CN113592332A - Low code service system and method based on user-defined configuration - Google Patents
Low code service system and method based on user-defined configuration Download PDFInfo
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Abstract
The invention relates to the technical field of program development, in particular to a low-code service system and a method based on self-defined configuration, wherein the system comprises a form engine module, a form data module and a data model data module, wherein the form engine module is used for self-defining form fields and data model data fields; the flow engine module is used for self-defining the business flow; the rule engine module is used for self-defining a business model and a rule generated by the business; the central module is used for generating services according to the custom content of each engine module; the state machine module monitors the state of the service process node and identifies and processes the abnormal condition of the service process according to the state of the service process node; and the digital twin module displays all generated business process data, analyzes and evaluates the business process data, performs simulation test by combining historical data when optimizing the business process, and evaluates the optimized business process according to a simulation result. The system can flexibly perform self-definition, monitor and objectively evaluate the business process, and help a user reasonably optimize the business process.
Description
Technical Field
The invention relates to the technical field of program development, in particular to a low-code service system and a low-code service method based on custom configuration.
Background
With the acceleration of the digital transformation process, the enterprise informatization business needs are more and more, for example: the information of the OA system, the HR system, the park management system and the like of the enterprise needs to be continuously updated in an iterative manner so as to meet the business requirements. At present, the method of directly coding the system is adopted to meet the business requirements in most cases, the method cannot realize flexible and rapid definition of the business requirements, the development period is long, and meanwhile, a lot of development manpower is consumed. In order to overcome the above problems, a corresponding low code development platform was born. The low-code development platform is a development platform that can quickly generate an application without encoding (0 code) or with a small amount of code. The method for developing the application program through visualization enables developers with different experience levels to use a dragging component and model-driven logic to create a webpage and a mobile application program through a graphical user interface. However, the existing low-code development platform has the following problems:
1. the customer interface form requirement of the low-code development platform cannot be flexibly configured, and a field is added on the form to modify a front-end code and a back-end code;
2. the business process is fixed and cannot be flexibly defined, and the change of the business process may relate to the change of codes and the system upgrade;
3. the operation efficiency of the existing business process cannot be objectively evaluated, so that the defects of the business process cannot be found in time.
Disclosure of Invention
One of the purposes of the invention is to provide a low-code service system based on self-defined configuration, which can flexibly perform self-definition, monitor and objectively evaluate a service flow and help a user reasonably optimize the service flow.
The invention provides a basic scheme I: the low code business system based on the custom configuration comprises: the system comprises a form engine module, a flow engine module, a rule engine module, a center module, an API module, a state machine module and a digital twin module;
the form engine module is used for self-defining form fields and data model data fields;
the flow engine module is used for self-defining the business flow;
the rule engine module is used for self-defining a business model and a rule generated by the business;
the central module is used for generating services according to the custom content of each engine module;
the API module is used for external communication;
the state machine module is used for monitoring the state of the service process node and identifying and processing the abnormal condition of the service process according to the state of the service process node;
and the digital twin module is used for displaying all the generated business process data, analyzing and evaluating the business process data, and is also used for carrying out simulation test by combining historical data when optimizing the business process and evaluating the optimized business process according to a simulation result.
The beneficial effects of the first basic scheme are as follows: the form engine module, the process engine module and the rule engine module are used for customizing the self-defined form field, the data field of the data model, the business process, the business model and the rule generated by the business, do not relate to the compiling of codes and the upgrading and modifying of the system, and can flexibly meet the business requirements. After each engine module carries out the self-defined content, the central module generates the service according to the self-defined content of each engine module, and the external application carries out communication through the API module and calls the service generated by the central module.
When the service is running, the state machine module monitors the state of the service flow node, identifies and processes abnormal conditions of the service flow according to the state of the service flow node, prevents the service flow node from being abnormal and not processed in time to cause service interruption, meanwhile, the digital twin module can display all the generated business process data and analyze and evaluate the business process data, so that a user can objectively evaluate according to the analysis and evaluation results, the business process is optimized, when the business process is optimized, the digital twin module can carry out simulation test by combining historical data, and according to the simulation result, and evaluating the optimized business process, so that the optimized business process can be objectively evaluated, and the process of optimizing the business process can be objectively evaluated, thereby helping a user reasonably optimize the business process by adopting a proper optimization method.
Further, the system further comprises: the system comprises a query module and a service scene recommendation module;
the query module is used for querying the environment information;
and the service scene recommendation module is used for identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules or not according to the environment information, and recommending and adding the undefined form fields, the service flows and the rules if the self-defined form fields, the self-defined service flows and the self-defined rules exist.
Has the advantages that: the environment information is used to characterize a feature in the environment, such as: a privacy level, a risk level, a security level, and the like. And the service scene recommending module is used for identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules according to the environment information inquired by the inquiring module, and recommending and adding the undefined form fields, the service flows and the rules if the self-defined form fields, the service flows and the rules exist, so that the formulation of a macroscopic specified service flow can be realized, and the setting of services can be completed by a user.
Further, the environment information includes: a regional risk profile, the regional risk profile comprising: high risk areas, medium risk areas and low risk areas;
the service scene recommending module is used for identifying the current regional risk condition, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority if the current regional risk condition is a high-risk region, and recommending to add the visitor travel history, the vaccine history and the access authority if the custom form field does not contain the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
Has the advantages that: and the regional risk state issuing part reasonably identifies whether the user-defined form field meets the requirement or not on the network according to the regional risk condition, and if not, the user-defined form field is correspondingly recommended to ensure that the form field meets the requirement.
Further, the system further comprises: an audit module;
the query module is also used for querying system information;
the auditing module is used for judging whether the self-defined form field, the self-defined service flow and the self-defined rule conform to system information or not, and prompting modification if the self-defined form field, the self-defined service flow and the self-defined rule do not conform to the system information; and the method is also used for judging whether the relation among the user-defined form field, the user-defined business process and the user-defined rule is reasonable or not, and if not, prompting modification.
Has the advantages that: for different enterprises, different enterprise systems are different, taking an enterprise access system as an example, some enterprises can access only by filling in visitor names, telephones and identity information, so that corresponding form fields only need to comprise visitor names, telephones and identity information filling fields, the business process only needs to be registered, the customized rule only needs to start registration of visitors, and the visitors are allowed to enter after the registration is completed; some enterprises need more information to be registered, and leaders may need to be obtained for access, so the auditing module judges whether the self-defined form field, the self-defined business flow and the self-defined rule accord with system information or not according to the system information inquired by the inquiring module, and prompts modification if the self-defined form field, the self-defined business flow and the self-defined rule do not accord with the system information; and judging whether the relation among the user-defined form field, the user-defined service flow and the user-defined rule is reasonable or not, if not, prompting modification, and if so, modifying after the user sees the prompt modification so as to solve the unreasonable relation, help the user to specify the service according with the system and reduce the error probability of the service.
Further, the system further comprises: the system comprises a service inquiry module and a service verification module;
the service query module is used for acquiring the service query information and querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information;
the central module is also used for acquiring service selection information, modifying the selected service according to the custom content of each engine module and generating a new service;
the service verification module is used for comparing and verifying the new service with the matched service or the similar service, prompting that abnormal content exists if the abnormal content exists in the new service, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; and if the abnormal content modification information is acquired, triggering the corresponding engine module to modify according to the abnormal content modification information.
Has the advantages that: the service query module, the center module and the service verification module are linked, so that the time spent by a user for configuring the service can be reduced, the verification can be performed according to the service queried in the earlier stage, the user is helped to configure the reasonable service, and the service modification time is reduced.
The invention also aims to provide a low-code service method based on self-defined configuration.
The invention provides a second basic scheme: the low code service method based on the custom configuration comprises the following contents:
self-defining form fields and data model data fields;
customizing a business process;
self-defining a business model and rules generated by the business;
generating a service according to the user-defined content;
external application calls the service through an API (application programming interface);
monitoring the state of the service process node, and identifying and processing the abnormal condition of the service process according to the state of the service process node;
displaying all the generated business process data, and analyzing and evaluating the business process data; and when the business process is optimized, performing simulation test by combining historical data, and evaluating the optimized business process according to a simulation result.
The second basic scheme has the beneficial effects that: the user-defined form field, the data field of the data model, the service process, the service model and the rule generated by the service are customized, the code compiling and the system upgrading and modifying are not involved, and the service requirement can be flexibly met. After the self-defined content is carried out, the service is generated according to the respective defined content, and the external application carries out communication through the API interface and calls the generated service.
When the business is running, the state of the business process node is monitored, the abnormal condition of the business process is identified and processed according to the state of the business process node, the business interruption caused by the abnormal condition of the business process node which is not processed in time is prevented, all generated business process data can be displayed at the same time, the business process data is analyzed and evaluated, a user can objectively evaluate the business process according to the analysis and evaluation result, the business process is optimized, simulation test can be carried out by combining historical data when the business process is optimized, the optimized business process is evaluated according to the simulation result, the optimized business process can be objectively evaluated, the process of optimizing the business process can be objectively evaluated, and the user is helped to reasonably optimize the business process by adopting a proper optimization method.
Further, the method further comprises:
inquiring environment information;
and identifying whether the self-defined form field, the self-defined business process and the self-defined rule have undefined form fields, business processes and rules or not according to the environment information, and if so, recommending to add the undefined form fields, the business processes and the rules.
Has the advantages that: and identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules according to the inquired environment information, and if so, recommending and adding the undefined form fields, the service flows and the rules, so that the formulation of a macroscopic specified service flow can also help a user to complete the setting of the service.
Further, the environment information includes: a regional risk profile, the regional risk profile comprising: high risk areas, medium risk areas and low risk areas;
identifying the current regional risk condition, if the regional risk condition is a high-risk region, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority, and if the regional risk condition is not the high-risk region, recommending to add the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
Has the advantages that: and the regional risk state issuing part reasonably identifies whether the user-defined form field meets the requirement or not on the network according to the regional risk condition, and if not, the user-defined form field is correspondingly recommended to ensure that the form field meets the requirement.
Further, the method further comprises:
inquiring system information;
judging whether the user-defined form field, the user-defined service flow and the user-defined rule conform to system information or not, and prompting modification if the user-defined form field, the user-defined service flow and the user-defined rule do not conform to the system information; and the method is also used for judging whether the relation among the user-defined form field, the user-defined business process and the user-defined rule is reasonable or not, and if not, prompting modification.
Has the advantages that: the method helps users to specify services conforming to the system, and reduces the error probability of the services.
Further, the method further comprises:
acquiring service query information, querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information;
acquiring service selection information, and modifying the selected service according to the user-defined content to generate a new service;
comparing and verifying the new service with the matched service or the similar service, if abnormal content exists in the new service, prompting that the abnormal content exists, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; and if the abnormal content modification information is acquired, modifying according to the abnormal content modification information.
Has the advantages that: the method and the device can reduce the time spent by the user for configuring the service, can also carry out verification according to the service inquired in the early stage, help the user to configure the reasonable service and reduce the service modification time.
Drawings
FIG. 1 is a logic diagram of a first embodiment of a low code service system based on a custom configuration according to the present invention;
FIG. 2 is a logic diagram of a second embodiment of a custom configuration based low code business system of the present invention;
fig. 3 is a flowchart of a fourth embodiment of the low code service method based on the custom configuration of the present invention.
Detailed Description
The following is further detailed by way of specific embodiments:
example one
This embodiment is substantially as shown in figure 1: the low code business system based on the custom configuration comprises: the system comprises a form engine module, a flow engine module, a rule engine module, a center module, an API module, a state machine module and a digital twin module;
the form engine module is used for self-defining form fields and data model data fields;
the flow engine module is used for self-defining the business flow;
the rule engine module is used for self-defining a business model and a rule generated by the business; each engine module can complete self-definition through dragging of a visual interface support;
the central module is used for generating services according to the custom content of each engine module;
the API module is used for external communication;
the state machine module is used for monitoring the state of the service process node and identifying and processing the abnormal condition of the service process according to the state of the service process node; the abnormal conditions of the business process comprise: the business process node does not respond and the business process node has data errors.
The digital twin module is used for displaying all generated business process data, analyzing and evaluating the business process data, and is also used for carrying out simulation test by combining historical data when optimizing the business process and evaluating the optimized business process according to a simulation result; the method comprises the steps of analyzing and evaluating service data, including analyzing whether the service data are complete and the response time of the service data, evaluating the grade of the service data and the grade of a service according to an analysis result, optimizing a service flow when the grade of the service data does not meet a preset range, and carrying out simulation test by combining historical data, wherein the historical data can be selected according to the grade of the service data, evaluating the optimized service flow according to a simulation result, and judging the quality of the optimized service flow and the effect of the optimized service for later reference.
Take the business process of wisdom garden visitor as an example:
form fields and data model data fields are customized through a form engine module, and the form fields are information required to be filled in for visitor application and comprise: visitor name, visitor identity card number, visitor's mobile phone, visited personnel, appointment date and time, etc.; generating a data model according to the data field of the user-defined data model;
the business process, specifically an approval process, is customized through the process engine module, and comprises serial and parallel definition of the approval process, return of approval nodes and the like. For example, the visited personnel are front-line employees, and the visiting approval process needs the direct superior chief approval of the front-line employees; after the approval of the chief deputy is passed, the chief deputy and the chief deputy at the upper level of the chief deputy can be approved by any one person;
the method comprises the steps that a business model and a rule generated by a business are customized through a rule engine module, for example, after a visitor passes an approval process, short message sending time needs to be triggered, and a short message is sent to the visitor; sending an email to a security department, and informing the security department that a person visits; after receiving the approval notice, the visitor gets the visit according to the preset time and passes through the visitor two-dimensional code or the face brushing;
the state machine module records the state of each approval node, for example, for nodes which are not approved for overdue, carrying out telephone call or short message reminding or follow-up reminding on an approver, and the like;
the API module provides platform capability calling for the outside, for example, an OA system can call a guest approval process through the API;
all data of the visitor flow are recorded into the digital twin module, the data flow conditions of all the business flows can be visually seen in the digital twin module, and the operation efficiency of each business flow is analyzed and decided; for the process needing to be optimized, process simulation can be adopted to simulate the flow of the business process and evaluate the improvement effect of the process.
The form engine module, the process engine module and the rule engine module are used for customizing the self-defined form field, the data field of the data model, the business process, the business model and the rule generated by the business, do not relate to the compiling of codes and the upgrading and modifying of the system, and can flexibly meet the business requirements. After each engine module carries out the self-defined content, the central module generates the service according to the self-defined content of each engine module, and the external application carries out communication through the API module and calls the service generated by the central module. When the service is running, the state machine module monitors the state of the service flow node, identifies and processes abnormal conditions of the service flow according to the state of the service flow node, prevents the service flow node from being abnormal and not processed in time to cause service interruption, meanwhile, the digital twin module can display all the generated business process data and analyze and evaluate the business process data, so that a user can objectively evaluate according to the analysis and evaluation results, the business process is optimized, when the business process is optimized, the digital twin module can carry out simulation test by combining historical data, and according to the simulation result, and evaluating the optimized business process, so that the optimized business process can be objectively evaluated, and the process of optimizing the business process can be objectively evaluated, thereby helping a user reasonably optimize the business process by adopting a proper optimization method.
Example two
This embodiment is substantially the same as the first embodiment, except that: as shown in fig. 2, the system further includes: the system comprises a query module, a service scene recommendation module and an audit module;
the query module is used for querying the environmental information and the system information; the environment information is used to characterize a feature in the environment, such as: a secret level, a risk level, a security level and the like; the environment information of an official website and the system information of an enterprise website are obtained through a crawler program, and the environment information and the system information can also be input into a query module, wherein the query module can query in the module, but the environment information and the system information which can be stored by the query module are limited.
And the service scene recommendation module is used for identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules or not according to the environment information, and recommending and adding the undefined form fields, the service flows and the rules if the self-defined form fields, the self-defined service flows and the self-defined rules exist. Wherein the environment information comprises: regional risk status; regional risk conditions include: high risk areas, medium risk areas and low risk areas are examples;
the service scene recommending module is used for identifying the current regional risk condition, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority if the current regional risk condition is a high-risk region, and recommending to add the visitor travel history, the vaccine history and the access authority if the custom form field does not contain the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
The auditing module is used for judging whether the self-defined form field, the self-defined service flow and the self-defined rule conform to system information or not, and prompting modification if the self-defined form field, the self-defined service flow and the self-defined rule do not conform to the system information; and the method is also used for judging whether the relation among the user-defined form field, the user-defined business process and the user-defined rule is reasonable or not, and if not, prompting modification. And the auditing module compares and judges the form field, the user-defined business flow and the user-defined rule with system information according to the definition, the user-defined business flow and the user-defined rule, extracts the logical relationship among the form field, the business flow and the rule in the system information, and compares and judges the relationship among the form field, the user-defined business flow and the user-defined rule. For different enterprises, different enterprise systems are different, taking an enterprise access system as an example, some enterprises can access only by filling in visitor names, telephones and identity information, so that corresponding form fields only need to comprise visitor names, telephones and identity information filling fields, the business process only needs to be registered, the customized rule only needs to start registration of visitors, and the visitors are allowed to enter after the registration is completed; and some enterprises need more registered information and may need to obtain leadership permission for business trip, so that users are helped to specify institutional business through the auditing module, and the error probability of the business is reduced.
EXAMPLE III
This embodiment is substantially the same as the first embodiment, except that: further comprising: the system comprises a service inquiry module and a service verification module;
the service query module is used for acquiring the service query information and querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information; the system stores all the services generated in the system, and the services matched with the service inquiry information specifically comprise: the service is the same as the form field, the service flow and the rule generated by the service in the service inquiry information; the service similar to the service query information specifically includes: comparing the similarity with the form field, the service flow and the rule generated by the service in the service query information, judging the similarity, acquiring the service with the similarity higher than a preset range, and pushing the service according to the similarity from high to low; firstly, the matched service is directly inquired, if the matched service exists, the subsequent similarity judgment is not needed, and the system calculation amount is reduced.
The central module is also used for acquiring service selection information, modifying the selected service according to the custom content of each engine module and generating a new service; the user can customize according to the requirement, the central module modifies on the basis of the selected service, the occupation of the running memory is reduced, and a new service can be generated more quickly.
The service verification module is used for comparing and verifying the new service with the matched service or the similar service, prompting that abnormal content exists if the abnormal content exists in the new service, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; if the abnormal content modification information is acquired, triggering a corresponding engine module to modify according to the abnormal content modification information; wherein, the new service is compared with the matched service or the similar service for verification, the form fields, the service flows and the rules generated by the service of the new service and the matched service or the similar service are compared for judging whether the difference exists, if the difference exists, the difference is determined as abnormal content, then prompting the existence of abnormal content, acquiring abnormal content confirmation information or abnormal content modification information, if the abnormal content confirmation information is acquired, defining the abnormal content as normal content, therefore, the user can check and confirm the abnormal content, reduce the probability of errors when the business is actually operated at the later stage, when the abnormal content modification information is acquired, the corresponding engine module is triggered to modify according to the abnormal content modification information, namely, the form engine module modifies the form field, the process engine module modifies the business process and the rule engine module modifies the rules generated by the business.
Example four
This embodiment is substantially as shown in figure 3: the low code service method based on the custom configuration comprises the following contents:
self-defining form fields and data model data fields;
customizing a business process;
self-defining a business model and rules generated by the business;
inquiring environment information and system information;
identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules or not according to the environment information, and if so, recommending to add the undefined form fields, the service flows and the rules; the method specifically comprises the following steps: the environment information includes: a regional risk profile, the regional risk profile comprising: high risk areas, medium risk areas and low risk areas;
identifying the current regional risk condition, if the regional risk condition is a high-risk region, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority, and if the regional risk condition is not the high-risk region, recommending to add the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
Judging whether the user-defined form field, the user-defined service flow and the user-defined rule conform to system information or not, and prompting modification if the user-defined form field, the user-defined service flow and the user-defined rule do not conform to the system information; the system is also used for judging whether the relation among the user-defined form field, the user-defined service flow and the user-defined rule is reasonable or not, and if not, modification is prompted;
generating a service according to the user-defined content;
external application calls the service through an API (application programming interface);
monitoring the state of the service process node, and identifying and processing the abnormal condition of the service process according to the state of the service process node;
displaying all the generated business process data, and analyzing and evaluating the business process data; and when the business process is optimized, performing simulation test by combining historical data, and evaluating the optimized business process according to a simulation result.
EXAMPLE five
This embodiment is substantially the same as the fourth embodiment, except that: further comprising: acquiring service query information, querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information;
acquiring service selection information, and modifying the selected service according to the user-defined content to generate a new service;
comparing and verifying the new service with the matched service or the similar service, if abnormal content exists in the new service, prompting that the abnormal content exists, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; and if the abnormal content modification information is acquired, modifying according to the abnormal content modification information. Therefore, the time spent by the user for configuring the service can be reduced, the verification can be carried out according to the service inquired in the early stage, the user is helped to configure the reasonable service, and the service modification time is reduced.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. The low code service system based on the custom configuration is characterized in that: the method comprises the following steps: the system comprises a form engine module, a flow engine module, a rule engine module, a center module, an API module, a state machine module and a digital twin module;
the form engine module is used for self-defining form fields and data model data fields;
the flow engine module is used for self-defining the business flow;
the rule engine module is used for self-defining a business model and a rule generated by the business;
the central module is used for generating services according to the custom content of each engine module;
the API module is used for external communication;
the state machine module is used for monitoring the state of the service process node and identifying and processing the abnormal condition of the service process according to the state of the service process node;
and the digital twin module is used for displaying all the generated business process data, analyzing and evaluating the business process data, and is also used for carrying out simulation test by combining historical data when optimizing the business process and evaluating the optimized business process according to a simulation result.
2. The custom configuration based low code service system according to claim 1, wherein: further comprising: the system comprises a query module and a service scene recommendation module;
the query module is used for querying the environment information;
and the service scene recommendation module is used for identifying whether the self-defined form field, the self-defined service flow and the self-defined rule have undefined form fields, service flows and rules or not according to the environment information, and recommending and adding the undefined form fields, the service flows and the rules if the self-defined form fields, the self-defined service flows and the self-defined rules exist.
3. The custom configuration based low code service system according to claim 2, wherein: the environment information includes: a regional risk profile, the regional risk profile comprising: high risk areas, medium risk areas and low risk areas;
the service scene recommending module is used for identifying the current regional risk condition, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority if the current regional risk condition is a high-risk region, and recommending to add the visitor travel history, the vaccine history and the access authority if the custom form field does not contain the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
4. The custom configuration based low code service system according to claim 2, wherein: further comprising: an audit module;
the query module is also used for querying system information;
the auditing module is used for judging whether the self-defined form field, the self-defined service flow and the self-defined rule conform to system information or not, and prompting modification if the self-defined form field, the self-defined service flow and the self-defined rule do not conform to the system information; and the method is also used for judging whether the relation among the user-defined form field, the user-defined business process and the user-defined rule is reasonable or not, and if not, prompting modification.
5. The custom configuration based low code service system according to claim 1, wherein: further comprising: the system comprises a service inquiry module and a service verification module;
the service query module is used for acquiring the service query information and querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information;
the central module is also used for acquiring service selection information, modifying the selected service according to the custom content of each engine module and generating a new service;
the service verification module is used for comparing and verifying the new service with the matched service or the similar service, prompting that abnormal content exists if the abnormal content exists in the new service, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; and if the abnormal content modification information is acquired, triggering the corresponding engine module to modify according to the abnormal content modification information.
6. The low code service method based on the user-defined configuration is characterized in that: the method comprises the following steps:
self-defining form fields and data model data fields;
customizing a business process;
self-defining a business model and rules generated by the business;
generating a service according to the user-defined content;
external application calls the service through an API (application programming interface);
monitoring the state of the service process node, and identifying and processing the abnormal condition of the service process according to the state of the service process node;
displaying all the generated business process data, and analyzing and evaluating the business process data; and when the business process is optimized, performing simulation test by combining historical data, and evaluating the optimized business process according to a simulation result.
7. The low code service method based on customized configuration according to claim 6, wherein: further comprising:
inquiring environment information;
and identifying whether the self-defined form field, the self-defined business process and the self-defined rule have undefined form fields, business processes and rules or not according to the environment information, and if so, recommending to add the undefined form fields, the business processes and the rules.
8. The low code service method based on customized configuration according to claim 7, wherein: the environment information includes: a regional risk profile, the regional risk profile comprising: high risk areas, medium risk areas and low risk areas;
identifying the current regional risk condition, if the regional risk condition is a high-risk region, identifying whether the custom form field contains the visitor travel history, the vaccine history and the access authority, and if the regional risk condition is not the high-risk region, recommending to add the visitor travel history, the vaccine history and the access authority;
if the area is a medium risk area, identifying whether the fields of the custom form contain visitor travel history and vaccine history, and if not, recommending to add the visitor travel history and the vaccine history;
and if the area is a low-risk area, identifying whether the custom form field contains the travel history of the visitor, and if not, recommending to add the travel history of the visitor.
9. The low code service method based on customized configuration according to claim 7, wherein: further comprising:
inquiring system information;
judging whether the user-defined form field, the user-defined service flow and the user-defined rule conform to system information or not, and prompting modification if the user-defined form field, the user-defined service flow and the user-defined rule do not conform to the system information; and the method is also used for judging whether the relation among the user-defined form field, the user-defined business process and the user-defined rule is reasonable or not, and if not, prompting modification.
10. The low code service method based on customized configuration according to claim 6, wherein: further comprising:
acquiring service query information, querying whether a service matched with the service query information exists or not, and if so, pushing the service matched with the service query information; if not, inquiring and pushing the service similar to the service inquiry information;
acquiring service selection information, and modifying the selected service according to the user-defined content to generate a new service;
comparing and verifying the new service with the matched service or the similar service, if abnormal content exists in the new service, prompting that the abnormal content exists, and acquiring abnormal content confirmation information or abnormal content modification information; if the abnormal content confirmation information is acquired, defining the abnormal content as normal content; and if the abnormal content modification information is acquired, modifying according to the abnormal content modification information.
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