CN104199743A - Power distribution network historical data service interface consistency verifying method - Google Patents
Power distribution network historical data service interface consistency verifying method Download PDFInfo
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Abstract
The invention relates to a power distribution network historical data service interface consistency verifying method. The method includes the steps that standard consistency testing is carried out on a historical data standardized access interface of a power distribution network system on the basis of supporting an object-oriented common information model (CIM) through an object management group (OMG), a data access facility (DAF) and an historical data access interface standard (HDAIS) of an industrial system; if the testing fails, error information is fed back, and errors wait to be corrected until the testing succeeds. The method is accurate in verification, consistency verifying is carried out on the system interface comprehensively, intersystem accessible historical data access is ensured, and resource sharing is ensured. The historical data access interface can be verified efficiently and comprehensively, development efficiency can be improved by two times according to the actual number of interfaces supported by a system, resources are saved, and the development and maintenance cost is lowered.
Description
Technical field
The present invention relates to a kind of consistency desired result method of power distribution network historical data service interface, based on OMG HDAIS standard, historical data service interface is carried out to standardization verification.
Background technology
The historical data access services of distribution network system, must follow the interface HDAIS of unified standard.HDAIS is the international standard that OMG issues, HDAIS interface definition a series of for time series data management the operation-interfaces with access, to make each application program in system can generate and use these historical datas.This interface can provide based on the access of seasonal effect in time series historical data or service, and for example one day, one week or longer time.In power distribution network service application, the example of typical applicating history data is load predictions, and realizing load forecast need be according to the variation tendency of historical data.HDAIS provides a kind of standardized mechanism of access history data, thereby makes the various exploitations of the application function based on historical data no longer include the obstacle of data acquisition.
At present, the understanding of many power distribution network related systems to standardized historical data service regulation and realize there are differences in various degree, for the seamless integrated and interoperability of different system causes certain difficulty, this has weakened the automated process of distribution network system to a great extent.Therefore, if distribution network system is really realized application integration, need carry out the consistency desired result of standard, accurate and effective method of calibration is to realize basic step and the fundamental measure that application is integrated.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide a kind of method of calibration accurately, comprehensively system interface is carried out to consistency checking, guarantee clog-free access history data between system, ensure the consistency desired result method of the power distribution network historical data service interface of resource sharing.
Technical scheme of the present invention is as follows:
A kind of consistency desired result method of power distribution network historical data service interface, based on the historical data access criteria HDAIS of the OMG of OMG, data access instrument DAF, industrial system, supporting on OO Common Information Model CIM basis, historical data standardized access access interface to distribution network system carries out the test of consistent property, if failure, feedback error information, wait to be modified, until success.
As preferably, be specially: first, create HDAIS service object; Then, HDAIS interface is tested.
As preferably, the content of verification further comprises: data read verification, Data Update verification, entry attributes and read verification, mark verification, data playback verification, data object and find that verification, data model find one or more of verification, the verification of historical data object discovery.
As preferably, HDAIS interface service realizes the access to time series data, and the interface object that service provides comprises: server and client side's object, browse object and DAO for the interface, the model that connect.
As preferably, model is browsed object and is comprised: for browsing node, for browsing histories data entry, for browsing node type, for browsing node type attribute, for the attribute of browsing histories data, for browsing aggregation operator.
As preferably, DAO comprises: for access history data, for accessing the historical data that has been modified, for the property value of access history data, for the markup information of access history data.
As preferably, historical data access module comprises: synchrodata read-write, asynchronous data read-write, replay mode, according to the synchronous or asynchronous behavior of interface, carry out synchronism detection or asynchronous test to the content of all verifications.
As preferably, data read that verification is read in verification, Data Update verification, entry attributes, synchronism detection and asynchronous test are all carried out in mark verification; The content of verification is specific as follows:
Data read verification: verification is read fixed time point data the reading of master data, verification aggregation operator, verification;
Data Update verification: insertion to master data of replacement to master data of the insertion of verification to master data, verification, verification replacement, verification to the data in certain fixed time interval delete, verification deletes the data of some fixed time point;
Entry attributes reads verification: verification is read entry attributes;
Mark verification: verification is to the reading of entry mark, the insertion of verification to entry mark.
As preferably, the content of data playback verification comprises: playback, the verification playback to data through aggregation operator of verification to master data;
Data object finds that the content of verification comprises: whether node_home, the item_home of verification DAIS::HDA::Browse::IHome, property_home, type_home, aggregate_home, item_attribute_home return to sky, judge whether to support various functions; The support situation of find, the find_by_parent of verification DAIS::HDA::Browse::Item::IHome, find_by_type, get_pathnames, get_ids; The support situation of verification to iterator; The support situation of verification to each aggregation operator;
Data model finds the content of verification is whether verification supports data model invention;
The content of historical data object discovery verification is the rreturn value of inspection attribute, judges whether to support Browse interface.
Beneficial effect of the present invention is as follows:
The consistency desired result method of power distribution network historical data service interface of the present invention, supporting on OO Common Information Model basis, realize the historical data standardized access interface consistency desired result of distribution network system based on up-to-date international standard OMG/DAF/HDAIS, thereby the On The Standardization of mechanism of data access between solution different system, system maintenance and development cost are saved, the development efficiency that has improved power distribution network application software, has promoted interconnecting between system.
Method verification of the present invention accurately, comprehensively system interface is carried out to consistency checking, is guaranteed clog-free access history data between system, ensures resource sharing.Can efficient and comprehensive verification historical data access interface, according to the interface quantity of the actual support of system, can improve 2 times of above development efficiency, economize on resources, reduce development and maintenance cost.
Brief description of the drawings
Fig. 1 is the content that HDAIS interface needs verification.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.
A kind of consistency desired result method of power distribution network historical data service interface, based on the historical data access criteria HDAIS of the OMG of OMG, data access instrument DAF, industrial system, supporting on OO Common Information Model CIM basis, historical data standardized access access interface to distribution network system carries out the test of consistent property, if failure, feedback error information, wait to be modified, until success.
Described method concrete steps are:
1) create HDAIS service object;
2) HDAIS interface is tested, content comprises: consistency desired result, data read verification, Data Update verification, entry attributes and read verification, mark verification, data playback verification, data object and find that verification, data model find one or more of verification, the verification of historical data object discovery.
Step 1) in, create HDAIS service object and be specially by the historical data service of HDAIS interface verification IEC61970 GID (electric power enterprise data integration interface standard).
HDAIS interface service realizes the access to time series data, and the interface object that service provides comprises: server and client side's object, browse object and DAO for the interface, the model that connect.
Server and client side's object comprises:
DAIS::HDA::Server, DAIS::HDA::Session, and DAIS::HDA::Callback.
Realized by DAIS::HDA::Session for the interface DAIS::HDA::Connection connecting.
It is the set that each concrete data type is browsed object that model is browsed object DAIS::HDA::Browse::IHome, creates the object of browsing of each concrete data type by it.It creates in DAIS::HDA::Session, can a designated reference time when establishment.
Concrete model is browsed object to be had following:
DAIS::HDA::Node::IHome is used for browsing node (Nodes).
DAIS::HDA::Item::IHome is for browsing histories data entry.
DAIS::Type::IHome is used for browsing node type (Type), and this is identical with the definition in DAIS specification.
DAIS::Property::IHome is used for browsing node type attribute (Property), and this is identical with the definition in DAIS specification.
DAIS::HDA::ItemAttribute::IHome is for the attribute of browsing histories data.
DAIS::HDA::Aggregate::IHome is used for browsing aggregation operator (aggregate calculations).
Concrete DAO has following:
DAIS::HDA::ValueIO::IHome is for access history data.
DAIS::HDA::ModifiedValue::IHome is for accessing the historical data being modified.
DAIS::HDA::ItemAttributeIO::IHome is for attribute (Attribute) value of access history data.
DAIS::HDA::AnnotationIO::IHome is for the markup information of access history data.
Historical data access module has three kinds:
1, synchrodata read-write, by DAIS::HDA::ValueIO::SyncRead interface and DAIS::HDA::ValueIO::SyncUpdate Interface realization;
2, asynchronous data read-write, the DAIS::HDA::ValueIO::Callback Interface realization providing by DAIS::HDA::ValueIO::AsyncRead interface and DAIS::HDA::ValueIO::AsyncUpdate interface and interface-client;
3, replay mode (PlayBack).The DAIS::HDA::ValueIO::PlaybackCallback Interface realization providing by DAIS::HDA::ValueIO::PlayBack interface and interface-client.
Step 2) in, the content that the verification of HDAIS interface needs verification is as shown in Figure 1.
Wherein, consistency desired result is a verification content the most basic, the degree of support for detection of system to consistent property, thus determine will carry out which verification below.
Except consistency desired result, according to the coherence request of HDAIS specification, HDAIS interface is divided into 8 modules; According to the synchronous or asynchronous behavior of interface, 8 inside modules of check system are divided into again synchronism detection and asynchronous test simultaneously.Be not that all verifications all have synchronism detection and asynchronous test simultaneously.As data playback, verification only has asynchronous test, and data object discovery verification only has synchronism detection.
1, consistency desired result for detection of system the degree of support to consistent property.By the HDAISupportedFunction interface in DAIS::HDA::Session, check which the HDAIS interface of being supported by check system has, then according to the content in step below, supported HDAIS interface is carried out to verification.
For by check system, consistency desired result (verification HDAISupportedFunction) and synchrodata read verification (verification DAIS::HDA::ValueIO::SyncRead) must be passed through, other verification content selectables.
2, data read in verification, and data read by completing with lower interface:
Synchronous: DAIS::HDA::ValueIO::SyncRead.
Asynchronous: DAIS::HDA::ValueIO::AsyncRead and DAIS::HDA::ValueIO::Callback.
Synchronous and asynchronous all comprises following verification:
1) Read_raw verification, verification is read master data.From the following aspects verification:
1.1) abnormality test: test extremely comprise that having exceeded maximum returns to entry.
1.2) normal data: whether and real data consistent, whether reading of verification boundary value be correct for the data that verification is returned, and start time time period that verification is specified is later than the situation of end time.
1.3) there is wrong entry: comprise and there is no authority, invalid handle, invalid data interval, also has more data, these interval countless certificates.
2) Read_processed verification, carries out verification to aggregation operator, comprising: interpolation, time average, summation, average, number, inequality, variance, the time of minimum value value, minimum value, the time of maximal value value, maximal value, starting value, end value, begins poor eventually, optimum value, is worth well duration, bad value duration, codomain, value rate well, bad value rate, the poorest quality, mark number etc.
Read_proceed verification is read deal with data.From the following aspects verification:
2.1) abnormality test: test extremely comprise that having exceeded maximum returns to entry.
2.2) normal data: whether whether the data that verification is returned consistent with the data that truly obtain by aggregation operator, and start time time period that verification is specified is later than the situation of end time.
2.3) there is wrong entry: comprise and there is no authority, invalid handle, invalid data interval, aggregation operator is disabled, also has more data, these interval countless certificates.
3) Read_at_time verification, verification is read fixed time point data.From the following aspects verification:
3.1) normal data: whether the data that verification is returned are and real data consistent.
3.2) there is wrong entry: comprise and there is no authority, invalid handle, invalid data interval.
3, Data Update verification, the renewal of data is by completing with lower interface:
Synchronous: DAIS::HDA:ValueIO::SyncUpdate and DAIS::HDA:ModifiedValueIO::Sync.
Asynchronous: DAIS::HDA::ValueIO::AsyncUpdate, DAIS::HDA::ValueIO::Callback, DAIS::HDA::ModifiedValueIO::Async and DAIS::HDA::ModifiedValueIO::Callback.
Synchronous and asynchronous comprises following verification:
1) Insert verification, the insertion of verification to master data.From the following aspects verification:
1.1) normal data, checks that data are correctly through being inserted into target, can be with reading to verify that whether insertion is correct.
1.2) there is wrong entry, comprise and there is no authority, invalid handle, data exist.
2) Replace verification, the replacement of verification to master data.From the following aspects verification:
2.1) normal data, checks whether data correctly replace target, can be with reading to verify that whether replacement is correct.
2.2) there is wrong entry, comprise and there is no authority, invalid handle, data do not exist.
3) Insert_replace verification, insertion the replacement of verification to master data.From the following aspects verification:
3.1) normal data, checks whether data correctly replace target, checks whether data insert target, can be with reading to verify that whether replacement is correct.
3.2) there is wrong entry, comprise and there is no authority, invalid handle.
4) Delete_raw verification, verification is deleted the data in certain fixed time interval.From the following aspects verification:
4.1) normally delete, check that whether data correctly delete, can use step read verify that whether replacement correct.
4.2) there is wrong entry, comprise and there is no authority, invalid handle.
5) Delete_at_time verification, verification is deleted the data of some fixed time point.From the following aspects verification:
5.1) normally delete: check whether data correctly delete, and delete, does not delete less yet.Can use step read verify that whether replacement correct.
5.2) there is wrong entry: comprise and there is no authority, invalid handle.
4, entry attributes reads verification, and entry attributes reads by completing with lower interface:
Synchronous: DAIS::HDA::ItemAttributeIO::Sync and DAIS::HDA::ItemAttribute::IHome.
Asynchronous: DAIS::HDA::ItemAttributeIO::Async, DAIS::HDA::ItemAttributeIO::Callback, DAIS::HDA::ItemAttribute::IHome.
1) Read_attribute verification, verification is read entry attributes.From the following aspects verification:
1.1) normal data, the data that verification is returned whether and real data consistent, the situation of verification entry, the situation of checking data.
1.2) there is wrong entry: comprise and there is no authority, invalid handle, these interval countless certificates.
5, mark verification, mark read-write is by completing with lower interface:
Synchronous: DAIS::HDA::ItemAttributeIO::Sync and DAIS::HDA::ItemAttribute::IHome.
Asynchronous: DAIS::HDA::ItemAttributeIO::Async, DAIS::HDA::ItemAttributeIO::Callback.
1) Read verification, verification is read entry mark.From the following aspects verification:
1.1) normal data, whether the data that verification is returned are consistent with real situation.
1.2) there is wrong entry, comprise and there is no authority, invalid handle, invalid data interval, these interval countless certificates.
2) Insert verification, to the insertion of entry mark.From the following aspects verification:
2.1) normal data, whether the data that verification is inserted are consistent with real situation.Can carry out verification with Read.
2.2) existing wrong entry to comprise does not have authority, invalid handle, these interval countless certificates.
6, data playback verification, data playback passes through asynchronous interface: DAIS::HDA::ValueIO::Playback and DAIS::HDA::ValueIO::PlaybackCallback complete.
1) Play_raw_with_update verification, the playback of verification to master data.From the following aspects verification:
1.1) abnormality test, test extremely comprise that having exceeded maximum returns to entry.
1.2) normal data, the data that verification is returned whether and real data consistent, the playback of verification different interval, start time time period that verification is specified is later than the situation of end time.
1.3) there is wrong entry, comprise and there is no authority, invalid handle.
2) Play_processed_with_update verification, the playback of verification to the data through aggregation operator.From the following aspects verification:
2.1) abnormality test, test extremely comprise that having exceeded maximum returns to entry.
2.2) normal data, whether the data that verification is returned with by the data consistent of aggregation operator processing, the playback of verification different interval, start time time period that verification is specified is later than the situation of end time.
3) there is wrong entry, comprise and there is no authority, invalid handle.
7, data object finds that in verification, data object is found by completing with lower interface: DAIS::HDA::Browse, DAIS::HDA::Browse::Node::IHome, DAIS::HDA::Browse::Item::IHome and DAIS::HDA::Browse::Aggregate::IHome.
1) whether the node_home of verification DAIS::HDA::Browse::IHome, item_home, property_home, type_home, aggregate_home, item_attribute_home return to sky, judge whether to support various functions.
2) the support situation of the find of verification DAIS::HDA::Browse::Item::IHome, find_by_parent, find_by_type, get_pathnames, get_ids.
3) the support situation of verification to Iterator (iterator).
4) the support situation of verification to each aggregation operator.
8, data model is found verification, and data model is found by completing with lower interface: DAIS::Type::IHome and DAIS::Property::IHome, whether supported data model is found in verification.
9, historical data object discovery verification, historical data object is by completing with lower interface:
DAIS::HDA::Browse::IHome::browse_base_time。The rreturn value of this attribute of verification, sees whether support Browse interface.
Above-described embodiment is only for the present invention is described, and not as limitation of the invention.As long as according to technical spirit of the present invention, to above-described embodiment change, modification etc. all will drop in the scope of claim of the present invention.
Claims (9)
1. the consistency desired result method of a power distribution network historical data service interface, it is characterized in that, based on the historical data access criteria HDAIS of the OMG of OMG, data access instrument DAF, industrial system, supporting on OO Common Information Model CIM basis, historical data standardized access access interface to distribution network system carries out the test of consistent property, if failure, feedback error information, etc. to be modified, until success.
2. the consistency desired result method of power distribution network historical data service interface according to claim 1, is characterized in that, is specially: first, create HDAIS service object; Then, HDAIS interface is tested.
3. the consistency desired result method of power distribution network historical data service interface according to claim 2, it is characterized in that, the content of verification further comprises: data read verification, Data Update verification, entry attributes and read verification, mark verification, data playback verification, data object and find that verification, data model find one or more of verification, the verification of historical data object discovery.
4. the consistency desired result method of power distribution network historical data service interface according to claim 2, it is characterized in that, HDAIS interface service realizes the access to time series data, and the interface object that service provides comprises: server and client side's object, browse object and DAO for the interface, the model that connect.
5. the consistency desired result method of power distribution network historical data service interface according to claim 4, it is characterized in that, model is browsed object and is comprised: for browsing node, for browsing histories data entry, for browsing node type, for browsing node type attribute, for the attribute of browsing histories data, for browsing aggregation operator.
6. the consistency desired result method of power distribution network historical data service interface according to claim 4, it is characterized in that, DAO comprises: for access history data, for accessing the historical data that has been modified, for the property value of access history data, for the markup information of access history data.
7. the consistency desired result method of power distribution network historical data service interface according to claim 3, it is characterized in that, historical data access module comprises: synchrodata read-write, asynchronous data read-write, replay mode, according to the synchronous or asynchronous behavior of interface, the content of all verifications is carried out to synchronism detection or asynchronous test.
8. the consistency desired result method of power distribution network historical data service interface according to claim 7, is characterized in that, data read that verification is read in verification, Data Update verification, entry attributes, synchronism detection and asynchronous test are all carried out in mark verification; The content of verification is specific as follows:
Data read verification: verification is read fixed time point data the reading of master data, verification aggregation operator, verification;
Data Update verification: insertion to master data of replacement to master data of the insertion of verification to master data, verification, verification replacement, verification to the data in certain fixed time interval delete, verification deletes the data of some fixed time point;
Entry attributes reads verification: verification is read entry attributes;
Mark verification: verification is to the reading of entry mark, the insertion of verification to entry mark.
9. the consistency desired result method of power distribution network historical data service interface according to claim 3, is characterized in that, the content of data playback verification comprises: playback, the verification playback to data through aggregation operator of verification to master data;
Data object finds that the content of verification comprises: whether node_home, the item_home of verification DAIS::HDA::Browse::IHome, property_home, type_home, aggregate_home, item_attribute_home return to sky, judge whether to support various functions; The support situation of find, the find_by_parent of verification DAIS::HDA::Browse::Item::IHome, find_by_type, get_pathnames, get_ids; The support situation of verification to iterator; The support situation of verification to each aggregation operator;
Data model finds the content of verification is whether verification supports data model invention;
The content of historical data object discovery verification is the rreturn value of inspection attribute, judges whether to support Browse interface.
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