CN115951947A - An information interaction method, device and storage medium - Google Patents

Abstract

The present application relates to an information interaction method, device, and storage medium, wherein the information interaction method is used for a client, and includes the following steps: receiving a mode selection instruction from a user; selecting from a plurality of preset configuration files according to the mode selection instruction Determine and activate a target configuration file; work in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user. The information interaction method provided by this application integrates multiple different working modes into the application program of the client. During the development process of engineering personnel, engineering personnel corresponding to different divisions of labor, such as developers, testers, etc., can use this method to enter The corresponding working mode does not need to download the corresponding installation package repeatedly, which improves the development efficiency of the application program.

Description

An information interaction method, device and storage medium

technical field

The present application relates to the field of application programs, and in particular to an information interaction method, device and storage medium.

Background technique

At present, in the daily development process of the application program, engineering personnel involved in the development work usually include server-side developers, client-side developers, testers, acceptance personnel, and so on. Among them, the persons in charge of different stages need to carry out requirements development work in the corresponding development environment.

There is only a single data environment in the application program, and the user downloads it from the application market as an application program in the formal environment. During application development, engineers need to use the application in the development environment. After the requirements are developed, the developer needs to provide the developed application program to the person in charge of the test to test the program operation and program logic. At this time, the application program in the test environment needs to be used. After the above tests are completed, before the iterative function of the application is launched in the official environment, the corresponding acceptance personnel need to conduct acceptance, and at this time, the application in the pre-release environment needs to be used. In addition, in order to adapt to different iterative functions and ensure that the iterative functions can be used by users smoothly, the application needs many different working environments in the process.

Usually, after the developers complete the development work, engineering personnel with different roles are required to download the installation packages of the required environments, and switching from one engineering environment to another requires installing the corresponding installation packages again. This operation engineering has caused a lot of inconvenience to the development and testing work and reduced the work efficiency.

The specific working process is: when the developer of the application program starts to develop, it is necessary to first set the current environment of the application program as the development environment and install it. After the development is completed, the development engineer needs to write the environment as a test environment, and form a corresponding installation package, and then submit it to the corresponding test engineer. The corresponding test engineer needs to install the installation package of the test environment to test in the test environment . After the test engineer completes all the testing work, he needs to notify the developer to set the current project environment as a pre-release environment and form a corresponding installation package, which will be submitted to the person in charge of acceptance for final acceptance. It can be seen that this The process developers need to participate in the whole process, and set up the corresponding engineering environment according to the requirements of the application program, and also need to send the corresponding installation package to the specific staff for the specific environment.

In view of the above situation, the present application proposes an information interaction method, device and storage medium to reduce work handover steps in the process of application program development and testing, so as to improve the work efficiency of application program development.

Contents of the invention

In order to reduce work handover steps in the process of application program development, testing, etc., and improve the work efficiency of application program development, the present application provides an information interaction method, device and storage medium.

In the first aspect, the present application provides an information interaction method, adopting the following technical solution:

An information interaction method for a client, comprising the following steps:

receiving a mode selection indication from the user;

determining and enabling a target configuration file from a plurality of preset configuration files according to the mode selection instruction;

Work in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user.

By adopting the above technical solution, different working modes exist in the installation package of the client application in the form of configuration files. When engineers need to switch working modes, they can select and enable the configuration file corresponding to the target working mode through interactive commands, and execute the corresponding configuration file to open the target working mode, thereby completing the switching of the working environment.

Therefore, multiple different working modes are integrated into the client application. During the development process of engineering personnel, engineering personnel corresponding to different tasks, such as developers and testers, can enter the corresponding working mode through this method. There is no need to repeatedly download the corresponding installation package multiple times, which improves the development efficiency of the application program.

In addition, projects corresponding to working environments other than the official working environment exist in the project in the form of configuration files. The content of the configuration file is mainly text and takes up very little space. Therefore, the relevant configuration files will not cause the client memory space occupied by the installation package of the application to increase.

Optionally, the receiving a mode selection instruction from the user includes:

Implicitly display mode selection triggers by multiplexing with a preset general-purpose icon;

Identifying the trigger action performed by the user on the mode selection trigger and conforming to preset rules;

displaying a plurality of mode options for selection by the user after the triggering action is recognized;

The mode selection indication is determined according to the mode option selected by the user.

By adopting the above-mentioned technical solution, the above-mentioned mode selection trigger is displayed in an implicit display manner, and the position and trigger method of the mode selection trigger are hidden in the regular page, and only engineering personnel know it. Therefore, when the user enters the regular page, the existence of the mode selection trigger cannot be noticed, which effectively prevents problems such as user's accidental touch, and avoids its influence on the user experience.

In addition, the mode selection trigger is set in the way of reusing conventional icons, so that it can be better integrated into the conventional page, and it is also convenient for engineers to know the trigger method.

Optionally, the determining and enabling a target configuration file from multiple preset configuration files according to the mode selection instruction includes;

determining a configuration file associated with the mode selection indication from the plurality of preset configuration files according to the mode selection indication;

Use the associated configuration file as the target configuration file and enable the target configuration file by re-executing the startup task.

By adopting the above-mentioned technical solution, when the engineering staff selects the target configuration file, the trigger action that conforms to the preset rules is implemented on the mode selection trigger. At this time, the client will not be able to perform other operations, and the target configuration file will follow the customer’s In response to the mode selection instructions of the engineering personnel, the terminal restarts.

Optionally, the working in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user includes:

enabling functional units associated with the target profile according to the target profile, and disabling functional units not associated with the target profile to enter the target operating mode;

receiving an information interaction instruction from a user, and generating a corresponding request message based on the information interaction instruction;

Sending the request message to the server to trigger the server to perform an operation matching the target working mode and return a response message;

Parsing the response message and displaying the response message to the user in a preset manner.

By adopting the above technical solution, different functional units correspond to different working modes, so that the clients can work under different environmental frameworks, so that engineers with different divisions of labor can conveniently enter the corresponding environments to complete the development work.

Optionally, the data associated with different target working modes are isolated from each other, wherein the data associated with one target working mode can only be used in the target working mode.

By adopting the above technical solution, after the switching of the working mode is completed, all the data of the application program will only be related to the current working mode, and will not affect the display and operation of other working modes, that is, the data in different working modes can be Do adequate isolation. At the same time, various functions of the application, such as viewing news, video browsing, content sharing, business processing, etc., will only use the data in the corresponding working mode, and the process will not affect the regular client users in the normal working mode. under the use. Therefore, data isolation further improves development efficiency and data isolation based on the coexistence of multiple working modes.

Optionally, the triggering action conforming to the preset rule includes: clicking the icon according to a preset number of times.

Optionally, the multiple preset configuration files include at least a basic configuration file and a test configuration file, and the multiple mode options include at least an option indicating a normal working mode and an option indicating a testing working mode, wherein the basic The configuration file is associated with the normal work mode to provide users with a formal work environment, and the test configuration file is associated with the test work mode to provide engineers with a test work environment.

By adopting the above technical solution, engineering personnel corresponding to different divisions of labor use different working modes. For example, the engineering personnel in charge of testing need to check the running status of the application in the test working mode, which is the test working environment; while the users of the client need to use the application in the regular working mode, which is the official working environment.

In the second aspect, the present application provides an information interaction device, which adopts the following technical solution:

An information interaction device, the information interaction device includes a startup module, a working mode configuration module and a basic function module;

The startup module is used to execute a startup task and receive a mode selection instruction from a user;

The working mode configuration module is used to determine and enable a target configuration file from a plurality of preset configuration files according to the mode selection instruction;

The basic function module is used to work in a corresponding target working mode according to the instruction of the target configuration file, so as to execute a corresponding information interaction action in response to an information interaction instruction from a user.

Optionally, the startup module includes an implicit display unit, an instruction recognition unit and an instruction trigger unit;

The implicit display unit is configured to implicitly display the mode selection trigger by multiplexing with a preset general-purpose icon;

The instruction identification unit is used to identify a trigger action performed by the user on the mode selection trigger that conforms to a preset rule;

The instruction triggering unit is configured to display a plurality of mode options for the user to select based on the identified trigger action, and determine the mode selection instruction according to the mode option selected by the user.

Optionally, the working mode configuration module includes a mode selecting unit and a mode starting unit;

The mode selection unit is configured to determine a configuration file associated with the mode selection indication from the plurality of preset configuration files based on the mode selection indication;

The mode starting unit is configured to use the associated configuration file as the target configuration file and enable the target configuration file by re-executing a startup task.

Optionally, the basic function module includes a mode switching unit, an information interaction unit and an information display unit;

The mode switching unit is configured to enable functional units associated with the target configuration file according to the target configuration file, and disable functional units not associated with the target configuration file, so as to enter the target working mode;

The information interaction unit is configured to receive an information interaction instruction from a user, generate a corresponding request message based on the information interaction instruction, and transmit the request message to a server, so as to trigger the server to execute the target operation mode. Match the operation and return the response message;

The information display unit is configured to analyze the response message and display the response message to the user in a preset manner.

In a third aspect, the present application provides a storage medium, adopting the following technical solution:

A storage medium, the storage medium stores at least one instruction, at least one section of program, code set or instruction set, and the at least one instruction, said at least one section of program, said code set or instruction set is loaded and executed by a processor In order to realize the above-mentioned information interaction method.

In summary, the present application includes at least one of the following beneficial technical effects:

1. Integrate multiple different working modes into the client application program. During the development process of engineering personnel, engineering personnel corresponding to different divisions of labor, such as developers, testers, etc., can enter the corresponding working mode through this method. There is no need to repeatedly download the corresponding installation package multiple times, which improves the development efficiency of the application program.

2. The project corresponding to the working environment other than the formal working environment exists in the project as a configuration file. The content of the configuration file is mainly text and takes up very little space. Therefore, the relevant configuration files will not cause the client memory space occupied by the installation package of the application to increase.

3. The above-mentioned mode selection trigger is displayed in an implicit display mode. The position and trigger method of the mode selection trigger are hidden in the regular page, and only engineering personnel know it. Therefore, when the user enters the regular page, the existence of the mode selection trigger cannot be noticed, which effectively prevents problems such as user's accidental touch, and avoids its influence on the user experience.

4. After switching the working mode, all the data of the application will only be related to the current working mode, and will not affect the display and operation of other working modes, that is, the data in different working modes can be fully isolation.

5. Various functions of the application, such as viewing news, video browsing, content sharing, business processing, etc., will only use the data in the corresponding working mode, and will not affect the normal working mode of regular client users in the process. under the use. Data isolation further improves development efficiency and data isolation based on the coexistence of multiple working modes.

Description of drawings

FIG. 1 is an overall flowchart of an information interaction method in an embodiment of the present application.

Fig. 2 is a flow chart of sub-steps of step S1 in an information interaction method in an embodiment of the present application.

Fig. 3 is a flow chart of sub-steps of step S2 in an information interaction method in an embodiment of the present application.

Fig. 4 is a flowchart of sub-steps of step S3 in an information interaction method in an embodiment of the present application.

Fig. 5 is an overall logical connection diagram of an information interaction system in the embodiment of the present application.

FIG. 6 is a schematic diagram of an operation interface of an information interaction method in an embodiment of the present application.

Explanation of reference signs:

1. Information interaction device; 11. Startup module; 111. Implicit display unit; 112. Instruction recognition unit; 113. Instruction trigger unit; 12. Working mode configuration module; 121. Mode selection unit; 122. Mode startup unit; 13 1. Basic function module; 131. Mode switching unit; 132. Information interaction unit; 133. Information display unit; 2. General purpose icon; 3. Mode option.

Detailed ways

The present application will be described in further detail below in conjunction with the accompanying drawings. It should be understood that the specific embodiments described here are only used to explain the present application, and are not intended to limit the present application.

In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of inventive concepts. As part of this specification, some of the drawings of the present disclosure represent structures and devices in block diagram form in order to avoid obscuring the principles of the disclosure. In the interest of clarity, not all features of an actual implementation are necessarily described. Reference in this disclosure to "an implementation" or "an implementation" means that a particular feature, structure, or characteristic described in connection with that implementation is included in at least one implementation, and reference to "an implementation" or Multiple references to "an implementation" should not be read as necessarily all referring to the same implementation.

Unless expressly limited, the terms "a", "an" and "the" are not intended to refer to a singular entity but rather include the general class of which specific instances may be used for illustration. Thus, use of the terms "a" or "an" may mean any number of at least one, including "one", "one or more", "at least one" and "one or more than one". The term "or" means any of the alternatives and any combination of the alternatives, including all alternatives, unless the alternatives are expressly stated to be mutually exclusive. The phrase "at least one of" when combined with a list of items means a single item in the list or any combination of items in the list. The phrase does not require all of the listed items, unless expressly so limited.

The embodiment of the present application discloses an information interaction method for a client. Referring to Figure 1, an information interaction method includes the following steps:

S1. Receive a mode selection instruction from the user;

Specifically, in different embodiments, the above-mentioned mode selection indication may be issued in different ways. As an example, this application specifically but not limitedly provides a solution:

The above-mentioned mode selection trigger is displayed in an implicit display manner, and the position and trigger method of the mode selection trigger are hidden in the regular page, and only engineering personnel know it. Therefore, when the user enters the regular page, the existence of the mode selection trigger cannot be noticed, which effectively prevents problems such as accidental touch by the user, and avoids its influence on the user experience.

Referring to Figure 2 and Figure 6, the specific steps are as follows sub-steps S11-S14:

S11. Implicitly displaying the mode selection trigger by multiplexing with a preset general-purpose icon 2;

The mode selection trigger is set in the way of multiplexing the general-purpose icon 2, so that it can be better integrated into the regular page, and it is also convenient for engineers to know its trigger method.

Specifically, the above-mentioned general-purpose icon 2 may be a text input icon, an avatar display icon, an application program trademark, a password visible button icon, and the like. In this embodiment, the avatar display icon is taken as an example. When the function of switching the working mode does not need to be enabled, that is, in the normal state, the above-mentioned avatar display icon is used to display the user's avatar information. The user only needs to click this button when changing the avatar. icon, therefore, the probability of accidental touch by users other than engineering personnel is small.

S12. Identifying the trigger action performed by the user on the mode selection trigger that meets the preset rules;

In different embodiments, the above-mentioned trigger actions may be preset in different forms. As an example, in this embodiment, the trigger actions conforming to the preset rules include: clicking the icon for a preset number of times. Further, the preset number of times mentioned above may be 5 times.

Further, in different embodiments, after the user performs a trigger action on the mode selection trigger that conforms to the preset rules, he can also verify access to the environment other than the normal working environment by entering a password, verifying facial information, verifying fingerprint information, etc. The identity of other working environment users further prevents regular users of the client from entering the working environment that is still in the development stage by accidental touch. In this embodiment, identity verification is performed by inputting a password.

S13. Displaying a plurality of mode options 3 for selection by the user after the trigger action is recognized;

For the above steps of S11-S13, during the actual operation of this embodiment, the user can click the above-mentioned avatar display icon 5 times continuously to trigger the above-mentioned mode selection trigger. At that time, the page will display multiple mode options 3 for users to choose.

S14. Determine a mode selection instruction according to the mode option 3 selected by the user.

For the above steps of S13-S14, specifically, in different embodiments, the above-mentioned multiple mode options 3 can be displayed in the form of a pull-down menu on the current page, or can be displayed on a new page; The selection can be completed by clicking the option logo, or by sliding the option logo. Moreover, the above-mentioned multiple mode options 3 specifically but not limitedly include working modes such as development mode, test mode, and demonstration mode, and may also include the option of conventional mode, so that engineers can return to the formal working environment under normal working mode when needed middle.

S2. Determine and activate a target configuration file from multiple preset configuration files according to the mode selection instruction;

Referring to Figure 1 and Figure 3, specifically, in different embodiments, different methods may be used to determine and enable a target configuration file from multiple preset configuration files in S2 above, and this application specifically but not limitedly provides A method, comprising the steps of the following S21-S22:

S21. Determine a configuration file associated with the mode selection indication from a plurality of preset configuration files according to the mode selection indication;

S22. Use the associated configuration file as the target configuration file and enable the target configuration file by re-executing the startup task.

After the engineer selects the target configuration file, the current page will display a prompt to switch the working environment for the trigger action that conforms to the preset rules for the mode selection trigger. In this embodiment, the prompt is in the form of a pop-up window. When the engineer confirms to switch to the target working environment, the client application will restart by itself, and the client will not be able to perform other operations at this time, and the target configuration file will respond to the mode selection instruction of the engineer as the client restarts.

Further, the aforementioned plurality of preset configuration files may include configuration files corresponding to different types of working modes. As an example, in this embodiment, the multiple preset configuration files include a basic configuration file and a test configuration file, and the multiple mode options 3 include at least an option indicating a normal working mode and an option indicating a testing working mode. Wherein, the basic configuration file is associated with the normal working mode to provide users with a formal working environment, and the test configuration file is associated with the testing working mode to provide engineers with a testing working environment. In other embodiments, the multiple preset configuration files may also include a demo configuration file, a development configuration file, etc., for use by staff corresponding to different divisions of labor to meet different development requirements.

In addition, engineering personnel corresponding to different divisions of labor use different working modes. For example, the engineering personnel in charge of testing need to check the running status of the application in the test working mode, which is the test working environment; while the users of the client need to use the application in the regular working mode, which is the official working environment. In addition, the working environment can also be defined according to the user's division of labor, that is, it can also include the working environment for the common use of development engineers and test engineers, and the common use of development engineers and acceptance engineers.

S3. Work in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user.

Referring to Fig. 1 and Fig. 4, specifically, different methods may be adopted for working in the corresponding target working mode in the above-mentioned S3 in different embodiments, and this application specifically but not limitedly provides a method, including the following S31-S34 A step of:

S31. Enable the functional units associated with the target configuration file according to the target configuration file, and disable the functional units not associated with the target configuration file, so as to enter the target working mode;

Different functional units correspond to different working modes, so that the client can work in different working modes, so that engineers with different divisions of labor can easily enter the corresponding environment to complete the development work. Before switching the working mode, the current working mode is driven by the working unit corresponding to the current working mode.

Specifically, in this embodiment, a method of switching interfaces is used to enable and disable the functional units. When the functional unit associated with the target configuration file needs to be enabled, the front end issues an instruction, and the data interface corresponding to the functional unit that needs to be enabled will be opened. At that time, this functional unit can retrieve data from the server; when it needs to be disabled When the functional unit is not associated with the target configuration file, the front-end issues an instruction, and the data interface corresponding to the functional unit that needs to be disabled will be shut down. At that time, this functional unit can no longer retrieve data from the server.

S32. Receive an information interaction instruction from the user, and generate a corresponding request message based on the information interaction instruction;

Specifically, when the front-end page receives an information interaction instruction from the user, it can generate request information corresponding to the interaction instruction, and the request information carries the data information to be invoked indicated by the interaction instruction.

S33. Send the request message to the server to trigger the server to perform an operation matching the target working mode and return a response message;

S34. Parse the response message and display the response message to the user in a preset manner.

Specifically, when the server receives the request message, the corresponding judgment logic in the server will first judge the working mode of the sender of the request message. At this time, corresponding to different working modes, the server will execute different operation logics to complete the Operations that match the target operating mode.

Taking normal working mode and test working mode as an example, when the working mode of the request information received by the server is normal working mode, the server will execute the operation logic corresponding to the normal working mode, call the data from the regular database, and call the The regular running data is provided on the front-end page; when the working mode described in the request information received by the server is the testing working mode, the server will execute the running logic corresponding to the testing working mode, call the data from the test database, and call the test Operational data is provided on the front-end page as shown.

In the actual application process, after the engineers have developed the back-end application program according to the optimization requirements, the corresponding part in the server will be stored in the section corresponding to the test working mode. In the test working mode, engineers can send request messages to the server by issuing interactive instructions, and the server will execute the program corresponding to the test working mode, that is, the program to be tested, and the server will call the corresponding test working mode from the database. The data is displayed on the front-end page in the form of running the program to be tested, for the test engineer to test the program to be tested.

As a supplement, in this embodiment, the database is used to test the data in the working mode instead of directly calling the data in the normal working environment, but virtual data. This virtual data can be written by engineering personnel, or it can be created by Personnel pull from the dynamic data in the normal working mode, convert it into static data and store it in the database for use in the testing phase.

Further, in this embodiment, the data associated with different target working modes are isolated from each other, wherein the data associated with one target working mode can only be used in the target working mode. After switching the working mode, all the data of the application will only be related to the current working mode, and will not affect the display and operation of other working modes, that is, the data in different working modes can be fully isolated. At the same time, various functions of the application, such as viewing news, video browsing, content sharing, business processing, etc., will only use the data in the corresponding working mode, and the process will not affect the regular client users in the normal working mode. under the use. Therefore, data isolation further improves development efficiency and data isolation based on the coexistence of multiple working modes.

To sum up, different working modes exist in the installation package of the client application in the form of configuration files. When engineers need to switch working modes, they can select and enable the configuration file corresponding to the target working mode through interactive commands, and execute the corresponding configuration file to open the target working mode, thereby completing the switching of the working environment.

Therefore, multiple different working modes are integrated into the client application. During the development process of engineering personnel, engineering personnel corresponding to different tasks, such as developers and testers, can enter the corresponding working mode through this method. There is no need to repeatedly download the corresponding installation package multiple times, which improves the development efficiency of the application program.

Further, in the test working mode, for functions that already exist in the official working environment, using this method can change the operation logic written into the server during the process of optimizing and updating the original functions, thereby optimizing the corresponding original functions; and For functions that do not yet exist in the official working environment, using this method can reserve the front-end display interface position and data interface in the display page of the test working environment, and then write the corresponding running logic through the development of the application running logic in the server. Enter the server, and then enter the test work environment to complete the test and other work until the development of new functions is completed.

In addition, projects corresponding to working environments other than the official working environment exist in the project in the form of configuration files. The content of the configuration file is mainly text and takes up very little space. Therefore, the relevant configuration files will not cause the client memory space occupied by the installation package of the application to increase.

Referring to FIG. 5 , the present application provides an information interaction device 1 . The information interaction device 1 includes a startup module 11 , a working mode configuration module 12 and a basic function module 13 . Wherein, the start-up module 11 is used to execute the start-up task and receive a mode selection instruction from the user, the working mode configuration module 12 is used to determine and enable a target configuration file from a plurality of preset configuration files according to the mode selection instruction, and the basic function module 13 is used to work in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user.

Specifically, the starting module 11 includes an implicit display unit 111 , an instruction recognition unit 112 and an instruction trigger unit 113 . Among them, the implicit display unit 111 is used to implicitly display the mode selection trigger by multiplexing with a preset general-purpose icon 2, and the instruction recognition unit 112 is used to identify the mode selection trigger implemented by the user according to the preset rule. The instruction trigger unit 113 is configured to display a plurality of mode options 3 for the user to select based on the recognized trigger action, and determine a mode selection instruction according to the mode option 3 selected by the user.

Specifically, the working mode configuration module 12 includes a mode selecting unit 121 and a mode starting unit 122 . Wherein, the mode selection unit 121 is configured to determine a configuration file associated with the mode selection indication from a plurality of preset configuration files based on the mode selection indication, and the mode initiation unit 122 is configured to use the associated configuration file as a target configuration file and pass Enable the target profile by re-executing the startup task.

Specifically, the basic function module 13 includes a mode switching unit 131 , an information interaction unit 132 and an information display unit 133 . Wherein, the mode switching unit 131 is used for enabling the functional units associated with the target configuration file according to the target configuration file, and disabling the functional units not associated with the target configuration file to enter the target working mode, and the information interaction unit 132 is used for receiving information from the user information interaction instruction, generate a corresponding request message based on the information interaction instruction, and send the request message to the server to trigger the server to perform an operation matching the target working mode and return a response message, and the information display unit 133 is used to analyze the response message And display the response message to the user in a preset way.

The working principle of the above-mentioned information interaction device 1 is as described in the above-mentioned information interaction method, and will not be repeated here.

The present application provides a storage medium, the storage medium stores at least one instruction, at least one program, code set or instruction set, and at least one instruction, at least one program, code set or instruction set is loaded and executed by a processor to realize the above information interactive method.

All of the above are preferred embodiments of the application, and are not intended to limit the protection scope of the application. Therefore, all equivalent changes made according to the structure, shape, and principle of the application should be covered by the protection scope of the application. Inside.

Claims (12)

1. A method for information interaction, for a client, comprising the following steps: receiving a mode selection indication from the user; determining and enabling a target configuration file from a plurality of preset configuration files according to the mode selection instruction; Work in the corresponding target working mode according to the instruction of the target configuration file, so as to execute the corresponding information interaction action in response to the information interaction instruction from the user. 2. The information interaction method according to claim 1, wherein the receiving the mode selection instruction from the user comprises: Implicitly display mode selection triggers by multiplexing with a preset general-purpose icon (2); Identifying the trigger action performed by the user on the mode selection trigger and conforming to preset rules; Displaying a plurality of mode options (3) for selection by the user after the triggering action is recognized; The mode selection indication is determined according to the mode option (3) selected by the user. 3. The information interaction method according to claim 2, wherein said determining and enabling a target configuration file from a plurality of preset configuration files according to the mode selection instruction comprises; determining a configuration file associated with the mode selection indication from the plurality of preset configuration files according to the mode selection indication; Use the associated configuration file as the target configuration file and enable the target configuration file by re-executing the startup task. 4. The information interaction method according to claim 3, characterized in that, according to the instruction of the target configuration file, it works in the corresponding target working mode, so as to execute the corresponding information interaction in response to the information interaction instruction from the user Actions include: enabling functional units associated with the target profile according to the target profile, and disabling functional units not associated with the target profile to enter the target operating mode; receiving an information interaction instruction from a user, and generating a corresponding request message based on the information interaction instruction; Sending the request message to the server to trigger the server to perform an operation matching the target working mode and return a response message; Parsing the response message and displaying the response message to the user in a preset manner. 5. The information interaction method according to any one of claims 1-4, wherein the data associated with different target operating modes are isolated from each other, wherein the data associated with one target operating mode is only Can be used in this target work mode. 6. The information interaction method according to claim 2, wherein the trigger action conforming to the preset rule comprises: clicking the icon according to a preset number of times. 7. The information interaction method according to claim 2, characterized in that, the plurality of preset configuration files at least include a basic configuration file and a test configuration file, and the plurality of mode options (3) include at least indicating routine work mode and an option indicating a test work mode, wherein the basic configuration file is associated with the normal work mode to provide the user with a formal work environment, and the test configuration file is associated with the test work mode to Provide engineering personnel with a test working environment. 8. An information interaction device, characterized in that the information interaction device (1) includes a startup module (11), a working mode configuration module (12) and a basic function module (13); The starting module (11) is used to execute a starting task and receive a mode selection instruction from a user; The working mode configuration module (12) is used to determine and enable a target configuration file from a plurality of preset configuration files according to the mode selection instruction; The basic function module (13) is used to work in a corresponding target working mode according to the instruction of the target configuration file, so as to execute corresponding information interaction actions in response to information interaction instructions from users. 9. The information interaction device according to claim 8, characterized in that, the startup module (11) includes an implicit display unit (111), an instruction recognition unit (112) and an instruction trigger unit (113); The implicit display unit (111) is configured to implicitly display a mode selection trigger by multiplexing with a preset general-purpose icon (2); The instruction identification unit (112) is used to identify a trigger action performed by the user on the mode selection trigger that conforms to preset rules; The instruction triggering unit (113) is configured to display a plurality of mode options (3) for user selection based on the recognized trigger action, and determine the mode selection instruction according to the mode option (3) selected by the user. 10. The information interaction device according to claim 9, characterized in that, the working mode configuration module (12) includes a mode selection unit (121) and a mode activation unit (122); The mode selection unit (121) is configured to determine a configuration file associated with the mode selection indication from the plurality of preset configuration files based on the mode selection indication; The mode startup unit (122) is configured to use the associated configuration file as the target configuration file and enable the target configuration file by re-executing a startup task. 11. The information interaction device according to claim 10, characterized in that, the basic function module (13) comprises a mode switching unit (131), an information interaction unit (132) and an information display unit (133); The mode switching unit (131) is used for enabling functional units associated with the target configuration file according to the target configuration file, and disabling functional units not associated with the target configuration file, so as to enter the target working mode ; The information interaction unit (132) is configured to receive an information interaction instruction from a user, generate a corresponding request message based on the information interaction instruction, and transmit the request message to a server, so as to trigger the server to execute the The operation that matches the target working mode and returns a response message; The information display unit (133) is used for parsing the response message and displaying the response message to the user in a preset manner. 12. A storage medium, characterized in that the storage medium stores at least one instruction, at least one section of program, code set or instruction set, and the at least one instruction, the at least one section of program, the code set or instruction set Loaded and executed by a processor to realize the information interaction method according to any one of claims 1-7.

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