A method and system for displaying data based on simulation test data

Abstract

The present invention proposes a method and system for echoing based on simulation test data, which belongs to the field of simulation test technology. The method includes: creating a view component and a protocol component; calling the protocol component, obtaining simulation test data from a real-time data network according to the component properties of the protocol component, parsing the simulation test data to form parsed simulation test data; rendering the parsed simulation test data using the component properties of the view component to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to the display area corresponding to the display component according to the component properties of the view component, and echoing the rendered simulation test data through the display component. The present invention realizes the application requirements of closed-loop display of simulation test data in unmanned aerial vehicle simulation tests, while meeting the requirements of displaying multiple parameters in a single application scenario.

Description

Technical Field

[0001] The present invention belongs to the technical field of simulation testing, and relates to a data display technology in a simulation testing process, in particular to a method and system for displaying simulation test data. Background Art

[0002] Data echoing returns the currently executed processing commands and their results to the user. This is typically used to indicate that user input has been successfully received and processed. It can also be used to test network connections or verify the accuracy of data during information transmission. View echoing presents acquired view data. Data and view echoing are widely used in simulation testing. The simulation data generated during a test often requires testers to analyze, compare, and visualize the data. Visualization involves displaying simulation data in a stable, accurate, and efficient manner, helping testers study, judge, and analyze test results.

[0003] Currently, the view replay operation involves developing a unique simulation data display carrier or application specifically for a specific simulation test. For example, patent publication CN113900388B discloses a platform and method for accurately and quickly building a spacecraft attitude control physical simulation test system. Step S3 of this method describes the creation of a distributed operation auxiliary unit, including a data observation unit, a three-dimensional display unit, and a reporting unit, for acquiring real-time simulation test data from a database via a network, performing real-time display, status observation, and generating report outputs. This patent specifically builds a specific simulation test data display carrier for the spacecraft attitude control physical simulation test system. This unique simulation test data display carrier or application, developed specifically for a specific simulation test, effectively replays and displays the simulation test data generated during the test. While the test project is ongoing, the simulation test data display carrier or application receives and displays the simulation test data. However, this unique simulation test data display carrier or application, developed solely for a specific simulation test, struggles to adapt to the diverse presentation of simulation test data and the need for a single presentation carrier to present multiple test scenarios. Summary of the Invention

[0004] In response to the above-mentioned technical problems, the unique simulation test data display carriers or applications developed separately for specific simulation tests in the existing technology have difficulty in realizing diversified display of simulation test data and cannot meet the presentation requirements of multiple test scenarios for a single presentation carrier. The present invention proposes a display method and system based on simulation test data.

[0005] The present invention provides an echo method and system based on simulation test data, which only requires users to customize and construct the required view components and corresponding component attributes and protocol components and corresponding component attributes according to their own needs, so that all simulation test data can be customized to generate the test parameters required to be displayed by the user, and then the component attributes of the view component are used to render the parsed simulation test data, and then the rendered simulation test data is bound to the view component, and the rendered simulation test data is displayed in the display area of ​​the display component through the component attributes of the view component. It can meet the application requirements of closed-loop display of views of multiple simulation test data in simulation tests, and can also meet the display requirements of multiple parameters of a single application, forming a new echo method that can be applied to multiple test scenarios, diversified data and views.

[0006] In order to solve the above technical problems, the technical solutions adopted by the present invention are as follows:

[0007] The present invention provides a method for displaying simulation test data, comprising the following steps:

[0008] Create view components and protocol components;

[0009] Calling the protocol component, acquiring simulation test data from a real-time data network according to component properties of the protocol component, parsing the simulation test data to generate parsed simulation test data; wherein the simulation test data refers to simulation test data of the UAV;

[0010] Among them, the component properties of the view component include the view component ID and display style;

[0011] Rendering the parsed simulation test data using the display style of the view component to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to a display area corresponding to the display component according to the view component ID of the view component, and displaying the rendered simulation test data and the view formed thereof through the display component;

[0012] If the parsed simulation test data is rendered using the display style of the view component to form multiple sets of rendered simulation test data, the multiple sets of rendered simulation test data are arranged in each display area.

[0013] It is further defined that the component attributes of the protocol component include a data source name and a protocol group ID;

[0014] The calling of the protocol component, obtaining simulation test data from a real-time data network according to the component attributes of the protocol component, and parsing the simulation test data to form parsed simulation test data are specifically:

[0015] The protocol component is called, a data source name is obtained from the protocol component according to the protocol group ID, simulation test data is obtained from a real-time data network according to the data source name, and the simulation test data is parsed to form parsed simulation test data.

[0016] It is further defined that the component properties of the view component also include a refresh threshold,

[0017] The display component refreshes and displays the rendering simulation test data at a refresh frequency corresponding to the refresh threshold.

[0018] It is further defined that the component attributes of the view component also include a view layout template;

[0019] Arranging the multiple sets of rendering simulation test data in each display area specifically includes:

[0020] Bind each set of rendering simulation test data to the view component ID of the corresponding view component to form multiple sets of rendering simulation test data with view component IDs;

[0021] Each set of rendering simulation test data with a view component ID is matched to each display area corresponding to the display component, and each display area is arranged according to the view arrangement template, so that multiple sets of rendering simulation test data and the views formed by them are echoed through the display component.

[0022] It is further defined that the matching of each set of rendering simulation test data with a view component ID to each display area corresponding to the display component, and arranging each display area according to the view arrangement template, thereby displaying multiple sets of rendering simulation test data and the views formed therefrom through the display component is specifically as follows:

[0023] Match each set of rendering simulation test data with a view component ID to each display area corresponding to the display component, and arrange each display area according to the view layout template. At the same time, edit the rendering simulation test data with the view component ID through the view editor, and then echo multiple sets of rendering simulation test data and the views formed by them through the display component.

[0024] It is further defined that the step of obtaining simulation test data from a real-time data network according to the data source name is as follows:

[0025] According to the data source name, the simulation test data is obtained from the real-time data network in real time through the UDP or HTTP protocol.

[0026] It is further defined that obtaining the data source name from the protocol component according to the protocol group ID and obtaining simulation test data from the real-time data network according to the data source name specifically includes: setting up a data cache pool, the data cache pool obtaining the data source name from the protocol component according to the protocol group ID, and obtaining simulation test data from the real-time data network according to the data source name.

[0027] The present invention utilizes the above-mentioned echo method based on simulation test data to form an echo system based on simulation test data, comprising:

[0028] Attribute creation module: used to create view components and protocol components;

[0029] Data processing module: used for calling the protocol component, obtaining simulation test data from the real-time data network according to the component attributes of the protocol component, parsing the simulation test data, and forming parsed simulation test data;

[0030] And an echo module: using the display style of the view component to render the parsed simulation test data to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to the display area corresponding to the display component according to the view component ID of the view component, and echoing the rendered simulation test data and the view formed by it through the display component. If the parsed simulation test data is rendered using the display style of the view component to form multiple groups of rendered simulation test data, the multiple groups of rendered simulation test data are arranged in each display area; wherein, the component attributes of the view component include the view component ID and the display style.

[0031] The present invention provides a computer-readable storage medium storing a program file, wherein the program file is executed to implement the above-mentioned echo method based on simulation test data.

[0032] The present invention provides an electronic device, comprising a processor and a memory coupled to each other, wherein:

[0033] The memory is used to store the above-mentioned echo method based on simulation test data;

[0034] The processor is configured to execute program instructions stored in the memory.

[0035] Compared with the prior art, the present invention has the following beneficial effects:

[0036] 1. The present invention provides an echo method based on simulation test data, which only requires users to customize the required view components and corresponding component attributes and protocol components and corresponding component attributes according to their own needs, so that all simulation test data can generate the test parameters required to be displayed through user customization, and the simulation test data generated in all simulation tests can be obtained through the component attributes of the protocol component, and the obtained simulation test data is processed (parsed) to form parsed simulation test data, and then the parsed simulation test data is rendered using the component attributes of the view component, and the rendered simulation test data is bound to the view component, and the rendered simulation test data is displayed in the display area of ​​the display component through the component attributes of the view component. At the same time, if there are multiple groups of rendered simulation test data, the multiple groups of rendered simulation test data are arranged in each display area; it can meet the application requirements of closed-loop display of views of multiple simulation test data in simulation tests, and can also meet the display requirements of multiple parameters of a single application, forming a new echo method that is applicable to multiple test scenarios, diversified data and views.

[0037] 2. The view component properties of the present invention also include a refresh threshold, which is used to refresh and display the rendered simulation test data to meet the real-time update display of the simulation test data.

[0038] 3. The view component attributes of the present invention also include a view layout template, which is used to layout and display the display components corresponding to each rendered simulation test data with a view component ID, thereby meeting the multi-faceted display of simulation test data and the same-screen display of multiple simulation test data.

[0039] 4. After the present invention matches each group of rendering simulation test data with a view component ID to the display area corresponding to each display component according to the view layout template, the user can also modify, clear, and perform other editing operations on the view and display data on the display component through the view editor to meet the needs of customizing the view application required for display according to their own needs.

[0040] 5. The present invention adopts a data connection solution that accesses a real-time data network. Compared with traditional Ethernet data access, its data transmission timeliness is higher, and the results of all tests under the rudder surface at the same time are more accurate.

[0041] 6. The present invention processes simulation test data through a data cache pool, making each module of the system completely independent. Each module will not be affected by data transmission or data anomalies affecting the normal operation of the entire system, making simulation test data storage safer and more stable. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] Figure 1 A schematic diagram of the process of the echo method based on simulation test data of the present invention;

[0043] Figure 2 Schematic diagram of the echo system based on simulation test data of the present invention;

[0044] Figure 3 This is a diagram showing the overall architecture of the echo system based on simulation test data of the present invention;

[0045] Figure 4 This is a schematic diagram of using the simulation test data-based echo method of the present invention to echo route data and views. DETAILED DESCRIPTION

[0046] The technical solution of the present invention will be further explained below with reference to the accompanying drawings and embodiments, but the present invention is not limited to the embodiments described below.

[0047] Example 1

[0048] See also Figure 1 This embodiment provides a method for displaying data based on simulation test data, which includes the following steps:

[0049] Create view components and protocol components; specifically, the component attributes corresponding to the protocol component include the data source name and protocol group ID, and the component attributes corresponding to the view component include the view component ID and display style; specifically, this step includes a view component creation unit, which creates a view component and allows the user to set the corresponding component attributes for the view component. The view component creation unit has the ability to type in the component attributes of the view component, and also has the ability to call the component attributes of the view component and support the ability to obtain the component attributes of the protocol component (protocol group name, protocol group ID); all created and input component attributes of the view component support the function of being converted into a renderable view script. Specifically, the component attributes of the view component and the component attributes of the protocol component can be converted into a language script that can be rendered by the view component.

[0050] Call the protocol component, obtain simulation test data from the real-time data network according to the component properties of the protocol component, and parse the simulation test data to form parsed simulation test data; wherein, the simulation test data refers to the simulation test data of the UAV; the simulation test data specifically includes flight status data (flight position, flight altitude, flight speed and flight attitude, etc., wherein the flight attitude includes roll angle, pitch angle and yaw angle), route data and view, image data, energy consumption data (flight energy consumption, hovering energy consumption, climbing energy consumption and descending energy consumption), etc.

[0051] See also Figure 4, which is a schematic diagram of the echoing of route data and views using the echoing method based on simulation test data of the present invention. It can not only display the data of each waypoint on the route, but also form a table (view) to display the diversified parameters of each waypoint, such as waypoint attributes, accuracy, dimension, altitude, speed, etc.

[0052] Specifically, the protocol group ID of the protocol component is called, the data source name is obtained from the protocol component according to the protocol group ID, the simulation test data is obtained from the real-time data network according to the data source name, and the simulation test data is parsed to form parsed simulation test data.

[0053] The parsed simulation test data is rendered using the component properties of the view component to form rendered simulation test data, the rendered simulation test data is bound to the view component, the rendered simulation test data is matched to the display area corresponding to the display component according to the component properties of the view component, and the rendered simulation test data is echoed through the display component; specifically, the parsed simulation test data is rendered using the display style of the view component to form rendered simulation test data, the rendered simulation test data is bound to the view component ID of the view component, and further specifically, the rendered simulation test data is bound to the view component ID of the view component through the corresponding rendering test signal name in its parameters; the rendered simulation test data is matched to the display area corresponding to the display component according to the view component ID of the view component, and the rendered simulation test data and the view formed by it are echoed through the display component.

[0054] Preferably, the simulation test data is acquired from the real-time data network in real time through the UDP or HTTP protocol according to the data source name.

[0055] Preferably, the real-time data network is used to monitor and store simulation test data generated by the simulation test in real time.

[0056] The following is a detailed description of a display method based on simulation test data in this embodiment:

[0057] See also Figure 3 The overall architecture diagram of the echo system based on simulation test data in this embodiment includes a protocol component and a view creation unit. The user sets corresponding component properties (data source name and protocol group ID) for the protocol component through the protocol component. The view creation unit is used to create a view component and set corresponding component properties (view component ID and display style) for the view component through the user. The protocol component sends the corresponding component properties to the view creation unit.

[0058] The data processing module calls the protocol group ID of the protocol component through the view creation unit, obtains the data source name from the protocol component according to the protocol group ID through the view creation unit, obtains the simulation test data from the real-time data network according to the data source name, parses the simulation test data to form parsed simulation test data, and distributes the parsed simulation test data to the rendering module;

[0059] The rendering module receives the parsed simulation test data and calls the view component to render the parsed simulation test data according to the display style to form rendered simulation test data, binds the rendered simulation test data to the view component ID of the view component, generates rendered simulation test data with the view component ID, and sends the rendered simulation test data to the echo module; the echo module matches the rendered simulation test data with the view component ID to the display area corresponding to the display component according to the view component ID, and echoes the rendered simulation test data through the display component.

[0060] Preferably, this embodiment obtains simulation test data from a real-time data network according to a data source name, and the process of parsing the simulation test data is as follows: a data cache pool is set in a data processing module, the data cache pool obtains the data source name from the protocol component according to the protocol group ID, and obtains simulation test data from the real-time data network according to the data source name, the data cache pool sends the cached simulation test data to the parsing module in real time according to the data source name, and the parsing module parses the simulation test data sent by the data cache pool.

[0061] It should be noted that before creating the view component and the protocol component, you need to initialize the component properties of the view component and the component properties of the protocol component.

[0062] Example 2

[0063] This embodiment is a method for displaying data based on simulation test data. Based on the first embodiment, the view component attributes further include a refresh threshold.

[0064] The display component refreshes and displays the rendered simulation test data at a refresh rate corresponding to the refresh threshold, facilitating real-time updating of the data displayed by the display component.

[0065] Example 3

[0066] This embodiment provides a display method based on simulation test data. Based on the second embodiment, the view component attributes further include a view layout template.

[0067] If the parsed simulation test data is rendered according to the display style to form multiple sets of rendered simulation test data;

[0068] Bind each set of rendering simulation test data to the corresponding view component ID to form multiple sets of rendering simulation test data with view component IDs;

[0069] Match each set of rendering simulation test data with a view component ID to each display area corresponding to the display component, arrange each display area according to the view arrangement template, and echo multiple sets of rendering simulation test data and the views formed by them through the display component.

[0070] Specifically, each set of rendering simulation test data with a view component ID is matched to each display area corresponding to the display component, and each display area is arranged according to the view arrangement template. The multiple sets of rendering simulation test data and the views formed therefrom are then displayed through the display component as follows:

[0071] Match each set of rendering simulation test data with a view component ID to each display area corresponding to the display component, and arrange each display area according to the view arrangement template. After the arrangement, the user edits the rendering simulation test data with the view component ID through the view editor, and then displays multiple sets of rendering simulation test data and the views formed by them through the display component.

[0072] In this embodiment, editing the rendering simulation test data with the view component ID includes modifying, deleting, adding, and other operations on the display view or data on the display component.

[0073] See also Figure 3 In this embodiment, a view template library and a view editor are set up in the view creation unit. The view layout template refers to the view template library, wherein the view template library is an existing template library of the application, and the component properties of the created and input view components support management through the view template library.

[0074] The data processing module matches and filters the signal list configured in the view component with the data stored in the data cache pool, and further filters out the rendering simulation test data that needs to be displayed in the view component creation unit. Specifically, the data processing module matches the view component ID and protocol group name with the protocol group name in the data cache pool, obtains the rendering simulation test data required by the current view component, and completes the data rendering.

[0075] The data buffer pool temporarily stores all simulation test data fed back by various test equipment in the real-time data network, and also has a data interface module for providing external data.

[0076] Example 4

[0077] See also Figure 2The present embodiment is based on a simulation test data echo system, which is formed on the basis of the simulation test data echo method of any one of embodiments 1-3, and includes:

[0078] Attribute creation module: used to create view components and protocol components; specifically, the component attributes corresponding to the protocol component include the data source name and protocol group ID, and the component attributes corresponding to the view component include the view component ID and display style; specifically, this step includes a view component creation unit, which creates a view component through the view component creation unit and sets the corresponding component attributes for the view component through the user. The view component creation unit has the ability to type in the component attributes of the view component, and also has the ability to call the component attributes of the view component, and supports the ability to obtain the component attributes of the protocol component (protocol group name, protocol group ID); all created and input component attributes of the view component support the function of being converted into a renderable view script. Specifically, the component attributes of the view component and the component attributes of the protocol component can be converted into a language script that can be rendered by the view component;

[0079] Data processing module: used to call the protocol component attributes, obtain simulation test data from the real-time data network according to the protocol component attributes, parse the simulation test data, and form parsed simulation test data;

[0080] And an echo module: using the display style of the view component to render the parsed simulation test data to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to the display area corresponding to the display component according to the view component ID of the view component, and echoing the rendered simulation test data and the view formed by it through the display component. If the parsed simulation test data is rendered using the display style of the view component to form multiple groups of rendered simulation test data, the multiple groups of rendered simulation test data are arranged in each display area; wherein, the component attributes of the view component include the view component ID and the display style.

[0081] Preferably, the simulation test data is acquired from the real-time data network in real time through the UDP or HTTP protocol according to the data source name.

[0082] Preferably, the real-time data network is used to monitor and store simulation test data generated by the simulation test in real time.

[0083] The following is a detailed description of a display method based on simulation test data in this embodiment:

[0084] See also Figure 3The overall architecture diagram of the echo system based on simulation test data in this embodiment includes a protocol component and a view creation unit. The user sets corresponding component properties (data source name and protocol group ID) for the protocol component through the protocol component. The view creation unit is used to create a view component and set corresponding component properties (view component ID and display style) for the view component through the user. The protocol component sends the corresponding component properties to the view creation unit.

[0085] The data processing module calls the protocol group ID of the protocol component through the view creation unit, obtains the data source name from the protocol component according to the protocol group ID through the view creation unit, obtains the simulation test data from the real-time data network according to the data source name, parses the simulation test data to form parsed simulation test data, and distributes the parsed data to the rendering module;

[0086] The rendering module receives the parsed simulation test data and calls the view component to render the parsed simulation test data according to the display style to form rendered simulation test data, binds the rendered simulation test data to the view component ID of the view component, generates rendered simulation test data with the view component ID, and sends the rendered simulation test data to the echo module; the echo module matches the rendered simulation test data with the view component ID to the display area corresponding to the display component according to the view component ID, and echoes the rendered simulation test data through the display component.

[0087] Preferably, this embodiment obtains simulation test data from a real-time data network according to a data source name, and the process of parsing the simulation test data is as follows: a data cache pool is set in a data processing module, the data cache pool obtains simulation test data from the real-time data network in real time according to the data source name, and caches the simulation test data, the data cache pool obtains the data source name from the protocol component according to the protocol group ID, and obtains simulation test data from the real-time data network according to the data source name, the data cache pool sends the cached simulation test data to the parsing module in real time according to the data source name, and the parsing module parses the simulation test data sent by the data cache pool.

[0088] It should be noted that before creating the view component and the protocol component, you need to initialize the component properties of the view component and the component properties of the protocol component.

[0089] Created and entered view component properties can be managed through the view template library.

[0090] The data processing module matches and filters the signal list configured in the view component with the data stored in the data cache pool, and further filters out the signal data that needs to be displayed in the view component creation unit. Specifically, the data processing module matches the view component ID and protocol group name with the protocol group name in the data cache pool, obtains the data to be rendered by the current view component, and completes the data rendering.

[0091] The data buffer pool temporarily stores all simulation test data fed back by various test equipment in the real-time data network, and also has a data interface module for providing external data.

[0092] Example 5

[0093] This embodiment provides a computer-readable storage medium storing a program file. The program file is executed to implement the instructions of the echo method based on simulation test data in embodiments 1-3.

[0094] Example 6

[0095] This embodiment provides an electronic device, including a processor and a memory coupled to each other, wherein:

[0096] Memory: used to store the echo method based on simulation test data of embodiments 1-3;

[0097] Processor: Used to execute program instructions stored in memory.

[0098] The above embodiments are only used to illustrate the technical solutions of the present application, rather than to limit the present application. Although the present application has been described in detail with reference to the aforementioned embodiments, a person of ordinary skill in the art should understand that the technical solutions described in the aforementioned embodiments can still be modified, or some or all of the technical features therein can be replaced by equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the present application.

Claims

1. A method for displaying data based on simulation test data, characterized in that: The following steps are involved: Create view components and protocol components; Calling the protocol component, wherein the component attributes of the protocol component include a data source name and a protocol group ID, obtaining the data source name from the protocol component according to the protocol group ID, obtaining simulation test data from a real-time data network according to the data source name, and parsing the simulation test data to generate parsed simulation test data; wherein the simulation test data refers to simulation test data of the UAV; Among them, the component properties of the view component include the view component ID and display style; Rendering the parsed simulation test data using the display style of the view component to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to a display area corresponding to the display component according to the view component ID of the view component, and displaying the rendered simulation test data and the view formed thereof through the display component; If the parsed simulation test data is rendered using the display style of the view component to form multiple sets of rendered simulation test data, the multiple sets of rendered simulation test data are arranged in each display area.

2. The method for displaying the simulation test data according to claim 1, wherein: The component properties of the view component also include a refresh threshold, The display component refreshes and displays the rendering simulation test data at a refresh frequency corresponding to the refresh threshold.

3. The method for displaying the simulation test data according to claim 1, wherein: The component attributes of the view component also include a view layout template; Arranging the multiple sets of rendering simulation test data in each display area specifically includes: Bind each set of rendering simulation test data to the view component ID of the corresponding view component to form multiple sets of rendering simulation test data with view component IDs; Each group of rendering simulation test data with a view component ID is matched to each display area corresponding to the display component, and each display area is arranged according to the view arrangement template, so that multiple rendering simulation test data and the views formed by them are echoed through the display component.

4. The method for displaying the simulation test data according to claim 3, wherein: The matching of each set of rendering simulation test data with a view component ID to each display area corresponding to the display component and arranging each display area according to the view arrangement template, thereby displaying multiple rendering simulation test data and the views formed therefrom through the display component, is specifically as follows: Match each group of rendering simulation test data with a view component ID to each display area corresponding to the display component, and arrange each display area according to the view layout template. At the same time, edit the rendering simulation test data with the view component ID through the view editor, and then echo the multiple rendering simulation test data and the views formed by them through the display component.

5. The method for displaying the simulation test data according to claim 1, wherein: The step of obtaining simulation test data from the real-time data network according to the data source name is as follows: According to the data source name, the simulation test data is obtained from the real-time data network in real time through the UDP or HTTP protocol.

6. The method for displaying data based on simulation test data according to claim 1, characterized in that: The obtaining of the data source name from the protocol component according to the protocol group ID and the obtaining of simulation test data from the real-time data network according to the data source name specifically include: setting up a data cache pool, the data cache pool obtaining the data source name from the protocol component according to the protocol group ID, and obtaining simulation test data from the real-time data network according to the data source name.

7. A simulation test data-based echo system formed by the simulation test data-based echo method according to claim 1, characterized in that: include: Attribute creation module: used to create view components and protocol components; Data processing module: used for calling the protocol component, obtaining simulation test data from the real-time data network according to the component attributes of the protocol component, parsing the simulation test data, and forming parsed simulation test data; And an echo module: using the display style of the view component to render the parsed simulation test data to form rendered simulation test data, binding the rendered simulation test data to the view component, matching the rendered simulation test data to the display area corresponding to the display component according to the view component ID of the view component, and echoing the rendered simulation test data and the view formed by it through the display component. If the parsed simulation test data is rendered using the display style of the view component to form multiple groups of rendered simulation test data, the multiple groups of rendered simulation test data are arranged in each display area; wherein, the component attributes of the view component include the view component ID and the display style.

8. A computer-readable storage medium, characterized in that A program file is stored, and the program file is executed to implement the echo method based on simulation test data according to any one of claims 1 to 6.

9. An electronic device, characterized in that: The system comprises a processor and a memory coupled to each other, wherein: The memory is used to store and implement the echo method based on simulation test data according to any one of claims 1 to 6; The processor is configured to execute program instructions stored in the memory.

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