CN105203867A - Simulation test method and device for quality detection of online monitoring apparatus - Google Patents
Simulation test method and device for quality detection of online monitoring apparatus Download PDFInfo
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- CN105203867A CN105203867A CN201510518610.5A CN201510518610A CN105203867A CN 105203867 A CN105203867 A CN 105203867A CN 201510518610 A CN201510518610 A CN 201510518610A CN 105203867 A CN105203867 A CN 105203867A
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Abstract
The invention relates to a simulation test method and device for quality detection of an online monitoring apparatus. The method comprises the following steps: S1, generating and storing a test case; S2, inputting test input and execution conditions of the test case to the online monitoring apparatus; and S3, receiving output of the online monitoring apparatus under given test input and execution conditions, and through combination with an expected result of the corresponding test case, determining the reliability of the online monitoring apparatus. Compared to the prior art, the test input and execution conditions of the test case are input to the online monitoring apparatus, and according to the output of the online monitoring apparatus under the given test input and execution conditions, through combination with the expected result of the corresponding test case, the reliability of the online monitoring apparatus is determined, such that standardization and normalization of the online monitoring apparatus are greatly improved.
Description
Technical field
The present invention relates to on-Line Monitor Device field tests, especially relate to a kind of emulation test method for on-Line Monitor Device quality arbitration and equipment.
Background technology
Along with the development of automated monitoring technology, each power station basic configuration on-Line Monitor Device now, but mainly there is following problem in on-Line Monitor Device operational process at present:
1. partial devices rate of false alarm is high.
2. partial devices failure rate is high, and the life-span is short, and maintenance workload is large.
3. partial devices poor real.
4. software and hardware quality problems are given prominence to.
5. technical standard imperfection.
6. pair online monitoring data utilization and analyze not.
For how promoting converting equipment on-Line Monitor Device result of use and operational reliability, giving full play to the effect of monitoring device, ensureing main equipment safe and stable operation, also there is no comparatively conveniently method, bring inconvenience therefore can to follow-up maintenance.
Summary of the invention
Object of the present invention be exactly in order to overcome above-mentioned prior art exist defect and a kind of emulation test method for on-Line Monitor Device quality arbitration and equipment are provided.
Object of the present invention can be achieved through the following technical solutions:
For an emulation test method for on-Line Monitor Device quality arbitration, comprise step:
S1: generate and preserve test case;
S2: to test input and the executive condition of on-Line Monitor Device input test use-case;
S3: receive the output of on-Line Monitor Device under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device.
Described step S2 specifically comprises step:
S21: obtain the test input of nominative testing use-case, executive condition and expected results;
S22: the test input of test case and executive condition are inputed to on-Line Monitor Device;
S23: the expected results of test case is forwarded to test evaluation device.
Described step S3 specifically comprises step:
S31: receive the output of on-Line Monitor Device under given test input and executive condition based on I2 stipulations;
S32: the expected results receiving test case;
S33: according to the output of on-Line Monitor Device, in conjunction with the expected results of corresponding test case, judges the reliability of on-Line Monitor Device.
Described step S33 specifically comprises step:
S331: according to the output of on-Line Monitor Device, in conjunction with the expected results of corresponding test case, the validity of verification on-Line Monitor Device;
S332: the continuity that verification on-Line Monitor Device exports;
S333: the mode of check results by Visual Chart is shown to remote network equipment.
For a simulated test device for on-Line Monitor Device quality arbitration, comprising:
Test case library, for generating and preserving test case;
Use-case actuating unit, is connected with the input end of on-Line Monitor Device and test case library, for the test input of on-Line Monitor Device input test use-case and executive condition;
Test evaluation device, be connected with the output terminal of on-Line Monitor Device and use-case actuating unit, for receiving the output of on-Line Monitor Device under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device.
Described use-case actuating unit comprises:
Use-case acquisition module, with test case library, for obtaining the test input of nominative testing use-case, executive condition and expected results;
Use-case load-on module, is connected with use-case acquisition module, for the test input of test case and executive condition are inputed to on-Line Monitor Device;
Expected results forwarding module, is connected with use-case acquisition module and test evaluation device respectively, for the expected results of test case is forwarded to test evaluation device.
Described test evaluation device comprises:
Result load module, is connected with on-Line Monitor Device based on I2 stipulations, for receiving the output of on-Line Monitor Device under given test input and executive condition;
Expected results receiver module, is connected with use-case actuating unit, for receiving the expected results of test case;
Data check module, is connected with result load module and expected results receiver module respectively, for the output according to on-Line Monitor Device, in conjunction with the expected results of corresponding test case, judges the reliability of on-Line Monitor Device.
Described data check module comprises:
Validity check unit, is connected with result load module and expected results receiver module respectively, for the output according to on-Line Monitor Device, in conjunction with the expected results of corresponding test case, and the validity of verification on-Line Monitor Device;
Continuity verification unit, is connected with result load module, for verifying the continuity that on-Line Monitor Device exports;
Result display unit, is connected with validity check unit and continuity verification unit respectively, for the mode of check results by Visual Chart being shown to remote network equipment.
Compared with prior art, the present invention has the following advantages:
1) to test input and the executive condition of on-Line Monitor Device input test use-case, according to the output of on-Line Monitor Device under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device, substantially increase standardization and the standardization of on-Line Monitor Device.
2) because database generally exists the large problem of platform migration difficulty, so be configured in use-case actuating unit by forwarding the task of expected results, the upgrading of function in the future and framework is convenient to.
3) judgement of reliability is based on the verification of validity and continuity two aspects, and the confidence level of judged result is large.
Accompanying drawing explanation
Fig. 1 is the key step schematic flow sheet of the inventive method;
Fig. 2 is the structural representation of present device;
Wherein: 1, test case library, 2, use-case actuating unit, 3, test evaluation device, 4, on-Line Monitor Device.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.The present embodiment is implemented premised on technical solution of the present invention, give detailed embodiment and concrete operating process, but protection scope of the present invention is not limited to following embodiment.
For an emulation test method for on-Line Monitor Device quality arbitration, as shown in Figure 1, step is comprised:
S1: generate and preserve test case;
S2: to test input and the executive condition of on-Line Monitor Device 4 input test use-case;
S3: receive the output of on-Line Monitor Device 4 under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device 4.
Step S2 specifically comprises step:
S21: obtain the test input of nominative testing use-case, executive condition and expected results;
S22: the test input of test case and executive condition are inputed to on-Line Monitor Device 4;
S23: the expected results of test case is forwarded to test evaluation device 3.
Step S3 specifically comprises step:
S31: receive the output of on-Line Monitor Device 4 under given test input and executive condition based on I2 stipulations;
S32: the expected results receiving test case;
S33: according to the output of on-Line Monitor Device 4, in conjunction with the expected results of corresponding test case, judges the reliability of on-Line Monitor Device 4.
Step S33 specifically comprises step:
S331: according to the output of on-Line Monitor Device 4, in conjunction with the expected results of corresponding test case, the validity of verification on-Line Monitor Device 4;
S332: the continuity that verification on-Line Monitor Device 4 exports;
S333: the mode of check results by Visual Chart is shown to remote network equipment.
As shown in Figure 2, the testing apparatus that said method is corresponding comprises the test case library 1 connected successively, use-case actuating unit 2 and test evaluation device 3, and use-case actuating unit 2 is connected with the input end of on-Line Monitor Device 4, test evaluation device 3 is all connected with the output terminal of on-Line Monitor Device 4, test case library 1 generates and preserves test case, use-case actuating unit 2 is to the test input of on-Line Monitor Device 4 input test use-case and executive condition, test evaluation device 3, receive the output of on-Line Monitor Device 4 under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device 4.
Use-case actuating unit 2 comprises use-case acquisition module, use-case load-on module and expected results forwarding module, use-case acquisition module and test case library 1, use-case load-on module is connected with use-case acquisition module, expected results forwarding module is then connected with use-case acquisition module and test evaluation device 3 respectively, use-case acquisition module obtains the test input of nominative testing use-case, executive condition and expected results, by use-case load-on module, the test input of test case and executive condition are inputed to on-Line Monitor Device 4, and by expected results forwarding module, the expected results of test case is forwarded to test evaluation device 3.
Test evaluation device 3 comprises result load module, expected results receiver module and data check module, result load module is connected with on-Line Monitor Device 4 based on I2 stipulations, expected results receiver module is connected with use-case actuating unit 2, data check module is connected with result load module and expected results receiver module respectively, result load module receives the output of on-Line Monitor Device 4 under given test input and executive condition, expected results receiver module receives the expected results of test case, data check module is then according to the output of on-Line Monitor Device 4, in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device 4.
Data check module includes validity verification unit, continuity verification unit and result display unit, validity check unit is connected with result load module and expected results receiver module respectively, continuity verification unit is connected with result load module, result display unit is connected with validity check unit and continuity verification unit respectively, validity check unit is according to the output of on-Line Monitor Device 4, in conjunction with the expected results of corresponding test case, the validity of verification on-Line Monitor Device 4, the continuity that continuity verification unit exports for verifying on-Line Monitor Device 4, result display unit is then for showing the mode of check results by Visual Chart to remote network equipment.
In addition, test evaluation device 3 also comprises data monitoring module and resource management module, data monitoring module is connected with result load module, resource management module is then connected with on-Line Monitor Device 4 based on I2 stipulations, data monitoring module is carried out in real time or the inquiry of historical data according to different electrical equipment tree node or the time interval output data to the on-line monitoring module 4 of access, and can the output data of online monitoring modular 4 be shown in the mode of chart or export the history curve of data, resource management module provides complete electrical equipment relational model maintenance interface, by WEB mode to the primary equipment required for system demonstration or analysis, on-Line Monitor Device 4, monitoring item carries out attended operation, support that monitoring item threshold value is safeguarded simultaneously.
In addition in the present embodiment, on-Line Monitor Device 4 has multiple, comprises lightning arrester insulation monitoring device, capacitance type equipment insulation monitoring device, sulfur hexafluoride gas moisture and pressure-detecting device, iron core grounding current pick-up unit, micro-water pick-up unit, oil dissolved gas pick-up unit and vibrational spectrum pick-up unit etc.
Data monitoring module comprises Monitoring Data display unit, Data Tendency Forecast Based unit and data download unit, Monitoring Data display unit is all connected with result load module with data download unit, Data Tendency Forecast Based unit is connected with data display unit, data download unit provides on-Line Monitor Device 4 to export the download service of data for remote network equipment, Monitoring Data display unit then shows the output data of on-Line Monitor Device 4, and Data Tendency Forecast Based unit is then according to its tendency of output data prediction of on-Line Monitor Device 4.
Claims (8)
1. for an emulation test method for on-Line Monitor Device quality arbitration, it is characterized in that, comprise step:
S1: generate and preserve test case;
S2: to test input and the executive condition of on-Line Monitor Device input test use-case;
S3: receive the output of on-Line Monitor Device under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device.
2. a kind of emulation test method for on-Line Monitor Device quality arbitration according to claim 1, it is characterized in that, described step S2 specifically comprises step:
S21: obtain the test input of nominative testing use-case, executive condition and expected results;
S22: the test input of test case and executive condition are inputed to on-Line Monitor Device;
S23: the expected results of test case is forwarded to test evaluation device.
3. a kind of emulation test method for on-Line Monitor Device quality arbitration according to claim 1, it is characterized in that, described step S3 specifically comprises step:
S31: receive the output of on-Line Monitor Device under given test input and executive condition based on I2 stipulations;
S32: the expected results receiving test case;
S33: according to the output of on-Line Monitor Device, in conjunction with the expected results of corresponding test case, judges the reliability of on-Line Monitor Device.
4. a kind of emulation test method for on-Line Monitor Device quality arbitration according to claim 3, it is characterized in that, described step S33 specifically comprises step:
S331: according to the output of on-Line Monitor Device, in conjunction with the expected results of corresponding test case, the validity of verification on-Line Monitor Device;
S332: the continuity that verification on-Line Monitor Device exports;
S333: the mode of check results by Visual Chart is shown to remote network equipment.
5. for a simulated test device for on-Line Monitor Device quality arbitration, it is characterized in that, comprising:
Test case library, for generating and preserving test case;
Use-case actuating unit, is connected with the input end of on-Line Monitor Device and test case library, for the test input of on-Line Monitor Device input test use-case and executive condition;
Test evaluation device, be connected with the output terminal of on-Line Monitor Device and use-case actuating unit, for receiving the output of on-Line Monitor Device under given test input and executive condition, and in conjunction with the expected results of corresponding test case, judge the reliability of on-Line Monitor Device.
6. a kind of simulated test device for on-Line Monitor Device quality arbitration according to claim 5, is characterized in that, described use-case actuating unit comprises:
Use-case acquisition module, with test case library, for obtaining the test input of nominative testing use-case, executive condition and expected results;
Use-case load-on module, is connected with use-case acquisition module, for the test input of test case and executive condition are inputed to on-Line Monitor Device;
Expected results forwarding module, is connected with use-case acquisition module and test evaluation device respectively, for the expected results of test case is forwarded to test evaluation device.
7. a kind of simulated test device for on-Line Monitor Device quality arbitration according to claim 5, is characterized in that, described test evaluation device comprises:
Result load module, is connected with on-Line Monitor Device based on I2 stipulations, for receiving the output of on-Line Monitor Device under given test input and executive condition;
Expected results receiver module, is connected with use-case actuating unit, for receiving the expected results of test case;
Data check module, is connected with result load module and expected results receiver module respectively, for the output according to on-Line Monitor Device, in conjunction with the expected results of corresponding test case, judges the reliability of on-Line Monitor Device.
8. a kind of simulated test device for on-Line Monitor Device quality arbitration according to claim 7, is characterized in that, described data check module comprises:
Validity check unit, is connected with result load module and expected results receiver module respectively, for the output according to on-Line Monitor Device, in conjunction with the expected results of corresponding test case, and the validity of verification on-Line Monitor Device;
Continuity verification unit, is connected with result load module, for verifying the continuity that on-Line Monitor Device exports;
Result display unit, is connected with validity check unit and continuity verification unit respectively, for the mode of check results by Visual Chart being shown to remote network equipment.
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Cited By (1)
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| CN108444516A (en) * | 2018-03-21 | 2018-08-24 | 广东电网有限责任公司电力科学研究院 | A kind of method and apparatus of assessment sulfur hexafluoride decomposition product detecting system performance |
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| CN102323499A (en) * | 2011-06-15 | 2012-01-18 | 北京四方继保自动化股份有限公司 | Method for automatically testing relay protection equipment |
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Application publication date: 20151230 |