CN116560637B - Method and system for developing application system in configuration form for digital transformation - Google Patents
Method and system for developing application system in configuration form for digital transformation Download PDFInfo
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Abstract
The invention discloses a development method and a system for a digital transformation application system, wherein the method is characterized in that code-free configuration and low-code development assembly are called and assembled, and the development method comprises the following steps: the label system model preset by the knowledge graph theory can realize free addition and infinite expansion of the supply of data required by the development application system; the development of the client application is based on a data structure of a label system, and a nestable container is configured on a canvas to realize the configurability of a client application interface of an application system; the command and logic relation processing needed to be executed by the application system background is completed by a configuration flow, and the event of the client interface triggers the corresponding flow through a system signal, so that the functions of data addition, deletion and verification are realized. The invention can complete the whole-flow rapid development, agile delivery and continuous iteration of the data architecture, interface information, interface operation, background command execution, logic relation processing, data addition, deletion and check of any application system by the configuration method.
Description
Technical Field
The invention relates to the technical field of development of informationized application software, in particular to a method and a system for developing an application system in a configuration form, which can be used for digital transformation.
Background
With the advent of the enterprise digitization era, it has been realized from country to enterprise to person that perceptual informatization must be developed towards digital driven intelligent, providing support for enterprise development strategies. Due to the development and industry characteristics of enterprises, the digital system has special requirements, and especially the special requirements of the enterprises in the aspects of the industry individuation requirements of the enterprises and the individuation requirements of the enterprises are urgent. With the increasing demands of enterprise application programs, professional developers need to deeply communicate and learn the demands of the industry due to the fact that business logic of the industry is not known, but are limited by time and cognitive ability, so that a large number of application program development tasks are backlogged.
According to the prediction of Gartner, the demand of 2021 market for development of personalized application systems is five times of the productivity of IT companies, and in order to fill the gap of the productivity, the existing method mainly cultures and develops by relying on cross-border talents, but has the following defects:
(1) The culture cross-border talents have the problems of long time and more contents, and the feasibility is not high;
(2) The traditional system development mode comprises links such as demand analysis, architecture design, prototype design, front-end development, back-end development, test, implementation operation and maintenance and the like, the development period is long, the constructed business logic is often mismatched with a real business scene, a program error is modified on a single system to generate a disorder image of 'pulling and sending a whole body', a plurality of program errors are caused to occur, and the new functions or modules are added to consider the related problems of the aspects of the existing aspects, so that the iteration update and maintenance work time is long and the workload is large.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a method and a system for developing an application system in a configuration form, which can be used for digital transformation, and are used for solving the technical problems of mismatch between service logic and a real service scene, long iterative updating and maintenance working time and large workload in the prior art when the application system is subjected to personalized development, thereby achieving the purpose of developing the application system in a code-free configuration form.
In order to solve the problems, the technical scheme adopted by the invention is as follows:
a method for developing an application system in a configuration form for digital transformation, comprising the steps of:
developing an application system in the form of full configuration or partial configuration plus code programming;
wherein the application system configurable content comprises: the tag system, the client application and the computer execute the command flow.
As a preferred embodiment of the invention, the tag system is a preset model, and the model prescribes a generation method and association relation of various parameters of metadata;
the various parameters include: the method comprises the steps of entity parameters, entity characteristic parameters, entity-entity relation parameters and relation characteristic parameters, wherein the various parameters exist in a key name and key value mode, the key name prescribes the category of the parameters, and the key value is a value result of the parameters.
The label system is presented in a template form at a client, and only labels with key names and key values are required to be created in different partitions of a template, and the labels obtain metadata attributes specified by the template;
the metadata attribute comprises a category of the parameter and a key value model, the key value model is associated with the created key name, and the label of the key name and the key value has uniqueness in the label system.
As a preferred embodiment of the present invention, when configuring the client application, the method includes: selecting labels in the label system, and combining the selected labels to finish information description of the objective reality event; when the client writes the tag value, the written information is automatically stored to the corresponding position of the back-end database through the standard interface uniquely corresponding to the tag according to the attribute parameters of the tag during creation, and meanwhile, membership or association relation with other tags is automatically established.
As a preferred embodiment of the present invention, when the client application reads database data, the method includes: and selecting a label in the label system, and reading label information and associated information of the label through a standard interface uniquely corresponding to the label according to attribute parameters of the label when the label is created and the requirement condition of the client application.
As a preferred implementation mode of the invention, the client comprises an application system computer terminal interface, a mobile terminal interface, a dynamic report and dynamic data visualization display;
the interface configuration method comprises the following steps: adding containers on the canvas, configuring container parameters for each container, wherein the container parameters comprise the type of the anchored entity and the relation type of the entity and the entity, and configuring container contents for each container, and the container contents comprise labels, event components, icons and filtering conditions in the label system.
As a preferred embodiment of the present invention, the method for configuring an interface further includes: selecting a label template library, an event component template library, an icon template library and a filtering condition template library to automatically generate a page;
the event components are classification of operation actions of a front-end page of the computer, and each event component can autonomously configure action effects and action results; wherein, the action result must generate one or more system signals, which can trigger a system engine, a system flow and a system application;
when the event component is used for configuring the page, an interface binding engine, a process and an application are not needed, containers in the page can coexist and nest, and nested child containers automatically inherit container parameters of a parent container.
As a preferred implementation mode of the invention, the container content triggers a label adding, deleting, checking and checking engine, a system flow and a system application through an event component written in the configuration execution, a value result of a label is produced, metadata is generated by combining the value result and container parameters, the metadata is stored in a background database through an automatic interface, and the background database broadcasts the metadata to the page for rendering;
triggering a public application programming interface to request a label value result from the back-end database by the label of the container content through executing a configured reading event, and rendering;
each independent interface is one container, and the container is associated with other interfaces in a uniform resource location mark mode.
As a preferred embodiment of the present invention, the method for configuring the dynamic report includes: generating row dimension filtering conditions and column dimension filtering conditions by selecting labels in the label system, and screening out specific entities needing statistics by combining an entity filtering component;
generating related numbers of the specific entities through functions or custom formulas, rendering the related numbers into a table, and associating a list of the specific entities by clicking the numbers in the table;
the configuration method for the visual display of the dynamic data comprises the following steps: the data set to be displayed is configured into a report form or a part of rows and columns in the existing report form are selected, and the data view conversion component is used for converting the data set into different graphics required by canvas configuration.
As a preferred embodiment of the present invention, when configuring the computer to execute a command flow, the configuration content includes: triggering conditions for starting the flow, conditions for judging the gateway and the process of the flow, tasks executed by a computer, and signals or labels thrown after the flow is finished;
when the triggering condition of the process is configured, the configuration content comprises: entity type, entity type with special attribute, specific value result content of label, signal content thrown by event component triggered manually during operation system; the triggering condition for starting the flow is composed of a system signal or a label value, wherein the system signal comprises an entity generation signal, a label value generation signal and a manual signal;
the condition judgment gateway of the process is based on the label value result, and the process of the process is advanced by selecting different next paths through presetting different label value results;
the tasks executed by the computer comprise manual tasks and automatic tasks;
the manual task is configured in a mode of dragging a label or an event component, and the manual task is executed by pushing the setting, wherein the configuration effect is realized by taking the attribute of a person or the relationship between the person and other entities as a screening condition;
configuring the automatic task by introducing the engine or application packaged by the system into a flow;
when a task executed by the computer generates a label, a standard label name and a label value are selected as generated label information, and the label information automatically inherits relevant label parameters transmitted by the task executed by the computer, so that the background automatic storage of the label information is realized;
and the signal or the label thrown after the flow is finished comprises the following steps: the signal content, specific tags and tag value results are set.
A system for developing an application system in a configuration form, which can be used for digital transformation, the application system being developed in a full configuration or partial configuration plus code programming form; the system comprises:
the tag system configuration module is used for configuring a tag system;
the client application configuration module is used for configuring the client application;
the computer execution command flow configuration module is used for configuring the computer execution command flow.
Compared with the prior art, the invention has the beneficial effects that:
(1) The method provided by the invention can realize the effect similar to micro service, the decoupling effect is very outstanding, and various applications and processes exist in a plug-in type form and are plug-and-play;
(2) The invention develops the application system in a code-free configuration mode, can realize the good situation of 'all people' development, and provides basic guarantee for the generation of the digital rapid transformation situation;
(3) The method provided by the invention can complete the full-flow rapid development, agile delivery and continuous iteration of the data architecture, interface information, interface operation, background command execution, logic relation processing, data addition, deletion, correction and the like of any application system completely through the configuration method.
The invention is described in further detail below with reference to the drawings and the detailed description.
Drawings
FIG. 1 is a business flow diagram of a method and system for developing an application system in a configuration form that can be used for digital transformation in accordance with an embodiment of the present invention;
FIG. 2 is a logical diagram of a technical framework of a method and system for developing an application system in a configuration form that can be used for digital transformation in accordance with an embodiment of the present invention.
Reference numerals illustrate: 1. a tag system configuration module; 2. a client application configuration module; 3. the computer executes the command flow configuration module.
Detailed Description
The method for developing the application system in the configuration form, which is provided by the invention, can be used for digital transformation, and comprises the following steps:
developing an application system in the form of full configuration or partial configuration plus code programming;
wherein the application system configurable content comprises: the tag system, the client application and the computer execute the command flow.
Specifically, the method provided by the invention is characterized by no code configuration and low code development component call assembly. Comprising the following steps: the label system model preset by the knowledge graph theory solves the structural problem of the data types and the relation between the data required by the development of the application system, and can realize free addition and infinite expansion of the supply of the data required by the development of the application system; the development of the client application is based on a data structure of a label system, a nestable container is configured on a canvas, data to be rendered, relation information between the data and events of operations required by the client application interface are configured in the container, and the configurability of the client application interface of the application system is realized; the processing of the command and the logic relation needed to be executed by the background of the application system is completed by a method of configuring the flow, and the event of the client interface triggers the corresponding flow in a system signal mode, so that the data adding, deleting and checking functions of the application system are realized.
Further, the tag system is a preset model, and the model prescribes a generation method and association relation of various parameters of metadata;
the various parameters include: the method comprises the steps of entity parameters, entity characteristic parameters, entity-entity relation parameters and relation characteristic parameters, wherein various parameters exist in a key name and key value mode, the key name prescribes the category of the parameters, and the key value is a value result of the parameters.
The label system is presented in a template form at the client, and only labels with key names and key values are required to be created in different partitions of the template, and the labels obtain metadata attributes specified by the template;
the metadata attributes include the category of the parameter and a key-value model, the key-value model and the created key-name are associated with each other, and the key-name + key-value label has uniqueness in the label system.
Further, when configuring the client application, the method includes: selecting labels in a label system, and combining the selected labels to finish information description of objective reality events; when the client writes the tag value, the written information is automatically stored to the corresponding position of the back-end database through the standard interface uniquely corresponding to the tag according to the attribute parameters of the tag during creation, and meanwhile, membership or association relation with other tags is automatically established.
Further, when the client application reads the database data, the method includes: the label information and the associated information of the label are read through the standard interface uniquely corresponding to the label according to the attribute parameters in the label system and the requirement conditions of the client application when the label is created.
Further, the client comprises an application system computer end interface, a mobile end interface, a dynamic report and a dynamic data visualization display;
the interface configuration method comprises the following steps: adding containers on the canvas, configuring container parameters for each container, wherein the container parameters comprise the type of the anchored entity and the relation type of the entity and the entity, configuring container contents for each container, and the container contents comprise labels, event components, icons and filtering conditions in a label system.
Further, the interface configuration method further includes: selecting a label template library, an event component template library, an icon template library and a filtering condition template library to automatically generate a page;
the event components are classification of operation actions of a front-end page of the computer, and each event component can autonomously configure action effects and action results; wherein, the action result must generate one or more system signals, which can trigger the system engine, system flow and system application;
when the event component is used for configuring the page, an interface binding engine, a process and an application are not needed, containers in the page can coexist and nest, and nested child containers automatically inherit container parameters of a parent container.
Specifically, the maximum decoupling effect of the front end and the back end can be realized by using the event component configuration page without binding an engine, a flow and an application through an interface.
Further, the container content triggers a label adding, deleting and checking engine, a system flow and a system application through an event component written in when configuration is executed, a value result of a label is produced, metadata is generated by merging the value result and container parameters, the metadata is stored in a background database through an automatic interface, and the background database broadcasts the metadata to a page for rendering;
triggering a public application programming interface to request a label value result from a back-end database through executing a configured reading event by the label of the container content, and rendering;
each independent interface is a container, and the container is associated with other interfaces in a uniform resource location mark mode.
Further, the method for configuring the dynamic report comprises the following steps: generating a row dimension filtering condition and a column dimension filtering condition by selecting labels in a label system, and screening out specific entities needing to be counted by combining an entity filtering component;
generating related numbers of specific entities through functions or custom formulas, rendering the related numbers into a table, and clicking the numbers in the table to correlate a list of the specific entities;
the configuration method for the visual display of the dynamic data comprises the following steps: the data set to be displayed is configured into a report form or a part of rows and columns in the existing report form are selected, and the data view conversion component is used for converting the data set into different graphics required by canvas configuration.
Further, when the configuration computer executes the command flow, the configuration content includes: triggering conditions for starting the flow, conditions for judging the gateway and the process of the flow, tasks executed by a computer, and signals or labels thrown after the flow is finished;
when the trigger condition of the beginning of the configuration flow is configured, the configuration content comprises: entity type, entity type with special attribute, specific value result content of label, signal content thrown by event component triggered manually during operation system; the triggering condition for starting the flow is composed of a system signal or a label value, wherein the system signal comprises an entity generation signal, a label value generation signal and a manual signal;
the condition judgment gateway of the process is based on the label value result, and the process of the process is advanced by selecting different next paths through presetting different label value results;
the tasks executed by the computer include manual tasks and automatic tasks;
the manual task is configured in a mode of dragging the tag or the event component, and the manual task is performed by pushing the device, so that the configuration effect is realized by taking the attribute of the person or the relationship between the person and other entities as a screening condition;
the system encapsulated engine or application is led to the process to configure automatic tasks;
when a task executed by a computer generates a label, a standard label name and a label value are selected as generated label information, and the label information automatically inherits relevant label parameters transmitted by the task executed by the computer, so that the background automatic storage of the label information is realized;
and after the flow is finished, the thrown signal or label comprises: the signal content, specific tags and tag value results are set.
The system provided by the invention can be used for digitally transforming the development application system in a configuration form, and the development application system in a full configuration or partial configuration plus code programming form; as shown in fig. 1, the system includes: the system comprises a tag architecture configuration module 1, a client application configuration module 2 and a computer execution command flow configuration module 3. The tag system configuration module 1 is used for configuring a tag system; the client application configuration module 2 is used for configuring a client application; the computer execution command flow configuration module 3 is used for configuring the computer execution command flow.
Fig. 2 is a logical view of a technical framework of a method and system for developing an application system in a configuration form that can be used for digital transformation, and fig. 1 and fig. 2 provide an overall business flow and a technical framework employed in developing an application system in a configuration form according to the present invention.
The above embodiments are only preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, but any insubstantial changes and substitutions made by those skilled in the art on the basis of the present invention are intended to be within the scope of the present invention as claimed.
Claims (6)
1. A method for developing an application system in a configuration form for digital transformation, comprising the steps of:
developing an application system in the form of full configuration or partial configuration plus code programming;
the content to be configured by the application system comprises: executing a command flow by a label system, a client application and a computer;
the label system is a preset model, and the model prescribes a generation method and association relation of various parameters of metadata;
the various parameters include: the method comprises the steps of entity parameters, entity characteristic parameters, entity-entity relation parameters and relation characteristic parameters, wherein the various parameters exist in a key name and key value mode, the key name prescribes the category of the parameters, and the key value is a value result of the parameters;
the label system is presented in a template form at a client, and only labels with key names and key values are required to be created in different partitions of a template, and the labels obtain metadata attributes specified by the template;
the metadata attribute comprises a category of a parameter and a key value model, the key value model is associated with the created key name, and the label of the key name and the key value has uniqueness in the label system;
when configuring the client application, the method comprises the following steps: selecting labels in the label system, and combining the selected labels to finish information description of the objective reality event; when the client writes the tag value, according to the attribute parameters of the tag during creation, the written information is automatically stored to the corresponding position of the back-end database through the standard interface uniquely corresponding to the tag, and meanwhile, membership or association relation with other tags is automatically established;
when the client application reads database data, the method comprises the following steps: the label information and the associated information of the label are read through a standard interface uniquely corresponding to the label according to the attribute parameters of the label in the label system and the requirement conditions of the client application;
when the computer is configured to execute the command flow, the configuration content comprises: triggering conditions for starting the flow, conditions for judging the gateway and the process of the flow, tasks executed by a computer, and signals or labels thrown after the flow is finished;
when the triggering condition of the process is configured, the configuration content comprises: entity type, entity type with special attribute, specific value result content of label, signal content thrown by event component triggered manually during operation system; the triggering condition for starting the flow is composed of a system signal or a label value, wherein the system signal comprises an entity generation signal, a label value generation signal and a manual signal;
the condition judgment gateway of the process is based on the label value result, and the process of the process is advanced by selecting different next paths through presetting different label value results;
the tasks executed by the computer comprise manual tasks and automatic tasks;
the manual task is configured in a mode of dragging a label or an event component, and the manual task is executed by pushing the setting, wherein the configuration effect is realized by taking the attribute of a person or the relationship between the person and other entities as a screening condition;
configuring the automatic task by introducing the engine or application packaged by the system into a flow;
when a task executed by the computer generates a label, a standard label name and a label value are selected as generated label information, and the label information automatically inherits relevant label parameters transmitted by the task executed by the computer, so that the background automatic storage of the label information is realized;
and the signal or the label thrown after the flow is finished comprises the following steps: the signal content, specific tags and tag value results are set.
2. The method for developing application systems in a configuration form for digital transformation according to claim 1, wherein the client comprises an application system computer terminal interface, a mobile terminal interface, a dynamic report and a dynamic data visual display;
the interface configuration method comprises the following steps: adding containers on the canvas, configuring container parameters for each container, wherein the container parameters comprise the type of the anchored entity and the relation type of the entity and the entity, and configuring container contents for each container, and the container contents comprise labels, event components, icons and filtering conditions in the label system.
3. The method for developing an application system in a configuration form usable for digital transformation according to claim 2, wherein the configuration method of the interface further comprises: selecting a label template library, an event component template library, an icon template library and a filtering condition template library to automatically generate a page;
the event components are classification of operation actions of a front-end page of the computer, and each event component can autonomously configure action effects and action results; wherein, the action result must generate one or more system signals, which can trigger a system engine, a system flow and a system application;
when the event component is used for configuring the page, an interface binding engine, a process and an application are not needed, containers in the page can coexist and nest, and nested child containers automatically inherit container parameters of a parent container.
4. The method for developing application systems in a configuration form, which can be used for digital transformation according to claim 2, wherein the container content triggers a label adding and deleting and checking engine, a system flow and a system application through an event component written in the execution of configuration, produces a value result of a label, combines the value result with container parameters to generate metadata, stores the metadata into a background database through an automatic interface, and broadcasts the metadata to the interface for rendering;
triggering a public application programming interface to request a label value result from the back-end database by the label of the container content through executing a configured reading event, and rendering;
each independent interface is one container, and the container is associated with other interfaces in a uniform resource location mark mode.
5. The method for developing an application system in a configuration form for digital transformation according to claim 2, wherein the method for configuring the dynamic report comprises: generating row dimension filtering conditions and column dimension filtering conditions by selecting labels in the label system, and screening out specific entities needing statistics by combining an entity filtering component;
generating related numbers of the specific entities through functions or custom formulas, rendering the related numbers into a table, and associating a list of the specific entities by clicking the numbers in the table;
the configuration method for the visual display of the dynamic data comprises the following steps: the data set to be displayed is configured into a report form or a part of rows and columns in the existing report form are selected, and the data view conversion component is used for converting the data set into different graphics required by canvas configuration.
6. A system for developing an application system in a configuration form for digital transformation, characterized in that the application system is developed in a full configuration or partial configuration plus code programming form; the system comprises:
the tag system configuration module is used for configuring a tag system;
the client application configuration module is used for configuring the client application;
the computer execution command flow configuration module is used for configuring the computer execution command flow;
the label system is a preset model, and the model prescribes a generation method and an association relation of various parameters of metadata;
the various parameters include: the method comprises the steps of entity parameters, entity characteristic parameters, entity-entity relation parameters and relation characteristic parameters, wherein the various parameters exist in a key name and key value mode, the key name prescribes the category of the parameters, and the key value is a value result of the parameters;
the label system is presented in a template form at a client, and only labels with key names and key values are required to be created in different partitions of a template, and the labels obtain metadata attributes specified by the template;
the metadata attribute comprises a category of a parameter and a key value model, the key value model is associated with the created key name, and the label of the key name and the key value has uniqueness in the label system;
when configuring the client application, the method comprises the following steps: selecting labels in the label system, and combining the selected labels to finish information description of the objective reality event; when the client writes the tag value, according to the attribute parameters of the tag during creation, the written information is automatically stored to the corresponding position of the back-end database through the standard interface uniquely corresponding to the tag, and meanwhile, membership or association relation with other tags is automatically established;
when the client application reads database data, the method comprises the following steps: the label information and the associated information of the label are read through a standard interface uniquely corresponding to the label according to the attribute parameters of the label in the label system and the requirement conditions of the client application;
when the computer is configured to execute the command flow, the configuration content comprises: triggering conditions for starting the flow, conditions for judging the gateway and the process of the flow, tasks executed by a computer, and signals or labels thrown after the flow is finished;
when the triggering condition of the process is configured, the configuration content comprises: entity type, entity type with special attribute, specific value result content of label, signal content thrown by event component triggered manually during operation system; the triggering condition for starting the flow is composed of a system signal or a label value, wherein the system signal comprises an entity generation signal, a label value generation signal and a manual signal;
the condition judgment gateway of the process is based on the label value result, and the process of the process is advanced by selecting different next paths through presetting different label value results;
the tasks executed by the computer comprise manual tasks and automatic tasks;
the manual task is configured in a mode of dragging a label or an event component, and the manual task is executed by pushing the setting, wherein the configuration effect is realized by taking the attribute of a person or the relationship between the person and other entities as a screening condition;
configuring the automatic task by introducing the engine or application packaged by the system into a flow;
when a task executed by the computer generates a label, a standard label name and a label value are selected as generated label information, and the label information automatically inherits relevant label parameters transmitted by the task executed by the computer, so that the background automatic storage of the label information is realized;
and the signal or the label thrown after the flow is finished comprises the following steps: the signal content, specific tags and tag value results are set.
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