CN107807878B - Keyword-based universal test resource driving and execution management method - Google Patents
Keyword-based universal test resource driving and execution management method Download PDFInfo
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Abstract
The invention discloses a keyword-based universal test resource driving and executing management method, which consists of a test main control end and a plurality of test service nodes and comprises eight functional modules of test execution, resource management and driving, model development and operation, case development and management, static excitation, test data monitoring, test record management and user management. The test main control end mainly provides maintenance and management of system resources, information and data for users, and the test service node mainly realizes management and driving of test resources and specific execution of test services. The invention is an automatic test platform software core, is designed based on IEEE1226 standard, provides an open interface, and is convenient for secondary development and expansion; the distributed architecture has the capability of testing flexible configuration of resources; the introduction of the keyword concept simplifies the writing process of the test case, and can realize the multiplexing of all levels of tests and test platforms facing to wide test objects.
Description
Technical Field
The invention relates to a universal test resource driving and execution management method based on keywords, belongs to the field of automatic testing, and particularly relates to the field of universal testing based on various bus/non-bus test resources.
Background
An Automatic Test System (ATS) is a Test System that automatically completes tasks such as signal excitation, measurement, data processing, and fault diagnosis under the control of a computer with little or no human involvement, and is generally constructed on the basis of a standard instrument bus. In engineering, an automatic test system is usually developed aiming at a specific field and a tested object, and compared with manual test, the automatic test system is time-saving and labor-saving and can obviously improve the production efficiency and the product quality.
The development of automatic test systems, since the 50 s of the 20 th century, can be roughly divided into three development stages: (1) first generation automatic test system-proprietary; (2) second generation automatic test system-desk building block type; (3) third generation automatic test system-modular instrument integrated type. The development of automatic test systems goes through three generations, and the defects of specificity of test objects, lack of hardware interface standards, lack of software specifications and the like are gradually overcome, so that the development of a universal automatic test system becomes mainstream in recent decades. The universal automatic test system focuses more on adapting to different test requirements by adopting common test resources, and develops towards the aspects of establishing a unified test system architecture, realizing the transportability and interoperation of test programs, improving the efficiency and effectiveness of test diagnosis by combining with an artificial intelligence technology, realizing distributed integrated diagnostic tests and the like.
In the field of automatic testing, a traditional general testing platform has the defects of large scale, high complexity, poor configuration capability, low resource utilization rate and the like, and the coupling degree of software and testing resources of the testing platform also seriously influences the expansibility, the portability and the reconfigurability of the testing platform.
Disclosure of Invention
The invention aims to solve the technical problems of poor configuration flexibility and low design reuse degree of the traditional automatic universal test platform, provides a keyword-based universal test resource driving and executing management method, and integrates the functions of test execution, resource management and driving, model development and operation, case development and management, static excitation, test data monitoring, test record management, user management and the like.
The universal test resource driving and executing management method adopts a distributed architecture and comprises a test main control end and a plurality of test service nodes, wherein each test service node is provided with the same or different test resources (bus resources/non-bus resources) by the same software application program. The functions realized by the test main Control end include test resource management, test resource monitoring, Interface Control Document (ICD) import and loading, keyword management, simulation model management, case development and management, case execution Control, static excitation development and management, static excitation execution Control, test data monitoring, test data analysis, test record management and user management and authority distribution; the functions realized by the test service node are mainly resource management and driving, simulation model driving and test service execution.
The distributed architecture is a star topology structure taking one test main control end as a center, and simultaneously follows a layered logic structure described by IEEE1226 standard, the realization of a test requirement and test strategy layer and a test process layer is positioned at the test main control end, and the realization of a resource management layer and an instrument control layer is positioned at a test service node. A user develops a test case in test main control end software according to test requirements and test strategies, the test case generates a test service command data packet through logic analysis, a test service command is transmitted from a test main control end to a specific test service node through a communication network in a distributed platform, and test service is driven and executed at the test service node through calling related test resources. The distributed and layered structure design of the universal test resource driving and execution management method reduces the coupling degree of a test platform and test resources, and improves the expansibility and the reconfigurability of the universal test resource driving and execution management method. The number of the test service nodes and the specific resources configured by each node are flexibly configured by the user according to the test requirements and the test strategy.
The universal test resource driving and execution management method introduces the concept of resource agents, the resource agents analyze and control instrument driving of secondary packaging, differences of different test resource manufacturers and types are shielded, a test resource module configured by each user is used as a universal object for being called by a test platform software logic layer, and the universality and the expandability of the test platform are further improved. The user draws up the instrument to be used and the corresponding configuration in the test through the resource management configuration, and the test platform maintains the instrument.
The universal test resource driving and executing management method is a software core based on keywords, and the keywords are the basis for compiling test cases. Just as with keyword development, users edit test cases using keywords. The keywords in the universal test resource driving and execution management method are divided into test behavior keywords, data keywords and model keywords. The behavior keywords support the multilevel packaging of the keywords based on the atomic operation, the atomic operation is the most basic instrument driving method included in the instrument driving, and a user self-defines the atomic operation keywords according to the testing requirements to carry out combined packaging, generate and store new behavior keywords, so that the calling during the writing of subsequent test project cases is facilitated. The data keywords mainly comprise two keywords of ICD message blocks and dynamic parameters. The ICD message block is a data keyword generated by combining a message format obtained by loading and analyzing an ICD file in the universal test resource driving and execution management method by a user with specific data, and can be used as data transmitted by corresponding test resources. The dynamic parameters are generated by a section of script codes, and a user carries out self-defined description according to the dynamic change rule of the parameters in the test process, so that the test flexibility is improved. The model keywords are also described by a section of script codes, data processing of a test service node end is mainly realized, each model has input and output and can be bound with test resources, data on the test resources are processed, only data concerned by a user is transmitted through a distributed communication network, and meanwhile, communication resources are saved. And the user completes the editing of the test case by calling and configuring the behavior keywords, the data keywords and the model keywords, thereby completing the execution process of the test case.
The invention has the advantages that:
(1) the universal test resource driving and execution management method adopts a distributed architecture to realize the test environment described by the IEEE1226 standard, the universality and the reusability of the test platform are improved by using the standard, the test platform has stronger configuration capability and the resource utilization rate is improved by realizing the distributed architecture, and the greater test configuration freedom degree and flexibility are provided for users.
(2) The invention introduces resource agent in the resource management layer, takes the test resource module configured by each user as a universal logic object, enables the software platform to adapt to various test resources of various manufacturers, only needs to modify corresponding drive when modifying the test service node test resources, does not need to modify software codes, and realizes decoupling of the test software and the test resources to a great extent.
(3) The introduction of the keyword concept simplifies the compiling process of the test case, so that a tester can compile the test case and execute control according to the keyword and the test logic without programming, and the multistage packaging and management of the keyword provide a foundation for the multiplexing of various stages of tests and test platforms facing to wide test objects.
Drawings
FIG. 1 is a system diagram of a generic test resource driver and execution management method based on keywords according to the present invention;
FIG. 2 is a layered structure of the test master software according to the present invention;
FIG. 3 is a test service node software hierarchy of the present invention.
Detailed Description
The following describes the generic test resource driving and execution management method provided by the present invention in detail with reference to the accompanying drawings.
The invention provides a keyword-based generalized and distributed universal test resource driving and execution management method, and the structure of the universal test resource driving and execution management method is shown in figure 1. The universal test resource driving and execution management method adopts a distributed architecture and comprises a test main control end and a plurality of test service nodes. The testing main control end software realizes testing resource management, testing resource monitoring, ICD import and loading, keyword management, simulation model management, case development and management, case execution control, static excitation development and management, static excitation execution control, test data monitoring, test data analysis, test record management and user management and authority distribution; the functions realized by the test service node are mainly resource management and driving, simulation model driving and test service execution. The software hierarchical logic structure is designed with reference to the IEEE1226 standard. The testing main control end realizes a testing requirement and testing strategy layer, and one or more testing service nodes jointly realize a resource management layer and an instrument control layer. The combination of distributed and hierarchical structures decouples the whole test system from different dimensions such as test logic, test instruments and the like, and facilitates configuration expansion and secondary development.
The testing main control end software and the testing service node software adopt a hierarchical structure and respectively comprise a user interface layer, a testing logic layer and a function realization layer from top to bottom. Wherein the user interface layer provides a software interface for interaction with an operating user; the test logic layer is responsible for realizing the test service logic on one hand and dispatching the function module of the function realization layer according to the test logic on the other hand; the function module layer adopts a modular design to realize different system functions such as communication service, resource management configuration, test case development, test execution, user management and the like. Meanwhile, the design of the test logic layer and the function implementation layer adopts an intermediary mode, and the interoperation between different functional modules is realized through the test logic layer. The use of the mediator mode and the modular design of the function implementation layer improve the maintainability and the expandability of the software. The universal test resource driving and execution management method adopts a distributed architecture, the universal test resource driving and execution management method is internally provided with communication services, a communication server is deployed at a test main control end, a communication client is deployed at a test service node, and information maintenance is carried out on the test service node connected to a communication network at the test main control end. The communication service is realized by adopting a factory mode, and the expansion of different communication buses is supported.
The resource agent function module of the universal test resource driving and execution management method establishes a mapping relation from virtual equipment resources to actual resources for each test resource, namely, an instantiation object of the actual resource driving is loaded by using the virtual equipment resource instantiation object. The test master control end comprises a test service node information management table, and each test service node element also comprises a test resource management table which also comprises a plurality of test resource elements. And establishing an information system for testing the service nodes and the resources by combining the object-oriented programming idea and utilizing the hierarchical relation and the set-element relation of the nodes and the resources, and managing the resource information of the testing service nodes. The reflection technology under NET platform is used in software to realize the loading and control of the test resource driving class, and the instantiated object of the driving class is used as the reference variable of the instantiated object of the logic instrument by utilizing the polymorphism of C # language, thereby realizing the one-to-one mapping from the logic instrument to the real instrument/virtual instrument. The dynamic loading mechanism realizes the decoupling of the resource management layer and the instrument control layer, so that the universal test resource driving and execution management method has good universality, expandability and reconfigurability.
The keyword types in the keyword library are mainly as follows: testing behavior keywords, data keywords, and model keywords. The behavior keywords support the multilevel packaging of the keywords based on the atomic operation, the atomic operation is the most basic instrument driving method included in the instrument driving, and a user self-defines the atomic operation keywords according to the testing requirements to carry out combined packaging, generate and store new behavior keywords, so that the calling during the writing of subsequent test project cases is facilitated. The multistage packaging of the partial keywords uses a combination mode to combine the keywords into a tree structure to represent a 'partial-integral' hierarchical structure, so that the internal decoupling of the business logic processing module and the keyword elements is realized. The data keywords mainly comprise two keywords of ICD message blocks and dynamic parameters. The ICD message block is a data keyword generated by combining a message format obtained by loading and analyzing an ICD file in the universal test resource driving and execution management method by a user with specific data, and can be used as data transmitted by corresponding test resources. The dynamic parameters are generated by a section of script codes, and a user carries out self-defined description according to the dynamic change rule of the parameters in the test process, so that the test flexibility is improved. The model key words are also described by a section of script codes, the data processing of the test service node end is mainly realized, each model has input and output and can be bound with the test resources to process the data on the test resources. The dynamic parameter keywords and the model keywords are realized by the dynamic compiling technology of the NET platform.
The implementation of the keyword library mainly depends on a keyword library class and a keyword management table in the database, wherein data keywords, test logic keywords and the like input by a user are stored in the keyword management table, the keyword library class provides an operation interface of the keyword management table, and mainly performs operations on the keywords in the keyword library, including acquiring various attributes of the keywords, adding or modifying elements in the keyword library and the like. The behavior keywords called by the user in the universal test resource driving and execution management method are actually specific test execution methods included in the test resource driving, such as instrument opening, closing, initialization, data sending, data receiving and other operations, so the universal test resource driving and execution management method adopts a method for dynamically providing the keywords for the user, that is, after the test resource configuration file is loaded, the test method and parameters thereof provided by each resource, namely the behavior keywords and related information thereof, are displayed for the user on a user interface.
The development of the test case can be carried out on a software interface of a test main control end, and a test case XML file which accords with the standard constrained by the universal test resource driving and execution management method can be imported. The test Case in the XML file takes < Case > </Case > as the start and the end, and the specific content of the test Case is in the middle. The contents of the test case may be described by a plurality of test logics < Logic >, and the contents in the test logics may be composed by a plurality of test behaviors < Behavior > </Behavior >. The test behavior corresponds to the atomic operation behavior keywords, and the test logic is the packaged and combined keywords. The related information of the test case is also written in the attribute of the test case, such as < Date > </Date >, < Description > </Description > and other case Description information. The universal test resource driving and execution management method analyzes the labeling information of the test case, and stores the labeling information in the test case information table for the test case management submodule to call. The method comprises the steps that a test Case function module in a software platform defines a test Case class Case, a test Logic class Logic, a test Behavior class Behavior and a test parameter class Paras, and in actual operation, class examples are generated and combined, so that the creation of a test Case is completed. The analysis of the test case and the realization of the storage function are completed by a TestCaseHelper class. And when the use Case is stored, using a NET platform serialization technology to serialize the Case object, generating a corresponding XML file, and storing all character strings of the XML file to a database for later use. And when the use Case file is analyzed, deserializing the character strings corresponding to the use Case to generate a Case instance object. The method for managing the universal test resource driving and executing is used for developing use cases, substantially generating Case instance objects and editing attribute values of the Case instance objects.
ICDs are a common concept in the field of automated testing. The invention combines the object-oriented program idea to analyze the ICD file and store the related information. The contents in the ICD data file are agreed to include mainly (sub) system elements, device elements, bus port elements, data block elements, signal elements, field elements, etc., each having a specific element name and associated attribute list. And an ICD loading part, wherein an ICD data file is read into a memory through an XDocument class constructor by a universal test resource driving and executing management method, and because the message structure analysis methods of different bus types are different, the maintainability and the expandability are considered, an ICD analysis module is realized by adopting a factory mode, namely an abstract ICD analysis base class is defined, and a plurality of specific ICD analysis classes are defined according to different bus types. The ICD analysis module firstly reads the bus type of the message structure described in the file, and analyzes the ICD data file according to the bus type matching with the corresponding analysis class. And the LINQ technology of the NET platform is used for retrieving the data elements of the XML file in the memory and acquiring the data elements and the attribute information thereof.
The static excitation function of the universal test resource driving and execution management method is mainly used in the static data communication process with a tested product in the informal test scenes such as debugging and the like, and can be divided into single test message excitation and test sequence (a plurality of test messages are formed according to certain logic) excitation. The main tasks of static incentive development are: static stimuli should have an edit of the test message content and attributes based on variables; the single test message can be excited to adjust parameters on line; and performing structure reduction and display on the ICD (test message). The static excitation function module of the universal test resource driving and execution management method provides an excitation sequence editing function for a user, the excitation message is associated with the ICD information, and the user directly inputs service data such as state quantity or physical quantity according to the ICD information. The system automatically arranges the binary character string of the whole message, and automatically packs data in the excitation process, thereby ensuring the correctness of the data.
The test data monitoring module realizes actual monitoring, storage and export of data. The system mainly generates two kinds of data during operation: raw bus data and parsed data. After each test service node acquires data, the data processed by the user-defined model is transmitted to the test main control end, and the test main control end displays and stores the data. And in the test process, labeling processing is also carried out on data acquired from test resources, and label information is different resource names, timestamps and the like, so that the data can be classified according to different bus prefixes when being sent to the master control end and has time information.
The test recording function module stores the test operation records in a log form, and provides effective support for later test analysis. The storage form of the test record in the database is a data table, and the data table mainly comprises a test record table, a test result table and a login information table. The test record table stores information of logged operators before testing and operation starting time; the test result table stores detailed operation records of the test, and the detailed operation records comprise test control commands of the test main control end in the test, test results generated by each client, fault information and other information related to the operation; the registration information table includes detailed information such as a registration person, registration time, and registration IP. The test recording module also supports the functions of inputting, screening, displaying, exporting and the like.
And the user management module manages the user authority of the universal test resource driving and executing management method and is used for ensuring the legal and safe use of the system. The specific function of the user management module for ensuring the system security is represented as follows: the operation recording module supports the association of the user management module and the database and ensures that the user information is recorded into the database when the user logs in the system; the method supports the division of the authority of the operator, and different operation commands and different database levels of access can be performed by users with different authorities; the user registration and deletion are supported, the user name, the user password and the user level are stored in the database after the user registration, and the convenience in later login is guaranteed. The user management module configures different function combinations for users according to different roles or permissions of the users, provides required function modules, shields modules which are not required or have no permission to be used in the using process of the users, provides a universal test resource driving and execution management method which meets the requirements and has no surplus for each user, and ensures the applicability to different users.
Claims (3)
1. A universal test resource driving and execution management method based on keywords is characterized in that: the universal test resource driving and executing management method adopts a distributed architecture and comprises a test main control end and a plurality of test service nodes, wherein each test service node is the same software application program matched with the same or different bus resources or non-bus resources; the functions realized by the test main control end comprise test resource management, test resource monitoring, ICD import and loading, keyword management, simulation model management, case development and management, case execution control, static excitation development and management, static excitation execution control, test data monitoring, test data analysis, test record management and user management and authority allocation; the functions realized by the test service node are mainly resource management and driving, simulation model driving and test service execution;
the testing main control end software and the testing service node software adopt a hierarchical structure and are respectively a user interface layer, a testing logic layer and a function realization layer from top to bottom; wherein the user interface layer provides a software interface for interaction with an operating user; the test logic layer is responsible for realizing the test service logic on one hand and dispatching the function module of the function realization layer according to the test logic on the other hand; the function module layer adopts a modular design to realize different system functions; meanwhile, the design of the test logic layer and the function realization layer adopts an intermediary mode, and the interoperation between different functional modules is realized through the test logic layer; the software interface of the test main control end and the software interface of the test service node adopt a docking container type free layout; the testing main control end software interface comprises a communication service label page, a function label page and a login related label page; the function label page comprises resource management, case execution, static excitation, model management, test record, ICD management, data monitoring and user management buttons; triggering each function module sub-interface to pop up and labeling a display event after each button is clicked;
the universal test resource driving and execution management method is based on a software core of keywords, the keywords are the basis for compiling test cases, users edit the test cases by using the keywords, the keywords in the universal test resource driving and execution management method are divided into test behavior keywords, data keywords and model keywords, the behavior keywords support the multilevel packaging of the keywords based on atomic operation, and the atomic operation is the most basic instrument driving method contained in the instrument driving; the data keywords mainly comprise two keywords of ICD message blocks and dynamic parameters, wherein the ICD message format is analyzed by loading an ICD file, and the dynamic parameters are described by script codes; the model key words are also described by a section of script codes, and the data processing of the test service node side is mainly realized; the development of the test Case can be carried out on a software interface of a test main control end, and a test Case XML file which accords with the constraint specification in the universal test resource driving and executing management method can be introduced, wherein the test Case in the XML file takes < Case > </Case > as the start and the end, and the specific content of the test Case is in the middle; the contents of the test case can be described by a plurality of test logics < Logic >, and the contents in the test logics can be composed by a plurality of test behaviors < Behavior > </Behavior >; the test behavior corresponds to an atomic operation behavior keyword, and the test logic is a packaged and combined keyword; the relevant information of the test case is also written in the attribute of the test case; the universal test resource driving and execution management method analyzes the tagged information of the test case, and stores the tagged information in a test case information table for the test case management submodule to call; a test Case function module in a software platform defines a test Case class Case, a test Logic class Logic, a test Behavior class Behavior and a test parameter class Paras; when the use case written by the interface is stored, the use case objects can be serialized to generate a corresponding XML file, and the XML file is stored in a database for later use; when the use Case file is analyzed, the use Case is subjected to deserialization to generate a Case instance object; the method is used for developing the use Case in the universal test resource driving and execution management method, and essentially generates the Case object and edits the attribute value of the Case object.
2. The keyword-based generic test resource driving and execution management method of claim 1, wherein: the distributed architecture adopted by the universal test resource driving and execution management method is a star topology structure taking a test main control end as a center and simultaneously follows a layered logic structure described by IEEE1226 standard; the realization of a test requirement and test strategy layer and a test process layer is positioned at a test main control end, and the realization of a resource management layer and an instrument control layer is positioned at a test service node; a user develops a test case in test main control end software according to test requirements and test strategies, the test case generates a test service command data packet through logic analysis, a test service command is transmitted from a test main control end to a specific test service node through a communication network in a distributed platform, and test service is driven and executed at the test service node through calling related test resources.
3. The keyword-based generic test resource driving and execution management method of claim 1, wherein: the universal test resource driving and execution management method comprises a resource agent module, wherein the resource agent analyzes and controls instrument driving of secondary packaging, shields the difference between different test resource manufacturers and types, and takes a test resource module configured by each user as a universal object for a test logic layer of test platform software to call; a user draws up an instrument to be used in a test and a corresponding configuration through resource management configuration, and a test platform maintains the instrument; the reflection technology under NET platform is used in software to realize the loading and control of the test resource driving class, and the instantiated object of the driving class is used as the reference variable of the instantiated object of the logic instrument by utilizing the polymorphism of C # language, thereby realizing the one-to-one mapping from the logic instrument to the real instrument/virtual instrument.
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| CN113641593A (en) * | 2021-10-15 | 2021-11-12 | 中国工程物理研究院计算机应用研究所 | Hybrid-drive-based automatic testing method for strong-flow equipment software |
| CN116578500B (en) * | 2023-07-14 | 2023-09-26 | 安徽华云安科技有限公司 | Method, device and equipment for testing codes based on reinforcement learning |
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