CN108573365B - Service and process oriented comprehensive test state digital management method - Google Patents
Service and process oriented comprehensive test state digital management method Download PDFInfo
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Abstract
The invention relates to a service and process oriented comprehensive test state digital management method, which is based on the traditional tabular state management method, carries out informatization management on various test information in a software and database mode, and develops a service and process oriented comprehensive test state digital management system (hereinafter referred to as a comprehensive test state management system) to realize digital management of the comprehensive test state. The test flow control, the test state control, the personnel information management and the test state information data management are organically combined into a whole, so that various flow procedures are clear and easy to understand, the operation is simple and clear, various test information is automatically filed and reliably stored, the various test information is simple and convenient to inquire, reasonable association can be realized, the synchronism, the consistency and the completeness of information data are ensured, the information management and the flow control are more standard and strict, and remote test can be supported.
Description
Technical Field
The invention relates to the technical state management field of spacecraft electrical performance test, in particular to a service and process oriented comprehensive test state digital management method.
Background
As is well known, the comprehensive test is an important task in the integration and system verification of the spacecraft system, and the quality and progress of the comprehensive test of the spacecraft can be directly influenced by adopting which means to manage the state of the comprehensive test with high quality and high efficiency in the comprehensive test process.
In the conventional integrated test state management mode, the integrated test state management is generally managed by using a tabular paper file, and process approval related to the test state is required to be carried out on an integrated test field or a final assembly field, so that a tester and a designer are required to be on the field. The specific work of the comprehensive test state management is respectively responsible for multiple units such as comprehensive tests, universities, final assembly units, subsystems and the like, and data generated under different tasks and services of different units are respectively reserved, so that the comprehensive test state information data are relatively independent.
However, the state information data generated in this management mode is distributed in various information, the implementation manner of management is different, and the actual operation of flow control is also easily affected by objective human factors, so that confusion occurs. Therefore, the state data generated by adopting the prior art is not only not beneficial to filing, saving and management, but also is not beneficial to query, summarization, statistics and utilization of information, and is also not beneficial to the implementation of comprehensive test. Meanwhile, because the states of the spacecraft are managed independently by different models and different units, the same task needs to be repeatedly handled by a plurality of same processes, which brings a lot of repeated labor to testers, thereby seriously affecting the working efficiency of the comprehensive test.
According to China manned space engineering planning, future manned spacecrafts in China are developed and launched more and more intensively, the engineering batch features are obvious, the quality requirements are more and more strict, the development period is shortened than before, multiple tasks are developed in a parallel and cooperative mode, and remote testing is a development trend. In view of this, new requirements and challenges are presented to the mode of integrated test state management for manned spacecraft, and the conventional mode of test state management must be transformed. Therefore, a service and process oriented digital management method for comprehensive test states is urgently needed.
Disclosure of Invention
The traditional comprehensive test state management method adopts a paper tabular file for management, and the generated state data are independent from each other, are stored dispersedly and are not easy to store and inquire; the process approval personnel must be in the test site, and the process approval is limited by the site; different units need to repeatedly handle the same examination and approval bill, and the efficiency is low, so the current paper file management method cannot meet the requirement of the future spacecraft remote test.
The service and process oriented comprehensive test state digital management method provided by the invention is based on the traditional tabular state management method, and carries out informatization management on various test information in a software and database mode, so as to develop a service and process oriented comprehensive test state digital management system to realize digital management of the comprehensive test state. The test flow control, the test state control, the personnel information management and the test state information data management are organically combined into a whole, so that various flow procedures are clear and easy to understand, the operation is simple and clear, various test information is automatically filed and reliably stored, the various test information is simple and convenient to inquire, reasonable association can be realized, the synchronism, the consistency and the completeness of information data are ensured, the information management and the flow control are more standard and strict, and remote test can be supported.
The invention carries out information management on various test information in a database mode and adopts a service and flow oriented construction mode based on a comprehensive management platform. The management system is divided into a client side and a server side, and hardware equipment of the management system consists of a series of servers and data storage equipment which are all deployed in a test network. The software of the test management system adopts a Browser/Server (B/S) structure, the Server is deployed on the Server of the test network, and the test data and the management cooperation information are stored in the database of the test network. The test command, the test designer, the general designer, the final assembly operator, the model manager, the master and the slave master in the master are used as users.
In the system software development according to the present invention, a model-video-controller (MVC) pattern idea is referred to and followed, and the MVC design pattern allows the system to separate client requests, service processing, and output display.
The invention provides a digital management method for a comprehensive test state, which is used for performing digital information management on test information of a product to be tested, which is arranged on a server, in a test network in a database mode, and comprises the following steps: step one, different user use authorities are given to different testers in a test network; step two, managing the test state of the product to be tested and storing the test state in a database; step three, managing the test flow of the product to be tested, and storing the flow information about the test flow in a database; and step four, managing the test information of the product to be tested, thereby digitally managing the test state of the product to be tested.
In the invention, the testing personnel at least comprise a testing command, a testing designer, a general assembly operator model manager, a master and a master-slave master.
Preferably, in the second step, the installation state of the product to be tested and the state of the software installed on the product to be tested are managed, and the installation state and the state of the software are stored in the database, so that the state of the product to be tested is reflected in real time and the real-time state is used as a basis for formulating the test item.
In addition, the second step further comprises the following steps: managing the equipment state of ground test equipment used by a tester and the state of software installed on the ground test equipment, and storing the equipment state and the state of the software in a database, so that the real-time state of the ground test equipment is reflected and taken as the basis for formulating test items; managing injection files and test sequences required by a product to be tested and a test project, so that correct injection files and test sequences are automatically provided for the test project, and the test project is ensured to be smoothly carried out; and according to the installation state and the software state of the product to be tested, the use state of the ground test equipment and the on-duty state of the tester, making a test task plan related to the test project, and automatically checking the test state required by the test task plan.
In the invention, the information of the test flow at least comprises test state confirmation information, supplementary test flow control information, on-board equipment replacement flow control information, on-board software modification flow control information, ground test equipment replacement flow information, temporary operation flow control information and abnormal phenomenon processing flow control information.
Preferably, step three further comprises the steps of: and automatically interpreting the test items according to the complete test state of the server, and evaluating the test result so as to automatically generate a test report.
Preferably, step four further comprises the steps of: inquiring various test information about the product to be tested according to the association rule so as to obtain real-time test state information and provide a basis for a test task plan; and summarizing, counting and analyzing the test conditions according to various test information, thereby providing a basis for final test decision.
In addition, preferably, in the present invention, each item of test information at least includes installation condition information of a product to be tested, software information of the test product, operation condition information, replacement condition information, test item completion condition information, abnormal phenomenon information, and quality problem handling condition information. The association rules include at least: query rules by date, query rules by subsystem, query rules by equipment, query rules by operation type, and query rules by quality issue classification. The test cases at least include: test task plan completion, test completion proportion, test coverage statistics and quality problem statistics induction.
Therefore, by applying the informatization means to the comprehensive test state management, the invention realizes the digital management of the comprehensive test state of the manned spacecraft, integrates the related processes of the comprehensive test state management into a platform, realizes the remote operation of the process approval and is convenient for designers and testers.
In addition, the comprehensive test state data generated by the invention is structurally stored, various information is correlated, the spacecraft state data in the database can truly reflect the real state of the spacecraft, and the multidimensional test state data is mined, so that the test state data of the spacecraft is convenient to query, retrieve and utilize.
It should be understood that the test state management method of the invention has been successfully applied to the electrical measurement of 3 manned spacecrafts, and ten thousand effective data are accumulated, so that the efficiency of the comprehensive test technology state management is improved by more than 30%.
Drawings
FIG. 1 is a functional block diagram of modules in a comprehensive test condition management system developed in accordance with the present invention;
FIG. 2 is a view of a comprehensive test status management system home interface;
FIG. 3 illustrates an on-board equipment change approval process; and
FIG. 4 illustrates an on-board device change approval application form.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
The service and process oriented comprehensive test state digital management method is based on the traditional tabular state management method, performs informatization management on various test information in a software and database mode, and develops a service and process oriented comprehensive test state digital management system (hereinafter referred to as a comprehensive test state management system) to realize digital management of the comprehensive test state. The test flow control, the test state control, the personnel information management and the test state information data management are organically combined into a whole, so that various flow procedures are clear and easy to understand, the operation is simple and clear, various test information is automatically filed and reliably stored, the various test information is simple and convenient to inquire, reasonable association can be realized, the synchronism, the consistency and the completeness of information data are ensured, the information management and the flow control are more standard and strict, and remote test can be supported.
In the system software development related in the invention, the MVC pattern idea is referred to and followed, and the MVC design pattern enables the system to separate client request, service processing and output display.
The invention provides a digital management method of a comprehensive test state, which is used for performing digital information management on test information of a product to be tested installed on a server in a test network in a database mode and comprises the following steps: step one, different user use authorities are given to different testers in a test network; step two, managing the test state of the product to be tested and storing the test state in a database; step three, managing the test flow of the product to be tested, and storing the flow information about the test flow in a database; and step four, managing the test information of the product to be tested, thereby digitally managing the test state of the product to be tested.
In the invention, the testers at least comprise a test command, a test designer, a general assembly operator model manager and a master director (a secondary master).
Preferably, in the second step, the installation state of the product to be tested and the state of the software installed on the product to be tested are managed, and the installation state and the state of the software are stored in the database, so that the state of the product to be tested is reflected in real time and the real-time state is used as a basis for formulating the test item.
In addition, the second step further comprises the following steps: managing the equipment state of ground test equipment used by a tester and the state of software installed on the ground test equipment, and storing the equipment state and the state of the software in a database, so that the real-time state of the ground test equipment is reflected and taken as the basis for formulating test items; managing injection files and test sequences required by a product to be tested and a test project, so that correct injection files and test sequences are automatically provided for the test project, and the test project is ensured to be smoothly carried out; and according to the installation state and the software state of the product to be tested, the use state of the ground test equipment and the on-duty state of the tester, making a test task plan related to the test project, and automatically checking the test state required by the test task plan.
In the invention, the information of the test flow at least comprises test state confirmation information, supplementary test flow control information, on-board equipment replacement flow control information, on-board software modification flow control information, ground test equipment replacement flow information, temporary operation flow control information and abnormal phenomenon processing flow control information.
Preferably, step three further comprises the steps of: and automatically interpreting the test items according to the complete test state of the server, and evaluating the test result so as to automatically generate a test report.
Preferably, step four further comprises the steps of: inquiring various test information about the product to be tested according to the association rule so as to obtain real-time test state information and provide a basis for a test task plan; and summarizing, counting and analyzing the test conditions according to various test information, thereby providing a basis for final test decision.
In addition, preferably, in the present invention, each item of test information at least includes installation condition information of a product to be tested, software information of the test product, operation condition information, replacement condition information, test item completion condition information, abnormal phenomenon information, and quality problem handling condition information. The association rules include at least: query rules by date, query rules by subsystem, query rules by equipment, query rules by operation type, and query rules by quality issue classification. The test cases at least include: test task plan completion, test completion proportion, test coverage statistics and quality problem statistics induction.
According to the method, according to the task requirement of the state management of the manned spacecraft comprehensive test technology, the whole system structure adopts an integrated structure built by a comprehensive management platform and a layer function application. The comprehensive test state management system developed by the invention mainly comprises an authority authentication management module, a task flow management module, a test information management module, a test document management module, a resource management module, a log management module and a system maintenance module, wherein the functional block diagram of each module is shown in figure 1, and the developed comprehensive test state management system is shown in figure 2.
As shown in fig. 1, in combination with the requirement of daily work of manned spacecraft integrated test, the integrated test state management system realizes digital management of the following contents:
1. the information management of the testing personnel is realized, and different user use authorities are given to different post personnel;
2. managing the installation state and the software state of the product on the device, reflecting the real state of the product on the device in real time, and taking the state as the basis for formulating the test project;
3. managing the state of the ground test equipment and the software state thereof, reflecting the real state of the ground equipment in real time, and taking the state as the basis for formulating the test project;
4. managing test cases and injection files and test sequences required by tests, automatically providing correct injection files and test sequences for formulated test items, and ensuring that the test items are smoothly carried out;
5. a test task plan is formulated, a current test task is formulated according to the product state on the device, the ground equipment state, the test state setting condition and the like in the structured database, and the test state required by the current test task is automatically checked;
6. controlling a test process, including test state confirmation, supplementary test process control, on-board equipment replacement process control, on-board software change process control information, ground test equipment replacement process information, temporary operation process control, abnormal phenomenon processing process control and the like;
7. evaluating the test result and generating a test report, automatically interpreting the test item by combining the test state of the whole device, evaluating the test result and automatically generating the test report;
8. the test information query can quickly and accurately query various test information, such as product installation condition, operation condition, replacement condition, test project completion condition, abnormal phenomenon, quality problem processing condition and the like, can realize the associated query of various rules, such as query by date, query by subsystem, query by equipment, query by operation type, classified query by quality problem and the like, is convenient for accurately knowing the test condition from multiple angles, and provides a detailed and accurate basis for test plan arrangement; and
9. the test condition summarization can be carried out on the test condition according to the test information, such as test plan completion condition, test project completion proportion, test coverage statistics, quality problem statistics summary information and the like, so as to provide a basis for test decision.
It should be understood that the integrated test state management system of the present invention is composed of hardware and software, wherein the hardware part is a commercial server device deployed in the integrated test site, and the software part is a browser/server structure, wherein the server-side software is deployed on the commercial server in the integrated test site, and the user accesses the server through a local area network browser.
As shown in fig. 2, the system is implemented in the following steps:
comprehensive test state management system deployed on spacecraft test site
The comprehensive test state management system and the database software mentioned in the invention are installed on the special server hardware, the IP is distributed for the service in the local area network, the server attribute is set, and the client in the local area network is allowed to access the system.
Second, configuring basic database
And importing basic information data of the spacecraft to be tested into a comprehensive test state management system, wherein the main information comprises a tester matching table, an on-board equipment matching table, an on-board software matching table, an on-board cable matching table, an on-board thermistor/heating plate matching table, a ground test equipment matching table and a ground test software matching table. And different access authorities are configured for different posts of the tester.
Third, the application form of the test approval process is handled
In the process of the comprehensive test of the spacecraft, a tester can issue a test plan, submit a test daily report, fill an abnormal phenomenon report, handle corresponding test approval processes and the like according to the own authority.
Four, basic database data updating
After the process approval is finished and the operation is carried out according to the approved process, the user with the corresponding authority feeds back the execution state of the process, and the state of the test data stored in the database is updated according to the operation content, so that the state data in the database is consistent with the real state of the spacecraft.
Fifth, filing and saving test state data
The invention relates various state data generated by comprehensive test state management and various approval processes, adopts a structured data structure to store, updates related data simultaneously after the approval of a certain process is finished and the process execution state is fed back, and files and stores according to the structured data structure.
Sixthly, data query, statistics and utilization
After the comprehensive test state data is filed and stored, the user with the corresponding authority can inquire and count the generated comprehensive test state data at any time and generate an expected report.
It should be understood that during the integrated test, if it is necessary to remove the shipboard equipment, the subsystem personnel should fill in the equipment removal application form on the integrated test state management system, and supervise and approve the whole process including the general process, the general assembly design, the general assembly inspection, the quality, the integrated test and the auxiliary assembly, and can operate the shipboard equipment after the process is finished. After the shipboard equipment operation is completed, after the final assembly inspection personnel click the feedback completion condition on the corresponding page of the comprehensive test state management system, the shipboard state of the equipment in the software database is automatically updated to the actual state, and the whole process is ended. In particular, referring to FIG. 3, an approval process for a device removal application on a manned spacecraft is shown.
As shown in fig. 4, after the final assembly inspector feeds back the completion of the operation, the contents in the database are automatically updated, so that the state in the database is ensured to be consistent with the actual state, the process can control the disassembly and assembly of the equipment, and the actual state of the equipment on the ship is updated in real time. When the flow is in progress, the flow initiator can check the progress of the flow and also can terminate the flow at any time, so that the flow initiator can track the dynamic state of the flow in real time and manage the progress of the flow. Therefore, when the process runs to a certain approval staff, the corresponding approval staff can see corresponding reminding on the main interface (as shown in fig. 2) after logging in the system, and the approval staff can approve the process on any computer connected with the comprehensive test state management system in a network, so that the trouble that a process initiator finds someone anywhere to sign in a traditional management mode is avoided, and the work efficiency is improved.
In view of the above situation, an informatization means is applied to the comprehensive test state management, so that the digital management of the comprehensive test state of the manned spacecraft is realized, the related processes of the comprehensive test state management are integrated into one platform, the remote operation is realized through the process approval, and convenience is brought to designers and testers. The generated comprehensive test state data is structurally stored, various information is correlated, the spacecraft state data in the database can truly reflect the real state of the spacecraft, and the multidimensional test state data is mined, so that the test state data of the spacecraft is convenient to query, retrieve and utilize.
In addition, the test state management method of the invention has been successfully applied to the electrical measurement of 3 manned spacecrafts, tens of thousands of effective data are accumulated, and the efficiency of the comprehensive test technology state management is improved by more than 30%.
The parts not described in the present invention belong to the known art in the field.
Claims (5)
1. A service and process oriented comprehensive test state digital management method is used for performing digital information management on test information of a product to be tested installed on a server in a test network in a database mode, and is characterized by comprising the following steps:
step one, endowing different user use authorities to different testers in the test network;
step two, managing the test state of the product to be tested, and storing the test state in the database, which specifically comprises:
managing the installation state of the product to be tested and the state of the software installed on the product to be tested, storing the installation state and the state of the software in the database, thereby reflecting the state of the product to be tested in real time and taking the real-time state as the basis for formulating the test items,
managing the equipment state of ground test equipment used by the tester and the state of software installed on the ground test equipment, and storing the equipment state and the state of the software in the database so as to reflect the real-time state of the ground test equipment and take the real-time state as the basis for formulating test items,
managing the product to be tested and the injection file and the test sequence required by the test item, so as to automatically provide the correct injection file and test sequence for the test item and ensure the test item to be smoothly carried out,
according to the installation state and the software state of the product to be tested, the use state of the ground test equipment and the on-duty state of the tester, a test task plan related to the test project is made, and the test state required by the test task plan is automatically checked;
step three, managing the test flow of the product to be tested, and storing the flow information about the test flow in the database, specifically comprising:
automatically interpreting the test items according to the complete test state of the server, and evaluating the test result so as to automatically generate a test report;
step four, managing the test information about the product to be tested so as to digitally manage the test state of the product to be tested, specifically comprising:
inquiring various test information about the product to be tested according to the association rule so as to obtain real-time test state information and provide basis for the test task plan,
and summarizing, counting and analyzing the test conditions according to the various test information, thereby providing a basis for the final test decision.
2. The service and process oriented integrated test state digital management method as claimed in claim 1, wherein said tester at least comprises: test command, test designer, general designer, final assembly operator, model manager, master and auxiliary master.
3. The service and process oriented integrated test state digital management method as claimed in claim 1, wherein the test process information at least includes: test state confirmation information, supplementary test flow control information, on-board equipment replacement flow control information, on-board software modification flow control information, ground test equipment replacement flow information, temporary operation flow control information, and abnormal phenomenon handling flow control information.
4. The service and process oriented comprehensive test state digital management method as claimed in claim 1, wherein said each item of test information at least includes installation condition information of said product to be tested, software information of the test product, operation condition information, replacement condition information, test project completion condition information, abnormal phenomenon information and quality problem handling condition information,
the association rule includes at least: query rules by date, query rules by subsystem, query rules by equipment, query rules by operation type, and query rules by quality problem classification,
the test case includes at least: test task plan completion, test completion proportion, test coverage statistics and quality problem statistics induction.
5. The service and process oriented integrated test state digital management method as claimed in claim 1, wherein the system software used in the test network adopts a model view controller model.
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