CN117032835B

CN117032835B - Number making device and method for scene arrangement

Info

Publication number: CN117032835B
Application number: CN202311298344.0A
Authority: CN
Inventors: 黄建惠; 程敏; 牛萌萌; 黄威
Original assignee: China Post Consumer Finance Co ltd
Current assignee: China Post Consumer Finance Co ltd
Priority date: 2023-10-09
Filing date: 2023-10-09
Publication date: 2024-01-26
Anticipated expiration: 2043-10-09
Also published as: CN117032835A

Abstract

The invention relates to the field of data processing, and discloses a counting device and a counting method for scene arrangement, wherein the counting device analyzes each script in a multi-script arrangement one by one through a counting analysis execution module, and adds parameter output information obtained by executing a current Python command generated based on current parameter information into script information of a next execution script, so that the counting device can circularly execute each script, thereby completing counting requirements of users, and the problem that a large amount of manual offline support is needed originally is converted into online self-help type solution.

Description

Number making device and method for scene arrangement

Technical Field

The invention relates to the technical field of data processing, in particular to a counting device and method for scene arrangement.

Background

In daily demand testing, the efficiency of the build count plays a vital role in developing the couplet and the test execution progress. Especially in the field of financial software testing, the demand iteration is fast, the business process is long, a test case is usually executed across a plurality of systems, and once the number making link is slow, joint debugging progress and corresponding cases are blocked.

In the traditional count making link, developers find corresponding system corresponding testers to help count making processing in the joint debugging process or under the line of testers in the execution process, and the mode has various defects: firstly, the offline communication efficiency is low, the number making scene requirements are all conveyed through manual expression, and the information layer by layer transmission can cause attenuation, so that the information is poor; secondly, the required count scene is usually more than one, various test data are involved, various data scenes are mixed, the link is complex, and testers of the corresponding system also need to consult other staff to know the whole count flow, so that the time consumption is long; thirdly, excessive waiting time exists in the whole count making process, waiting exists from count making requirement to count making process of real count making, waiting exists in the count making process due to environment, each waiting time is unpredictable, and developers and testers cannot continue joint debugging or executing test cases due to the fact that test data are not available, so that how to adjust a joint debugging plan and a test plan of the next step cannot be determined, and the test efficiency is seriously affected.

The foregoing is provided merely for the purpose of facilitating understanding of the technical solutions of the present invention and is not intended to represent an admission that the foregoing is prior art.

Disclosure of Invention

The invention mainly aims to provide a counting device and a counting method for scene arrangement, and aims to solve the technical problem that in the prior art, the processing efficiency is low in a mode of manually finding a corresponding system in a joint debugging process or an executing process in a traditional counting link.

To achieve the above object, the present invention provides a number making apparatus for scenerized arrangement, the apparatus comprising: an application processing layer and a count processing layer;

the count treatment layer includes: a make number analysis execution module;

the application processing layer is used for analyzing the received script and sending the obtained script information to a number making analysis execution module of the number making processing layer;

the number-of-manufacture analysis execution module is used for judging whether the script information is multi-script arrangement or not;

the system comprises a number-of-manufacture analysis execution module, a number-of-manufacture analysis execution module and a number-of-manufacture analysis execution module, wherein the number-of-manufacture analysis execution module is also used for analyzing parameter information of each script one by one to generate and execute Python commands corresponding to each script;

the script information comprises execution sequence information of scripts, the operation of analyzing parameter information of each script one by one and generating and executing Python commands corresponding to each script comprises the following steps:

analyzing script information in the current script to obtain current parameter information;

Detecting parameter content matched with a function in a code base in the current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function;

and acquiring current parameter information generated by executing the current Python command, adding the current parameter information into script information of a next execution script, and returning the next execution script as the current script to analyze the script information in the current script to acquire the operation of the current parameter information until all scripts are analyzed and executed.

Optionally, the number-of-manufacture analysis execution module is further configured to parse script information of the script if the number-of-manufacture analysis execution module is configured to schedule the single script, so as to obtain single script parameter information;

the number-of-manufacture analysis execution module is also used for verifying the single-script parameter information and the matched parameter content in the code library, recording the matched parameter content as a single-script association function, and obtaining and executing a single-script Python command based on the single-script association function.

Optionally, the apparatus further comprises: a script storage layer and a user presentation layer;

the user presentation layer includes: a script management module;

The script storage layer is used for storing scripts;

the script management module is used for visually displaying the scripts stored in the script storage layer through a script display interface;

the script management module is further used for acquiring a script selected by a user based on the script display interface and sending the script to the application processing layer.

Optionally, the application processing layer includes: a script analysis module;

the script analysis module is used for acquiring the script sent by the script management module and acquiring script information of the script;

the script analysis module is also used for acquiring project paths and function method names of all functions associated with the script based on the script information;

the script analysis module is further used for capturing the parameter content of the function related to the script based on the project path to which the function belongs and the function method name, and analyzing and checking the parameter content;

the script analysis module is further configured to send the script information to the number of manufacture analysis execution module if the parameter content meets a preset parameter rule.

Optionally, the application processing layer further includes: a scene analysis module;

The user presentation layer further includes: my scene module;

the script analysis module is further used for acquiring the arrangement information in the script information when the parameter content accords with a preset parameter rule, and sending the arrangement information to the script arrangement module;

the scene analysis module is used for generating a make scene based on the arrangement information and sending the make scene to the My scene module for display.

Optionally, the count processing layer further includes: a log monitoring module;

the script management layer further comprises: a log unit;

the log monitoring module is used for collecting and storing log information of the number-of-manufacture analysis execution module based on an asynchronous monitoring process and sending the log information to the log unit;

the log unit is used for visually displaying the log information through a log display interface.

Optionally, the my scene module is further configured to obtain a target number of times scene selected by a user, and send target arrangement information of the target number of times scene to the script management module;

the script management module is further used for obtaining a target script based on the target arrangement information and sending the target script to the application processing layer.

In addition, to achieve the above object, the present invention also proposes a method of making a scenic schedule, the method of making a scenic schedule being applied to a device for making a scenic schedule as described above, the method of making a scenic schedule comprising:

the application processing layer analyzes the received script and sends the obtained script information to a number making analysis executing module of the number making processing layer;

the number-of-manufacture analysis execution module judges whether the multi-script arrangement is carried out according to the script information;

if yes, the number-of-manufacture analysis execution module analyzes the parameter information of each script one by one, and generates and executes a Python command corresponding to each script;

the script information comprises execution sequence information of the scripts, the parameter information of each script is analyzed one by one, and the step of generating and executing the Python command corresponding to each script comprises the following steps:

Optionally, if the foregoing is the case, the number analysis execution module parses parameter information of each script one by one, and after generating and executing a Python command corresponding to each script, the method further includes:

if the single script is arranged, the number of manufacture analysis execution module analyzes script information of the script to obtain single script parameter information;

and the number-of-manufacture analysis execution module verifies the parameter information of the single script and the matched parameter content in the code library, marks the matched parameter content as a single script association function, and obtains and executes a single script Python command based on the single script association function.

Optionally, before the step of the application processing layer analyzing the received script and sending the obtained script information to the number of manufacture analysis execution module of the number of manufacture processing layer, the method further includes:

The script storage layer stores scripts;

the script management module performs visual display on the scripts stored in the script storage layer through a script display interface;

and the script management module acquires a script selected by a user based on the script display interface and sends the script to the application processing layer.

The invention analyzes the received script through the application processing layer, and sends the obtained script information to a count analysis execution module of the count processing layer; the number-of-manufacture analysis execution module judges whether the multi-script arrangement is carried out according to the script information; if yes, analyzing script information in the current script to obtain current parameter information; detecting parameter content matched with a function in a code library in current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function; the method comprises the steps of obtaining current parameter information generated by executing a current Python command, adding the current parameter information into script information of a next execution script, returning the next execution script as the current script to analyzing the script information in the current script, and obtaining operation of the current parameter information until all scripts are analyzed and executed. Because each script in the multi-script programming is analyzed one by one through the number making analysis execution module, and parameter making information obtained by executing a current Python command generated based on current parameter information is added into script information of the next execution script, the number making device can circularly execute each script, so that the number making requirement of a user is finished, the problem that a large amount of manual offline support is originally needed is solved by an online self-service mode, the processing mode can enable the user to independently program and generate required data, time of manual offline communication and waiting time of manual offline communication are greatly reduced, assistance efficiency is effectively improved, and software testing efficiency is facilitated.

Drawings

FIG. 1 is a functional block diagram of a first embodiment of a modeling apparatus for a schematized design according to the present invention;

FIG. 2 is a schematic functional structure of a second embodiment of a modeling apparatus for a modeling arrangement according to the present invention;

FIG. 3 is a schematic diagram of a process flow of a script analysis module of the present invention;

FIG. 4 is a schematic workflow diagram of a modeling apparatus for a scenery arrangement according to the present invention;

FIG. 5 is a flow chart of a first embodiment of a method for modeling a layout according to the present invention.

Reference numerals illustrate:

the achievement of the objects, functional features and advantages of the present invention will be further described with reference to the accompanying drawings, in conjunction with the embodiments.

Detailed Description

It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.

An embodiment of the present invention provides a scenting device 10, and referring to fig. 1, fig. 1 is a schematic functional structure diagram of a first embodiment of the scenting device 10.

It should be appreciated that the scenerising make-up device 10 of the present invention is a virtual device that can provide the user with the functionality of making up, scenerising make-up, etc. For convenience of description, the number making device 10 of the present embodiment and the following embodiments will be simply referred to as a number making device.

In this embodiment, the counting device includes: the application processing layer 200 and the number making processing layer 100.

It should be noted that, the application processing layer 200 is a service layer that provides an application service interface for a user. In particular, the application processing layer 200 may provide script analysis services, orchestration analysis services, and the like to users.

It should be noted that, the account number processing layer 100 is a service layer that can be used for performing account number, and the account number processing layer 100 can process and perform account number according to script information sent by the application processing layer 200.

It should be noted that the number of constructs is a process for generating analog or virtual data. In the field of data processing, manufacturing is a common technology and can be used for simulating real data, testing system functions, performing system evaluation and other works.

The application processing layer 200 is configured to analyze the received script, and send the obtained script information to the number of manufacture analysis execution module 110 of the number of manufacture processing layer 100.

The script may be a script selected by the user based on the counting device, or may be a script edited by the user and uploaded to the counting device, which is not limited in this embodiment.

It will be appreciated that the creation can be done by executing the functions associated in the script.

It should be understood that the scripts may include script information, and the number of scripts, the parameter content corresponding to each script, the function associated with each script, and the like may be determined through the script information.

In a specific implementation, the application processing layer 200 analyzes the received script and transmits the obtained script information to the number of manufacture analysis execution module 110 of the number of manufacture processing layer 100.

The number of manufacture analysis execution module 110 is configured to determine whether the script information is multi-script arrangement.

It should be noted that different identification numbers may be provided for different scripts. For example, for the scripts stored in the counting device, a script identification number capable of uniquely identifying the script may be provided for each script, so that whether or not the multi-script arrangement is possible can be judged by the script identification number; for scripts that are edited by the user and uploaded to the counting device, the counting device may generate a random unoccupied script identification number, thereby enabling a determination as to whether to multi-script orchestration.

It should be appreciated that the unoccupied script identification number described above is a temporary identification number that is not occupied by other scripts and may be used to identify the script. For the script edited by the user and uploaded to the counting device, the script can be stored to the counting device according to the requirement of the user, and a new identification number is generated during uploading so as to identify the script, namely the script identification number.

In order to distinguish the script identification number from the unoccupied script identification number, the generated script identification number may be integer, and the generated unoccupied script identification number may be long integer, so that whether the script is a script stored in the counting device may be determined according to the type of the identification number.

It should be explained that scripting is a process of performing a build task using a scripting language, and multi-scripting is a process of jointly editing through multiple scripts so that they can combine to complete one build task. Scripting is often used in the fields of automation, batch processing, and system management, and by doing so, work efficiency can be improved and human error reduced. Multiple script arrangement is to perform common arrangement through multiple scripts.

In a specific implementation, the number of occurrences analysis execution module 110 determines whether to be multi-script orchestration based on the script information.

For multi-script orchestration, the execution operations of the make analysis execution module 110 are: the number-of-manufacture analysis execution module 110 is further configured to analyze the parameter information of each script one by one, and generate and execute a Python command corresponding to each script

Specifically, the script information includes execution sequence information of the scripts, the operations of analyzing parameter information of each script one by one and generating and executing the Python command corresponding to each script include:

and acquiring current parameter information generated by executing the current Python command, adding the current parameter information into script information of a next execution script, and returning the next execution script as the current script to analyze the script information in the current script to acquire the operation of the current parameter information until all scripts are analyzed.

The current scenario is a scenario that is analyzed and executed by the number of generations analysis execution module 110 in the current state. And analyzing the script information in the current script to obtain the current parameter information in the script information.

It should be noted that, the parameter information may include parameter content, and the parameter content may include an associated parameter for determining a function associated with the script, an execution parameter for controlling an attribute of the manufacturing number generation data, and the like. The coefficient analysis module can search in the code base according to the associated parameters so as to find the associated functions, and process the execution parameters in the parameter content through the associated functions so as to finish coefficient.

The execution parameters, that is, parameters for creating the number of times in the parameter content, may be adjusted to change the attribute of the data generated by the number of times.

It should be understood that the code base is a database or a data storage module for storing functions, the associated function of the script can be determined by the associated parameters in the script information, and the associated function is searched by the code base, if the associated function exists in the code base, the specific function content of the associated function can be sent to the number of manufacture analysis executing module 110, so that the number of manufacture analysis module can obtain executable Python commands according to the specific function content and the execution parameters of the associated function, and the number of manufacture can be performed by executing the executable Python commands. It should be understood that the current Python command is a Python command generated according to the current script.

It will be appreciated that a Python command is a command that can be executed in a command line interface by a Python interpreter. By the Python command, python code can be run, python script can be executed, python module can be called, and the like, thereby completing the creation.

It should be noted that, when executing the Python command, corresponding parameter information is generated. The embodiment can collect the parameter information generated by executing the current Python command, acquire the current parameter information therein, and add the current parameter information to the script information (particularly, the execution parameter) of the next execution script, so that the data in the multi-script arrangement can be used continuously.

It can be appreciated that the current parameter information can be presented to the user through a visual interface, so that the user manually selects which script the parameter information is used for; automatic assignment can also be performed according to the execution sequence and script selected by the user.

It should be understood that when the execution of the current Python command generated by the current script is completed, the completion of the execution of the current script may be indicated, and the execution of the next execution script may be started. That is, the next execution script is used as the current script, and the operation of analyzing the script information in the current script to obtain the current parameter information is returned until all the scripts are analyzed.

It can be understood that the script information may include execution sequence information of the scripts, and according to the execution sequence information of the scripts, the execution sequences of the plurality of scripts may be determined, and according to the execution sequences, the script arrangement may be sequentially performed.

It should be understood that the execution sequence of the script may be manually selected by the user, or may be automatically generated according to the script identification number of the script, which is not limited in this embodiment.

It can be understood that the Python command is analyzed, generated and executed on the attention of the plurality of scripts according to the execution sequence of the execution scripts, so that the number making through the multi-script arrangement is completed, the manual participation process in the number making process is reduced, and the number making efficiency is improved.

It should be noted that, in the single-script editing process described in this embodiment, only one script is used in a single editing process, and multiple scripts are used in a single editing process.

It should be understood that the multi-script arrangement is to perform single-script arrangement on a plurality of scripts one by one according to the execution sequence information, and add the parameter output information generated by executing each script to the script information of the next execution script, so that the data consistency of the multi-script arrangement is improved, and the problem of multiple arrangement is avoided.

In a specific implementation, if yes, the number of occurrences analysis execution module 110 analyzes script information in the current script to obtain current parameter information; detecting parameter content matched with a function in a code library in current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function; the method comprises the steps of obtaining current parameter information generated by executing a current Python command, adding the current parameter information into script information of a next execution script, and returning the next execution script as the current script to analyze the script information in the current script to obtain operation of the current parameter information until all scripts are analyzed.

For single script orchestration, the processing operations of the make analysis execution module 110 are: the number of manufacture analysis execution module 110 is further configured to parse script information of the script if the single script is programmed, so as to obtain single script parameter information;

the number of manufacture analysis execution module 110 is further configured to verify the single script parameter information and the matched parameter content in the code library, record the matched parameter content as a single script association function, and obtain and execute a single script Python command based on the single script association function.

The single script parameter information is parameter information in a script related to single script programming. The single script association function is an association function determined according to association parameters in the single script parameter information.

It should be noted that, the above-described execution process, i.e., the number of processes, from the analysis of the received script by the application processing layer 200 to the generation and execution of the Python command corresponding to the script may be regarded as the execution process of the script.

It should be appreciated that the number of occurrences analysis execution module 110 may execute the script-corresponding association function via a command line. Specifically, the cause analysis execution module 110 obtains a Python command according to the association function and the execution parameter, executes the Python command to execute the association function, and may monitor the executed process and result, and generate a monitoring record for the user to query.

The present embodiment analyzes the received script by the application processing layer 200, and transmits the obtained script information to the number of manufacture analysis execution module 110 of the number of manufacture processing layer 100; the number of manufacture analysis execution module 110 judges whether the multi-script arrangement is performed according to the script information; if yes, analyzing script information in the current script to obtain current parameter information; detecting parameter content matched with a function in a code library in current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function; the method comprises the steps of obtaining current parameter information generated by executing a current Python command, adding the current parameter information into script information of a next execution script, returning the next execution script as the current script to analyzing the script information in the current script, and obtaining operation of the current parameter information until all scripts are analyzed and executed. Because each script in the multi-script programming is analyzed one by one through the count analysis execution module 110, and parameter output information obtained by executing a current Python command generated based on current parameter information is added into script information of the next execution script, the count device can circularly execute each script, so that count demands of users are completed, the problem that a large amount of manual offline support is originally needed is solved by converting the online self-help mode into the online self-help mode, the processing mode can enable the users to independently program and generate required data, time of manual offline communication and waiting time of manual offline communication are greatly reduced, assistance efficiency is effectively improved, and software testing efficiency is improved.

Based on the first embodiment of the inventive scenting arrangement of the number making device 10 as described above, a second embodiment of the inventive scenting arrangement of the number making device 10 is presented.

As shown in fig. 2, fig. 2 is a functional schematic diagram of a second embodiment of a modeling apparatus 10 according to the present invention.

Referring to fig. 2, in this embodiment, the apparatus further includes: a script storage layer (not shown) and a user presentation layer 300.

The script storage layer is a service layer for storing scripts, and scripts for creating numbers can be stored through the script storage layer, so that users can create numbers according to the scripts stored in the script storage layer.

It should be explained that, the user presentation layer 300 is a service layer for providing a visual interface for a user, and the counting device may provide the visual interface for the user through the user presentation layer 300, so as to obtain a script selected by the user based on the visual interface and send the script to the application processing layer 200, or obtain a script management operation of the user, and so on.

The user presentation layer 300 includes: a script management module 310;

the script storage layer is used for storing scripts;

The script management module 310 is configured to visually display, through a script display interface, a script stored in the script storage layer;

the script management module 310 is further configured to obtain a script selected by a user based on the script presentation interface, and send the script to the application processing layer 200.

It should be noted that, the script management module 310 mainly provides a script management interface for a user, so that the user can select configuration management of a target script and a script category.

It can be understood that the script display interface is a visual display interface, and the scripts stored in the script storage layer can be visually displayed through the script display interface, so that a user can select script types and configure script information based on the script display interface, and the number of creation is completed.

It should be noted that, the script management module 310 provides flexible configuration management for script large class and script information, and has role authority control, and only a tester can operate the script. The script general configuration can enable a user to quickly find the script of the required system and function, and is generally classified according to the system and business process to which the script belongs, such as real name division, credit, repayment, ticket distribution and the like under a channel system. The configuration of script information is to provide the capability of the associated Python function, namely, select a certain function under a designated py file, and simultaneously, the script can be autonomously subjected to operations such as adding, deleting, modifying and executing; when executing the script, the single script or a plurality of scripts are supported to be executed, wherein when the plurality of scripts are executed, the same parameter outlet and parameter inlet of the script are used for association, namely, the data generated after the execution of the last script is used as the parameter inlet of the next script, and the like, so that the problem of multiple arrangement can be avoided.

It should be noted that the script management module 310 may include a script code updating unit, a script information management unit, a script editing unit, a log unit, and the like. The script code updating unit may acquire the latest remote script code so that a user may update a script stored in the script storage layer according to the remote script code. Of course, the updating mode may also be that the counting device automatically identifies whether the script to be updated exists or not, and obtains the latest remote script code of the script to be updated so as to update the script stored in the script storage layer.

It should be noted that, in this embodiment, the script management module 310 adopts multi-category hierarchy setting, and each category hierarchy has the scripts of the current category hierarchy and the next category hierarchy, so that the operation user does not need to turn over the required scripts among numerous scripts, and only needs to find the category to which the script belongs to quickly inquire the required scripts.

It can be understood that the script information management unit can provide various operation types for the user to perform script custom management, such as adding, deleting, modifying, and the like of the script. The script orchestration unit may provide a script orchestration interface to enable a user to select an orchestrated script and orchestration sequence, and may also support the user to generate a number of make scenes according to the script and orchestration sequence selected by the user, and store the number of make scenes to my scene module 320. The log unit may be configured to receive data monitored by the log monitor module 120 in the count processing layer 100 and display the data.

It should be noted that, the my scene module 320 may include a scene information management unit, a scene arrangement unit, a scene sharing unit, and the like. The scene information management unit can provide various operation types so as to enable a user to customize maintenance and management of a common scene; the scene arrangement unit can provide a user to rapidly use the configured common scene and simultaneously support the user to perform the user-defined arrangement of other scenes; the scene sharing unit can share the scene defined by the user to other users for use under the condition that the other users need to use the scene configuration with the same number of times, so that the other users can use the same data directly, and the communication result is prevented from being influenced by data errors.

It should be explained that, the my scene module 320 can provide flexible management of scene information, the content of the module can only have use rights for the current user, a certain script arrangement configuration in common is changed into a privately-owned scene, and the user can still perform operations such as adding, deleting, checking, modifying, sharing and the like on the scene under the name.

It should be appreciated that the script information management unit may provide the user with the ability to flexibly configure a target number of manufacturers script (i.e., the script described above) such as the following elements: the category to which the target make script belongs; associated code information of the target number script; the starting state of the target number-making script; the category to which the target make scene belongs; associated code information of the target number script; the starting state of the target number-making script; the category to which the object number of times scene belongs, etc. By implementing the flexible structure of the structure script element, when a new structure scene is needed to be added, the application processing layer 200 and the structure processing layer 100 are not required to be changed, and the related scene script is only required to be configured at the user presentation layer 300.

It will be appreciated that the above scenario script, i.e. the script contained in one scenario.

It should be noted that, the script editing unit may provide a user with a rich script set of different number of scenes, and may specifically have the following element capabilities: the target number of manufacture scene corresponds to which script of the script information management unit is processed; which key information is required to be provided by a user to process the make scene; the target number of the scenes is processed by associating a plurality of scenes; processing log printing of the count scene; the target number of manufacture scene is stored as whether the user private number of manufacture scene is effective or not, and the like. Through realizing the flexible custom configuration of the number making scenes, different types of number making scenes are processed by different scripts, the scripts are all realized by Python, and when a new number making scene is needed to be added, only the parameter value is needed to be changed in a custom mode; the number making process layer 200 and the number making process layer 100 do not need to be changed, so that a number making problem common to each business process can be solved, and the number making efficiency and the use convenience of users are improved.

It should be noted that the user presentation layer 300 may further include: the recording module 330 is executed. The execution record module 330 can provide running water viewing of all script or scene execution, so that the user can conveniently review the content executed by himself or others, and the execution record module 330 has an execution state and a log for the user to check the execution process and the result.

It will be appreciated that during the data processing of the counting device, the execution recording module 330 can record the running water of all script or scene execution, and display the running water so that the user can review the content executed by himself or herself or others

It should be appreciated that after the user selects a script based on the script presentation interface, the script management module 310 may send the script selected by the user to the application management layer and perform script analysis through the application management layer.

It should be noted that the application processing layer 200 includes: a script analysis module 210;

the script analysis module 210 is configured to obtain a script sent by the script management module 310, and obtain script information of the script;

the script analysis module 210 is further configured to obtain, based on the script information, a project path and a function method name to which all functions associated with the script belong;

the script analysis module 210 is further configured to capture parameter content of a function associated with the script based on a project path to which the function belongs and the function method name, and perform analysis and verification on the parameter content;

the script analysis module 210 is further configured to send the script information to the number of manufacture analysis execution module 110 if the parameter content meets a preset parameter rule.

It should be noted that, the script analysis module 210 may be configured to provide an analysis interface for script analysis for the user presentation layer 300, so that the user may send the selected script to the script analysis module 210 based on the script function of the user presentation layer 300, thereby implementing script analysis on the script selected by the user.

It should be explained that the method for obtaining the path of the item of the Python function may be to obtain the path of the file where the function is located through the aspect.

It may be appreciated that the script analysis module 210 may obtain the script sent by the script management module 310 of the user presentation layer 300, and obtain script information of the script, so as to obtain the project paths and function method names of all functions associated with the script based on the script information. Specifically, the script analysis module 210 may obtain association parameters of the script, so as to determine the item paths and the method names of the association functions of the script, and connect to a code base to perform association function search matching. When the parameter content is matched with the associated function in the code base, the parameter content (specifically including parameter outputting, parameter inputting and annotation) of the associated function is grabbed, analysis and verification are carried out, and if the parameter rule is preset, the selection is returned to be successful. Specifically, the application processing layer 200 further includes: a scene analysis module 220;

The user presentation layer 300 further includes: my scene module 320;

the script analysis module 210 is further configured to obtain the arrangement information in the script information and send the arrangement information to the script arrangement module when the parameter content accords with a preset parameter rule;

the scene analysis module 220 is configured to generate a make scene based on the arrangement information, and send the make scene to the my scene module 320 for display.

It should be noted that, the preset parameter rule is a configured parameter checking rule, and whether the captured parameter content is qualified can be detected through the preset parameter rule.

It is understood that the above-described arrangement information may include a script related to the arrangement and execution order information of the script.

It should be noted that, the script analysis module 210 may receive a request from the script management module 310 of the user presentation layer 300, and perform an analysis operation on script information sent by the script management module 310. The scene analysis module 220 may receive a request of a script arrangement unit and a scene arrangement unit in the script management module 310 of the user presentation layer 300 and call a cause analysis processing module in the cause processing layer 100 to perform parsing processing on an association function associated with script information.

It should be appreciated that when the parameter content meets the preset parameter rules, the arrangement information in the script information may be obtained and sent to the script arrangement module to generate the make scene, and the generated make scene sent to the my scene module 320 for viewing and selection by the user.

It should be noted that, the scene analysis module 220 may also provide the capability of checking the programmed configuration rules. Specifically, the method comprises the following steps: obtaining scene parameters of user-defined arrangement configuration, and analyzing whether the scene parameters accord with scene parameter constraint rules; if so, the scene parameters are sent to the make analysis execution module 110 for processing, and the trigger success is synchronously returned to the user presentation layer 300.

It should be understood that, the above-mentioned scene parameters, that is, the set of information parameters of the script information of the script included in the scene selected by the user, may be sent to the application processing layer 200 when the scene Jing Canshu meets the constraint rule of the scene parameters, so that the application processing layer 200 makes the number of the characters according to the script information and the execution sequence of the script in the scene parameters through the number-of-characters analysis execution module 110 of the number-of-characters processing layer 100 after analysis.

It may be appreciated that, through the above-mentioned my scene module 320, the user may select a desired target make scene, the my scene module 320 may transmit target arrangement information corresponding to the target make scene to the script management module 310, and the script management module 310 may obtain a target script according to the target arrangement information and transmit the target script to the application processing layer 200 to start script execution. Specifically, the my scene module 320 is further configured to obtain a target make scene selected by a user, and send target arrangement information of the target make scene to the script management module 310;

the script management module 310 is further configured to obtain a target script based on the target arrangement information, and send the target script to the application processing layer 200.

In the embodiment, a script is stored through a script storage layer; the script management module 310 performs visual display on the scripts stored in the script storage layer through the script display interface; the script management module 310 obtains a script selected by a user based on the script presentation interface and transmits the script to the application processing layer 200. Because the script is stored by the script storage layer, the script is displayed to the user by the script management module 310, and the script selected by the user is sent to the application processing layer 200 for counting, the automatic counting can be realized only by the user for selecting the script or counting scene, the user does not need to participate in the middle process of counting, and the counting efficiency is improved.

Based on the above embodiments of the present scenting device 10, a third embodiment of the present scenting device 10 is presented.

In this embodiment, the count processing layer 100 further includes: a log listening module 120;

the script management layer further comprises: a log unit;

the log monitoring module 120 is configured to collect and store log information of the number of occurrences analysis execution module 110 based on an asynchronous monitoring process, and send the log information to the log unit;

It should be understood that an asynchronous snoop process is a process that processes and snoops the processes of the make handling layer 100 in an asynchronous manner. The process may include script execution of the process and execution results at the count analysis execution module 110 of the count processing layer 100.

It can be understood that, when the count analysis execution module 110 performs count analysis execution, corresponding log information is generated, and the log monitor module 120 can collect and store the log information through an asynchronous monitor process, send the log information to the user presentation layer 300, and display the log information to the user through a log unit.

It should be understood that in the log unit, the processing result display of each node in the execution process of the count scene can be provided, so that a user can intuitively know whether each flow in the execution nodes is normally executed, and when the execution abnormality is encountered, the failed node and the cause can be rapidly positioned, thereby facilitating the problem investigation and solution.

It can be appreciated that the log monitor module 120 may capture and store console information output by the command to the server according to the operation command triggered by the number of generations analysis execution module 110, and the log unit of the user presentation layer 300 queries the command for use.

The number making device 10 with multi-layer and structured scene arrangement is constructed, the number making problem that daily manual offline support is converted into online self-help solution, and the number making requirement can be rapidly obtained in this way.

In the specific implementation, the test personnel realizes the common data generation operation in a script form, and then configures the script, and service users only need to independently edit script information required by themselves to trigger script operation to generate data; if the user still needs to use the orchestration configuration multiple times, the orchestration configuration can be saved to the my scene module 320 at the same time for the next use; in addition, if the user forgets the configuration content arranged at the time, the user can check the configuration by checking the recording function, and the execution process is already configured, so that the follow-up problem tracing is convenient.

In one implementation, the process flow of the script analysis module 210 of the present invention is shown in fig. 3, and fig. 3 is a schematic diagram of the process flow of the script analysis module 210 of the present invention.

Referring to fig. 3, the script analysis module 210 may receive a script and script information transmitted from an upper layer (i.e., the user presentation layer 300) and determine whether the script is a. Py file. If not, the upper layer is waited for sending the script and the script information again. If yes, the script analysis module 210 analyzes all functions included in the script after selecting the py file, and returns all functions to the upper layer, so that the upper layer performs function information selection.

The script analysis module 210 may also receive the function information selected and determined by the upper layer and determine whether the function information is compliant. And if the function information is not qualified, sending information so that the upper layer reselects the function information. If the information is qualified, successful information is returned to the upper layer.

Referring to fig. 4, fig. 4 is a schematic workflow diagram of a modeling apparatus 10 of the present invention.

As shown in fig. 4, a user can add a script, enable a script, and schedule a script through the script management module 310, and execute a script to be executed through the application processing layer 200 and the number of times processing layer 100.

Meanwhile, the user can generate the make-up scene according to the script used in the one-time editing process, and save the make-up scene to the my scene module 320, so that the user can quickly select the common make-up scene.

Further, when the script is executed, asynchronous monitoring can be performed through the log monitoring module 120, and the monitored log is displayed through the log unit, so that the user can view the log and know the execution condition.

Further, the counting device can record the operation of the user through the execution recording module 330, so that the execution records of the current user and the subordinate users of the current user can be checked through the recording module.

It will be appreciated that the subordinate users, i.e. users having lower rights than the current user.

The invention provides a counting device 10 based on scene programming, which is used for converting the data problem originally assisted by manual offline into the counting process of online self-service programming so as to reduce the problems of low efficiency, long communication link and high communication cost caused by manual participation. Based on the device, the user can automatically and quickly generate the required data according to the own requirements so as to reduce the communication and waiting time, and the encountered problems can be clearly and intuitively solved by checking the logs; meanwhile, the device also provides the capability of autonomously expanding the number-of-construction scene, supports any system expansion, and assists the multi-system multi-department cooperation, so that the whole assistance process is self-service, the problem solving efficiency is greatly improved, and the power assisting test efficiency is improved.

Based on the first embodiment of the number making device of the present invention, a first embodiment of the number making method of the present invention is provided, and referring to fig. 5, fig. 5 is a schematic flow chart of the first embodiment of the number making method of the present invention.

As shown in fig. 5, the method for generating the scenery schedule is applied to the generating device for scenery schedule, and the generating method for scenery schedule according to the embodiment of the invention comprises the following steps:

step S10: the application processing layer analyzes the received script and sends the obtained script information to a number making analysis executing module of the number making processing layer;

step S20: the number-of-manufacture analysis execution module judges whether the multi-script arrangement is carried out according to the script information;

step S30: if yes, the number-of-manufacture analysis execution module analyzes the parameter information of each script one by one, and generates and executes a Python command corresponding to each script;

step S31: analyzing script information in the current script to obtain current parameter information;

Step S32: detecting parameter content matched with a function in a code base in the current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function;

step S33: and acquiring current parameter information generated by executing the current Python command, adding the current parameter information into script information of a next execution script, and returning the next execution script as the current script to analyze the script information in the current script to acquire the operation of the current parameter information until all scripts are analyzed and executed.

The embodiment analyzes the received script through the application processing layer, and sends the obtained script information to a number-making analysis executing module of the number-making processing layer; the number-of-manufacture analysis execution module judges whether the multi-script arrangement is carried out according to the script information; if yes, analyzing script information in the current script to obtain current parameter information; detecting parameter content matched with a function in a code library in current parameter information, recording the matched parameter content as a current association function, and acquiring a current Python command based on the current association function; the method comprises the steps of obtaining current parameter information generated by executing a current Python command, adding the current parameter information into script information of a next execution script, returning the next execution script as the current script to analyzing the script information in the current script, and obtaining operation of the current parameter information until all scripts are analyzed and executed. Because each script in the multi-script programming is analyzed one by one through the number making analysis execution module, and parameter making information obtained by executing a current Python command generated based on current parameter information is added into script information of the next execution script, the number making device can circularly execute each script, so that the number making requirement of a user is finished, the problem that a large amount of manual offline support is originally needed is solved by an online self-service mode, the processing mode can enable the user to independently program and generate required data, time of manual offline communication and waiting time of manual offline communication are greatly reduced, assistance efficiency is effectively improved, and software testing efficiency is facilitated.

Further, if so, the number analysis execution module analyzes the parameter information of each script one by one, and after the step of generating and executing the Python command corresponding to each script, the method further includes:

Further, before the step of the application processing layer analyzing the received script and sending the obtained script information to the number-of-manufacture analysis execution module of the number-of-manufacture processing layer, the method further includes:

the script storage layer stores scripts;

the script analysis module acquires a script sent by the script management module and acquires script information of the script;

the script analysis module acquires the project paths and function method names of all functions associated with the script based on the script information;

the script analysis module captures the parameter content of the function related to the script based on the project path to which the function belongs and the function method name, and analyzes and verifies the parameter content;

and if the parameter content accords with a preset parameter rule, the script analysis module sends the script information to the number-of-manufacture analysis execution module.

Further, if the parameter content meets a preset parameter rule, the script analysis module sends the script information to the number of manufacture analysis execution module, and then the method further includes:

the script analysis module acquires the arrangement information in the script information when the parameter content accords with a preset parameter rule, and sends the arrangement information to the script arrangement module;

And the scene analysis module generates a make scene based on the arrangement information and sends the make scene to the My scene module for display.

Further, the method further comprises:

the log monitoring module collects and stores log information of the number-of-manufacture analysis execution module based on an asynchronous monitoring process and sends the log information to the log unit;

and the log unit performs visual display on the log information through a log display interface.

Further, the method further comprises:

the My scene module acquires a target number of creation scene selected by a user and sends target arrangement information of the target number of creation scene to the script management module;

the script management module obtains a target script based on the target arrangement information and sends the target script to the application processing layer.

Other embodiments or specific implementations of the method for generating a number of scenerising arrangements according to the present invention may refer to the above-mentioned embodiments of the apparatus, and will not be described herein.

It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.

The foregoing embodiment numbers of the present invention are merely for the purpose of description, and do not represent the advantages or disadvantages of the embodiments.

From the above description of the embodiments, it will be clear to those skilled in the art that the above-described embodiment method may be implemented by means of software plus a necessary general hardware platform, but of course may also be implemented by means of hardware, but in many cases the former is a preferred embodiment. Based on such understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art in the form of a software product stored in a storage medium (e.g. read-only memory/random-access memory, magnetic disk, optical disk), comprising instructions for causing a terminal device (which may be a mobile phone, a computer, a server, an air conditioner, or a network device, etc.) to perform the method according to the embodiments of the present invention.

The foregoing description is only of the preferred embodiments of the present invention, and is not intended to limit the scope of the invention, but rather is intended to cover any equivalents of the structures or equivalent processes disclosed herein or in the alternative, which may be employed directly or indirectly in other related arts.

Claims

1. A scenerising-orchestration device, the device comprising: an application processing layer and a count processing layer;

the count treatment layer includes: a make number analysis execution module;

2. The apparatus for generating a number of scenerization orchestrations according to claim 1, wherein the generating an analysis execution module is further configured to parse script information of the script if the single script is orchestrated, to obtain single script parameter information;

3. The apparatus for creating a scenery schedule of claim 1, wherein said apparatus further comprises: a script storage layer and a user presentation layer;

the user presentation layer includes: a script management module;

the script storage layer is used for storing scripts;

4. A device for creating a scenery schedule as claimed in claim 3,

The application processing layer comprises: a script analysis module;

5. A number making apparatus for a scenographic arrangement according to claim 3 or 4, wherein said number making processing layer further comprises: a log monitoring module;

the script management module further comprises: a log unit;

6. The scenerising-orchestration device according to claim 4, wherein the user presentation layer further comprises: my scene module;

the My scene module is used for acquiring a target number of creation scene selected by a user and sending target arrangement information of the target number of creation scene to the script management module;

7. A method of making a scenic orchestration, wherein the method of making a scenic orchestration is applied to a device of making a scenic orchestration according to any one of claims 1-6, the method of making a scenic orchestration comprising:

8. The method of creating a scenery schedule of claim 7, further comprising:

9. The method of generating a scenery schedule of claim 7, the device is characterized in that the accounting device for the scene arrangement further comprises: a script storage layer and a user presentation layer;

the user presentation layer includes: a script management module;

the step of the application processing layer analyzing the received script and sending the obtained script information to the number making analysis execution module of the number making processing layer further comprises the following steps:

the script storage layer stores scripts;