CN102932431A - Message-routing-based state monitoring data interface configuration method - Google Patents

Message-routing-based state monitoring data interface configuration method Download PDF

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Publication number
CN102932431A
CN102932431A CN2012103855426A CN201210385542A CN102932431A CN 102932431 A CN102932431 A CN 102932431A CN 2012103855426 A CN2012103855426 A CN 2012103855426A CN 201210385542 A CN201210385542 A CN 201210385542A CN 102932431 A CN102932431 A CN 102932431A
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data
interface
configuration
exchange
platform
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CN102932431B (en
Inventor
阎春雨
车俊禄
王峰
张涛
毕建刚
吴旭涛
是艳杰
江伟民
郭飞
郭鸿志
滕晓雷
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BEIJING JOIN BRIGHT ELECTRIC POWER TECHNOLOGY Co Ltd
ELECTRIC POWER INSTITUTE OF SCIENCE NINGXIA ELECTRIC POWER Co Ltd
State Grid Corp of China SGCC
China Electric Power Research Institute Co Ltd
Original Assignee
BEIJING JOIN BRIGHT ELECTRIC POWER TECHNOLOGY Co Ltd
ELECTRIC POWER INSTITUTE OF SCIENCE NINGXIA ELECTRIC POWER Co Ltd
State Grid Corp of China SGCC
China Electric Power Research Institute Co Ltd
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Priority to CN201210385542.6A priority Critical patent/CN102932431B/en
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Abstract

The invention relates to a message-routing-based state monitoring data interface configuration method, which is characterized by comprising the steps of: interface configuration of a data exchange system on a data interface platform, data exchange configuration of the data exchange system on the data interface platform, and data exchange carried out by the data interface platform through a data exchange engine according to the interface configuration and the data exchange configuration. The method disclosed by the invention aims to solve the problem that data interaction is needed between the state monitoring application of electric transmission and transformation equipment and a plurality of external network systems, a universal data interaction scheme is abstracted, and a standard universal interface platform irrelevant to a specific business is realized based on message routing. On the interface platform, by configuration of interface attributes and message routing, a state monitoring data exchange model of the electric transmission and transformation equipment can be established quickly, the business data can be associated automatically, and the requirement for accessing various state monitoring data is met; and the work load for interface development and deployment can be reduced greatly.

Description

A kind of Condition Monitoring Data interface allocation method based on the message route
Technical field
The present invention relates to a kind of Condition Monitoring Data interface allocation method based on the message route.
Background technology
The power transmission and transformation equipment state monitoring and measuring application is the important means that realizes the repair based on condition of component management, adopt information gathering and the information processing technology, realization is to perception, supervision early warning, analyzing and diagnosing and the evaluation prediction of all kinds of power transmission and transforming equipment running statuses, and its construction and popularization have actively and profound significance lifting electrical network intelligent level, lifting power transmission and transformation professional production operational management lean level.The construction of power transmission and transformation equipment state monitoring and measuring application is very high to the integrated dependency degree of information, need to carry out exchanges data with a plurality of external systems, relate to the data access with production management system (PMS), GIS-Geographic Information System (GIS), integrated data platform, the systems such as EMS, SCADA.So many interface exploitation workloads are huge, and have a lot of repetitive operation.
JavaEE is the newname of Java 2 Platform Enterprise Edition, and its core is one group of technical specification and guide, and the various components that comprises, service architecture and the hierarchy of skill all have common standard and specification.There is good compatibility so that adopt between the different platform of JavaEE framework, solved between the information products that enterprise backend in the past uses the problem that can't be compatible or is difficult to intercommunication.By unified development platform is provided, JavaEE has reduced expense and complexity that the exploitation multilayer is used.JMS in the JavaEE system is one of message-oriented middleware product of present main flow, utilizes the message passing mechanism of high efficient and reliable to realize data exchange with platform independence, can be used for integrated between the distributed system.Transmit and the message queueing model by giving information, it can in the communication between the expansion process under the distributed environment, support the synchronous and asynchronous mode.
In recent years, electric power system units at different levels have built a large amount of information systems based on JavaEE, correlation technique also more and more comes into question and is applied in the practice, become the effective means that solves electric power system complex information integration problem, equally also be applicable to solve a large amount of mutual problems of isomeric data in the status monitoring application.
Power transmission and transformation equipment state is monitored the important construction content that senior application is intelligent grid, and the basic link of this system is the access of all kinds of Condition Monitoring Datas.At present, the main method that solves this type of data access is for specific communication interface of each external system exploitation, by the mode that stipulations are resolved or database is resolved, the realization data are compiled, this mode is expanded very inconvenient, the programing work amount is large, be difficult to the fast new access demand of reply, and the reliability of program is low.
Summary of the invention
The purpose of this invention is to provide a kind of Condition Monitoring Data interface allocation method based on the message route, flexible exchanges data configuration feature can be provided, and greatly improved efficient and the reliability of Condition Monitoring Data access.
A kind of Condition Monitoring Data interface allocation method based on the message route, its special feature is, comprise: data exchange system is in the interface configuration of data-interface platform, data exchange system is in the exchanges data configuration of data-interface platform, the data-interface platform carries out exchanges data according to above-mentioned interface configuration and exchanges data configuration by data switch engine.
Data exchange system comprises in the interface configuration of interface platform:
Interface definition, be data exchange system in the registration of interface platform, interface definition needs the interface name of configuration data switching system, interface type, creation-time, access module, start-up time, interface encoded attributes;
The scheduling configuration, it is the configuration to the operational mode of status data interface, scheduling method is divided in real time and regularly two kinds in system, real-time mode is that data just initiatively trigger the status data interface service when changing, timing mode is that whether data query changes after the set time, as changes and then trigger the status data interface service;
The message routing configuration is the foundation to corresponding relation between source data switching system and target data switching system, thereby realizes that by the message routing configuration source data switching system is to the corresponding relation foundation of target data switching system.
Data exchange system comprises in the exchanges data configuration of interface platform:
The database format configuration:
Step 1:
The data source of definition data exchange system comprises type of database, adapter, chained address, username and password attribute;
Step 2:
Input needs source or the destination end business datum table of swap data, and contingency table is carried out number, and the major key table of comparisons extracts sql information; According to the business datum literary name segment information that input message loads out, be used as the alternate item of data interchange format;
Step 3:
The data field that will exchange in the selection alternate item arranges and contingency table Related fields relation, and field attribute is set, and it comprises common field, major key field, associate field; Wherein associate field and major key field source data format, destination end data format are all retrieved as correlation inquiry, what major key field was different from associate field is that the relative destination end data format of major key field is more meaningful, can be used for that destination end data major key generates according to sign and in expansion interface, be applied;
Xml format configuration, data interchange platform be by being converted to business object the Xml object with independent of service, thereby realize the independent of service of exchanges data;
Extended formatting configuration, data interchange platform is reserved expansion interface, and the data format that customizes other according to user's different demands is configured.
The data-interface platform is according to interface configuration and exchanges data configuration, carry out exchanges data by data switch engine, specifically comprise: by source, target and the scheduling method of interface configuration specified data exchange, the mapping relations of source and target exchange message are determined in the exchanges data configuration, and the interface platform data switch engine carries out the exchange of data according to message route, interface configuration and exchanges data configuration.
Further, comprise the steps:
Step 1:
System user carries out interface definition according to the source and target of data interaction system, appoints the base attribute of interface;
Step 2:
System user is according to the demand of reciprocal exchange of business data between the data exchange system, the scheduling method of configuration data, scheduling method has in real time and regularly two kinds, and every kind of pattern all needs to define the base attribute of scheduling method, and timing mode also needs according to scheduling time rule setting timing;
Step 3:
System user is according to the switching system data flow configuration data route that exchanges messages, according to the commutative relation of business datum between the data exchange system, and the data-mapping of configuration service object relation, and support the configuration of translating to the business object attribute;
Step 4:
If the interface data form is database format, need to be according to disparate databases configuration database connection attribute, configure connection attribute after, also need to carry out the configuration of data exchange service object according to traffic table, exist the needs configuration of translating to translate relation;
Step 5:
If the Xml data format is database format, business object is converted to Xml object with independent of service, exist the configuration that also needs of translating to translate relation;
Step 6:
If neither database format neither the Xml form, system's supported data form expansion, thereby the business datum that the user can need to be exchanged by the growth data formal definition;
Step 7:
Interface platform is set up power transmission and transformation equipment state Monitoring Data exchange model according to interface configuration and exchanges data configuration, and the auto-associating business datum realizes treating that the DIF data are to the automatic conversion of business datum;
Step 8:
Interface platform carries out verification according to predefined verification rule in the platform model to data in the process of carrying out exchanges data, the data that verification can't be passed through are carried out respective record;
Step 9:
Interface platform is in data transaction, verification, and exchange, corresponding daily record is processed and recorded to the pathological system in the transmission course;
Step 10:
Interface platform is based on the message route, according to interface configuration and the transmission of exchanges data Configuration exchanges data.
The inventive method is the problem that need to carry out data interaction with a plurality of outer net system for the power transmission and transformation equipment state monitoring and measuring application, abstract general data interaction scheme, and based on the message route implementing with the standard universal interface platform of concrete independent of service.On this interface platform, by the configuration of docking port attribute and message route, can set up fast power transmission and transformation equipment state Monitoring Data exchange model, the auto-associating business datum satisfies the needs that all kinds of Condition Monitoring Datas access; Can significantly reduce the workload of interface exploitation and deployment; Can change by rapid response to customer's need, can realize the data access of new system by the mode that increases Data Exchange Model; Solve the access problem of all kinds of status monitoring heterogeneous systems, isomeric data, and improved the reliability of data access.
Description of drawings
Accompanying drawing 1 is Condition Monitoring Data interface typical case interaction scenarios;
Accompanying drawing 2 is status monitoring universal data interface structure chart;
Accompanying drawing 3 is Condition Monitoring Data interface configuration function use-case.
Embodiment
The present invention is a kind of Condition Monitoring Data interface allocation method based on the message route, and comprising: data interaction system is in the interface configuration of interface platform;
Data exchange system is in the exchanges data configuration of interface platform; The data-interface platform carries out exchanges data according to interface configuration and exchanges data configuration by data switch engine; Wherein, described data exchange system is the general designation that needs the system of swap data, and system quantity is more than or equal to two.
Wherein data exchange system is in the interface configuration of interface platform, comprise: the basic definition of interface, to the data switching system interface, the data format definition of configuration interface access module, scheduling method and interface communication, how the access scope that comprises in addition status data obtains the increment status data of interface.
Scheduling configuration, to the configuration of the operational mode of status data interface, scheduling method is divided in real time and regularly two kinds in system.Real-time mode is that data just initiatively trigger the status data interface service when changing.Timing mode is that whether data query changes after the set time, as changes and then trigger the status data interface service.
The message routing configuration is the foundation to corresponding relation between source data switching system and target data switching system, thereby realizes that by the message routing configuration source data switching system is to the corresponding relation foundation of target data switching system.
Wherein data exchange system comprises in the exchanges data configuration of interface platform: the database format configuration, and data interchange platform is supported the exchanges data before the several data, the database format configuration is the configuration to each database description information.Configuring database format can be configured the business object that needs in the database to exchange, and supports the configuration to transfer relationship.
Xml format configuration, data interchange platform be by being converted to business object the Xml object with independent of service, thereby realize the independent of service of exchanges data.
The extended formatting configuration, data interchange platform is reserved expansion interface, and the data format that can customize according to user's different demands other is configured.
The data-interface platform carries out exchanges data according to interface configuration and exchanges data configuration by data switch engine, comprising: the source of interface configuration specified data exchange, and target and scheduling method, the mapping relations of source and target exchange message are determined in the exchanges data configuration.The interface platform data switch engine is according to the message route, and the exchange of data is carried out in interface configuration and exchanges data configuration.
The core of the inventive method is by the configuration of docking port configuration and exchanges data, can set up fast power transmission and transformation equipment state Monitoring Data exchange model, and the auto-associating business datum satisfies the needs that all kinds of Condition Monitoring Datas access.
In order to make those skilled in the art person understand better the present invention program, the present invention is described in further detail below in conjunction with drawings and embodiments.
The present invention is based on the Condition Monitoring Data interface allocation method flow process of message route as shown in Figure 3:
Step 1:
System user carries out interface definition according to the source and target of data interaction system, appoints the base attribute of interface.
Step 2:
System user is according to the demand of reciprocal exchange of business data between the data exchange system, and the scheduling method of configuration data, scheduling method have in real time and regularly two kinds.Every kind of pattern all needs to define the base attribute of scheduling method, and timing mode need to be set timing according to the scheduling time rule.
Step 3:
System user is according to the switching system data flow configuration data route that exchanges messages.According to the commutative relation of business datum between the data exchange system, the data-mapping of configuration service object relation is supported the configuration of translating to the business object attribute.
Step 4:
If the interface data form is database format, need to be according to disparate databases configuration database connection attribute.Configure connection attribute, need to carry out the configuration of data exchange service object according to traffic table, exist the needs configuration of translating to translate relation.
Step 5:
If the Xml data format is database format, business object is converted to Xml object with independent of service, exist the needs configuration of translating to translate relation.
Step 6:
If neither database format neither the Xml form, system's supported data form expansion, the business datum that the user can need to exchange by the growth data formal definition.
Step 7:
Interface platform is set up power transmission and transformation equipment state Monitoring Data exchange model fast according to interface configuration and exchanges data configuration, and the auto-associating business datum realizes treating that the DIF data are to the automatic conversion of business datum.
Step 8:
Interface platform carries out verification according to predefined verification rule in the platform model to data in the process of carrying out exchanges data, the data that verification can't be passed through are carried out respective record.
Step 9:
Interface platform is in data transaction, and verification exchanges, and corresponding daily record is processed and recorded to the pathological system in the transmission course.
Step 10:
Interface platform is based on the message route, according to interface configuration and the transmission of exchanges data Configuration exchanges data.
The purpose of this method is the Data Integration problem that solves power transmission and transformation condition monitoring system and peripheral system.Basic ideas are according to the JMS standard, based on Message routing mechanism, realize the standard universal interface platform with concrete independent of service, by this platform, can the flexible configuration interface parameters, satisfy the needs of all kinds of interface data transmission, typical interaction scenarios is as shown in Figure 1.
The general-purpose interface platform provides the functions such as interface configuration, exchanges data, interface monitoring, control of authority, and the function structure of interface platform as shown in Figure 2.
Wherein interface configuration is used for setting up Data Exchange Model, and function comprises data definition, data-mapping, data transaction, message routing configuration etc., and the interface configuration function as shown in Figure 3.Data Exchange Model requires science, applicable, namely will reduce the redundancy of data, can deposit again the data that operation system needs.
1, data definition has been realized the parameter configuration to system interface, comprise configuration interface access module, scheduling method, interface communication data format definition, data the access scope and how to obtain incremental data of interface etc.
2, data-mapping is the data format that the packet that the operation system caller transmits is become the use XML standard of standard.Various data format supports also are provided in addition, comprise XML, EDI, text and user-defined format, and comprise definition translation, can be with the mode receive data of oneself understanding to guarantee each external system.
Link relation between message route definition receiving interface and the transmission interface.According to the quantity of receiving interface and transmission interface, can be divided into one to one and one-to-many two class routes, refer to one to one the corresponding transmission interface of a receiving interface.One-to-many refers to the corresponding a plurality of transmission interfaces of a receiving interface.
Here we are for the characteristics of Condition Monitoring Data dispersion, isomery, based on the message route technology, abstract out with the general-purpose interface of independent of service, configuration by docking port attribute and message route, just can associate the business datum of interface transmission, thereby satisfy the needs of all kinds of Condition Monitoring Data accesses.Based on the JavaEE technique construction configuration tool, flexible exchanges data configuration feature is provided.When interface needs expansion, can the new Data Exchange Model of Rapid Establishment, greatly improved efficient and the reliability of Condition Monitoring Data access.

Claims (5)

1. Condition Monitoring Data interface allocation method based on the message route, it is characterized in that, comprise: data exchange system is in the interface configuration of data-interface platform, data exchange system is in the exchanges data configuration of data-interface platform, the data-interface platform carries out exchanges data according to above-mentioned interface configuration and exchanges data configuration by data switch engine.
2. a kind of Condition Monitoring Data interface allocation method based on the message route as claimed in claim 1, it is characterized in that: data exchange system comprises in the interface configuration of interface platform:
Interface definition, be data exchange system in the registration of interface platform, interface definition needs the interface name of configuration data switching system, interface type, creation-time, access module, start-up time, interface encoded attributes;
The scheduling configuration, it is the configuration to the operational mode of status data interface, scheduling method is divided in real time and regularly two kinds in system, real-time mode is that data just initiatively trigger the status data interface service when changing, timing mode is that whether data query changes after the set time, as changes and then trigger the status data interface service;
The message routing configuration is the foundation to corresponding relation between source data switching system and target data switching system, thereby realizes that by the message routing configuration source data switching system is to the corresponding relation foundation of target data switching system.
3. a kind of Condition Monitoring Data interface allocation method based on the message route as claimed in claim 1 is characterized in that: data exchange system comprises in the exchanges data configuration of interface platform:
The database format configuration:
Step 1:
The data source of definition data exchange system comprises type of database, adapter, chained address, username and password attribute;
Step 2:
Input needs source or the destination end business datum table of swap data, and contingency table is carried out number, and the major key table of comparisons extracts sql information; According to the business datum literary name segment information that input message loads out, be used as the alternate item of data interchange format;
Step 3:
The data field that will exchange in the selection alternate item arranges and contingency table Related fields relation, and field attribute is set, and it comprises common field, major key field, associate field;
Xml format configuration, data interchange platform be by being converted to business object the Xml object with independent of service, thereby realize the independent of service of exchanges data;
Extended formatting configuration, data interchange platform is reserved expansion interface, and the data format that customizes other according to user's different demands is configured.
4. a kind of Condition Monitoring Data interface allocation method based on the message route as claimed in claim 1, it is characterized in that: the data-interface platform is according to interface configuration and exchanges data configuration, carry out exchanges data by data switch engine, specifically comprise: by source, target and the scheduling method of interface configuration specified data exchange, the mapping relations of source and target exchange message are determined in the exchanges data configuration, and the interface platform data switch engine carries out the exchange of data according to message route, interface configuration and exchanges data configuration.
5. a kind of Condition Monitoring Data interface allocation method based on the message route as claimed in claim 1 is characterized in that, comprises the steps:
Step 1:
System user carries out interface definition according to the source and target of data interaction system, appoints the base attribute of interface;
Step 2:
System user is according to the demand of reciprocal exchange of business data between the data exchange system, the scheduling method of configuration data, scheduling method has in real time and regularly two kinds, and every kind of pattern all needs to define the base attribute of scheduling method, and timing mode also needs according to scheduling time rule setting timing;
Step 3:
System user is according to the switching system data flow configuration data route that exchanges messages, according to the commutative relation of business datum between the data exchange system, and the data-mapping of configuration service object relation, and support the configuration of translating to the business object attribute;
Step 4:
If the interface data form is database format, need to be according to disparate databases configuration database connection attribute, configure connection attribute after, also need to carry out the configuration of data exchange service object according to traffic table, exist the needs configuration of translating to translate relation;
Step 5:
If the Xml data format is database format, business object is converted to Xml object with independent of service, exist the configuration that also needs of translating to translate relation;
Step 6:
If neither database format neither the Xml form, system's supported data form expansion, thereby the business datum that the user can need to be exchanged by the growth data formal definition;
Step 7:
Interface platform is set up power transmission and transformation equipment state Monitoring Data exchange model according to interface configuration and exchanges data configuration, and the auto-associating business datum realizes treating that the DIF data are to the automatic conversion of business datum;
Step 8:
Interface platform carries out verification according to predefined verification rule in the platform model to data in the process of carrying out exchanges data, the data that verification can't be passed through are carried out respective record;
Step 9:
Interface platform is in data transaction, verification, and exchange, corresponding daily record is processed and recorded to the pathological system in the transmission course;
Step 10:
Interface platform is based on the message route, according to interface configuration and the transmission of exchanges data Configuration exchanges data.
CN201210385542.6A 2012-10-12 2012-10-12 Message-routing-based state monitoring data interface configuration method Expired - Fee Related CN102932431B (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103685016A (en) * 2013-12-20 2014-03-26 华为技术有限公司 Abutting method, device and system
CN104092784A (en) * 2014-06-24 2014-10-08 用友优普信息技术有限公司 Device and method for data exchange
CN110209722A (en) * 2019-06-04 2019-09-06 广东铭太信息科技有限公司 A kind of data-interface for data exchange

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WO2010077830A2 (en) * 2008-12-15 2010-07-08 Accenture Global Services Gmbh Power grid outage and fault condition management

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103685016A (en) * 2013-12-20 2014-03-26 华为技术有限公司 Abutting method, device and system
CN104092784A (en) * 2014-06-24 2014-10-08 用友优普信息技术有限公司 Device and method for data exchange
CN104092784B (en) * 2014-06-24 2018-05-25 用友优普信息技术有限公司 DEU data exchange unit and method for interchanging data
CN110209722A (en) * 2019-06-04 2019-09-06 广东铭太信息科技有限公司 A kind of data-interface for data exchange

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