CN111597105A - Automatic test system and method based on LV environment - Google Patents
Automatic test system and method based on LV environment Download PDFInfo
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- CN111597105A CN111597105A CN202010260061.7A CN202010260061A CN111597105A CN 111597105 A CN111597105 A CN 111597105A CN 202010260061 A CN202010260061 A CN 202010260061A CN 111597105 A CN111597105 A CN 111597105A
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- G06—COMPUTING OR CALCULATING; COUNTING
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- G06F11/36—Prevention of errors by analysis, debugging or testing of software
- G06F11/3668—Testing of software
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- G06F11/3684—Test management for test design, e.g. generating new test cases
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- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
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- G—PHYSICS
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- G06F11/36—Prevention of errors by analysis, debugging or testing of software
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Abstract
The automatic test system and method based on the LV environment are simple in operation, easy to use and maintain, convenient to debug and capable of meeting various test requirements. The system comprises a server module (1), a UI interface module (2), a test list management module (3), a Log module (4), a central controller module (5), a sequence editor module (6), a user management module (7), a user login module (8) and a parameter setting module (9); the method comprises the following steps: starting the test system, loading other function modules by the central controller module through a protocol to realize the integral function of the system, creating and releasing a plurality of test threads by the central controller module, managing the whole test thread group, and calling the corresponding functions of each module according to the configuration requirements of the test items. The invention can be applied to the field of computer systems.
Description
Technical Field
The invention relates to the field of computer systems, in particular to an automatic test system and method based on an LV environment.
Background
Automated testing is a process that translates human-driven test behavior into machine execution. Typically, after a test case is designed and passed for review, tests are performed step by a tester according to the procedures described in the test case, resulting in a comparison of actual results to expected results. In the process, in order to save manpower, time or hardware resources and improve the testing efficiency, the concept of automatic testing is introduced.
With the development of society, the industrial production process gradually moves to the automation process with high efficiency, high standard and high quality. In addition, in order to guarantee the brand and the quality of products, the quality detection of the products before the products are delivered from factories is a key defense line before the products are produced and flow to the market. Therefore, a set of efficient and accurate detection equipment is particularly important. Meanwhile, products tend to be diversified gradually, product types are diversified, and test standards are diversified, which in turn promotes the development of non-standard detection equipment and test systems.
In the process of developing test software in the existing automatic test industry, a series of operations such as software requirement analysis, software function design, software implementation algorithm and method, software overall structure design and module design, coding and debugging, program joint debugging and testing, program compiling and program submitting are needed to meet the requirements of customers. In the whole development process, a large amount of time is consumed for writing and debugging software codes, and the development period of the whole system is influenced.
Disclosure of Invention
The technical problem to be solved by the invention is to overcome the defects of the prior art and provide an automatic test system based on the LV environment, which is simple to operate, easy to use and maintain, convenient to debug and capable of meeting various test requirements, and a method for realizing automatic test by using the system.
The technical scheme adopted by the automatic test system based on the LV environment is as follows: the system of the invention is arranged on a testing machine platform device, and comprises a server module, a UI interface module, a testing list management module, a Log module, a central controller module, a sequence editor module, a user management module, a user login module and a parameter setting module,
the server module is communicated with the central controller module and is used for storing the test data, the parameter setting data, the Log information and the test record of each product and calling the test data, the parameter setting data and the Log information by the central controller module;
the UI interface module is communicated with the central controller module and is used for displaying the whole test process and test results of the product;
the test list management module is communicated with the central controller module, is used for editing and storing test items and test standards and is called by the central controller module;
the Log module is communicated with the central controller module and used for generating and storing detailed information corresponding to the communication process of the system and a product to be tested and running information of the system and calling the detailed information by the central controller module;
the central controller module is used for realizing the connection with each module under a corresponding protocol, loading and calling the corresponding module and realizing the required test function for the system;
the sequence editor module is communicated with the central controller module and is used for establishing connection between a system and peripheral connecting equipment, and realizing the functions of sending instruction communication and data acquisition to the machine equipment so as to control various actions of the machine equipment;
the user management module is communicated with the central controller module and is used for setting user authority to realize user management;
the user login module is communicated with the central controller module and is used for providing a login verification window for a user;
the parameter setting module is communicated with the central controller module and is used for setting operation parameter information for products to be tested and machine equipment.
The central controller module is used as a core, when the test system is started, the central controller module loads other function modules through a protocol to realize the integral function of the system, the central controller module establishes and releases a plurality of test threads to manage the whole test thread group, and the corresponding functions of each module are called according to the configuration requirements of the test items so as to realize various test requirements; the server module uploads the data, Log information and the like of each test to the server, so that a factory can conveniently manage and control the test process, each link of product test is strictly controlled, the test record of each product is saved, and a user can conveniently trace problems possibly existing in the production test process; the process of product testing and the test result of the product are known in real time through a visual UI interface, and the method is visual and clear; the test list management module can directly edit the test items, so that the test items are convenient to modify, add, delete, shield or start, and various debugging can be performed on the machine equipment according to the user requirements, so that the debugging time is shortened, and the production efficiency is improved; in the actual test process, the Log module generates corresponding detailed information and system operation information aiming at the communication with products, serial ports, instruments and the like, generates test records of each test item in the whole test flow and the like, and is convenient for a user to analyze specific problems; the central controller module integrally stages the operation of all modules, and the operation comprises calling different modules to complete required functions, so that reliable guarantee is provided for product testing; the sequence editor module can realize the functions of sending instruction communication and data acquisition between the system and a controller, a USB, a serial port, instrument equipment and the like, thereby controlling various actions of the machine equipment, such as material inlet and outlet, motor movement and the like, so that the machine equipment reaches a working state meeting the test and meets the test requirement; the user management module and the user login module respectively provide authority setting and user login windows of different users, so that an unauthorized operator is prevented from setting the system to cause the system to be unavailable, and the safety of the system, a test process and data is guaranteed; the parameter setting module sets operation parameter information for products to be tested and machine equipment, and guarantees operation of the system. Therefore, the invention can effectively shorten the development period and improve the production efficiency; the test items can be modified/added/deleted through the test list management module, so that the requirements of customers can be met quickly, flexibly and conveniently; the visual UI interface is simple to operate and easy to use and maintain; the whole system is designed in a functional modularization mode, debugging is more convenient, and the workload of programmer programming is reduced.
Further, the test list management module is also used for modifying, adding, deleting, shielding or enabling the test items. Therefore, the test list management module can realize various operations on the test items, so that the system application is more convenient and faster.
Still further, the Log module is also used for generating and storing detailed information corresponding to the communication process between the system and peripheral serial ports and instruments. Therefore, the Log module generates detailed information for peripheral connected instruments and the like, and guarantees the operation of the whole machine equipment and system.
In addition, the implementation method of the automatic test system based on the LV environment comprises the following steps:
s1, starting a program, and reading a configuration file by the central controller module;
s2, initializing a UI interface;
s3, waiting for external initialization, wherein, waiting for the operator to press an initialization button arranged on the UI interface, if the initialization button is not pressed, the system is in a waiting state, and if the initialization button is pressed, the system enters the step S4;
s4, initializing, loading a test script and an action sequence file from the test list management module by the central controller module, executing corresponding initialization action until the initialization is completed, otherwise, popping up error information and returning to the step S3;
s5, triggering the test, namely determining the type of the product to be tested through a manual input mode or an automatic code scanning mode, triggering the test through pressing a button in a UI (user interface), or triggering the test through automatic detection of the bottom layer of an operator configuration program, wherein the step S6 is executed when any one of the two operations is successful, otherwise, the system continues to wait for triggering;
s6, loading a test and action script into a state machine connected with the machine equipment, and waiting to be called by the central controller module;
s7, the central controller module executes the loaded test items and action scripts one by one according to the sequence, so that the machine equipment and instruments connected with the machine equipment execute a series of actions, and test results and test data are stored and displayed on a UI (user interface);
and S8, closing the action sequence and restoring to an initial state, generating and printing a complete test record Log through the Log module and storing the complete test record Log, and meanwhile, generating Log information from test data and uploading the Log information to the server, wherein at the moment, the whole test is finished.
The method has simple operation, and the central controller module loads other function modules through a protocol according to the test item requirements of the product to be tested to realize the integral function of the system, establishes and releases a plurality of test threads according to the requirements to manage the whole test thread group, and calls the corresponding functions of each module according to the test item configuration requirements to further realize various test requirements.
Further, in step S1, the configuration file includes software setting information, equipment information, and script information of the system. Therefore, the whole system and the machine equipment are in a test state through initialization, and are ready for testing.
Still further, in step S2, initializing the UI interface includes loading a script, updating and displaying Log information and machine equipment information; the test Log is stored in a text form. Therefore, the UI can display all test data, machine information and the like, and more direct hanging experience is provided for the user.
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FIG. 1 is a simplified schematic of the system of the present invention;
FIG. 2 is a simplified flow diagram of the process of the present invention.
Detailed Description
Lv (LabVIEW) is a program development environment similar to the C and BASIC development environments, but the notable differences between LabVIEW and other computer languages are: other computer languages all use text-based language to generate code, while LabVIEW uses graphical editing language G to write a program, the generated program being in the form of a block diagram. The present invention is implemented in the LV environment. The system can be applied to PCBA automatic test systems, finished product test systems, aging test systems, automatic loading and unloading systems and the like.
As shown in fig. 1 to 2, the system of the present invention is installed on a testing machine. The system comprises a server module 1, a UI interface module 2, a test list management module 3, a Log module 4, a central controller module 5, a sequence editor module 6, a user management module 7, a user login module 8 and a parameter setting module 9.
The server module 1 communicates with the central controller module 5, and is configured to store test data, parameter setting data, Log information, and a test record for each product of each time, and provide the test record for the central controller module 5 to call. The UI interface module 2 communicates with the central controller module 5 and is used for displaying the whole testing process and the testing result of the product. The test list management module 3 is in communication with the central controller module 5, and is configured to edit and store the test items and the test standards, and provide them for the central controller module 5 to call. The test list management module 3 is also used to modify, add, delete, mask or enable test items. The Log module 4 communicates with the central controller module 5, and is configured to generate and store detailed information corresponding to a communication process between the system and a product to be tested and operation information of the system, and provide the detailed information and the operation information for the central controller module 5 to call. The Log module 4 is also used for generating and storing detailed information corresponding to the communication process between the system and peripheral serial ports and instruments. The central controller module 5 is used for realizing the connection with each module under the corresponding protocol, loading and calling the corresponding module, and realizing the required test function for the system. The sequence editor module 6 is in communication with the central controller module 5, and is used for establishing connection between a system and peripheral connection equipment, so that functions of sending instruction communication and data acquisition to machine equipment are realized, and various actions of the machine equipment are controlled. The user management module 7 is in communication with the central controller module 5 and is used for setting user authority to realize user management. The user login module 8 communicates with the central controller module 5 for providing a login authentication window for the user. The parameter setting module 9 is in communication with the central controller module 5 and is used for setting operation parameter information for products to be tested and machine equipment.
The implementation method of the system comprises the following steps:
s1, starting a program, and reading a configuration file by the central controller module 5, wherein the configuration file comprises software setting information, machine equipment information, system script information and the like;
s2, initializing a UI interface; initializing a UI (user interface) comprises loading a script, updating and displaying Log information and machine equipment information;
s3, waiting for external initialization, wherein the system is in a waiting state when the operator presses the initialization button arranged on the UI interface, and if the initialization button is not detected to be pressed, the purpose of this setting is to wait for the user to select the correct product model and the corresponding script, so as to avoid repeated execution. If it is detected that the initialization button is pressed, the process proceeds to step S4;
s4, initializing, the central controller module 5 loads the test script and the action sequence file from the test list management module 3, and executes the corresponding initialization action until the initialization is completed, otherwise, popping up error information and returning to the step S3;
s5, triggering the test, namely determining the type of the product to be tested through a manual input mode or an automatic code scanning mode, triggering the test through pressing a button in a UI (user interface), or triggering the test through automatic detection of the bottom layer of an operator configuration program, wherein the step S6 is executed when any one of the two operations is successful, otherwise, the system continues to wait for triggering;
s6, loading a test and action script into a state machine connected with the machine equipment, and waiting to be called by the central controller module 5;
s7, the central controller module 5 executes the loaded test items and action scripts one by one in sequence, so that the machine equipment and the instruments connected to the machine equipment execute a series of actions, including processing a series of actions before testing, initializing the instruments, controlling the test status lights, and the like. Storing and displaying the test result and the test data on a UI interface;
and S8, closing the action sequence and restoring to an initial state, generating and printing a complete test record Log through the Log module 4 and storing the complete test record Log, and meanwhile, generating Log information from test data and uploading the Log information to the server, wherein at the moment, the whole test is finished. The action sequence of closing also includes the control of the test status light, etc.
Compared with the prior art, the central controller module is taken as a core, when the test system is started, the central controller module loads other function modules through a protocol to realize the integral function of the system, the central controller module establishes and releases a plurality of test threads to manage the whole test thread group, and the corresponding functions of each module are called according to the configuration requirements of the test items to further realize various test requirements. The whole system is designed in a functional modularization mode, debugging is more convenient, and the workload of programmer programming is reduced.
In the LV environment, the invention can shorten the development cycle, improve the production efficiency, reduce the software programming work; the system adopts a visual UI interface, is simple to operate and is easy to use and maintain; and due to the function modular design, the debugging is more convenient. The test list management module is used for managing the test items, can modify/add/delete the test items, and can quickly, flexibly and conveniently meet the requirements of customers.
Claims (7)
1. The utility model provides an automatic test system based on LV environment, this system device is on test board equipment which characterized in that: the system comprises a server module (1), a UI interface module (2), a test list management module (3), a Log module (4), a central controller module (5), a sequence editor module (6), a user management module (7), a user login module (8) and a parameter setting module (9),
the server module (1) is communicated with the central controller module (5) and is used for storing the test data, the parameter setting data, the Log information and the test record of each product, and the test data, the parameter setting data and the Log information of each product are stored and are called by the central controller module (5);
the UI interface module (2) is communicated with the central controller module (5) and is used for displaying the whole test process and test results of the product;
the test list management module (3) is communicated with the central controller module (5) and is used for editing and storing test items and test standards and calling the test items and the test standards by the central controller module (5);
the Log module (4) is communicated with the central controller module (5) and used for generating and storing detailed information corresponding to the communication process of the system and a product to be tested and operation information of the system and calling the detailed information by the central controller module (5);
the central controller module (5) is used for realizing the connection with each module under the corresponding protocol, loading and calling the corresponding module and realizing the required test function for the system;
the sequence editor module (6) is communicated with the central controller module (5) and is used for establishing connection between a system and peripheral connection equipment, and realizing the functions of sending instruction communication and data acquisition to the machine equipment so as to control various actions of the machine equipment;
the user management module (7) is communicated with the central controller module (5) and is used for setting user authority to realize user management;
the user login module (8) is communicated with the central controller module (5) and is used for providing a login verification window for a user;
the parameter setting module (9) is communicated with the central controller module (5) and is used for setting operation parameter information for products to be detected and machine equipment.
2. An automated LV environment based testing system according to claim 1, wherein: the test list management module (3) is also used for modifying, adding, deleting, shielding or enabling test items.
3. An automated LV environment based testing system according to claim 1, wherein:
the Log module (4) is also used for generating and storing detailed information corresponding to the communication process of the system, the peripheral serial port and the instrument.
4. A method for implementing an automated test system based on LV environment according to claim 1, characterized in that the method comprises the following steps:
s1, starting a program, wherein the central controller module (5) reads a configuration file;
s2, initializing a UI interface;
s3, waiting for external initialization, wherein, waiting for the operator to press an initialization button arranged on the UI interface, if the initialization button is not pressed, the system is in a waiting state, and if the initialization button is pressed, the system enters the step S4;
s4, initializing, wherein the central controller module (5) loads a test script and an action sequence file from the test list management module (3) and executes corresponding initialization action until the initialization is completed, otherwise, popping up error information and returning to the step S3;
s5, triggering the test, namely determining the type of the product to be tested through a manual input mode or an automatic code scanning mode, triggering the test through pressing a button in a UI (user interface), or triggering the test through automatic detection of the bottom layer of an operator configuration program, wherein the step S6 is executed when any one of the two operations is successful, otherwise, the system continues to wait for triggering;
s6, loading a test and action script into a state machine connected with the machine equipment, and waiting to be called by the central controller module (5);
s7, the central controller module (5) executes the loaded test items and action scripts one by one according to the sequence, so that the machine equipment and instruments connected with the machine equipment execute a series of actions, and test results and test data are stored and displayed on a UI (user interface);
and S8, closing the action sequence and restoring to an initial state, generating and printing a complete test record Log through the Log module (4) and storing the complete test record Log, and meanwhile, generating Log information from test data and uploading the Log information to the server, wherein the whole test is finished.
5. A method for implementing an automated test system based on an LV environment according to claim 4, wherein: in step S1, the configuration file includes software setting information, equipment information, and script information of the system.
6. A method for implementing an automated test system based on an LV environment according to claim 4, wherein: in step S2, initializing the UI interface includes loading a script, updating and displaying Log information and machine equipment information.
7. A method for implementing an automated test system based on an LV environment according to claim 4, wherein: in step S8, the Log is saved as a text.
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| CN113420008A (en) * | 2021-05-12 | 2021-09-21 | 武汉联特科技股份有限公司 | LabVIEW-based parameter management method for different stations and processes of optical device |
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Application publication date: 20200828 |