CN110673892A - Interface unified calling method based on component configuration - Google Patents
Interface unified calling method based on component configuration Download PDFInfo
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- CN110673892A CN110673892A CN201910873731.XA CN201910873731A CN110673892A CN 110673892 A CN110673892 A CN 110673892A CN 201910873731 A CN201910873731 A CN 201910873731A CN 110673892 A CN110673892 A CN 110673892A
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
The invention relates to the technical field of data exchange, in particular to a unified interface calling method based on component configuration, which comprises the following steps: s1, loading components, wherein the loading components dynamically load all component configuration information into an application program; s2, analyzing the component, namely finding a path where the component is located by the application program according to the configuration information of the component loaded in the step S1, and analyzing the component; s3, verifying the component, namely verifying the correctness of the analysis result of the component analyzed in the step S2; s4, initializing the component, and setting default values of the initial configuration of the component which completes the step S3; s5, using, namely using the component before and after interface calling, using the authentication component and the request analysis component before the interface calling, and using the analysis component and the cache group price after the interface calling; s6, unloading the components, and unloading the components which are not suitable for use. The invention can realize the unified calling of the interface without the development of a system level, thereby greatly reducing the implementation period and the difficulty of product development.
Description
Technical Field
The invention relates to the technical field of data exchange, in particular to a unified interface calling method based on component configuration.
Background
With the rapid development of electronic government affairs and the requirement of service collaboration among departments, the number of Web and RPC remote services is rapidly increased, and because the services are from different departments, the safety, the standardization and the data consistency cannot be guaranteed, so that the standardization of electronic government interface services is guaranteed, the clear boundaries of company products are ensured, the safety and the reliability are realized, different sources are realized in a larger range at a higher level, the unified management and control and the operation of different types of interface services are urgently needed, the unified management of the interface services is urgently needed, the unified management of service sharing among the departments is realized, meanwhile, a management platform meeting the butt joint form of various service interfaces can be provided, and more convenience supports are provided for data sharing and exchange.
Disclosure of Invention
The invention aims to provide an interface unified calling method based on component configuration, which can realize the unified calling of interfaces without system-level development, thereby greatly reducing the implementation period and the difficulty of product development.
In order to solve the technical problem, the invention provides an interface unified calling method based on component configuration, which is characterized in that: the method comprises the following steps:
s1, loading the component, wherein the loading component is carried out after the application program is started, and the loading component dynamically loads all the component configuration information into the application program;
s2, analyzing the component, wherein the application program finds the path of the component according to the configuration information of the component loaded in the step S1 and analyzes the component;
s3, verifying the component, namely verifying the correctness of the analysis result of the component analyzed in the step S2, entering the next link after the verification is successful, and requiring the step S1 and the step S2 to be carried out again after the verification fails;
s4, initializing the component, and setting default values of the initial configuration of the component which completes the step S3;
s5, using, namely using the component before and after interface calling, using the authentication component and the request analysis component before the interface calling, and using the analysis component and the cache group price after the interface calling;
s6, unloading the components, and unloading the components which are not suitable for use.
Further, the user customizes the component, and the customizing component comprises the following steps:
q1., downloading a basic component package, introducing the downloaded basic component package during development, inheriting a relevant abstract class for development, writing the basic component package into a service place, and packaging after development is completed;
uploading, namely adding a new component on a self-defined component management page, filling component description information, uploading a component package and storing;
q3. configuration, selecting the interface needed to use the self-defining component, and configuring the necessary parameters of the component.
Furthermore, a standard springMVC mode and a java hot loading technology are adopted, the time stamp change of the class file is detected at regular time, and if the time stamp of the class is changed, the class is reloaded
The invention has the beneficial effects that: the method comprises the following steps: s1, loading the component, wherein the loading component is carried out after the application program is started, and the loading component dynamically loads all the component configuration information into the application program; s2, analyzing the component, wherein the application program finds the path of the component according to the configuration information of the component loaded in the step S1 and analyzes the component; s3, verifying the component, namely verifying the correctness of the analysis result of the component analyzed in the step S2, entering the next link after the verification is successful, and requiring the step S1 and the step S2 to be carried out again after the verification fails; s4, initializing the component, and setting default values of the initial configuration of the component which completes the step S3; s5, using, namely using the component before and after interface calling, using the authentication component and the request analysis component before the interface calling, and using the analysis component and the cache group price after the interface calling; s6, unloading the components, and unloading the components which are not suitable for use. The invention can realize the unified calling of the interface without the development of a system level, thereby greatly reducing the implementation period and the difficulty of product development.
Drawings
FIG. 1 is a flow chart of the invention.
Detailed Description
As shown in fig. 1, the present invention provides a unified interface calling method based on component configuration, which is characterized in that: the method comprises the following steps:
s1, loading the component, wherein the loading component is carried out after the application program is started, and the loading component dynamically loads all the component configuration information into the application program;
s2, analyzing the component, wherein the application program finds the path of the component according to the configuration information of the component loaded in the step S1 and analyzes the component;
s3, verifying the component, namely verifying the correctness of the analysis result of the component analyzed in the step S2, entering the next link after the verification is successful, and requiring the step S1 and the step S2 to be carried out again after the verification fails;
s4, initializing the component, and setting default values of the initial configuration of the component which completes the step S3;
s5, using, namely using the component before and after interface calling, using the authentication component and the request analysis component before the interface calling, and using the analysis component and the cache group price after the interface calling;
s6, unloading the components, and unloading the components which are not suitable for use.
Further, the user customizes the component, and the customizing component comprises the following steps:
q1., downloading a basic component package, introducing the downloaded basic component package during development, inheriting a relevant abstract class for development, writing the basic component package into a service place, and packaging after development is completed;
uploading, namely adding a new component on a self-defined component management page, filling component description information, uploading a component package and storing;
q3. configuration, selecting the interface needed to use the self-defining component, and configuring the necessary parameters of the component. After configuration is completed, the interface call may perform some processing of the business logic based on the current component.
Furthermore, a standard springMVC mode and a java hot loading technology are adopted, the time stamp change of the class file is detected at regular time, and if the time stamp of the class is changed, the class is reloaded
The method adopts a standard springMVC mode and a java hot loading technology, can be summarized into a background thread when a container is started, detects the timestamp change of class files at regular time, and reloads the classes if the timestamp of the classes is changed. Compared with the reflection mechanism of java, reflection is to acquire class information during running and change the program behavior through dynamic calling; the hot loading directly changes the program behavior by reloading the change class information during running, the hot deployment principle is similar, but the whole application is directly reloaded, and the mode releases the memory, is cleaner and more thorough than the hot loading, and is more time-consuming at the same time.
Many inconsistent interface call parameters are found in the government affair information resource sharing and exchanging and the national platform docking, including requests for data parameters, analysis of return parameters, authorization modes and the like, and through self-contained components of the system (WeChat login, qq login, current limit, black list, white list and the like), a user only needs to add configuration information (for example, WeChat login, related authorization information called by WeChat login is added on a configuration interface, and flow control information needs to be added for current limit configuration). After the configuration is completed, the system automatically analyzes the configuration in the interface calling process and triggers the corresponding flow of each component (for example, WeChat login, the authentication of WeChat login is carried out firstly, and the interface is called after the authorization is passed)
The present invention will be described in detail below with reference to an example of enterprise data opening. In this example, the service interface adopts restfull, the authentication interface of the enterprise includes WeChat login, qq login, and username and password login modes, and the specific execution steps must be supported as follows:
a) according to the steps S1 and S2, starting a component application platform, and loading and analyzing the built-in components;
b) according to the steps S3 and S4, the enterprise authentication interface is accessed to the platform, a system built-in component (user name and password login) is configured, the component needs to be verified in the configuration, and the platform initializes the component to the enterprise authentication interface after the verification is successful;
c) and developing the WeChat authentication component and the qq authentication component according to the custom development component flow and the specification.
d) According to step S5, the application login invokes authentication, the application login invokes the component according to the invocation instance provided by the component, and the authentication component invokes the component based on the authentication invocation before the authentication interface is executed;
e) according to the step Q1, for WeChat login, the platform itself has no built-in component, development is carried out according to a component development template and a WeChat related protocol, and the development is completed and packed into jar text;
f) according to the step Q2, after the development is completed, the components are packaged and uploaded, a user-defined component is selected on an application platform for uploading, and description information of the components is required to be input in the uploading process;
g) according to the step Q3, after the component is uploaded, the content of the component needs to be configured, and the wechat authentication login configuration mainly fills in the information such as wechat credentials and IP addresses required by the system.
h) After the component configuration is completed, the component can be used as the built-in component of the system.
The invention can realize the unified calling of the interface without the development of a system level, thereby greatly reducing the implementation period and the difficulty of product development.
Claims (3)
1. A unified interface calling method based on component configuration is characterized in that: the method comprises the following steps:
s1, loading the component, wherein the loading component is carried out after the application program is started, and the loading component dynamically loads all the component configuration information into the application program;
s2, analyzing the component, wherein the application program finds the path of the component according to the configuration information of the component loaded in the step S1 and analyzes the component;
s3, verifying the component, namely verifying the correctness of the analysis result of the component analyzed in the step S2, entering the next link after the verification is successful, and requiring the step S1 and the step S2 to be carried out again after the verification fails;
s4, initializing the component, and setting default values of the initial configuration of the component which completes the step S3;
s5, using, namely using the component before and after interface calling, using the authentication component and the request analysis component before the interface calling, and using the analysis component and the cache group price after the interface calling;
s6, unloading the components, and unloading the components which are not suitable for use.
2. The method for unified calling of an interface based on component configuration according to claim 1, wherein: the user customizes the assembly, and the customization of the assembly comprises the following steps:
q1., downloading a basic component package, introducing the downloaded basic component package during development, inheriting a relevant abstract class for development, writing the basic component package into a service place, and packaging after development is completed;
uploading, namely adding a new component on a self-defined component management page, filling component description information, uploading a component package and storing;
q3. configuration, selecting the interface needed to use the self-defining component, and configuring the necessary parameters of the component.
3. The method for unified calling of an interface based on component configuration according to claim 1, wherein: the method adopts a standard springMVC mode and a java hot loading technology, regularly detects the time stamp change of the class file, and reloads the class if the time stamp of the class is changed.
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