CN113467773A - Method for multiplexing process codes for realizing robot process automation - Google Patents
Method for multiplexing process codes for realizing robot process automation Download PDFInfo
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Abstract
The invention relates to the technical field of robot process automation, and discloses a method for multiplexing process codes for realizing robot process automation.
Description
Technical Field
The invention relates to the technical field of robot process automation, in particular to a method for multiplexing process codes for realizing robot process automation.
Background
Robot Process Automation (hereinafter referred to as RPA) is software running on a personal computer or a server, mainly functions of simulating a human to control various system software and automatically execute a business Process, and is suitable for large-batch and high-repetition business scenes.
The RPA anthropomorphic dummy executes the service process mainly through the RPA robot executing the RPA process. The RPA process is a code which can be recognized by the robot, and the robot controls various software according to the instruction content of the code.
At present, the RPA can be applied to the functional scenes of various industries, common automatic actions include automatic material filling, Office document editing, intelligent auditing, information input, business system control, report information processing, bill processing, file uploading and downloading, content checking, data acquisition, data processing and the like, and relate to business software systems of B/S or C/S frameworks such as browsers, Office software, SAP (systems applications and products), ERP (enterprise resource planning) and the like. The automation actions of the similar scenes are very similar, and the flow codes deposited in the implementation process of the RPA flow project have high reuse value.
The traditional RPA flow code multiplexing method is usually realized by copying and pasting, and the method provided by the problem aims to solve the problems of difficult flow code export and import, inconvenient multiplexing, difficult multiplexing record management, difficult code upgrading and the like in an RPA automatic flow implementation project. To realize the fast multiplexing of the RPA flow code, the major technical challenges currently faced mainly include:
1. and (5) encapsulated export of the flow codes.
2. And sharing and checking the flow codes.
3. And upgrading the use of the flow codes.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: in order to solve the existing problems, a method for multiplexing process codes for realizing robot process automation is provided, the developed process codes are networked and shared in a process library mode, and other process items can be quickly multiplexed by installing the process library.
The technical scheme adopted by the invention is as follows:
a method for realizing flow code multiplexing of robot flow automation comprises the following steps:
step 1: developing a flow library by using an RPA flow designer, and debugging the flow library to enable the flow library to have a complete service function;
step 2: the user releases the developed process library to an online server for the user to use;
meanwhile, version information of the publisher and the process library is stored in the server;
and if the process library is updated, releasing the new version of the process library to an online server, and identifying the process libraries of different versions by adopting different version numbers.
And step 3: if the user wants to share the process library, the user can apply for the published process library to be uploaded to a sharing platform and record the uploading process of the process library;
and 4, step 4: the manager of the sharing platform checks the application submitted by the user and records the checking process;
and 5: a user selects a process library developed by the user or downloads a process library shared by other users from a shared platform for installation;
step 6: after the process library is installed, the visual control information of the process library is displayed by the visual panel, and a user selects different process libraries on the visual panel to build a business process.
Further, the step 1 comprises:
step 11: creating a flow library by using an RPA flow designer, and adding a new flow into the flow library;
step 12: compiling the content of each new flow through codes to enable each new flow to have an independent function;
step 13: debugging the logic and input and output of each new flow to confirm that each new flow can normally run;
step 14: and adding a plurality of processes with auxiliary functions to the process library, so that the process library has complete business functions.
Further, the step 3 comprises:
step 31: if the user wants to share the process library, the user can apply to upload one or more published process libraries to the sharing platform, and simultaneously can apply to upload one or more versions of one process library;
step 32: recording the process library applied for uploading, wherein the recording state is to be audited;
step 33: and recording the process library on which the revocation application is put on shelf, wherein the recording state is that the revocation is performed.
Further, the step 4 comprises:
step 41: a manager of the sharing platform reviews and audits the process libraries applied for shelving by all users;
step 42: applying for the process library which passes the examination of the on-shelf process to be on-shelf to the sharing platform, wherein the recording state of the process library becomes the on-shelf state, and the process library is visible to other users;
step 43: and applying for the process library which is not passed by the checking on the shelf, and changing the recording state of the process library into rejected process library.
In addition, in step 4, the administrator and the user can put the process library on shelf from the shared platform, and after the process library is put off shelf, the recording state of the process library is changed into the state of the process library which is put off shelf;
the administrator can re-rack the flow library with the recording state of being off-rack and rejected to the sharing platform, and the recording state of the flow library is changed into being on-rack;
the user can apply for the process library with the recorded state of being off-shelf or rejected to be on-shelf to the sharing platform again, and the recorded state of the process library becomes to be audited.
Compared with the prior art, the beneficial effects of adopting the technical scheme are as follows:
1. the process codes can be conveniently and quickly released to the online server, the storage is more stable, and the operation of the on-shelf sharing platform is simple and convenient.
2. The racking sharing platform is provided with an auditing mechanism, so that the safety and the quality of the racking process library are ensured.
3. The sharing and multiplexing of the process library are carried out in a network sharing mode, and a user can acquire and multiplex the process library shared by other people at any time and any place.
4. The process code of the process library is convenient to use, and a user can use the process code by dragging the visual control, so that the process code is more convenient to copy and paste than the traditional code and is higher in management.
5. The process library supports iterative upgrade, and when the installed process library has other versions, a user can quickly upgrade in a mode of updating the versions.
Drawings
Fig. 1 is a schematic flow chart of a method for multiplexing flow codes for implementing robot flow automation according to this embodiment.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
As shown in fig. 1, the present embodiment provides a method for multiplexing a flow code for realizing robot flow automation, where the method is mainly implemented by a flow library, and the flow library is a collection of multiple flows and can be installed and used in a flow project.
The method comprises the following specific contents:
step 1: and (5) developing a flow library.
And the user develops the flow library by using the RPA flow designer, and debugs the flow library to enable the flow library to have a complete service function.
The method specifically comprises the following steps:
step 11: creating a flow library by using an RPA flow designer, and adding a new flow into the flow library;
step 12: compiling the content of each new flow through codes to enable each new flow to have an independent function;
step 13: debugging the logic and input and output of each new flow to confirm that each new flow can normally run;
step 14: and adding a plurality of processes with auxiliary functions to the process library, so that the process library has complete business functions.
Step 2: and (5) issuing a process library.
The user releases the developed process library to an online server for the user to use; meanwhile, version information of the publisher and the process library is stored in the server; and if the process library is updated, releasing the new version of the process library to an online server, and identifying the process libraries of different versions by adopting different version numbers.
And step 3: and (5) putting the process library on shelf.
Because the process library issued by the user is only available by self, if the user wants to share the process library with other people or teams, the user can put the issued process library on a sharing platform and record the putting process of the process library.
The method specifically comprises the following steps:
step 31: if the user wants to share the process library, the user can apply to upload one or more published process libraries to the sharing platform, and simultaneously can apply to upload one or more versions of one process library;
step 32: recording the process library applied for uploading, wherein the recording state is to be audited;
step 33: and recording the process library on which the revocation application is put on shelf, wherein the recording state is that the revocation is performed.
And 4, step 4: and (6) auditing the process library.
And the manager of the sharing platform checks the application submitted by the user and records the checking process.
The method specifically comprises the following steps:
step 41: a manager of the sharing platform reviews and audits the process libraries applied for shelving by all users;
step 42: applying for the process library which passes the examination of the on-shelf process to be on-shelf to the sharing platform, wherein the recording state of the process library becomes the on-shelf state, and the process library is visible to other users;
step 43: and applying for the process library which is not passed by the checking on the shelf, and changing the recording state of the process library into rejected process library.
In addition, an administrator and a user can put off the flow library which is already put on shelf from the sharing platform, and after the flow library is put off shelf, the recording state of the flow library is changed into the state of being put off shelf;
the administrator can re-rack the flow library with the recording state of being off-rack and rejected to the sharing platform, and the recording state of the flow library is changed into being on-rack;
the user can apply for the process library with the recorded state of being off-shelf or rejected to be on-shelf to the sharing platform again, and the recorded state of the process library becomes to be audited.
And 5: and (6) installing a process library.
And the user selects the process library developed by the user or downloads the process library shared by other users from the shared platform for installation.
If the user selects to download the process libraries shared by other users for installation, the user needs to search a suitable process library in the process library list of the shared platform through a searching or screening function for installation.
Step 6: the process library is used.
After the process library is installed, the visual control information of the process library is displayed by the visual panel, and a user selects different process libraries on the visual panel to build a business process, so that the workload of repeated coding is greatly reduced.
For an installed process library, the information of the process library can be queried in the dependent library.
In addition, if the process codes in the original process library are updated, the process library is updated into a new version on the basis of the original version, and other users can see the new version of the process library after the new version of the process library is checked and put on the sharing platform.
The invention is not limited to the foregoing embodiments. The invention extends to any novel feature or any novel combination of features disclosed in this specification and any novel method or process steps or any novel combination of features disclosed. Those skilled in the art to which the invention pertains will appreciate that insubstantial changes or modifications can be made without departing from the spirit of the invention as defined by the appended claims.
Claims (6)
1. A method for realizing flow code multiplexing of robot flow automation is characterized by comprising the following steps:
step 1: developing a flow library by using an RPA flow designer, and debugging the flow library to enable the flow library to have a complete service function;
step 2: the user releases the developed process library to an online server for the user to use;
and step 3: if the user wants to share the process library, the user can apply for the published process library to be uploaded to a sharing platform and record the uploading process of the process library;
and 4, step 4: the manager of the sharing platform checks the application submitted by the user and records the checking process;
and 5: a user selects a process library developed by the user or downloads a process library shared by other users from a shared platform for installation;
step 6: after the process library is installed, the visual control information of the process library is displayed by the visual panel, and a user selects different process libraries on the visual panel to build a business process.
2. The method for multiplexing process codes for implementing robot process automation according to claim 1, wherein the step 1 comprises:
step 11: creating a flow library by using an RPA flow designer, and adding a new flow into the flow library;
step 12: compiling the content of each new flow through codes to enable each new flow to have an independent function;
step 13: debugging the logic and input and output of each new flow to confirm that each new flow can normally run;
step 14: and adding a plurality of processes with auxiliary functions to the process library, so that the process library has complete business functions.
3. The method for multiplexing process codes for implementing robot process automation according to claim 1, wherein the step 2 further comprises:
when the process library is published to an online server, version information of a publisher and the process library is stored in the server;
and if the process library is updated, releasing the new version of the process library to an online server, and identifying the process libraries of different versions by adopting different version numbers.
4. The method for multiplexing process codes for implementing robot process automation according to claim 3, wherein the step 3 comprises:
step 31: if the user wants to share the process library, the user can apply to upload one or more published process libraries to the sharing platform, and simultaneously can apply to upload one or more versions of one process library;
step 32: recording the process library applied for uploading, wherein the recording state is to be audited;
step 33: and recording the process library on which the revocation application is put on shelf, wherein the recording state is that the revocation is performed.
5. The method for multiplexing process codes for implementing robot process automation according to claim 1, wherein the step 4 comprises:
step 41: a manager of the sharing platform reviews and audits the process libraries applied for shelving by all users;
step 42: applying for the process library which passes the examination of the on-shelf process to be on-shelf to the sharing platform, wherein the recording state of the process library becomes the on-shelf state, and the process library is visible to other users;
step 43: and applying for the process library which is not passed by the checking on the shelf, and changing the recording state of the process library into rejected process library.
6. The method for multiplexing process codes for implementing robot process automation according to claim 5, wherein the step 4 further comprises:
the administrator and the user can put the process library on shelf from the shared platform, and after the process library is put off shelf, the recording state of the process library is changed into the state of the process library which is put off shelf;
the administrator can re-rack the flow library with the recording state of being off-rack and rejected to the sharing platform, and the recording state of the flow library is changed into being on-rack;
the user can apply for the process library with the recorded state of being off-shelf or rejected to be on-shelf to the sharing platform again, and the recorded state of the process library becomes to be audited.
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