CN117573243A - RPA file operation and management method and system for information creation system - Google Patents
RPA file operation and management method and system for information creation system Download PDFInfo
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- 230000002159 abnormal effect Effects 0.000 claims description 20
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Abstract
The invention belongs to the technical field of file management operation, and particularly relates to an RPA file operation and management method and system for a credit-invasive system. The method comprises the following steps: s1, an RPA system calls a general Shell interface; s2, the general Shell interface calls a compatible method in a compatible module of the information creation system to obtain a return value; s3, the general Shell interface takes the return value obtained in the step S2 as input, and calls a dependency packaging method in a system dependency environment packaging module required by external application to obtain the return value; s4, the general Shell interface takes the return value obtained in the step S3 as the input of a Shell command, and calls a subsurface module in a python program, so as to call a Bash execution command; s5, after the Bash execution command is called, the returned information is captured and packaged abnormally through an anomaly feedback module, and finally the execution result is returned to the RPA system in a mode of prompting or throwing out anomalies through a message.
Description
Technical Field
The invention belongs to the technical field of file management operation, and particularly relates to an RPA file operation and management method and system for a credit-invasive system.
Background
RPA (Robotic Process Automation) is an automated technique that uses a software robot (also known as a "robot" or "robot software") to simulate and automatically perform repetitive, regular human tasks, typically running on a computer. These software robots can simulate user interface operations, keyboard inputs, mouse clicks, and data processing tasks to complete operations in various business processes.
The file manager of the operating system is a graphical user interface application for managing computer files and folders. The file manager allows users to perform various file operations such as creating, copying, moving, deleting, renaming files and folders, and viewing properties and content of files. Different operating systems have different file managers.
"RPA operation File manager" refers to the use of RPA technology to automate and manage files and folders in a computer operating system. This technique applies RPA software robots to file system operations to perform a variety of file management tasks including file creation, replication, movement, renaming, deletion, and interoperation with the operating system's own file manager application.
Under the information creation system, the existing RPA operation file manager method mainly comprises the steps of opening a folder window (graphical interface) through a command line or directly using a file manager application program of an subprocess starting operation system, and realizing file management operation through calling external applications such as mv and rm.
However, the above-described file management operation implementation method has the following problems:
1. high technical threshold
The Shell is directly called to have a certain technical threshold, a user is required to be familiar with the Shell use of an unix operating system, interfaces of various programming languages for Shell operation and the like, under a signal creation system, the problem of variability easily occurs in different operating system environments, and the problem of the RPA technology in the landing process can be solved only by needing the user to know the Shell principle to a certain extent.
2. Cross-application calling problem
Under the information creation system, when the RPA application starts other applications in the operating system through the subprocesses, such as a file manager application, part of the operating system/application program can lack part of the dependent environment due to cross-application calling, and further the problem of incapability of normal starting is solved.
3. Compatibility issues for different operating systems
Different operating systems under the information creation system have different file manager applications and different system dependent environments, and the compatibility problem of different operating systems needs to be considered when the information creation system directly passes through Shell operation.
4. Lack of an easy-to-use abnormal feedback mechanism
Under the information creation system, when other applications are called through Shell by using various programming languages, an abnormal feedback mechanism is absent, user-friendly error information is absent, programs for processing abnormal conditions of the Shell execution are not processed, and the risk of breakdown or termination caused by unprocessed abnormality exists.
Therefore, it is very important to design an RPA file operation and management method and system for a credit-creating system, which can simplify the file management related application operation of the RPA system by the Shell calling operation system and optimize the abnormal feedback mechanism of the Shell calling, and solve the problem of cross-application calling.
Disclosure of Invention
The invention aims to solve the problems of high technical threshold, poor usability and compatibility of the conventional RPA operation file manager method in the prior art, and provides an RPA file operation and management method and system for a message creation system, which can simplify file management related application program operation of the RPA system through a Shell calling operation system and optimize an abnormal feedback mechanism of the Shell calling under the message creation system, and solve the problem of cross-application program calling.
In order to achieve the aim of the invention, the invention adopts the following technical scheme:
the RPA file operation and management method for the credit system comprises the following steps of;
s1, an RPA system calls a general Shell interface;
s2, the general Shell interface calls a compatible method in a compatible module of the information creation system to obtain a return value;
s3, the general Shell interface takes the return value obtained in the step S2 as input, and calls a dependency packaging method in a system dependency environment packaging module required by external application to obtain the return value;
s4, the general Shell interface takes the return value obtained in the step S3 as the input of a Shell command, and calls a subsurface module in a python program, so as to call a Bash execution command;
s5, after the Bash execution command is called, the returned information is captured and packaged abnormally through an anomaly feedback module, and finally the execution result is returned to the RPA system in a mode of prompting or throwing out anomalies through a message.
Preferably, the general Shell interface is used for managing files in the RPA system.
Preferably, the managing includes an operation on a file and an operation on a file manager of the system; the file operations include file creation, deletion, movement, renaming and copying; the operations of the system's file manager include opening a folder using the system file manager.
Preferably, in step S2, the compatible method is a compatible method applied by a file manager, and specifically includes the following steps:
s21, acquiring a current system identifier;
s22, searching a corresponding file manager command in the file manager configuration file according to the acquired system identification;
s23, judging whether a file manager command corresponding to the system identifier exists in the file manager configuration file; if so, returning a file manager command; if not, the abnormal prompt information is thrown out and the interface call is terminated.
Preferably, in step S22, the file manager configuration file is pre-configured data, and specifically uses key: value key value pair form to store information; wherein, key is the system identification, value is the corresponding file manager command.
Preferably, in step S3, the dependency encapsulation method is a dependency encapsulation method applied by a file manager, and specifically includes the following steps:
s31, searching corresponding dependency configuration information in an external application environment dependency configuration file according to a program command;
s32, integrating the acquired dependency configuration information and the file manager command into a command for Bash execution.
Preferably, in step S31, the external application environment dependency configuration file is a file configured in advance, and only a command for configuring environment dependency information is recorded, and the key is specifically used to store information in the form of a value key pair; wherein, the key is a program command, and the value is corresponding dependency configuration information.
Preferably, step S5 includes the steps of:
s51, after the Bash execution command is called, acquiring an exit state value of an external application through a subspecies module interface;
s52, judging whether the exit state value is 0; if the exit state value is not 0, the external application program is called to have an abnormality, and meanwhile, the information in a standard abnormal flow stderr and a standard output flow stdout is acquired through a subspecies module, and the information is used as the specification information of the BashError abnormality to throw the abnormality; if the exit state value is 0, the external application program is successfully called, and meanwhile, the prompt call success is returned.
The invention also provides an RPA file operation and management system for the information creation system, which comprises;
the general Shell interface is used for managing files in the RPA system;
the information creation system compatible module is used for carrying out compatible processing on applications with differentiation in different operating systems;
the system dependence environment packaging module is used for complementing the needed dependence configuration information when the external application runs;
and the abnormality feedback module is used for converting the information output in the standard output stream and the standard abnormality stream into clear abnormality throwing.
Compared with the prior art, the invention has the beneficial effects that: (1) Compared with the traditional method of hard coding Shell command or directly starting subprocesses to execute external programs, the invention encapsulates Shell call details of the bottom layer through the SDK, so that the service logic code of the upper layer application is simpler, the reusability is stronger, the stability is stronger, details of the bottom layer are shielded, the development threshold of the upper layer application is reduced, and the RPA system can quickly integrate file management functions under the information creation platform; (2) The method solves the problem caused by inconsistent dependent environments when the RPA system calls the external application by using a mode of restoring the dependent environments when the external application runs in the system on the basis of the Bash running environment; (3) According to the invention, a compatibility layer is added in the SDK software development kit, so that the upper layer application does not need to care about the compatibility problem of the bottom layer, and meanwhile, the compatibility information is recorded in a configuration file-assisted manner, thereby enhancing the expansibility; the idea of the compatibility layer effectively solves the compatibility problem of differential application between different operation systems of the credit creation platform; (4) According to the invention, by adding the abnormal feedback encapsulation layer, the abnormal prompt content when the RPA system calls Shell is optimized, so that the stability of the upper layer application for calling Shell and external application is higher, and the more humanized abnormal prompt information is provided.
Drawings
FIG. 1 is a schematic diagram of a system functional architecture of an RPA file operation and management method for a signal creation system according to the present invention;
FIG. 2 is a logic flow diagram of a method of compatibility of file manager applications in accordance with the present invention;
FIG. 3 is a logic flow diagram of a method of relying on encapsulation of file manager applications of the present invention;
FIG. 4 is a logic flow diagram of an anomaly feedback method of the present invention;
fig. 5 is a flowchart of an RPA file operation and management method for a credit-creation system according to an embodiment of the present invention in practical application.
Detailed Description
In order to more clearly illustrate the embodiments of the present invention, specific embodiments of the present invention will be described below with reference to the accompanying drawings. It is evident that the drawings in the following description are only examples of the invention, from which other drawings and other embodiments can be obtained by a person skilled in the art without inventive effort.
As shown in FIG. 1, the invention provides an RPA file operation and management method for a credit-creating system, which simplifies the process of integrating files and file manager operation capability of the RPA system by calling SDK (software development kit) through Shell of the credit-creating system, and specifically comprises the following steps of;
the RPA system calls a general Shell interface;
2. the general Shell interface calls a compatible method in a compatible module of the credit system to obtain a return value;
3. the general Shell interface takes the return value obtained in the step S2 as input, and calls a dependency encapsulation method in a system dependency environment encapsulation module required by external application to obtain the return value;
4. the general Shell interface takes the return value obtained in the step S3 as Shell command input, and calls a subspore module in a python program, and then calls a Bash execution command;
5. after the Bash execution command is called, the returned information is subjected to exception capturing and packaging through an exception feedback module, and finally the execution result is returned to the RPA system in a mode of prompting or throwing out the exception through a message.
Correspondingly, the invention also provides an RPA file operation and management system for the information creation system, which comprises;
the general Shell interface is used for managing files in the RPA system;
the information creation system compatible module is used for carrying out compatible processing on applications with differentiation in different operating systems;
the system dependence environment packaging module is used for complementing the needed dependence configuration information when the external application runs;
and the abnormality feedback module is used for converting the information output in the standard output stream and the standard abnormality stream into clear abnormality throwing.
Shell refers to the interface between the user and the operating system kernel, which provides the user with a way to interact with the operating system. Shell accepts commands entered by the user and passes them to the operating system kernel for execution. It is also responsible for interpreting and executing commands, managing the file system, handling input and output, etc.
In summary, the Shell call SDK of the information creation system is mainly composed of a general Shell interface, an information creation system compatible module, a system dependent environment packaging module and an abnormal feedback module, and then the Shell environment is generated by the functional modules for executing external commands through various programming languages to call external applications, and the explanation of each main module is as follows:
the general Shell interface mainly divides functions related to file management in the RPA system into two aspects, wherein the first aspect is the operation of file, such as file creation, deletion, movement, renaming, copying and the like, and the second aspect is the operation of file manager of the system, such as file folder opening by using the system file manager. For the two functions, the following general interfaces are abstracted;
table 1 general interface function parameter specification table
The invention relates to a credit system compatible module, which is used for carrying out compatible processing on applications with differentiation in different operating systems under the credit system. Only differentiated applications (applications responsible for the same function in different operating systems) need to be compatible by using the compatible method in the module, and the compatible module in the scheme only provides the compatible method of the file manager application, so the file manager application is taken as an example for illustration, and the specific description of the flow corresponding to fig. 2 is as follows:
1. the current system identification is obtained, an operating system under a credit system can be obtained by using a lsb_release application, for example, the identification information kylin can be inquired by using a lsb_release-id under a Galaxy kylin V10 system.
2. Searching a corresponding file manager command in a configuration file according to the system identifier, wherein the information stored in a key-value pair form is used by the information creating system file manager application configuration file as pre-configured data, the key is the system identifier, the value is the corresponding file manager command, and the configuration information of a Galaxy kylin V10 operating system is kylin.
3. And judging whether a command corresponding to the system identifier exists in the configuration file, if so, returning a command of the file manager, otherwise, throwing an abnormal prompt of 'an unsupported operating system' to terminate the interface call.
The system dependence environment packaging module only provides a dependence packaging method of a file manager application, so the file manager application is taken as an example for illustration, the main logic flow is shown in fig. 3, and the specific process is as follows:
1. and searching corresponding dependency configuration information in the configuration file according to the program command, wherein the external application environment dependency configuration file of the information creation system is a file which is configured in advance, only the command needing to configure the environment dependency information is recorded, the key is information stored in a key value pair form, the key is an application command, and the value is corresponding environment dependency information.
2. Integrating the acquired environment dependency information and the file manager command into a command which can be finally used for the flash execution, and calling the sub-bprogows module of python to call the flash execution command.
The main method logic of the abnormal feedback module is shown in fig. 4, and the specific process is as follows:
1. and after the sub-bprogows module calls the flash execution command, acquiring an exit state value of the external application through a sub-bprogows module interface.
2. And judging whether the exit state value is 0.
And 3, the exit state value is not 0, which indicates that the call of the external application program is abnormal, at the moment, the information in the standard abnormal flow stderr and the standard output flow stdout is acquired through the subsurface module, and the information is used as the description information of the BashError abnormality to throw out the abnormality (BashError is a custom abnormality class).
And 4, the exit state value is 0, which indicates that the external application program is successfully invoked, and the prompt is returned to be successful.
The following shows the system flow of the RPA system for calling the application of the built-in file manager of the operating system to realize the function of opening the folder based on the scheme of the invention under the system information UOS (arm 64 and amd64 version) and the Galaxy kylin V10 (arm 64 and amd 64) operating system environment of the information creation platform, the development language uses python, and the specific flow is shown in fig. 5:
acquiring price information, information of shops sold, selling quantity, name keyword information and the like of all brands of men in a website of a certain electronic commerce, finally formatting to generate a form for merchants to finally adjust pricing strategies and the like, and using the system to finish the main steps as follows:
the rpa system calls the filemanager.open interface, passing the folder path parameter.
The FileManager.open interface invokes a File manager compatible method in the Credit System compatible Module, which has the following detailed logic:
1) The identification of the current operating system is obtained by using a lsb_release-id command, the unified message UOS (arm 64 and amd64 versions) obtains the identification of UOS, the Galaxy kylin V10 (arm 64 and amd 64) obtains the identification of kylin, other operating systems are temporarily not considered in the scheme, and the BashError exception is thrown out by taking the unsupported operating system as the exception prompt information to return.
2) Inquiring an application configuration file of the information and creation system file manager according to the kylin/uos, obtaining a command peonyl if the command is identified as kylin, obtaining a command dde-file-manager if the command is identified as uos, and returning the obtained command.
The filemanager.open interface gets a command returned by the file manager compatible method (denoted subsequently as app_name, which in this embodiment is only possible for pely or dde-file-manager), and uses this command as a parameter to invoke the file manager environment dependent configuration method in the system dependent environment encapsulation module, which has the following logic in detail:
1) And searching corresponding dependency configuration information in an application environment dependency configuration file outside the information creating system according to the app_name.
2) And generating a flash script command (export xxx) according to the dependency configuration information, and returning the command.
The filemanager.open interface obtains a command returned by the file manager environment dependent configuration method, and generates a final flash command (subsequently indicated by command_str) by combining app_name and folder_path, wherein the command format is as follows: export xxx, app_name folder_path.
The filemanager interface invokes a flash running command_str command through a run method of a subsamples module built in python, and a check=true parameter is transferred in the run method, and the parameter causes that the run method throws out an exception when the exit value of an external application program is not 0.
And 6, capturing run method anomalies by using a try cache by a FileManager.open interface, and calling a BashError construction method in an anomaly feedback module if the anomalies are thrown out in the running method execution process, wherein the detailed logic is as follows:
1) The information of the standard output stream stdout (denoted by stdout_info) and the information of the standard exception stream stderr (denoted by stderr_info) are obtained by providing in the sub-process module.
2) And (3) finishing the acquired information to obtain an abnormal prompt information character string, and calling a BashError construction method to throw out the abnormality.
In the case that run method execution ends without exception throw, the filemanager. Open interface returns a success hint to the RPA system.
The innovation points of the invention are as follows:
1. the invention creatively provides a general Shell interface concept of the information creation system, encapsulates Shell call details of the bottom layer, ensures that the upper layer application service logic code is simpler, has stronger reusability and stability, shields the details of the bottom layer, reduces the development threshold of the upper layer application, and enables the RPA system to be capable of rapidly integrating the file management function under the information creation platform; in addition, the general Shell interface concept is not limited to the information creation system file management function illustrated in the scheme of the invention, and any Uinx-like system can package the calling interface through the concept so as to simplify the development process of upper-layer application.
2. The method and the device for restoring the external application based on the flash running environment creatively restore the dependence environment of the external application in the system when running, and solve the problem caused by inconsistent dependence environments when the RPA system calls the external application.
3. The invention creatively provides a compatible layer concept, and effectively solves the compatibility problem of differential application among different operating systems of the credit-creation platform by combining with the configuration file.
4. The invention creatively provides an abnormal feedback packaging layer concept, and optimizes the abnormal prompt content when the RPA system calls Shell.
The foregoing is only illustrative of the preferred embodiments and principles of the present invention, and changes in specific embodiments will occur to those skilled in the art upon consideration of the teachings provided herein, and such changes are intended to be included within the scope of the invention as defined by the claims.
Claims (9)
1. The RPA file operation and management method for the credit system is characterized by comprising the following steps of;
s1, an RPA system calls a general Shell interface;
s2, the general Shell interface calls a compatible method in a compatible module of the information creation system to obtain a return value;
s3, the general Shell interface takes the return value obtained in the step S2 as input, and calls a dependency packaging method in a system dependency environment packaging module required by external application to obtain the return value;
s4, the general Shell interface takes the return value obtained in the step S3 as the input of a Shell command, and calls a subsurface module in a python program, so as to call a Bash execution command;
s5, after the Bash execution command is called, the returned information is captured and packaged abnormally through an anomaly feedback module, and finally the execution result is returned to the RPA system in a mode of prompting or throwing out anomalies through a message.
2. The RPA file operation and management method for a credit-invasive architecture according to claim 1, wherein the general Shell interface is used for managing files in the RPA system.
3. The RPA file operation and management method for a signal-to-wound hierarchy according to claim 2, wherein the management includes an operation on a file and an operation on a file manager of a system; the file operations include file creation, deletion, movement, renaming and copying; the operations of the system's file manager include opening a folder using the system file manager.
4. The RPA file operation and management method for a credit and debit system according to claim 1, wherein in step S2, the compatible method is a compatible method applied by a file manager, and specifically comprises the following steps:
s21, acquiring a current system identifier;
s22, searching a corresponding file manager command in the file manager configuration file according to the acquired system identification;
s23, judging whether a file manager command corresponding to the system identifier exists in the file manager configuration file; if so, returning a file manager command; if not, the abnormal prompt information is thrown out and the interface call is terminated.
5. The RPA file operation and management method for a credit system according to claim 4, wherein in step S22, the file manager configuration file is pre-configured data, and specifically uses key: value key value pair form to store information; wherein, key is the system identification, value is the corresponding file manager command.
6. The RPA file operation and management method for a credit-invasive system according to claim 4, wherein in step S3, the dependency encapsulation method is a dependency encapsulation method applied by a file manager, and specifically comprises the following steps:
s31, searching corresponding dependency configuration information in an external application environment dependency configuration file according to a program command;
s32, integrating the acquired dependency configuration information and the file manager command into a command for Bash execution.
7. The RPA file operation and management method for a credit-invasive system according to claim 6, wherein in step S31, the external application environment-dependent configuration file is a file configured in advance, only a command requiring configuration environment-dependent information is recorded, and the information is stored in a key value pair form; wherein, the key is a program command, and the value is corresponding dependency configuration information.
8. The RPA file operation and management method for a credit system according to claim 1, wherein step S5 comprises the steps of:
s51, after the Bash execution command is called, acquiring an exit state value of an external application through a subspecies module interface;
s52, judging whether the exit state value is 0; if the exit state value is not 0, the external application program is called to have an abnormality, and meanwhile, the information in a standard abnormal flow stderr and a standard output flow stdout is acquired through a subspecies module, and the information is used as the specification information of the BashError abnormality to throw the abnormality; if the exit state value is 0, the external application program is successfully called, and meanwhile, the prompt call success is returned.
9. An RPA file operation and management system for a credit-invasive system for implementing the RPA file operation and management method for a credit-invasive system according to any one of claims 1 to 8, characterized in that the RPA file operation and management system for a credit-invasive system comprises;
the general Shell interface is used for managing files in the RPA system;
the information creation system compatible module is used for carrying out compatible processing on applications with differentiation in different operating systems;
the system dependence environment packaging module is used for complementing the needed dependence configuration information when the external application runs;
and the abnormality feedback module is used for converting the information output in the standard output stream and the standard abnormality stream into clear abnormality throwing.
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