CN112667209A - Flow component system for realizing full-connection rapid development framework based on computer software - Google Patents
Flow component system for realizing full-connection rapid development framework based on computer software Download PDFInfo
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Abstract
The invention relates to a flow component system for realizing a full-connection rapid development framework based on computer software, which comprises a micro-service architecture for realizing draft, approval and circulation of flow examples and a visual form design through visual flow chart configuration, wherein the system comprises: the flow template configuration module is used for configuring basic flow information, links and path information; the business form design module is connected with the flow template configuration module and is used for establishing a form on line, configuring the form field control type, designing the page style and realizing the configuration development; and the form field dynamic updating module is used for creating the new sub-form. And the attribute configuration of display, editing and filling is supported. The flow component system for realizing the full-connection rapid development framework based on the computer software realizes the autonomous grasping of OA flow management and supports various business lines to realize the standardization and unification of flow development. The original process development efficiency is greatly improved, and the customized development can be rapidly realized for realizing the personalized requirements.
Description
Technical Field
The invention relates to the technical field of computer application, in particular to the field of daily office of enterprises, and specifically relates to a flow component system for realizing a full-connection rapid development framework based on computer software.
Background
In the office field, the free technological progress and the awareness and the dependence of people on the science and technology are gradually improved, the cooperation among personnel and organizations of each department is more and more compact, and a process approval system which is more personalized, more intelligent, more efficient and more stable in operation is required among business lines.
The existing process management system in the market is mainly from the transformation of an open source system and part of commercial manufacturers, and the open source system only comprises a core process engine and has no peripheral function configuration, such as user management, authority management, process template configuration and the like. The commercial manufacturer process system is relatively perfect, but the problem is that the personalized approval requirements of enterprises cannot be met, and for manufacturers, the perfect products are difficult to customize, the development period is long, and the cost is high. The process management system of a commercial manufacturer is really popular in the enterprise market for many years, but the business process evolves randomly and the market develops, and the systems are difficult to meet the enterprise requirements, so that part of enterprises with independent research and development capabilities begin to explore the exploration of the process management system in the aspects of cloud computing, personalization, intellectualization, efficient and stable operation, mobile office and the like.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a flow component system which is intelligent, good in stability and wide in application range and is based on computer software to realize a full-connection rapid development framework.
In order to achieve the above purpose, the flow component system for realizing the full-connection rapid development framework based on the computer software of the invention is as follows:
the flow component system for realizing the full-connection rapid development framework based on the computer software is mainly characterized in that the micro-service architecture is adopted to realize the drafting, approval and circulation of flow examples, and the visual form design is realized through the configuration of a visual flow chart,
the system comprises:
the flow template configuration module is used for configuring basic flow information, links and path information;
the business form design module is connected with the flow template configuration module and is used for establishing a form on line, configuring the form field control type, designing the page style and realizing the configuration development;
and the form field dynamic updating module is used for creating the new sub-form. And the attribute configuration of display, editing and filling is supported.
Preferably, the process template configuration module adds process links in a dragging manner.
Preferably, the approval function of the system supports intelligent approval, and comprises the steps of automatically identifying the optimal path and the candidate, and calculating the optimal path and the candidate according to the user selection history and the record analysis of approval and past and by combining a big data correlation algorithm.
Preferably, the system also comprises functions of providing operation and maintenance flow states, including functions of adding examination and approval branches, activating a flow, ending the flow, jumping to a designated link, modifying a link handler, editing opinions, editing attachments, and editing texts and titles.
Preferably, the system realizes flow drafting and approval, and particularly supports operations of form data filling, saving, comment filling, attachment uploading, approval person submitting and selecting and path submitting and selecting.
Preferably, the system further supports multi-environment import and export, specifically, after the process is configured, the json file is exported to another environment, and the process configuration is consistent.
Preferably, the type of system approval is single-person processing, multi-person handling, multi-person parallel processing, multi-person serial processing and countersigning.
Preferably, the path types of the approval paths approved by the system are a common path, a merged path and a hidden path, the approval types include submission, return, original path return and delivery, the path conditions include form elements, custom variables, decision opinions, personnel identities and the last person, and the candidates are configured as department plus roles, fixed personnel, variables, links and form elements.
The flow component system for realizing the full-connection rapid development framework based on the computer software realizes the autonomous grasping of OA flow management and supports various business lines to realize the standardization and unification of flow development. The original process development efficiency is greatly improved, and the customized development can be rapidly realized for realizing the personalized requirements.
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FIG. 1 is a technical overall framework diagram of a flow component system for implementing a fully-connected rapid development framework based on computer software according to the present invention.
Detailed Description
In order to more clearly describe the technical contents of the present invention, the following further description is given in conjunction with specific embodiments.
The invention discloses a flow component system for realizing a full-connection rapid development framework based on computer software, which comprises a micro-service architecture for realizing draft, approval and circulation of flow examples, a visual flow chart for realizing visual form design,
the system comprises:
the flow template configuration module is used for configuring basic flow information, links and path information;
the business form design module is connected with the flow template configuration module and is used for establishing a form on line, configuring the form field control type, designing the page style and realizing the configuration development;
and the form field dynamic updating module is used for creating a new sub-form and supporting the attribute configuration of display, editing and necessary filling.
As a preferred embodiment of the present invention, the process template configuration module adds process links by a drag-and-drop method.
As a preferred embodiment of the invention, the approval function of the system supports intelligent approval, and comprises the steps of automatically identifying the optimal path and the candidate, and calculating the optimal path and the candidate by combining a big data correlation algorithm according to the user selection history and the record analysis of approval.
As a preferred embodiment of the invention, the system also comprises functions of providing operation and maintenance flow states, including functions of adding examination and approval branches, activating a flow, ending the flow, skipping specified links, modifying link handlers, editing opinions, editing attachments, and editing texts and titles.
As a preferred embodiment of the invention, the system realizes flow drafting and approval, and particularly supports operations of filling, saving, filling opinions, uploading attachments, submitting and selecting an approver and submitting and selecting a path of the form data.
In a preferred embodiment of the present invention, the system further supports multi-environment import and export, specifically, after configuring a process, exporting a json file to another environment, and the process configuration is consistent.
As a preferred embodiment of the invention, the system approval is of the type of single-person processing, multi-person rob handling, multi-person parallel processing, multi-person serial processing and countersigning.
As a preferred embodiment of the invention, the path types of the approval paths of the system approval are a common path, a merged path and a hidden path, the approval types comprise submission, return from the original path and delivery, the path conditions comprise form elements, self-defined variables, decision opinions, personnel identities and the last person, and candidates are configured as department plus roles, fixed personnel, variables, links and form elements.
The invention relates to the technical field of computer application, in particular to related contents and fields of daily office process approval and team cooperation of enterprises.
Compared with the prior art in the market, the flow component connected with the development framework (hereinafter referred to as the flow component) has comprehensive functions, and the used technology is very open and advanced. The functions include form visual design, process template configuration and management, user role authority management, and language and character number management.
In the aspect of cloud computing, the process components are deployed in a centralized cloud end and managed by tenants and systems, different business lines can establish the tenants and the systems, and data of the tenants are completely isolated and do not affect each other. Each service line can apply for establishing a special tenant and a system, and flow configuration and rapid development are realized in the tenant class.
In the aspect of individuation, the process component provides an extensible interface, and the requirement of service system developers for realizing the required functions in a self-defining way when the functions of the process component cannot meet the requirements is met.
In the aspect of intellectualization, the process assembly uses a big data analysis technology to analyze and record historical process data, operation records of examination and approval personnel and other data, an optimal submission path and the examination and approval personnel are automatically matched, the number of times of clicking of a user is reduced, the intelligence degree of the system is improved, and therefore user experience is greatly improved.
In the aspect of efficient and stable operation, the flow components are built by the foremost micro-service architecture technology in the industry, and the used framework is a Spring closed micro-service framework and a React front-end framework technology. The two frameworks are open sources, but the process management system is created by using the two frameworks, so that no precedent exists in the industry at present. The advantage of using a microservice architecture is that the stability and concurrency capability of the system can be improved.
In the aspect of mobile office, the process component is completely adapted to mainstream mobile terminal equipment of the office, including a mobile phone, a pad and the like, and the goals of one-time process configuration and multi-terminal approval are realized.
The process assembly is an original workflow engine system (BPM), and is a comprehensive process management system integrating process template configuration, process example drafting, approval, circulation and personnel authority management. The method specifically comprises the functions of visual flow chart configuration, visual form design, circulation types, examination and approval opinions, form data, accessory management, time-limited transaction, operation and maintenance management and the like. Two third party access modes, namely a Saas cloud platform access mode, are supported. And secondly, a self-defined development mode of sdk is integrated, so that the development cost of the workflow is greatly reduced, and the development and deployment of the process become convenient and fast.
Configured development mode:
the component extracts public and key links in workflow development into components, extracts related variables, and uniformly converts the variables into configuration information to be stored and put in storage. And key information such as a flow template, a flow chart, link information, opinions, examination and approval personnel, a submission path and the like is realized through configuration. And after the flow is drafted, form data is stored, and the selection of an approver and a path is performed according to the configuration or the form data, so that the flow is automatically transferred to corresponding personnel.
Personalized interfaces and interactions:
the system management, the process template management, the process configuration interface and other pages are designed by professionals, the system accords with the conventional operation habit, integrates the latest human-computer interaction engineering theory, and is simple to use, convenient to operate and zero-cost.
Open data interaction interface:
the third-party system may obtain data generated during the process approval, including process status, personnel, form data, and the like. The flow component sends flow related data to the kafka message queue, decoupling flow main operations and peripheral operations. Third party systems that need to acquire data can dock themselves.
Custom expansion:
for the personalized functions which cannot be met by the flow component, the flow component provides support for an SDK extension development mode, each service system and a third party can introduce the SDK of the flow component, and realize corresponding interfaces to realize corresponding functions.
Intelligent examination and approval:
the intelligent approval comprises two parts of automatic identification of an optimal path and a candidate, the optimal path and the candidate are calculated according to user selection history and record analysis of approval, and a big data correlation algorithm is combined, so that the user can confirm and submit the optimal path and the candidate directly or modify the optimal path and the candidate and submit the optimal path and the candidate. The user can also customize how to get the path and the candidate.
The flow components are realized based on a related technical system of a full-connection development framework, and a micro-service framework is adopted as a whole. The full-connection development framework is realized based on Spring Cloud and fact technology stacks.
The process assembly realizes the code-free development, rapidly configures a process from scratch, and comprises the functions of process template configuration, business form design, management of user department roles and the like, management of authority, management of literary and literary characters and numbers, process drafting and approval, process operation maintenance and the like.
Newly building a flow template, configuring basic flow information, adding flow links in a dragging mode, and configuring basic link and path information.
The process component provides a visual form design function, forms are built on line, the form field control type is configured, the page style is designed, and configuration development is realized just like building blocks.
Dynamic updating of form fields is supported. And supporting a newly built sub-form. And attribute configuration such as display, editing, and filling is supported.
The approval type is as follows:
single treatment: the approval of the single processor can be transferred to the next link.
Multi-person emergency treatment: the process is submitted to a plurality of handlers, and one of the handlers can be transferred to the next link after approval.
A plurality of persons are parallel: the process is submitted to a plurality of handlers, the handlers are processed by a plurality of persons at the same time without mutual influence, and the process can be transferred to the next link by the approval of the last person.
Multiple people in series: the process is submitted to a plurality of processors, a plurality of processors carry out serial approval, one approval can be submitted to the next, and all processors can transfer to the next link by approval.
Countersigning: the process is submitted to a plurality of processors in a plurality of departments, the processors can finish the processing of the users or the processing of the department, the processors can be freely added, and the last person can submit to the next link.
Approval path:
the path type is as follows:
common path: a unique, conventional path between two links.
Merging paths: the multiple common paths are combined to generate a path, and the path is used for submitting multiple paths at one time.
Hiding the path: paths not shown in the flowchart include "end person", "end department", and the like.
The approval type is as follows:
submitting: and submitting to the next link.
And (3) withdrawing: returning to the submitter in the appointed link.
Returning from the original path: and returning the submitter to the retreater after the appointed link receives the return.
Issuing: the special scenes for receiving and sending the text correspond to the rules of special query handlers.
The path conditions are as follows:
the table element is: and judging whether the path is displayed or not according to the form field value.
Self-defining variables: the method is suitable for customized development, and the business system can be used for self-defining logic to judge whether the path is displayed.
And (4) decision suggestion: and judging whether the path is displayed or not according to the decision opinion.
Personnel identity: and judging whether the path is displayed or not according to the identities of the drafter, the submitter and the designated link handler.
The last person: and judging whether the path is displayed or not according to the last handler of the link, the brother link, the multi-link, the department and the like.
Candidate configuration:
department adds role: the approver scope is defined using the internal organizational structure data and the role data together.
Fixing personnel: configured as a stationary person.
Variables are as follows: each application access side can customize the way of realizing logic.
And (3) links: an approver of a link through which the process flows.
The table element is: person in a field in the flow sheet.
Operation button configuration:
the dynamic configuration of the operation buttons is supported, and different buttons are displayed according to different states of the process (to-do, done, to-read and read).
The ordering of the operation buttons is supported.
Button icon customization is supported.
The flow may inherit from tenant-level, system-level operational button configurations.
And (3) opinion domain configuration:
configuration of whether or not to fill out an opinion is supported.
And the general opinion setting is supported, and links can inherit the general opinions of the process.
The configuration and the verification of decision opinions are supported, and whether the flow is transferred to the next link or not can be controlled by the decision opinions.
Different links are supported to display different opinion contents.
Configuration of the accessory domain:
different links are supported to display different accessory contents.
Different links are supported for uploading to different attachment domains.
And the configuration and verification of the type of the essential accessory are supported.
Time-limited reminding and closing:
and time-limited reminding and closing switch configuration is supported.
And the calculation of time limit according to natural day and transaction day is supported.
And configuration such as automatic opinion handling, next link and the like is supported.
And (3) operation and maintenance of the process:
the process component provides an operation and maintenance process state function for an administrator, and the operation and maintenance process state function comprises functions of adding examination and approval branches, activating a process, ending the process, jumping to a designated link, modifying a link handler, editing opinions, editing attachments, editing texts and titles and the like.
Drawing and examining and approving the flow:
and operations of filling, saving, filling opinions, uploading attachments, submitting selection approvers, submitting selection paths and the like of form data are supported.
Multi-environment import and export:
and configuring the flow in one environment, exporting the flow into a json file, importing the json file into the other environment, and completely configuring the flow. The development test of the test environment and the formal use of the production environment are separated without influencing each other, and the stability of the production link is ensured.
Personalized page and interaction:
the process configuration end is an interface and an interaction mode which are completely and independently designed, and ensures that the process template configuration is clear at a glance, fast, convenient and easy to operate.
The process drafting and approving end is used for designing an interface and interaction which are completely independent and accord with the enterprise style of the user, so that the operation steps are reduced, and the interface is clear and easy to operate.
Intelligent examination and approval:
the intelligent approval comprises two parts of automatic identification of an optimal path and a candidate, the optimal path and the candidate are calculated according to user selection history and record analysis of approval, and a big data correlation algorithm is combined, so that the user can confirm and submit the optimal path and the candidate directly or modify the optimal path and the candidate and submit the optimal path and the candidate. The user can also customize how to get the path and the candidate.
The flow component system for realizing the full-connection rapid development framework based on the computer software realizes the autonomous grasping of OA flow management and supports various business lines to realize the standardization and unification of flow development. The original process development efficiency is greatly improved, and the customized development can be rapidly realized for realizing the personalized requirements.
In this specification, the invention has been described with reference to specific embodiments thereof. It will, however, be evident that various modifications and changes may be made thereto without departing from the broader spirit and scope of the invention. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense.
Claims (8)
1. A flow component system for realizing a full-connection rapid development framework based on computer software is characterized in that the system adopts a micro-service architecture to realize draft, approval and circulation of flow examples and realize visual form design through visual flow chart configuration,
the system comprises:
the flow template configuration module is used for configuring basic flow information, links and path information;
the business form design module is connected with the flow template configuration module and is used for establishing a form on line, configuring the form field control type, designing the page style and realizing the configuration development;
and the form field dynamic updating module is used for creating a new sub-form and supporting the attribute configuration of display, editing and necessary filling.
2. The process component system for implementing a fully-connected rapid development framework based on computer software according to claim 1, wherein the process template configuration module adds process links by dragging.
3. The flow component system for realizing the full-connection rapid development framework based on the computer software according to claim 1, wherein the approval function of the system supports intelligent approval, and comprises automatically identifying an optimal path and a candidate, and calculating the optimal path and the candidate according to user selection history and analysis of past approval records and a big data correlation algorithm.
4. The system of claim 1, further comprising functions for providing operational and maintenance process status, including adding approval branches, activating processes, ending processes, jumping to designated links, modifying link handlers, editing opinions, editing attachments, editing texts and titles.
5. The system of claim 1, wherein the system implements process drafting and approval, specifically supporting operations of form data filling, saving, filling opinions, uploading attachments, submitting a selection approver, submitting a selection path.
6. The process component system for realizing the full-connection rapid development framework based on the computer software according to claim 1, wherein the system further supports multi-environment import and export, specifically, after configuring a process, exporting a json file to another environment, and the process configuration is consistent.
7. The system of claim 1, wherein the approval types include one-person handling, multi-person parallel handling, multi-person serial handling, and countersigning.
8. The flow component system for realizing the fully-connected rapid development framework based on the computer software according to claim 1, wherein the path types of the approval paths approved by the system are a common path, a merged path and a hidden path, the approval types include submission, return from original path and delivery, the path conditions include form elements, custom variables, decision opinions, personnel identities and the last person, and the candidates are configured as department plus roles, fixed personnel, variables, links and form elements.
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