CN111081356A - Method for flow management based on WEB - Google Patents
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- CN111081356A CN111081356A CN201911082194.3A CN201911082194A CN111081356A CN 111081356 A CN111081356 A CN 111081356A CN 201911082194 A CN201911082194 A CN 201911082194A CN 111081356 A CN111081356 A CN 111081356A
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- G—PHYSICS
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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Abstract
The invention provides a method for flow management based on WEB, belonging to the field of hospital flow management, comprising the following steps: step S10, setting flow parameters, and creating a database table for storing the flow parameters; step S20, creating a flow template according to the flow parameters; step S30, setting flow nodes by combining the flow template with a service flow, and designing an operation form for each flow node; step S40, the server couples each process node with the service data; step S50, setting a process approval interface and a process interface; and step S60, dynamically updating and maintaining each flow node. The invention has the advantages that: the method realizes the on-line design of process definition, unified approval and the fusion of business data without installing an Activex plug-in unit, and further manages the approval process.
Description
Technical Field
The invention relates to the field of hospital process management, in particular to a method for process management based on WEB.
Background
The main customers of the hospital resource planning system (HRP system) are managers of provincial hospitals, county hospitals and intermediate hospitals, and due to the fact that the management modes of each hospital are different, the examination and approval processes of all functional departments are different for the examination and approval of documents of the same type, and therefore the hospital resource planning system is required to be capable of conducting personalized definition according to the examination and approval processes of all hospitals, namely the hospital resource planning system is required to be capable of designing process definition, conducting unified examination and approval, fusing business data and the like on line, and further conducting management on the examination and approval processes.
For the definition of the approval process, there are conventionally several methods as follows:
the method comprises the following steps: the approval process is defined through a process design plug-in of the Activiti, the Activiti Designer is an Eclipse-based visual process Designer matched with an Activiti process engine, is developed by an Activiti team, is closely attached to BPMN2.0 specification and extension elements of the Activiti, can pack process resource files (including BPMN, png and jar) besides visual design, and is convenient for designing a process diagram in the Eclipse; the method has the following disadvantages: the process is designed in a local editor, and after the design is finished, the process file is transmitted to a server through a code stream scheme, so that the process design can only be adjusted by developers, and both client personnel and maintenance personnel can not adjust the existing process in time; if the uploaded flow files are not the configuration flow of the hospital, the setting of the flow is easily covered when the flow is updated, and the use of the user is messy.
The second method comprises the following steps: defining an approval process through GooFlow, wherein the GooFlow is a UI component for designing a flow chart at a Web webpage end, and can be used for designing various flow charts, logic flow charts, data flow charts or functional applications needing to be run in a certain system; the method has the advantages that the method has a region division function, so that a user can intuitively know which nodes and the mutual conversion of the nodes, and has an operation transaction sequence control function, various effective operations in a working region can be recorded in a stack, and then undo or redo can be performed; the method has the following disadvantages: since the GooFlow is foreign software, there are many situations that are not in accordance with the Chinese national conditions, i.e. the behavior habit and the uncontrollable property of the code bottom layer, and the compatibility, stability, difficult integration and other aspects of each version have problems, which will bring unnecessary loss to the project or customer in the implementation process and later period.
The third method comprises the following steps: the definition of the approval process is carried out through the Strawberry, the Strawberry is a Web solution which can enable a user to dynamically make a Web topological diagram (a process designer), the Strawberry is developed based on Web technologies such as JavaScript, VML and SVG and supports a mainstream browser, and the Strawberry does not contain a third-party plug-in or a business project needing authorization, so that a client does not need to install any plug-in, is convenient and simple, and can be applied to the process definition and design of a simple project; the method has the following disadvantages: the HPR of the hospital cannot be divided into different warehouse management according to different attributes, such as equipment warehouse, general service warehouse, and information warehouse, by combining with the service system.
Therefore, how to provide a method for flow management based on WEB to realize online design of flow definition, unified approval and integration of business data without installing an Activex plug-in unit, and further manage the approval flow becomes a problem to be solved urgently.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a method for flow management based on WEB, which can realize on-line design of flow definition, unified approval and fusion of service data without installing an Activex plug-in unit, and further manage the approval flow.
The invention is realized by the following steps: a method for flow management based on WEB comprises the following steps:
step S10, setting flow parameters, and creating a database table for storing the flow parameters;
step S20, creating a flow template according to the flow parameters;
step S30, setting flow nodes by combining the flow template with a service flow, and designing an operation form for each flow node;
step S40, the server couples each process node with the service data;
step S50, setting a process approval interface and a process interface;
and step S60, dynamically updating and maintaining each flow node.
Further, the step S10 is specifically:
setting flow parameters, and creating a database table in a server for storing the flow parameters; the process parameters at least comprise process definition, process examples, example task nodes, examination and approval states of the task nodes, an approver and examination and approval custom data.
Further, the step S20 is specifically:
according to the flow parameters, creating a flow template based on a JavaScript flow designer; the process template comprises the association and the trend of a starting node and an ending node of the process nodes and each process node; the process template supports serial, parallel, branch, tag, aggregation, multiple aggregation, return operation and circulation of process definition, and the operation supports dragging, pulling and dragging of a mouse.
Further, the step S30 is specifically:
step S31, combining the process template with the business process, setting an operation form of the process node, an approval person of each process node, a front operation before approval of the process node and a rear operation after approval of the process node; the prepositive operation is recording an approval process log, and the postpositive operation is a state of dynamically updating service data;
and step S32, designing and adjusting HTML elements of the operation form through a hectometer UEditor, and storing the HTML elements in the database table.
Further, the step S40 is specifically:
the server couples each process node with the service data, and the service data is driven to flow among the process nodes through the unified process.
Further, the step S50 is specifically:
the first-level menu for setting the process approval interface at least comprises a process name, process time, an approver, approval quantity, approval amount and specific items;
and setting a process interface as an API (application programming interface) interface for initiating a process approval request.
Further, the step S60 is specifically:
and dynamically updating and maintaining the process nodes according to the change of the process, and setting a version number for each update, wherein the version number is used for distinguishing the operation and approval of a new process and an old process.
The invention has the advantages that:
1. by adopting JavaScript and HTTP protocols, no ActiveX plug-in is required to be installed and loaded, so that the deployment of a program and the use of a client are facilitated, and various damages and slow browser dragging caused by the plug-in are avoided; the method supports the operation on main stream browsers such as IE, Microsoft Edge, FireFox, Chrome, Safari, Opera and the like by operating in a pure WEB environment, does not depend on any third-party JS frame, can realize good operation in various operating environments, supports a B/S system developed by any language, and directly draws flow charts such as workflow, data flow, service flow, logic flow and the like in browsers with different kernels; the method realizes the online design of process definition, unified approval and service data fusion without installing an Activex plug-in unit, and further manages the approval process.
2. By setting the flow engine to be a lightweight embeddable type, and supporting embedding various flow engines, the portability and expandability of the flow are strong, and the coupling with the background is low.
3. By providing rich API interfaces, the operations of starting, stopping, jumping, circulation, transfer and the like of the process engine can be carried out, and particularly, the function of returning any node meets the business handling requirement.
4. The primary menu of the process approval interface at least comprises a process name, process time, an approver, approval quantity, approval amount and specific items, so that the interface can display more necessary information while keeping concise and attractive appearance, the user experience is improved, developers and users can maintain online, and the requirements of more potential clients are met.
5. The definition of the flow is designed by supporting a visual flow designer, the Web pure JS flow designer does not need programming and is completely finished by the modes of dragging, pulling and dragging a mouse, and the flow design method supports serial, parallel, branching, exclusive or branching, M taking N branches, countersigning, aggregation, multiple aggregation, returning, circulation and the like, and can be very conveniently and quickly realized, so that maintenance personnel and clients can directly modify a flow design template, and the effects of online design and timely preview are realized.
6. The system management personnel can also adjust the process nodes at any time according to the service condition, when the process changes greatly, the new process and the old process are mutually isolated and do not affect each other, and the intelligent process version management function is realized.
7. The embedded system can be quickly and flexibly embedded into a target application system and can be integrated with a third-party development framework, such as Asp.Net, JavaEE or traditional Web Form; the access party system organization architecture is intelligently identified through an intelligent organization model interface, and the method can be quickly applied to any WEB-based management system.
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The invention will be further described with reference to the following examples with reference to the accompanying drawings.
FIG. 1 is a flow chart of a method for flow management based on WEB according to the present invention.
Detailed Description
Referring to fig. 1, a preferred embodiment of a method for performing process management based on WEB according to the present invention includes the following steps:
step S10, setting flow parameters, and creating a database table for storing the flow parameters;
step S20, creating a flow template according to the flow parameters; the process template comprises a key business process template, an administrative management process template, a personnel management process template and a financial management process template; the key business comprises orders, quotation processing, purchase processing, contract checking, supply chain management and consumable material examination and approval; the administrative management comprises business trip application, overtime application, leave application and office supply purchase application; personnel management comprises staff training arrangement, performance appraisal, position change processing and staff archive information change management; the financial management comprises payment request, accounts receivable processing, daily reimbursement processing and business reimbursement;
step S30, setting flow nodes by combining the flow template with a service flow, and designing an operation form for each flow node;
step S40, the server couples each process node with the service data;
step S50, setting a process approval interface and a process interface;
and step S60, dynamically updating and maintaining each flow node.
The method also comprises the process approval treatment, namely coupling each process node with the service data, clicking a specific process approval sheet, and acquiring a corresponding service document number and a URL (uniform resource locator) display address of the data through an instance ID (identity) number of the process approval sheet; the display address of the URL can be dynamically and custom-specified in step S20, so that the display of the flow form is more flexible and convenient, and if a new approval display interface is required, only a new display interface needs to be redesigned, and the URL address in the flow node needs to be changed, and dynamic switching can be performed without recoding the program.
The step S10 specifically includes:
setting flow parameters, and creating a database table in a server for storing the flow parameters; the process parameters at least comprise process definition, process examples, example task nodes, examination and approval states of the task nodes, an approver and examination and approval custom data.
The step S20 specifically includes:
according to the flow parameters, creating a flow template based on a JavaScript flow designer; the process template comprises the association and the trend of a starting node and an ending node of the process nodes and each process node; the process template supports serial, parallel, branch, tag, aggregation, multiple aggregation, return operation and circulation of process definition, and the operation supports dragging, pulling and dragging of a mouse. The method comprises the steps of realizing a dragging function through JQueryUI, realizing graphical design of a flow through jsplumb, realizing design of a flow form page through Bootstrap, realizing analysis of a flow engine and node rotation of the flow through Snaker, and storing node information of each flow and information of an approval role and an approval person through XML.
The step S30 specifically includes:
step S31, combining the process template with the business process, setting an operation form of the process node, an approval person of each process node, a front operation before approval of the process node and a rear operation after approval of the process node; the prepositive operation is recording an approval process log, and the postpositive operation is a state of dynamically updating service data;
through the interface scheme of high cohesion, low coupling with the participant with the personnel of the organizational structure of HRP bind, convenience of customers self-maintains the personnel of approving, the system provides static personnel to set for simultaneously and dynamic personnel's settlement scheme, is fit for in the node approval process, the personnel of approving of dynamic settlement node, for example: and $ variable name of the approver.
And step S32, designing and adjusting HTML elements of the operation form through a hectometer UEditor, and storing the HTML elements in the database table.
Each flow supports serial, parallel, conditional flow, jump, return, withdrawal and self-loop processing; each process node supports a bill-up node, an end node, a normal node, a countersign start node, a countersign end node, a divergence start node, a divergence end node, a sub-process node (process nesting), a self-loop node, an automatic node, and a grouping panel.
The step S40 specifically includes:
the server couples each process node with the service data, and the service data is driven to flow among the process nodes through the unified process. By coupling each process node with the business data, specific business data and business documents can be checked in the process approval, and meanwhile, the process approval state of the documents can be checked in the business documents. And the unified processing flow approval and the business data circulation processing are facilitated.
The step S50 specifically includes:
the first-level menu for setting the process approval interface at least comprises a process name, process time, an approver, approval quantity, approval amount and specific items;
in a unified flow approval interface, a traditional flow engine such as a JPBM (Java peripheral component parts) and other components can only display a flow name, flow time, a flow approver and the like, but in an actual scene, a client more hopes to display data fused with flow and service data, such as the number, amount, specific matters and the like of approval, centralize all document approval into the unified approval interface, do not need to open a primary menu, and better accord with the definition of function requirements of a unified service flow;
and setting a process interface as an API (application programming interface) interface for initiating a process approval request.
The step S60 specifically includes:
and dynamically updating and maintaining the process nodes according to the change of the process, and setting a version number for each update, wherein the version number is used for distinguishing the operation and approval of a new process and an old process.
The invention can seamlessly integrate the embedded workflow engine, enhances the resource integration and processing capability of the process design engine and the business system, improves the efficiency of the business system in the aspects of process development, change, release, maintenance and the like, reduces the development difficulty of the business system and enables professional matters to be completed by professional process engine components.
In summary, the invention has the advantages that:
1. by adopting JavaScript and HTTP protocols, no ActiveX plug-in is required to be installed and loaded, so that the deployment of a program and the use of a client are facilitated, and various damages and slow browser dragging caused by the plug-in are avoided; the method supports the operation on main stream browsers such as IE, Microsoft Edge, FireFox, Chrome, Safari, Opera and the like by operating in a pure WEB environment, does not depend on any third-party JS frame, can realize good operation in various operating environments, supports a B/S system developed by any language, and directly draws flow charts such as workflow, data flow, service flow, logic flow and the like in browsers with different kernels; the method realizes the online design of process definition, unified approval and service data fusion without installing an Activex plug-in unit, and further manages the approval process.
2. By setting the flow engine to be a lightweight embeddable type, and supporting embedding various flow engines, the portability and expandability of the flow are strong, and the coupling with the background is low.
3. By providing rich API interfaces, the operations of starting, stopping, jumping, circulation, transfer and the like of the process engine can be carried out, and particularly, the function of returning any node meets the business handling requirement.
4. The primary menu of the process approval interface at least comprises a process name, process time, an approver, approval quantity, approval amount and specific items, so that the interface can display more necessary information while keeping concise and attractive appearance, the user experience is improved, developers and users can maintain online, and the requirements of more potential clients are met.
5. The definition of the flow is designed by supporting a visual flow designer, the Web pure JS flow designer does not need programming and is completely finished by the modes of dragging, pulling and dragging a mouse, and the flow design method supports serial, parallel, branching, exclusive or branching, M taking N branches, countersigning, aggregation, multiple aggregation, returning, circulation and the like, and can be very conveniently and quickly realized, so that maintenance personnel and clients can directly modify a flow design template, and the effects of online design and timely preview are realized.
6. The system management personnel can also adjust the process nodes at any time according to the service condition, when the process changes greatly, the new process and the old process are mutually isolated and do not affect each other, and the intelligent process version management function is realized.
7. The embedded system can be quickly and flexibly embedded into a target application system and can be integrated with a third-party development framework, such as Asp.Net, JavaEE or traditional Web Form; the access party system organization architecture is intelligently identified through an intelligent organization model interface, and the method can be quickly applied to any WEB-based management system.
Although specific embodiments of the invention have been described above, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, and that equivalent modifications and variations can be made by those skilled in the art without departing from the spirit of the invention, which is to be limited only by the appended claims.
Claims (7)
1. A method for flow management based on WEB is characterized in that: the method comprises the following steps:
step S10, setting flow parameters, and creating a database table for storing the flow parameters;
step S20, creating a flow template according to the flow parameters;
step S30, setting flow nodes by combining the flow template with a service flow, and designing an operation form for each flow node;
step S40, the server couples each process node with the service data;
step S50, setting a process approval interface and a process interface;
and step S60, dynamically updating and maintaining each flow node.
2. The WEB-based process management method of claim 1, wherein: the step S10 specifically includes:
setting flow parameters, and creating a database table in a server for storing the flow parameters; the process parameters at least comprise process definition, process examples, example task nodes, examination and approval states of the task nodes, an approver and examination and approval custom data.
3. The WEB-based process management method of claim 2, wherein: the step S20 specifically includes:
according to the flow parameters, creating a flow template based on a JavaScript flow designer; the process template comprises the association and the trend of a starting node and an ending node of the process nodes and each process node; the process template supports serial, parallel, branch, tag, aggregation, multiple aggregation, return operation and circulation of process definition, and the operation supports dragging, pulling and dragging of a mouse.
4. The WEB-based process management method of claim 1, wherein: the step S30 specifically includes:
step S31, combining the process template with the business process, setting an operation form of the process node, an approval person of each process node, a front operation before approval of the process node and a rear operation after approval of the process node; the prepositive operation is recording an approval process log, and the postpositive operation is a state of dynamically updating service data;
and step S32, designing and adjusting HTML elements of the operation form through a hectometer UEditor, and storing the HTML elements in the database table.
5. The WEB-based process management method of claim 1, wherein: the step S40 specifically includes:
the server couples each process node with the service data, and the service data is driven to flow among the process nodes through the unified process.
6. The WEB-based process management method of claim 1, wherein: the step S50 specifically includes:
the first-level menu for setting the process approval interface at least comprises a process name, process time, an approver, approval quantity, approval amount and specific items;
and setting a process interface as an API (application programming interface) interface for initiating a process approval request.
7. The WEB-based process management method of claim 1, wherein: the step S60 specifically includes:
and dynamically updating and maintaining the process nodes according to the change of the process, and setting a version number for each update, wherein the version number is used for distinguishing the operation and approval of a new process and an old process.
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