CN111881044B - Automatic test case matching system according to configuration files - Google Patents
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Abstract
The system comprises a configuration file module, a man-machine interface module, a configuration file analysis module, a test case automatic loading module, a test case automatic matching module, a service test case mapping table module, a test case library module, a parameter test case mapping table module, a test case queue module and a test case library module for testing; the system for automatically matching the test cases according to the configuration files can decompose and extract key features of the configuration files, and completes the automatic completion of test case selection and communication parameter configuration by establishing the mapping relation between the service and the test cases and the corresponding relation between the communication parameters and the test cases, automatically matches test information and selected parameter information, improves configuration efficiency and configuration speed, improves configuration accuracy, and ensures the accuracy of detection results.
Description
Technical Field
The invention relates to the technical field of telecommunication testing, in particular to a system for automatically matching test cases according to configuration files.
Background
The configuration file comprises a consistency statement table (PICS table) and a protocol implementation supplement description table PIXIT (PIXIT table), is an implementation description document of the IEC61850 protocol of the device, and is also an important reference document during testing. Before the consistency test of the IEC61850 protocol of the equipment is carried out, a detector needs to complete the selection of test cases and the configuration of related communication parameters according to the configuration file, and whether the selection of the test cases and the configuration of the related communication parameters directly affect the comprehensiveness of the test content and the correctness of the test result judgment.
However, at present, the selection of the test cases and the configuration of the communication parameters are performed by manually extracting relevant information from the PICS table and the PIXIT table, and completing the selection of the test cases and the configuration of the communication parameters.
The existing selection and configuration modes have the disadvantages of high workload and low efficiency, and are easy to cause errors in selection of test cases and parameter configuration due to human factors, so that risks are brought to detection result judgment.
Therefore, in response to the deficiencies of the prior art, it is desirable to provide an automatic matching test case system based on configuration files to overcome the deficiencies of the prior art.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provide an automatic test case matching system according to a configuration file, which can decompose and extract key characteristics of the configuration file, and complete the selection of the test case and the automatic completion of the configuration of the communication parameters by establishing the mapping relation between the service and the test case and the corresponding relation between the communication parameters and the test case, and automatically match test information and selected parameter information, thereby improving the configuration efficiency, the configuration speed and the configuration accuracy and guaranteeing the accuracy of detection results.
The above object of the present invention is achieved by the following means.
The system comprises a configuration file module, a man-machine interface module, a configuration file analysis module, a test case automatic loading module, a test case automatic matching module, a service test case mapping table module, a test case library module, a parameter test case mapping table module, a test case queue module and a test case library module;
the output end of the configuration file module is connected with the input end of the human-computer interface module, the output end of the human-computer interface module is connected with the input end of the configuration file analysis module, the output end of the configuration file analysis module is respectively connected with the input end of the test case automatic matching module and the input end of the test case automatic loading module, the test case automatic matching module is respectively connected with the service test case mapping table module, the test case library module and the test case queue module, and the test case queue module is connected with the test case library module for testing;
the man-machine interface module 200 is configured to issue a test instruction, and call a required configuration file from the configuration file module according to the test instruction, and send the configuration file to the configuration file analysis module;
the configuration file analyzing module analyzes the configuration file into a first analysis file and a second analysis file correspondingly, the configuration file analyzing module sends the first analysis file to the test case automatic matching module, and the configuration file analyzing module sends the second analysis file to the test case automatic loading module;
the automatic test case matching module maps the key features of the first analysis file with the mapping files in the service test case mapping table, and calls the corresponding test cases from the test case library module according to the key features and the mapping relation of the first file and sends the corresponding test cases to the test case queue module;
the automatic test case loading module calls the corresponding parameter files in the parameter test case corresponding table according to the key features of the second analysis file, performs parameter expression according to the mapping relation between the key features of the second analysis file and the corresponding parameter files in the parameter test case corresponding table, and sends the parameter expression to the test case queue module;
and the test case queue module performs parameter assignment on the test cases according to the parameter expression, sends the assigned parameter test cases to the test case library module for testing, and stores the parameter test cases by the test case library module for testing.
The parameter expression is specifically that when a corresponding mapping relation exists in a corresponding parameter file, the test case automatic loading module sends the corresponding parameter to a test case in the test case queue module; when the corresponding mapping relation does not exist in the corresponding parameter file, the test case automatic loading module sends a command for completing editing of the parameter-free test case to the test case queue module.
The configuration file module is provided with a PICS table unit and a PIXIT table unit, and the PICS table unit and the PIXIT table unit are respectively connected with the input end of the human-computer interface module.
The PICS table unit is provided with a Basic table, a Models table, a Server publicher table, and a Client Subscriber table.
The configuration file analysis module is provided with a PICS table analysis unit and a PIXIT analysis table unit, wherein the input end of the PICS table analysis unit and the input end of the PIXIT analysis table unit are respectively connected with the output end of the human-computer interface module, the output end of the PICS table analysis unit is connected with the input end of the test case automatic matching module, and the output end of the PIXIT analysis table unit is connected with the input end of the test case automatic loading module.
The key features of the first parsing file include roles, models, services and selection states. The selection state includes Y and N, and "Y" in the selection state indicates support and "N" indicates no support.
The key features of the second parsing file include parameter types, data types and values.
The roles include a master station, a substation, a sampling value publish/subscribe and a GOOSE publish/subscribe.
The service package features include Associate, abort, release, getServerDirectory, getLogicalDeviceDirectory,
GetLogicalNodeDirectory、GetDataDirectory、
GetDataDefinition、GetDataValues、GetAllDataValues、SetDataValues、GetLogicalNodeDirectory、
GetDataSetDirectory、GetDataSetValues、
SetDataSetValues、CreateDataSet、DeleteDataSet、
SetDataValues、GetDataValues、SelectActiveSG、
GetSGCBValues、SelectEditSG、GetEditSGValues、
SetEditSGValues、ConfirmEditSGValues、Report、
GetURCBValues、SetURCBValues、GetBRCBValues、
SetBRCBValues、GetLCBValues、SetLCBValues、
GetLogicalNodeDirectory、QueryLogByTime、
QueryLogAfter、GetLogStatusValues、SendGOOSEMessage、GetGoCBValues、SetGoCBValues、GetGoReference、
GetGOOSEElementNumber、SendGSSEMessage、GetGsCBValues、SetGsCBValues、GetReference、GetGSSEElementNumber、
SendMSVMessage、SendUSVMessage、GetMSVCBValues、SetMSVCBValues、GetUSVCBValues、SetUSVCBValues、
TimeActivatedOperate、Select、Cancel、Operate、TimeActivatedOperate、CommandTermination、
SelectWithValue、TimeActivatedOperate、
TimeSynchronization、GetFileAttributeValues、GetFile、SetFile、DeleteFile。
The model comprises association, logic equipment, logic nodes, data sets, substitution, constant value groups, report, control, SV release/subscription, GOOSE release/subscription, file transmission and log.
The system for automatically matching the test cases according to the configuration files can decompose and extract key features of the configuration files, establishes the mapping relation between the service and the test cases and the corresponding relation between the communication parameters and the test cases, completes the selection of the test cases and the automatic completion of the configuration of the communication parameters, and reduces the use cost.
Drawings
The invention is further illustrated by the accompanying drawings, which are not to be construed as limiting the invention in any way.
Fig. 1 is a schematic diagram of an automatic matching test case system according to the present invention.
In fig. 1, it includes:
profile module 100, PICS table unit 101, PIXIT table unit 102;
a human-machine interface module 200,
A configuration file analysis module 300, a PICS table analysis unit 301, and a PIXIT analysis table unit 302;
a test case automatic matching module 400, a service test case mapping table module 401 and a test case library module 402;
test case automatic loading module 500, parameter test case mapping table module 501,
A test case queue module 600;
the test case library module 700 for testing.
Detailed Description
The invention will be further described with reference to the following examples.
Example 1.
As shown in fig. 1, a system for automatically matching test cases according to configuration files is provided with a configuration file module 100, a human-computer interface module 200, a configuration file analysis module 300, a test case automatic loading module 500, a test case automatic matching module 400, a service test case mapping table module 401, a test case library module 402, a parameter test case correspondence table module 501, a test case queue module 600 and a test case library module 700;
the output end of the configuration file module 100 is connected with the input end of the human-machine interface module 200, the output end of the human-machine interface module 200 is connected with the input end of the configuration file analysis module 300, the output end of the configuration file analysis module 300 is respectively connected with the input end of the test case automatic matching module 400 and the input end of the test case automatic loading module 500, the test case automatic matching module 400 is respectively connected with the service test case mapping table module 401, the test case library module 402 and the test case queue module 600, and the test case queue module 600 is connected with the test case library module 700;
the man-machine interface module 200 is configured to issue a test instruction, and call a required configuration file from the configuration file module 100 according to the test instruction, and send the configuration file to the configuration file analysis module 300;
the above-mentioned configuration file analyzing module 300 analyzes the configuration file into a first analysis file and a second analysis file, the configuration file analyzing module 300 sends the first analysis file to the automatic test case matching module 400, and the configuration file analyzing module 300 sends the second analysis file to the automatic test case loading module 500;
the automatic test case matching module 400 performs mapping according to the key features of the first analysis file and the mapping file in the service test case mapping table, and retrieves the corresponding test cases from the test case library module 402 according to the key features and the mapping relation of the first file, and sends the corresponding test cases to the test case queue module 600;
the automatic test case loading module 500 calls the corresponding parameter file in the parameter test case corresponding table according to the key feature of the second analysis file, performs parameter expression according to the mapping relationship between the key feature of the second analysis file and the corresponding parameter file in the parameter test case corresponding table, and sends the parameter expression to the test case queue module 600;
the test case queue module 600 performs parameter assignment on the test cases according to the parameter expression, and sends the assigned parameter test cases to the test case library module 402, where the test case library module 402 stores the parameter test cases.
The above-mentioned parameter expression is specifically that, when there is a corresponding mapping relationship in the corresponding parameter file, the test case automatic loading module 500 sends the corresponding parameter to the test case in the test case queue module 600; when the corresponding mapping relationship does not exist in the corresponding parameter file, the test case automatic loading module 500 sends a command for completing editing the test case without writing the parameter to the test case queue module 600.
The profile module 100 is provided with the PICS table unit 101 and the PIXIT table unit 102, and the PICS table unit 101 and the PIXIT table unit 102 are connected to the input terminal of the human-computer interface module 200. The PIXIT table in PIXIT table unit 102 is used primarily to declare parameters required in a service.
The PICS table unit 101 is provided with the Basic table, the Models table, the Server Publisher table, and the Client Subscriber table, as described above.
The configuration file analysis module 300 is provided with a PICS table analysis unit 301 and a PIXIT analysis table unit 302, where an input end of the PICS table analysis unit 301 and an input end of the PIXIT analysis table unit 302 are respectively connected with an output end of the human-computer interface module 200, an output end of the PICS table analysis unit 301 is connected with an input end of the test case automatic matching module 400, and an output end of the PIXIT analysis table unit 302 is connected with an input end of the test case automatic loading module 500.
The key features of the first parsing file include roles, models, services and selection states. The selection state contains Y and N, wherein "Y" in the selection state indicates support and "N" indicates no support. Wherein each Model corresponds to a particular Model ID or sub-Model ID. The key features of the second parsing file include parameter types, data types and values. The different Parameter types have corresponding Parameter IDs.
The parameter type comprises a correlation factor, quality, an optional domain, a trigger condition and a buffer area size; the data types include Boolean amount, floating point number and bit string.
The roles comprise a master station characteristic, a substation characteristic, a sampling value publish/subscribe characteristic and a GOOSE publish/subscribe characteristic.
The service package features include Associate, abort, release, getServerDirectory, getLogicalDeviceDirectory,
GetLogicalNodeDirectory、GetDataDirectory、
GetDataDefinition、GetDataValues、GetAllDataValues、SetDataValues、GetLogicalNodeDirectory、
GetDataSetDirectory、GetDataSetValues、
SetDataSetValues、CreateDataSet、DeleteDataSet、
SetDataValues、GetDataValues、SelectActiveSG、
GetSGCBValues、SelectEditSG、GetEditSGValues、
SetEditSGValues、ConfirmEditSGValues、Report、
GetURCBValues、SetURCBValues、GetBRCBValues、
SetBRCBValues、GetLCBValues、SetLCBValues、
GetLogicalNodeDirectory、QueryLogByTime、
QueryLogAfter、GetLogStatusValues、SendGOOSEMessage、GetGoCBValues、SetGoCBValues、GetGoReference、
GetGOOSEElementNumber、SendGSSEMessage、GetGsCBValues、SetGsCBValues、GetReference、GetGSSEElementNumber、
SendMSVMessage、SendUSVMessage、GetMSVCBValues、SetMSVCBValues、GetUSVCBValues、SetUSVCBValues、
TimeActivatedOperate、Select、Cancel、Operate、TimeActivatedOperate、CommandTermination、
SelectWithValue、TimeActivatedOperate、
TimeSynchronization、GetFileAttributeValues、GetFile、SetFile、DeleteFile。
The PICS table, the PIXIT table, and the IEC61850 protocol are common general knowledge of those skilled in the art, and specific principle contents will not be described again, and the english vocabulary contents referred to in this document are specific vocabularies in the art, and will not be described again.
The model comprises association, logic equipment, logic nodes, data sets, substitution, constant value groups, report, control, SV release/subscription, GOOSE release/subscription, file transmission and log.
The system for automatically matching test cases according to the configuration files is provided with a configuration file module, a man-machine interface module, a configuration file analysis module, a test case automatic loading module, a test case automatic matching module, a service test case mapping table module, a test case library module, a parameter test case corresponding table module, a test case queue module and a test case library module; when in use, a test instruction is issued through the human-computer interface module, and a required configuration file is called from the configuration file module according to the test instruction and is sent to the configuration file analysis module; the configuration file analysis module is provided with a PICS table unit and a PIXIT table unit, correspondingly analyzes the configuration file into a first analysis file and a second analysis file, wherein the first analysis file is correspondingly an analysis file of the PICS table unit, the second analysis file is correspondingly an analysis file of the PIXIT table unit, the configuration file analysis module sends the first analysis file to the test case automatic matching module, and the configuration file analysis module sends the second analysis file to the test case automatic loading module; the test case automatic matching module maps the key features of the first analysis file with the mapping files in the service test case mapping table, and calls the corresponding test cases from the test case library module according to the key features and the mapping relation of the first file and sends the corresponding test cases to the test case queue module; the test case automatic loading module calls the corresponding parameter files in the parameter test case corresponding table according to the key features of the second analysis file, performs parameter expression according to the mapping relation between the key features of the second analysis file and the corresponding parameter files in the parameter test case corresponding table, and sends the parameter expression to the test case queue module;
the test case queue module carries out parameter assignment on the test cases according to the parameter expression, sends the assigned parameter test cases to the test case library module for testing, and the test case library module for testing stores the parameter test cases. The parameter expression is specifically that when a corresponding mapping relation exists in a corresponding parameter file, the test case automatic loading module sends the corresponding parameter to a test case in the test case queue module; when the corresponding mapping relation does not exist in the corresponding parameter file, the test case automatic loading module sends a command for completing editing of the parameter-free test case to the test case queue module. The system for automatically matching the test cases according to the configuration files can automatically match the test information and select the parameter information when in use, so that the configuration efficiency and the configuration speed are improved, the configuration accuracy is improved, and the accuracy of the detection result is ensured.
Example 2.
An automatic matching test case system based on a profile, otherwise constructed in the same manner as in embodiment 1, except that the automatic matching test case system based on a profile takes actual data as an example: in the value "/" indicates that no parameters need to be written.
The PICS table and PIXIT table are as follows:
the human-computer interface module 200 is configured to issue a test instruction, and call the PICS table and the PIXIT table from the PICS table unit 101 and the PIXIT table unit 102 in the profile module 100 according to the test instruction, and send the test instruction to the profile parsing module 300.
The profile parsing module 300 parses the PICS table and the PIXIT table, sends the roles (the selection status is Y), the Model ID, the Service ID, and the SubServiceID supported in the Basic table, the Models table, the Server public table, and the Client Subscriber table to the test case automatic matching module 400, and sends the Parameter ID, the ParaType, and the value supported in the PIXIT table to the test case automatic loading module 500.
The test case auto-match module 400 invokes the Service test case mapping table module 401 to select a corresponding test case from the test case library module 402 to place into the test case queue module 600 according to the received roles, model ID, service ID, subserviceID, and mapping relationship.
/>
5. The automatic test case loading module 500 calls the parameter test case corresponding table module 501, writes the required parameters into the test cases in the test case queue module 600 according to the received ParamterID and the mapping relation, and sends a test case editing completion instruction to the test cases in the test case queue module 600, wherein the parameters do not need to be written. The analysis result includes the parameter type, the data type and the corresponding value, wherein "/" in the value indicates that the parameter does not need to be written.
/>
6. The test case queue module 600 writes the test cases successfully written with parameters or received the edit completion instruction to the test case library module 700 for testing.
7. The test case library module 700 archives test cases for test execution.
Finally, it should be noted that the above embodiments are only for illustrating the technical solution of the present invention and not for limiting the scope of the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions can be made to the technical solution of the present invention without departing from the spirit and scope of the technical solution of the present invention.
Claims (10)
1. An automatic matching test case system based on configuration files, characterized by:
the system comprises a configuration file module, a man-machine interface module, a configuration file analysis module, a test case automatic loading module, a test case automatic matching module, a service test case mapping table module, a test case library module, a parameter test case corresponding table module, a test case queue module and a test case library module for testing;
the output end of the configuration file module is connected with the input end of the human-computer interface module, the output end of the human-computer interface module is connected with the input end of the configuration file analysis module, the output end of the configuration file analysis module is respectively connected with the input end of the test case automatic matching module and the input end of the test case automatic loading module, the test case automatic matching module is respectively connected with the service test case mapping table module, the test case library module and the test case queue module, and the test case queue module is connected with the test case library module for testing;
the man-machine interface module is used for issuing a test instruction, and calling a required configuration file from the configuration file module according to the test instruction and sending the configuration file to the configuration file analysis module;
the configuration file analysis module correspondingly analyzes the configuration file into a first analysis file and a second analysis file, the configuration file analysis module sends the first analysis file to the test case automatic matching module, and the configuration file analysis module sends the second analysis file to the test case automatic loading module;
the test case automatic matching module maps the key features of the first analysis file with the mapping files in the service test case mapping table, and invokes corresponding test cases from the test case library module according to the key features of the first file and the mapping relation and sends the corresponding test cases to the test case queue module;
the test case automatic loading module calls the corresponding parameter file in the parameter test case corresponding table according to the key characteristic of the second analysis file, performs parameter expression according to the mapping relation between the key characteristic of the second analysis file and the corresponding parameter file in the parameter test case corresponding table, and sends the parameter expression to the test case queue module;
and the test case queue module performs parameter assignment on the test cases according to the parameter expression, and sends the assigned parameter test cases to the test case library module for testing, and the test case library module for testing stores the parameter test cases.
2. The automatic matching test case system according to configuration file of claim 1, wherein: the parameter expression is specifically that when a corresponding mapping relation exists in a corresponding parameter file, the test case automatic loading module sends the corresponding parameter to a test case in the test case queue module; and when the corresponding mapping relation does not exist in the corresponding parameter file, the automatic test case loading module sends a command for completing editing the test case without writing the parameter to the test case queue module.
3. The automatic matching test case system according to configuration file of claim 2, wherein: the configuration file module is provided with a PICS table unit and a PIXIT table unit, and the PICS table unit and the PIXIT table unit are respectively connected with the input end of the human-computer interface module.
4. The automatic matching test case system according to configuration file of claim 3, wherein: the PICS table unit is provided with a Basic table, a Models table, a Server Publisher table and a Client Subscriber table.
5. The automatic matching test case system according to configuration file of claim 4, wherein: the configuration file analysis module is provided with a PICS table analysis unit and a PIXIT analysis table unit, the input end of the PICS table analysis unit and the input end of the PIXIT analysis table unit are respectively connected with the output end of the human-computer interface module, the output end of the PICS table analysis unit is connected with the input end of the test case automatic matching module, and the output end of the PIXIT analysis table unit is connected with the input end of the test case automatic loading module.
6. The automatic matching test case system according to configuration file of claim 5, wherein: the key features of the first parsed file include roles, models, services, and selection states.
7. The automatic matching test case system according to configuration file of claim 6, wherein: the key features of the second analysis file comprise parameter types, data types and values.
8. The automatic matching test case system according to configuration file of claim 7, wherein: the roles include a master station, a substation, a sampling value publish/subscribe and a GOOSE publish/subscribe.
9. The automatic matching test case system according to configuration file of claim 8, wherein: the service comprises Associate, abort, release, getServerDirectory, getLogicalDeviceDirectory,
GetLogicalNodeDirectory、GetDataDirectory、
GetDataDefinition、GetDataValues、GetAllDataValues、SetDataValues、GetLogicalNodeDirectory、
GetDataSetDirectory、GetDataSetValues、
SetDataSetValues、CreateDataSet、DeleteDataSet、
SetDataValues、GetDataValues、SelectActiveSG、
GetSGCBValues、SelectEditSG、GetEditSGValues、
SetEditSGValues、ConfirmEditSGValues、Report、
GetURCBValues、SetURCBValues、GetBRCBValues、
SetBRCBValues、GetLCBValues、SetLCBValues、
GetLogicalNodeDirectory、QueryLogByTime、
QueryLogAfter、GetLogStatusValues、SendGOOSEMessage、GetGoCBValues、SetGoCBValues、GetGoReference、
GetGOOSEElementNumber、SendGSSEMessage、GetGsCBValues、SetGsCBValues、GetReference、GetGSSEElementNumber、
SendMSVMessage、SendUSVMessage、GetMSVCBValues、SetMSVCBValues、GetUSVCBValues、SetUSVCBValues、
TimeActivatedOperate、Select、Cancel、Operate、TimeActivatedOperate、CommandTermination、
SelectWithValue、TimeActivatedOperate、
TimeSynchronization、GetFileAttributeValues、GetFile、SetFile、DeleteFile。
10. The automatic matching test case system according to configuration file of claim 9, wherein: the model comprises association, logic equipment, logic nodes, data sets, substitution, constant value groups, reports, control, SV release/subscription, GOOSE release/subscription, file transmission characteristics and logs;
the selected state includes Y and N.
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