instance: in units of data source, the interface protocol of corresponding distinct device, according to device interface protocol type, selects data source types, configuration data source instance on I/O server, and setting data source instance is to the request time interval of device request data;
(13) configurable number strong point: take data point as monitoring unit, according to monitoring of tools parameter point to the corresponding data point of data source exemplary configuration;
(14) watch list is configured: create watch list, data point is divided into groups, adds in different watch list;
Second step: 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 control command, and control command is sent to data source example;
(23) control command received is encoded by data source example, generate data flow, and by communication system by generate data stream transmitting to equipment;
(24) equipment receives control command data stream, resolves, and generates monitor message data flow and sends to data source example;
(25) data source example receives monitor message data flow, and resolves the data point monitor message obtaining correspondence;
(26) have 2 branches herein, monitor message is stored into data cache module by data source example, jumps to (27), and data source example produces event, monitor message is mail to task manager, jumps to (28);
(27) data cache module is stored into database by database adapter;
(28) task manager Trigger message informing mechanism, mails to user monitoring views module and data publication device by monitor message;
(29) user monitoring views module receives and shows monitor message;
(210) data publication device is pushed to external system the monitor message received.
3. a kind of configuration apparatus monitoring method based on data source according to claim 2, it is characterized in that: the monitoring model of described method is applicable to the monitoring of tools service based on unicomputer node, also can be applicable to the monitoring of tools service based on distributed type assemblies computer node; Computer node one or more I/O servers configurable; A cluster can comprise the I/O server of unlimited amount, can grouping management cluster, and a cluster group comprises one or more clusters; I/O server and Data Source communication, data source and concrete devices communicating.
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| CN107317722A (en) * | 2017-05-27 | 2017-11-03 | 北京奇艺世纪科技有限公司 | A kind of expansible system and method for data source |
| CN107317722B (en) * | 2017-05-27 | 2020-01-31 | 北京奇艺世纪科技有限公司 | data source extensible system and method |
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