CN108804089B - Application service capability plug-in method and system of assembly module - Google Patents
Application service capability plug-in method and system of assembly module Download PDFInfo
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Abstract
The invention provides a method and a system for plug-in application service capability of an assembled module, wherein the method comprises the following steps: the plug-in service generates a corresponding business plug-in according to the received definition statement corresponding to the business function; the plug-in service receives a data source script corresponding to the business plug-in; and after receiving a configuration request corresponding to the service plug-in, the application editor acquires the service plug-in and a data source script thereof from the plug-in service, and configures the service plug-in into an application according to the service plug-in and the data source script thereof. The invention isolates each service field through the definition of the service plug-in, and simultaneously assembles and configures the service plug-in through the editor, thereby realizing the assembly and the reuse of the whole service capability.
Description
Technical Field
The invention relates to the field of mobile application function plug-in development, in particular to a plug-in method and a system for application service capability of an assembled module.
Background
As mobile intelligent devices are increasingly popularized, development technologies of mobile application software are becoming mature. More and more mobile application software development cycles are continuously shortened, the software version changing speed is continuously accelerated, and the traditional mobile application development mode cannot adapt to quick change and high multiplexing of business requirements.
In the aspect of cross-platform development of the existing mobile application, more and more Javascript related front-end technologies are introduced to support the development of mobile application functions, so that the effects of one-time development and multi-platform use are achieved. However, the more flexible cross-platform application development mode has a higher use threshold for users, and cannot be simply and directly used in applications by common users.
The above prior art has the following disadvantages:
1. the modules in the field without service function are independently split, and the application assembly of the service function angle cannot be realized;
2. the business function realization development and the interactive interface realization development are mixed, the development and learning use cost is high, and the reusability is low.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the application service capability plug-in method and the system of the assembly module can realize the decoupling of service development and application assembly and improve the reusability.
In order to solve the technical problems, the invention adopts the technical scheme that:
a method for plug-in application service capability of an assembled module comprises the following steps:
the plug-in service generates a corresponding business plug-in according to the received definition statement corresponding to the business function;
the plug-in service receives a data source script corresponding to the business plug-in;
and after receiving a configuration request corresponding to the service plug-in, the application editor acquires the service plug-in and a data source script thereof from the plug-in service, and configures the service plug-in into an application according to the service plug-in and the data source script thereof.
The invention provides another technical scheme as follows:
an application business capability plug-in system of an assembled module comprises a plug-in service and an application editor in communication connection with the plug-in service;
the plug-in service is used for generating a corresponding business plug-in according to the received definition statement corresponding to the business function; receiving a data source script corresponding to the service plug-in;
and the application editor is used for acquiring the service plug-in and the data source script thereof from the plug-in service after receiving the configuration request corresponding to the service plug-in and configuring the service plug-in into the application according to the service plug-in and the data source script thereof.
The invention has the beneficial effects that: the method comprises the steps that a service plug-in is generated by setting a plug-in service to receive a definition statement of the service plug-in, so that functions required by a developer are split from the service field, each service field is isolated, and an independent plug-in form capable of being directly assembled into an application is formed; meanwhile, a developer can independently define the service function; through the application editor, a developer can directly customize and assemble the application from the perspective of the service function according to the own functional requirements without understanding the implementation logic and complex interaction rules of the application, thereby realizing the assembly and reuse of the whole service capability and the decoupling of the service development and the application assembly.
Drawings
FIG. 1 is a flow chart of a method for plug-in application service capability of an assembled module according to the present invention;
FIG. 2 is a schematic flow chart of a method according to a first embodiment of the present invention;
FIG. 3 is an interaction diagram of the components of an application service capability plug-in system of the present invention.
Detailed Description
In order to explain technical contents, achieved objects, and effects of the present invention in detail, the following description is made with reference to the accompanying drawings in combination with the embodiments.
The most key concept of the invention is as follows: and the service plug-ins are defined to isolate each service field, and meanwhile, the service plug-ins are assembled and configured by the application editor, so that the assembly and the reuse of the whole service capability are realized.
Referring to fig. 1, the present invention provides a method for plug-in application service capability of an assembled module, including:
the plug-in service generates a corresponding business plug-in according to the received definition statement corresponding to the business function;
the plug-in service receives a data source script corresponding to the business plug-in;
and after receiving a configuration request corresponding to the service plug-in, the application editor acquires the service plug-in and a data source script thereof from the plug-in service, and configures the service plug-in into an application according to the service plug-in and the data source script thereof.
From the above description, the beneficial effects of the present invention are: the invention mainly provides the independent splitting capability of the application service function and supports the integral multiplexing of the service capability; the threshold of cross-platform application development is reduced, and the support of decoupling of the service function and the interactive interface control is provided; the flexibility of applying configurable functions is enhanced.
Further, the plug-in service receives a data source script corresponding to the service plug-in, specifically:
the service server receives the definition of the functional interface and the data format corresponding to the service plug-in;
and the plug-in service receives a data source script which is written according to the definition of the functional interface and the data format and corresponds to the business plug-in.
According to the description, the service plug-in module can acquire data support from the server side during operation by specifying the server interface and the data format which need to be requested when interacting with the server side.
Furthermore, the content of the definition declaration includes a page and module parameters of the service plug-in corresponding to the specified service function.
According to the description, the required business function is plugged in by declaring the page and the module parameters of the business plug-in for realizing the business function in the plug-in service; and the developer can directly assemble the plug-in corresponding to the required service function into the application subsequently, so that the separation of the function from the service field is realized.
Further, after receiving the definition statement, the plugin service generates a corresponding business plugin by parsing and formatting the definition statement.
From the above description, it can be known that the plug-in of the service function is realized by analyzing the defined declaration, and preparation is made for the subsequent assembly.
Further, the configuring the service plug-in into an application according to the service plug-in and the data source script thereof specifically includes:
configuring a page and an assembling module displayed in an application according to the page and module parameters in the definition statement;
and acquiring and storing the server data of the service plug-in according to the data source script.
According to the description, the application editor realizes the service capability of the application through splicing according to the service capability requirement of the developer, and the personalized customization of the application service capability is realized.
The invention provides another technical scheme as follows:
an application business capability plug-in system of an assembled module comprises a plug-in service and an application editor in communication connection with the plug-in service;
the plug-in service is used for generating a corresponding business plug-in according to the received definition statement corresponding to the business function; receiving a data source script corresponding to the service plug-in;
and the application editor is used for acquiring the service plug-in and the data source script thereof from the plug-in service after receiving the configuration request corresponding to the service plug-in and configuring the service plug-in into the application according to the service plug-in and the data source script thereof.
From the above description, the beneficial effects of the present invention are: the system is provided with a plug-in service and an application editor, and can receive a definition statement of a business plug-in through the plug-in service, split functions required by a developer from business fields, isolate each business field and form an independent plug-in form which can be directly assembled into an application; meanwhile, a developer can independently define the service function; through the application editor, a developer can directly customize and assemble the application from the perspective of the service function according to the function requirement of the developer, the realization logic and the complex interaction rule of the application do not need to be understood, the assembly and the reuse of the whole service capability are realized, and the decoupling of the service development and the application assembly is realized.
Further, the system also comprises a service server; the business server is in communication connection with the application editor;
the service server is used for receiving definition of a functional interface and a data format corresponding to the service plug-in;
the plug-in server is specifically configured to receive a data source script corresponding to the service plug-in, which is written according to the definition of the functional interface and the data format.
Furthermore, the content of the definition statement received by the plug-in service includes a page and module parameters of the business plug-in corresponding to the specified business function.
Further, the plug-in service is further configured to generate a corresponding service plug-in by parsing and formatting the definition statement after receiving the definition statement.
Further, the application editor is specifically configured to configure a page and an assembly module shown in an application according to the page and module parameters in the definition statement; and
and acquiring and storing the server data of the service plug-in according to the data source script.
Example one
Referring to fig. 2 and fig. 3, the embodiment provides a method for plug-in application service capabilities of an assembled module, and the implementation of the plug-in service capabilities of the embodiment implements plug-in after encapsulating the service capabilities of applications, which is different from a traditional plug-in manner in which a PaaS platform provides service basic capabilities, but provides integral customized addition of specific service capabilities for mobile-end applications. The service plug-in components can be defined to isolate each service field, and meanwhile, the editor is used for splicing and configuring the service plug-in components, so that the whole service capability can be assembled and reused.
Specifically, referring to fig. 2 and the interaction diagram of fig. 3, the method of the present embodiment includes the following steps:
s1: and the plug-in service generates a corresponding business plug-in according to the received definition statement corresponding to the business function.
The service plug-in is composed of a page and a module; the developer can define the interface elements through XML and then send the interface elements to a special plug-in service for analyzing and formatting, so that business plug-in according to business functions is realized.
Specifically, the developer first determines the business domain scope of the business plug-in for the required business capability. Generally, the service field is abstracted from the service function perspective that the plug-in needs to provide, such as chat, news, forums, questions and answers, etc. The pages and modules defined by the business plug-ins provide specific interactive implementations for these abstract business domains.
Then, the developer determines the page and the module which need to be provided for the application editor or the client to display aiming at the service capability, defines the corresponding parameters through the XML programming language, and sends the defined statement to the plug-in service.
Then, the plug-in service receives the definition statement of the business plug-in corresponding to the appointed business capability, and then carries out analysis and formatting according to the content of the definition statement, thereby forming the business plug-in corresponding to the needed business capability, and the business plug-in can be directly called and assembled into an application by an application editor.
The step realizes the splitting of the required functional service and the service field, and establishes an independent service plug-in which can be directly assembled into the application by a common user from the perspective of the service function, so as to prepare for the subsequent application assembly.
S2: and the service server receives the definition of the functional interface and the data format corresponding to the service plug-in.
Since the implementation of the service capability requires the support of server data, when configuring the required service plug-in, the application needs to select a data source to personalize the service data. Specifically, the configuration for implementing the data source may be defined by a Groovy script, a service interface (i.e., a functional interface) and a data format required by the service plug-in are specified in an encoded manner, and a special plug-in service performs execution support on the data source script.
After the application editor configures the plug-in, the service plug-in can obtain the server data in the corresponding data format according to the definition when the application is running.
S3: and the plug-in service receives a data source script which is written according to the definition of the functional interface and the data format and corresponds to the service plug-in.
Specifically, the data of the server interface that is realized based on the support service capability, that is, the above S2, defines the data source script of the service plug-in, specifies the server interface and data format that the service plug-in module needs to request, and opens the script code, supporting the development of the high-level custom interaction function.
Specifically, this step can be realized by the following substeps:
3.1, defining initialization parameters of a return service module by a getCategories method; after a user (developer) adds a plug-in an application editor, the user selects required initialization parameters by the method when adding a business module, and realizes the personalized customization of the module;
3.2, a getSubModel method, which is based on service data realization of business capability and explains a data model; after the application editor configures the plug-in, the application runtime returns data according to the definition formatting server, and page display is carried out;
3.3, defining a server interface corresponding to a certain module of the service plug-in; after the application editor configures the plug-in, the application runtime acquires the server data according to the definition
3.4, getOrgBorders, getNewsList, self-defining method when the service plug-in realizes the data source script; the plug-in development side can realize independently, the script calling is convenient, and support is provided for the user-defined development of the plug-in.
For developers, only the data source script of the service plug-in needs to be written aiming at the service end of the service capability, so that the developers can obtain required service data when the application executes the service capability, the interaction realization of the specified service is completed, and the final display of the service plug-in during the application running does not need to be concerned.
S4: and after receiving a configuration request corresponding to the service plug-in, the application editor acquires the service plug-in and a data source script thereof from the plug-in service, and configures the service plug-in into an application according to the service plug-in and the data source script thereof.
Specifically, when a developer assembles an application through an application editor, the developer selects a corresponding service plug-in according to a service function required by the application; configuring by selecting a page supported by a service plug-in, adding a module, calling a corresponding functional interface in a data source script, dynamically acquiring server data, and storing configuration data; and after the application is constructed, reading configuration during application running to provide service function interactive display.
Specifically, the steps are mainly realized through the following steps:
4.1, the application editor receives a request initiated by a developer for configuring the service function of an application;
4.2, selecting a corresponding service plug-in according to the service function required by the application contained in the request;
4.3, the application editor obtains the selected business plug-in from the plug-in service, and configures the page and the splicing module displayed in the application according to the page and the module parameters in the definition statement of the business plug-in;
4.4, the application editor obtains the data source script corresponding to the selected business plug-in from the plug-in service, and the server data of the business plug-in is obtained from the business server according to the data source script and then is stored;
4.5, storing the operations in the steps 4.3 and 4.4, generating and storing configuration information;
4.6, the application editor sends the configuration information to a construction running end to construct and run the application; and providing interactive display of corresponding service functions by reading configuration information when the application is successfully built and operates.
The embodiment realizes independent splitting and assembling of the service function and decoupling of the service function and the interactive interface. Specifically, the embodiment has the service assembling capability from the service function perspective, the page and module definition of the service plug-in, and the decoupling capability of the service function realized by the data source and the interactive interface.
Corresponding to a specific service scenario of this embodiment:
a county organization department needs to release a member learning app, and news release, learning management and discussion communication are carried out for county members.
1. Aiming at the product requirements, from the perspective of business functions, the product is split into 4 major business functions of user information, news browsing, course learning and community communication.
2. Service plug-in developers respectively interface independent service from the service angle and develop corresponding service plug-ins (all the service plug-ins can be repeatedly used by different products, and can be developed once and repeatedly used).
2.1 user information plug-in, defining and realizing a registration page (a user registration module), a login page (a login module), a personal information page (an account information module and a user data module);
2.2 News browsing plug-in, defining and realizing News listing page (News carousel recommending module, News listing module), News detail page (News detail module, News comment module)
2.3 course learning plug-in, define and realize course tabulation page (course tabulation module), course detail page (course information module, user module of registering), course content page (course data module)
2.4 Community communication plug-in, define and realize the theme list page (theme list module), discuss the communication page (theme information module, discuss the information module)
3. And after receiving the product requirements, the application developer performs application configuration in the application editor.
3.1 taking the configuration of the news service plug-in as an example, the configuration personnel selects to use the news service plug-in and obtains the page and module definition of the news plug-in from the service of the news plug-in.
3.2 selecting to add a news list page, calling a data source script of a news plug-in by an editor, acquiring configurable news sections from a news service end, selecting one section, such as a group service announcement, and configuring a group service announcement news list page. And meanwhile, a news listing module is added for displaying news listing data.
3.3 configuring other service functions in a similar manner
4. After the configuration is completed, the application developer saves the configuration, initiates application construction and generates the app
And 5, the App reads the configuration information during running, existing configuration data are displayed, or appointed business service is called according to configuration, and the acquired service data are displayed at an App end.
Example two
Referring to fig. 3, this embodiment provides a system for plug-in application service capability of an assembled module, which includes a plug-in service, a service, an application editor, and a build operation end; the application programmer is in communication connection with the plug-in service, the business service end and the construction operation end respectively;
the plug-in service is used for generating a corresponding business plug-in according to the received definition statement corresponding to the business function; receiving a data source script corresponding to the service plug-in; specifically, the content of the definition statement received by the plugin service includes a page and module parameters of a specified business function corresponding to the business plugin; specifically, the plug-in service is further configured to generate a corresponding service plug-in by parsing and formatting the definition statement after receiving the definition statement.
The service server is used for receiving definition of a functional interface and a data format corresponding to the service plug-in; the plug-in server is specifically configured to receive a data source script corresponding to the service plug-in, which is written according to the definition of the functional interface and the data format.
And the application editor is used for acquiring the service plug-in and the data source script thereof from the plug-in service after receiving the configuration request corresponding to the service plug-in and configuring the service plug-in into the application according to the service plug-in and the data source script thereof.
In a specific embodiment, the application editor is specifically configured to configure a page and an assembly module shown in an application according to the page and module parameters in the definition statement; and
and acquiring and storing the server data of the service plug-in according to the data source script.
In the embodiment, on one hand, functions required by a user can be split from the service field to form independent plug-ins which can be directly assembled into applications by common users, on the other hand, the application functions are limited in the independent service field range, developers can independently define and develop the service functions, the user can directly customize and assemble the applications from the perspective of the service functions according to the own function requirements, realization logics and complex interaction rules of the applications do not need to be understood, and decoupling of service development and application assembly is realized.
In summary, the method and the system for plug-in application service capability of the module capable of being assembled provided by the invention encapsulate the service function of the application and realize plug-in; the plug-in development party only needs to define the service plug-in providing the service capability, define the page and the module of the service plug-in aiming at the function of the service capability, and write the service plug-in script aiming at the service end of the service capability without concern about the final display of the service plug-in during the application running. When the user edits by the application editor, the plug-in is added, the page module to be displayed is assembled and configured, and the interaction of the designated service is realized. The development method of the service plug-in is used for independently developing the service plug-in of each function according to the service function required to be provided by the service plug-in, and the display effect of the interactive interface of the application is specified by a user during application editing, so that the development of the service capability and the realization of the interactive interface are decoupled.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields are included in the scope of the present invention.
Claims (6)
1. A method for plug-in application service capability of an assembled module is characterized by comprising the following steps:
the plug-in service generates a corresponding business plug-in according to a received definition statement corresponding to a business function, wherein the content of the definition statement comprises a page and module parameters of a specified business function corresponding to the business plug-in;
the plug-in service receives a data source script corresponding to the business plug-in;
after receiving a configuration request corresponding to the business plug-in, the application editor acquires the business plug-in and a data source script thereof from the plug-in service, and configures the business plug-in into an application according to the business plug-in and the data source script thereof;
the configuring the service plug-in into the application according to the service plug-in and the data source script thereof specifically comprises:
configuring a page and an assembly module displayed in an application according to the page and module parameters in the definition statement;
and acquiring and storing the server data of the service plug-in according to the data source script.
2. The method for plug-in application service capability of an assemblable module according to claim 1, wherein the plug-in service receives a data source script corresponding to the service plug-in, specifically:
the service server receives the definition of the functional interface and the data format corresponding to the service plug-in;
and the plug-in service receives a data source script which is written according to the definition of the functional interface and the data format and corresponds to the service plug-in.
3. The method as claimed in claim 1, wherein the plug-in service generates the corresponding service plug-in by parsing and formatting the definition declaration after receiving the definition declaration.
4. An application service capability plug-in system of an assembled module is characterized by comprising a plug-in service and an application editor in communication connection with the plug-in service;
the plug-in service is used for generating a corresponding business plug-in according to a received definition statement corresponding to a business function, and the content of the definition statement received by the plug-in service comprises a page and module parameters of a specified business function corresponding to the business plug-in;
receiving a data source script corresponding to the service plug-in;
the application editor is used for acquiring the service plug-in and the data source script thereof from the plug-in service after receiving the configuration request corresponding to the service plug-in, and configuring the service plug-in into an application according to the service plug-in and the data source script thereof;
the application editor is specifically used for configuring a page and an assembly module displayed in the application according to the page and module parameters in the definition statement; and acquiring and storing the server data of the service plug-in according to the data source script.
5. The system of claim 4, further comprising a service server; the business server is in communication connection with the application editor;
the service server is used for receiving the definition of the functional interface and the data format corresponding to the service plug-in;
the plug-in service is specifically configured to receive a data source script corresponding to the service plug-in, which is written according to the definition of the functional interface and the data format.
6. The system of claim 4, wherein the plug-in service is further configured to generate a corresponding service plug-in by parsing and formatting the definition declaration after receiving the definition declaration.
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| CN106406961A (en) * | 2016-09-27 | 2017-02-15 | 北京奇虎科技有限公司 | Method and device for loading and providing application based on browser |
| CN107276992A (en) * | 2017-05-26 | 2017-10-20 | 亿海蓝（北京）数据技术股份公司 | A kind of method and system of multi-data source access |
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