WO2023130978A1 - 一种企业数字中台中资源服务应用的调用系统和方法 - Google Patents
一种企业数字中台中资源服务应用的调用系统和方法 Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- 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
- G06F9/46—Multiprogramming arrangements
- G06F9/48—Program initiating; Program switching, e.g. by interrupt
- G06F9/4806—Task transfer initiation or dispatching
- G06F9/4843—Task transfer initiation or dispatching by program, e.g. task dispatcher, supervisor, operating system
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- 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
- G06F9/46—Multiprogramming arrangements
- G06F9/50—Allocation of resources, e.g. of the central processing unit [CPU]
- G06F9/5005—Allocation of resources, e.g. of the central processing unit [CPU] to service a request
- G06F9/5027—Allocation of resources, e.g. of the central processing unit [CPU] to service a request the resource being a machine, e.g. CPUs, Servers, Terminals
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- 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
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/547—Remote procedure calls [RPC]; Web services
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- G—PHYSICS
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- G06F2209/54—Indexing scheme relating to G06F9/54
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Definitions
- the present application relates to the field of computer technology, in particular to a system and method for invoking resource service applications in Taichung in an enterprise digital center.
- the present application relates to a computer storage medium and an electronic device at the same time.
- Digital transformation is based on digital transformation (Digitization) and digital upgrade (Digitalization), which can touch the core business of the enterprise and establish a transformation with the goal of business operation model.
- This application provides a system and method for invoking resource service applications in an enterprise digital platform to solve the problem in the prior art that due to the extension point service application traffic isolation method in the resource service application in the platform, it cannot maintain good isolation when the request traffic increases Performance issues.
- This application provides an invocation system for enterprise digital middle platform resource service applications, including: enterprise digital middle platform management and control platform, extension point service application configuration library, and resource service application middle platform container;
- the enterprise digital middle platform management and control platform is used to create extension point service application configuration data according to the extension point service application request, and the extension point service application configuration data includes: multiple resource service application identification information, and each resource service application The corresponding relationship between the identification information and the extension point service application; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the participating identity of the resource service application identity information;
- the extension point service application configuration library is used to store the extension point service application configuration data.
- the resource service application middle platform container is used to obtain the extension point service application configuration data from the extension point service application configuration library, and create a resource service application middle platform process and an extension point service application process according to the corresponding relationship , and establish a local communication relationship between the platform process in the resource service application and the extension point service application process.
- the main process in the platform container in the resource service application is configured to read the correspondence between the identity information and the extension point service application from the extension point service application configuration library, and The corresponding relationship creates the platform process of the resource service application and the application process of the extension point service.
- the resource service application middle-end container establishes a local communication relationship between the resource service application middle-end process and the extension point service application process according to the enterprise data middle-end service framework.
- the main process in the platform container of the resource service application acquires the change data of the extension point service application configuration data in the extension point service application configuration library, and determines the The resource service application middle stage process and the adjustment method of the extension point service application process.
- the change data of the extension point service application configuration library obtained by the main process is a new resource service application identifier and a new extension point service application
- the resource service application In the platform container, create the new extension point service application according to the program file of the new extension point service application obtained from the enterprise digital middle platform management and control platform, and establish the new extension point service application and the resource The local communication relationship between the platform processes in the service application.
- the change data of the extension point service application configuration library obtained by the main process is to delete the resource service application identifier and/or the extension point service application, then in the resource The extension point service application process corresponding to the extension point service application is deleted from the platform container in the service application.
- the change data of the extension point service application configuration library acquired by the main process is to modify the resource service application identifier and/or the extension point service application
- the change data of the extension point service application configuration library acquired by the main process is to modify the resource service application identifier and/or the extension point service application
- the change data of the extension point service application configuration library acquired by the main process is to modify the resource service application identifier and/or the extension point service application
- the The modified program file of the new extension point service application process obtained by the enterprise digital middle platform management and control platform creates a new extension point service application process corresponding to the new extension point service application in the resource service application middle platform container, and The old extension point service application process before modification is replaced by the new extension point service application process.
- a display device configured to display on the interface the processing status information of the extension point service application process, the quantity information of the extension point service application process that establishes the local communication relationship, and the extension point service application of the extension point service application process At least one of request quantity information, addition information of the extension point service application process, deletion information of the extension point service application process, and modification information of the extension point service application process.
- the present application also provides a method for invoking Taichung resource service applications in the enterprise digital center, including:
- the extension point service application configuration data includes: resource service application identification information, and the resource service application identification information and The corresponding relationship of the extension point service application; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity information of the participation identity of the resource service application ;
- a local communication relationship between the platform process in the resource service application and the extension point service application process is established.
- creating a resource service application mid-stage process and an extension point service application process includes:
- an adjustment mode of the platform process in the resource service application and the extension point service application process is determined.
- the determining the adjustment mode of the platform process in the resource service application and the extension point service application process according to the change data includes:
- the determining the adjustment mode of the platform process in the resource service application and the extension point service application process according to the change data includes:
- the determining the adjustment mode of the platform process in the resource service application and the extension point service application process according to the change data includes:
- the old extension point service application process is replaced by the new extension point service application process.
- the interface displays the processing status information of the extension point service application process, the number information of the extension point service application process that establishes the local communication relationship, the number information of the extension point service application request number of the extension point service application process, and all At least one of the addition information of the extension point service application process, the deletion information of the extension point service application process, and the modification information of the extension point service application process.
- the present application also provides a computer storage medium for storing data generated by the network platform, and a program for processing the data generated by the network platform;
- the program When the program is read and executed by the processor, it executes the calling method of the resource service application in the platform of the enterprise digital center as described above.
- the present application also provides an electronic device, including:
- the memory is used to store the program for processing the data generated by the network platform.
- the program When the program is read and executed by the processor, it executes the above-mentioned calling method of the resource service application in the platform of the enterprise digital center.
- the application provides a system and method for invoking resource service applications in an enterprise digital platform, which obtains the extension point service application configuration data from the extension point service application configuration library through the resource service application middle platform container, and configures the application according to the extension point service data, creating a resource service application process and an extension point service application process, and establishing a local communication relationship between the resource service application process and the extension point service application process, so that the resource service application process
- the application process of the extension point service is deployed in the same platform container as the resource service application.
- Each extension point service application process establishes a local communication relationship with the middle platform process of the resource service application, so that when the extension point service application is called, the isolation performance between the extension point service applications is stable, that is, the stable isolation in the east-west call traffic direction, And is not limited by programming languages.
- FIG. 1 is a schematic structural diagram of an embodiment of an invocation system for resource service applications in Taichung in an enterprise digital center provided by the present application;
- FIG. 2 is a flow chart of an embodiment of a method for invoking Taichung resource service applications in an enterprise digital center provided by the present application
- FIG. 3 is a schematic structural diagram of an embodiment of an invocation device for a resource service application in Taichung in an enterprise digital center provided by the present application;
- Fig. 4 is a schematic structural diagram of an embodiment of an electronic device provided by the present application.
- the enterprise digital middle platform is a business-oriented capability combination, sharing and reuse, and provides an integrated solution with the purpose of improving R&D efficiency and reducing innovation costs.
- the enterprise digital middle platform may include users, combinations, platforms, data, standards, and norms, and is an overall system of users and systems. That is: the enterprise digital middle platform is an enterprise-level capability reuse platform that abstracts the common needs of enterprises and builds them into platform-based and component-based system capabilities, which are shared by various business units in the form of interfaces and components.
- the enterprise digital center will provide services for each application in a shared manner, and each application service can have its own extended application function.
- One of the important factors for the normal operation of the platform, and the existing traffic isolation between the extended applications of various application services in the enterprise digital platform, that is, the isolation in the east-west direction is usually as follows:
- extension point application isolation is not sufficient, and the implementation language of the extension point application must be consistent with the language of the middle platform application.
- this application proposes to provide a system and method for invoking Taichung resource service applications in the enterprise digital center, which can solve the problem of unstable isolation performance.
- the following will describe the invocation system and method for the enterprise digital center Taichung resource service applications provided by this application. Detailed description.
- Figure 1 is a schematic structural diagram of an embodiment of a scheduling system for resource service applications in an enterprise digital center provided by the present application; the embodiment of the scheduling system includes: an enterprise digital middle platform management and control platform 101, an extension point service application The configuration library 102 and the platform container 103 in the resource service application.
- the enterprise digital middle platform management and control platform 101 is used to create extension point service application configuration data according to the extension point service application request, and the extension point service application configuration data includes: resource service application identification information, and the resource service application identification information The corresponding relationship with the extension point service application; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity of the resource service application participating identity information.
- the program file of the extension point service application is transferred to the platform container 103 in the resource service application, specifically, it may be transferred to the directory of the platform container in the resource service application for storing the program file of the extension point service application.
- the corresponding relationship between the resource service application identification information and the extension point service application may be in the form of an identification list.
- the resource service application identification information can also be called business identity or identity information, that is, the level of the resource service application. There may be multiple resource service applications for the same user, and different resource service applications have different identity levels, and may also belong to the same identity. level.
- the identity level of the resource service application may also include a sub-identity level, that is, an identity level capable of distinguishing the overall link of the resource service application. For example: application 1 is a first-level service identity, application 2 is also a first-level service identity, and application 3 is a second-level service identity subordinate to application 1.
- the resource service application may be various application services, such as application services for life, shopping, and medicine.
- the extension point service application can be understood as a resource service application that can implement corresponding functional logic through customization, and can be routed to different extension points for implementation according to different business identities.
- the extension point can also be called a customization point, which is a secondary development mode opened by the system for differences in different business scenarios. For example: usually in the platform of the shopping service application, after the shopping order is placed, different resource service applications have corresponding payment time limits, and the timeout system will automatically close the order. For example, the payment time limit for ordering train tickets is 20 minutes, and the payment time limit for ordering clothing is 24 hours. For the payment platform, because the "payment time" has differentiated requirements for different resource service applications, the "payment time" can be set as an extension. Click the service application.
- the extension point service application configuration library 102 is configured to store the extension point service application configuration data.
- the extension point service application configuration library 102 can combine the resource service application identification information (business identity or identity information) created by the user based on the resource service application in the enterprise digital center, and the created resource service application identification information and extension
- the corresponding relationship of the point service application is stored.
- the user creates the identity information a of resource service application A, and creates the identity information b of resource service application B, and then creates the extension point service application 1 corresponding to the identity information a, and the extension point corresponding to the identity information b Service Application 2.
- the corresponding relationship is that the identity information a matches the extension point service application 1; the identity information b matches the extension point service application 2.
- the resource service application middle platform container 103 is used to obtain the extension point service application configuration data from the extension point service application configuration library, and create a resource service application middle platform process and The extension point service application process, and establishes a local communication relationship between the platform process in the resource service application and the extension point service application process.
- the platform container in the resource service application may be a pod (container) of K8S.
- the full name of K8S is Kubernetes, which is a portable container orchestration management tool for container services.
- pod In a Kubernetes cluster, pod is the foundation of all business types and the smallest unit level managed by K8S, which can be a combination of one or more containers.
- the platform process of the resource service application and the application process of the extension point service are deployed in the same container, which may specifically be:
- the primary process (Primary Process) in the platform container 103 in the resource service application is used to read the corresponding relationship between the identity information and the extension point service application from the extension point service application configuration library 102, and Create the resource service application middle-stage process and the extension point service application process according to the corresponding relationship; and establish the relationship between the resource service application middle-end process and the extension point service application process according to the enterprise data middle-end service framework
- the local communication relationship between them that is, local IPC communication.
- the local IPC communication can be understood as establishing a local communication relationship between the platform process in the resource service application and the extension point service application process locally in the platform container of the resource service application.
- the main process in the platform container in the resource service application obtains the change data of the extension point service application configuration data in the extension point service application configuration library, and determines the resource according to the change data The platform process in the service application and the adjustment method of the extension point service application process.
- the change data may be the resource service application identifier and the addition of the extension point service application, the resource service application identifier and/or the modification of the extension point service application, the resource service application
- One or more of the identification and/or deletion of the extension point service application, etc. may specifically include:
- the change data of the extension point service application configuration library obtained by the main process is the newly added resource service application identifier and the newly added extension point service application, in the platform container of the resource service application, according to
- the program file of the new extension point service application obtained by the enterprise digital middle platform management and control platform creates the new extension point service application, and establishes the connection between the new extension point service application and the resource service application middle platform process local communication relationship between them.
- it may be first determined whether there is a newly added resource service application identifier, and then determining the newly added extension point service application corresponding to the newly added resource service application identifier.
- the change data of the extension point service application configuration library obtained by the main process is to modify the resource service application identifier and/or the extension point service application
- the management and control platform of the enterprise digital center Obtain the program file of the modified new extension point service application process, create a new extension point service application process corresponding to the new extension point service application in the platform container of the resource service application, and replace the old extension point service application process before modification
- the point service application process is replaced by the new extended point service application process.
- the calling process of the extension point service application process can realize the isolation of the extension point application service request traffic. For example: obtain an extension point service application request 1 (the corresponding resource service application identification information is application A), and establish a local connection relationship between the platform process in the resource service application and the extension point service application process (belonging to the extension point of application A). At the same time, the platform process in the resource service application only needs to call one extension point service application process, so a local connection relationship is established between the two; if another extension point service application request 2 (the corresponding resource service application identification information is application B) can Then establish a local connection relationship between the extension point service application process of application B and the platform process in the resource service application.
- an extension point service application request 1 the corresponding resource service application identification information is application A
- the platform process in the resource service application only needs to call one extension point service application process, so a local connection relationship is established between the two; if another extension point service application request 2 (the corresponding resource service application identification information is application B) can Then establish a local connection relationship between
- the number of extension point service application requests and the number of extension point service application processes are limited.
- the resource service application middle process that is, a local connection relationship can be established between a resource service application middle process and multiple extension point service application processes, for example :
- the platform process A in the resource service application establishes local connections with the extension point service application processes 1, 2, and 3. It can also be a local connection between multiple resource service application processes and multiple extension point service application processes.
- the platform process B in the application establishes a local connection with the extension point service application processes 3 and 4, etc. There is no limitation here.
- extension point service application request In order to facilitate the user to provide reference for future management according to the processing status of the extension point service application request, it can also include:
- a display device configured to display on the interface the processing status information of the extension point service application process, the quantity information of the extension point service application process that establishes the local communication relationship, and the extension point service application of the extension point service application process At least one of request quantity information, addition information of the extension point service application process, deletion information of the extension point service application process, and modification information of the extension point service application process.
- the invocation system obtains the extension point service application configuration data from the extension point service application configuration library through the resource service application platform container, and according to The extension point service application configuration data creates a resource service application process and an extension point service application process, and establishes a local communication relationship between the resource service application process and the extension point service application process, so that all The resource service application process and the extension point service application process are deployed in the same resource service application process, and each extension point service application process establishes a local communication relationship with the resource service application process, so that the call extension When using point service applications, the isolation performance between each extension point service application is stable, and it is not limited by the programming language.
- An embodiment of a calling system based on an enterprise digital middle platform resource service application provided by this application
- This application also provides an embodiment of a calling method of an enterprise digital middle platform resource service application, please refer to Figure 2, because the calling method embodiments are basically similar It is based on the calling system embodiment, so the description is relatively simple, and for the relevant parts, please refer to the part of the description of the calling system embodiment.
- the embodiment of the calling method is mainly described from the perspective of the platform container in the resource service application, as follows:
- Figure 2 is a flow chart of an embodiment of a calling method for a resource service application in an enterprise digital platform provided by the present application; the embodiment of the calling method includes:
- Step S201 Obtain extension point service application configuration data and extension point service application program files; wherein, the extension point service application configuration data includes: resource service application identification information, and the resource service application identification information and extension point service application and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity information of the participation identity of the resource service application;
- the resource service application identification information in step S201 can also be called business identity, that is, the level of resource service applications. There may be multiple resource service applications for the same user, and different resource service applications have different Status class, and possibly of the same status class.
- the identity level of the resource service application may also include a sub-identity level, that is, an identity level capable of distinguishing the overall link of the resource service application. For example: application 1 is a first-level service identity, application 2 is also a first-level service identity, and application 3 is a second-level service identity subordinate to application 1.
- the corresponding relationship between the resource service application identification information and the extension point service application can be understood as, for example: the user creates the identity information a of the resource service application A, and creates the identity information b of the resource service application B, and then creates the The extension point service application 1 corresponding to the identity information a, and the extension point service application 2 corresponding to the identity information b.
- the corresponding relationship is that the identity information a matches the extension point service application 1; the identity information b matches the extension point service application 2.
- the resource service application may be various application services, such as application services for life, shopping, and medicine.
- the extension point service application can be understood as a resource service application that can implement corresponding functional logic through customization, and can be routed to different extension points for implementation according to different business identities.
- the so-called extension point can also be called the customization point, which is a secondary development mode opened by the system for the differences in different business scenarios.
- different resource service applications have corresponding payment time limits, and the timeout system will automatically close the order.
- the payment time limit for ordering train tickets is 20 minutes
- the payment time limit for ordering clothing is 24 hours.
- the "payment time” can be set as an extension.
- the corresponding extension point service application can be determined as an extension point with a payment time of 20 minutes, and the corresponding extension point service application can be determined according to the identity information of the clothing order service application
- the point service application is an extension point for payment time 24 hours. The extension point corresponding to the service application can be accurately found through the identity information.
- the program file of the extension point service application can be obtained through the enterprise digital middle platform management and control platform, or it can also be understood that the enterprise digital middle platform management and control platform uploads the program file of the extension point service application to the resource service Under the storage directory of the platform container in the application.
- This embodiment is only described by taking uploading and obtaining as an example. Actually, the method of obtaining the program file of the extension point service application is not limited.
- Step S202 According to the corresponding relationship between the resource service application identification information and the extension point service application, and the program file, create a resource service application middle-stage process and an extension point service application process.
- the specific implementation process of the step S202 may include:
- Step S202-1 According to the corresponding relationship between the resource service application identification information and the extension point service application, and the program file, create the resource service application middle platform container in the resource service application middle platform. The platform process in the resource service application and the extension point service application process.
- the platform process of the resource service application and the application process of the extension point service created in the step S202-1 may be implemented through the primary process (Primary Process) in the platform container of the resource service application , that is, the main process creates the resource service application mid-stage process and the extension point service application process according to the correspondence between the resource service application identification information and the extension point service application and the program file.
- Primary Process Primary Process
- Step S203 Establish a local communication relationship between the platform process in the resource service application and the extension point service application process.
- the specific implementation process of the step S203 may be, according to the platform service framework of the enterprise data, establish a local communication relationship between the platform process of the resource service application and the application process of the extension point service, that is, local IPC communication.
- the steps S201 to S203 can realize that in the process of invoking the extension point service application process by the platform process in the resource service application, the extension point service application processes do not affect each other, and realize the isolation of thing call traffic during the call process; and Because the platform process of the resource service application and the extension point service application process are created in the platform container of the resource service application, or are deployed in the platform container of the resource service application, and the calling process is not limited in programming languages.
- this embodiment may also include:
- Step S204 Obtain change data of the extension point service application configuration data; in this embodiment, the change data may be the resource service application identifier and the addition of the extension point service application, the resource service application identifier and One or more of the modification of the extension point service application, the identification of the resource service application, and/or the deletion of the extension point service application.
- Step S205 Determine the adjustment mode of the platform process in the resource service application and the extension point service application process according to the change data.
- the specific implementation process of the step S205 may include:
- Method 1 includes:
- Step S204-11 When the change data is the newly added resource service application identifier and the newly added extension point service application, obtain the program file of the newly added extension point service application;
- Step S204-12 Create the new extension point service application according to the program file
- Step S204-13 Establish a local communication relationship between the newly added extension point service application and the platform process in the resource service application.
- Method 2 includes:
- Step S204-21 when the change data is to delete the resource service application identifier and/or the extension point service application, acquire the extension point service application to be deleted;
- Step S204-21 Delete the extension point service application process corresponding to the extension point service application to be deleted.
- Method three includes:
- Step S204-31 When the change data is to modify the resource service application identifier and/or the extension point service application, obtain the program file of the new extension point service application and the old extension point service application;
- Step S204-32 Create a new extension point service application process corresponding to the new extension point service application according to the program file of the new extension point service application;
- Step S204-33 replacing the old extension point service application process with the new extension point service application process.
- the embodiment of the invocation method may also include:
- the interface displays the processing status information of the extension point service application process, the number information of the extension point service application process that establishes the local communication relationship, the number information of the extension point service application request number of the extension point service application process, and all At least one of the addition information of the extension point service application process, the deletion information of the extension point service application process, and the modification information of the extension point service application process.
- Figure 3 is a schematic structural diagram of an embodiment of an invocation device for a resource service application in an enterprise digital platform provided by the present application; the embodiment of the invocation device includes: an acquisition unit 301, a creation unit 302, and an establishment unit 303 .
- the obtaining unit 301 is configured to obtain extension point service application configuration data and extension point service application program files; wherein, the extension point service application configuration data includes: resource service application identification information, and the resource service application identification information The corresponding relationship with the extension point service application; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity of the resource service application participating identity information.
- the creating unit 302 is configured to create a resource service application mid-stage process and an extension point service application process according to the correspondence between the resource service application identification information and the extension point service application and the program file. Specifically, it may be used to, according to the corresponding relationship between the resource service application identification information and the extension point service application, and the program file, create the resource service application middle platform container located in the resource service application middle platform. The platform process in the resource service application and the extension point service application process.
- the establishment unit 303 is configured to establish a local communication relationship between the platform process in the resource service application and the extension point service application process.
- the resource service application identification information can be written to the extension point service application configuration library in real time, and the resource service application
- the resource service application The corresponding relationship between the identification information and the extension point service application, this embodiment further includes:
- a change data acquisition unit configured to acquire change data of the extension point service application configuration data; wherein, the change data may be the resource service application identifier and the addition of the extension point service application, the resource service application identifier And/or one or more of the modification of the extension point service application, the identification of the resource service application, and/or the deletion of the extension point service application.
- the adjustment determining unit is configured to determine an adjustment mode of the platform process in the resource service application and the extension point service application process according to the change data.
- the adjustment determining unit can be in at least three ways as follows:
- Method 1 includes:
- a newly added acquisition subunit is used to acquire the program file of the newly added extension point service application when the change data is the newly added resource service application identifier and the newly added extension point service application;
- a new creation subunit is used to create the new extension point service application according to the program file
- a newly added establishment subunit is used to establish a local communication relationship between the newly added extension point service application and the platform process in the resource service application.
- Method 2 includes:
- a deletion acquiring subunit configured to acquire an extension point service application to be deleted when the change data is to delete the resource service application identifier and/or the extension point service application;
- the deletion subunit is configured to delete the extension point service application process corresponding to the extension point service application to be deleted.
- Method three includes:
- the modification acquisition subunit is configured to obtain the program file of the new extension point service application and the old extension point service application when the change data is to modify the resource service application identifier and/or the extension point service application;
- the modification replacement subunit is used to replace the old extension point service application process with the new extension point service application process.
- a display unit configured to display on the interface the processing status information of the extension point service application process, the number information of the extension point service application process that establishes the local communication relationship, the number of the extension point service application process At least one of the extension point service application request quantity information, the addition information of the extension point service application process, the deletion information of the extension point service application process, and the modification information of the extension point service application process.
- step S203 The above is an overview of an embodiment of a calling device for a Taichung resource service application in an enterprise digital center provided by the present application, and the specific content may be combined with steps S201 to 2 in the above-mentioned calling system embodiment and calling method embodiment of a Taichung resource service application in an enterprise digital center The specific content of step S203 will not be repeated here.
- the present application also provides a computer storage medium for storing data generated by the network platform, and a program for processing the data generated by the network platform;
- extension point service application configuration data includes: resource service application identification information, and the corresponding relationship between the resource service application identification information and the extension point service application ; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity information of the participation identity of the resource service application;
- a local communication relationship between the platform process in the resource service application and the extension point service application process is established.
- the adjustment mode of the platform process in the resource service application and the extension point service application process is determined.
- the old extension point service application process is replaced by the new extension point service application process.
- the present application also provides an electronic device, as shown in FIG. 4 , the embodiment of the electronic device includes:
- the memory 402 is used to store a program for processing data generated by the network platform. When the program is read and executed by the processor, the following steps are performed:
- extension point service application configuration data includes: resource service application identification information, and the corresponding relationship between the resource service application identification information and the extension point service application ; and upload the program file of the extension point service application to the platform container of the resource service application; wherein, the resource service application identification information represents the identity information of the participation identity of the resource service application;
- a local communication relationship between the platform process in the resource service application and the extension point service application process is established.
- an adjustment mode of the platform process in the resource service application and the extension point service application process is determined.
- the old extension point service application process is replaced by the new extension point service application process.
- a computing device includes one or more processors (CPUs), input/output interfaces, network interfaces, and memory.
- processors CPUs
- input/output interfaces network interfaces
- memory volatile and non-volatile memory
- Memory may include non-permanent storage in computer readable media, in the form of random access memory (RAM) and/or nonvolatile memory such as read-only memory (ROM) or flash RAM. Memory is an example of computer readable media.
- RAM random access memory
- ROM read-only memory
- flash RAM flash random access memory
- Computer-readable media include permanent and non-permanent, removable and non-removable media.
- Information storage can be realized by any method or technology.
- Information may be computer readable instructions, data structures, modules of a program, or other data.
- Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), read only memory (ROM), Electrically Erasable Programmable Read-Only Memory (EEPROM), Flash memory or other memory technology, Compact Disc Read-Only Memory (CD-ROM), Digital Versatile Disc (DVD) or other optical storage, Magnetic tape cartridge, tape magnetic disk storage or other magnetic storage device or any other non-transmission medium that can be used to store information that can be accessed by a computing device.
- computer-readable media excludes non-transitory computer-readable media, such as modulated data signals and carrier waves.
- the embodiments of the present application may be provided as methods, systems or computer program products. Accordingly, the present application can take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.
- a computer-usable storage media including but not limited to disk storage, CD-ROM, optical storage, etc.
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Abstract
本申请公开一种企业数字中台中资源服务应用的调用系统和方法，所述系统包括：企业数字中台管控平台，用于根据扩展点服务应用请求，创建扩展点服务应用配置数据；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；扩展点服务应用配置库，用于存储所述扩展点服务应用配置数据。资源服务应用中台容器，用于从扩展点服务应用配置库获取扩展点服务应用配置数据，以及根据对应关系，创建资源服务应用中台进程与扩展点服务应用进程，并建立资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。从而实现扩展点服务应用请求之间隔离性能的稳定性，即东西调用流量方向上的稳定隔离。
Description
本申请要求于2022年01月05日提交中国专利局、申请号为202210005572.3、申请名称为“一种企业数字中台中资源服务应用的调用系统和方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
本申请涉及计算机技术领域，具体涉及一种企业数字中台中资源服务应用的调用系统和方法。本申请同时涉及一种计算机存储介质和电子设备。
随着科学技术的不断发展，信息化、智能化等计算机基础被广泛的应用到各个行业领域，以及日常生活中。而在产业和技术的驱动下，数字化转型已经成为企业的共识。数字化转型(Digital transformation)是建立在数字化转换(Digitization)、数字化升级(Digitalization)基础上，能够触及企业核心业务，建立以商业运营模式为目标的转型。
随着企业共享能力以数字化服务的方式不断推进和深化，为将企业的核心能力随着业务不断发展以数字化形式沉淀到平台，形成以服务为中心，由业务中台和数据中台构建起数据闭环运转的运营体系的数字中台成为企业进行数字化转型的有效系统形态和组织方法，以供企业更高效的进行业务探索和创新，实现以数字化资产的形态构建企业核心差异化竞争力。
发明内容
本申请提供一种企业数字中台中资源服务应用的调用系统和方法，以解决现有技术中由于中台内资源服务应用的扩展点服务应用请求流量隔离方式无法在请求流量增加时能够保持良好隔离性能的问题。
本申请提供一种企业数字中台资源服务应用的调用系统，包括：企业数字中台管控平台、扩展点服务应用配置库以及资源服务应用中台容器；
所述企业数字中台管控平台，用于根据扩展点服务应用请求，创建扩展 点服务应用配置数据，所述扩展点服务应用配置数据包括：多个资源服务应用标识信息，以及每个资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；
所述扩展点服务应用配置库，用于存储所述扩展点服务应用配置数据。
所述资源服务应用中台容器，用于从所述扩展点服务应用配置库获取所述扩展点服务应用配置数据，以及根据所述对应关系，创建资源服务应用中台进程与扩展点服务应用进程，并建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
在一些实施例中，所述资源服务应用中台容器中的主进程，用于从所述扩展点服务应用配置库读取所述身份信息与所述扩展点服务应用的对应关系，并根据所述对应关系创建所述资源服务应用中台进程与所述扩展点服务应用进程。
在一些实施例中，所述资源服务应用中台容器根据企业数据中台服务框架，建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
在一些实施例中，所述资源服务应用中台容器中的主进程获取所述扩展点服务应用配置库中的所述扩展点服务应用配置数据的变化数据，并根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
在一些实施例中，当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，则在所述资源服务应用中台容器中，根据从所述企业数字中台管控平台获取的新增扩展点服务应用的程序文件，创建所述新增扩展点服务应用，并建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
在一些实施例中，当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，则在所述资源服务应用中台容器中删除与所述扩展点服务应用对应的所述扩展点服务应用进程。
在一些实施例中，当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，则根 据从所述企业数字中台管控平台获取的修改后的新扩展点服务应用进程的程序文件，在所述资源服务应用中台容器中创建与所述新扩展点服务应用对应的新扩展点服务应用进程，并将修改前的旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
在一些实施例中，还包括：
显示设备，用于在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
本申请还提供一种企业数字中台中资源服务应用的调用方法，包括：
根据扩展点服务应用请求，获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程；
建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
在一些实施例中，所述根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程，包括：
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
在一些实施例中，还包括：
获取所述扩展点服务应用配置数据的变化数据；
根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
在一些实施例中，所述根据所述变化数据确定所述资源服务应用中台进 程和所述扩展点服务应用进程的调整方式，包括：
当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；
根据所述程序文件，创建所述新增扩展点服务应用；
建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
在一些实施例中，所述根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式，包括：
当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；
删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
在一些实施例中，所述根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式，包括：
当所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；
根据所述新扩展点服务应用的程序文件，创建与所述新扩展点服务应用对应的新扩展点服务应用进程；
将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
在一些实施例中，还包括：
在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
本申请还提供一种计算机存储介质，用于存储网络平台产生数据，以及对应所述网络平台产生数据进行处理的程序；
所述程序在被处理器读取执行时，执行如上所述的企业数字中台中资源服务应用的调用方法。
本申请还提供一种电子设备，包括：
处理器；
存储器，用于存储对网络平台产生数据进行处理的程序，所述程序在被 所述处理器读取执行时，执行如上所述的企业数字中台中资源服务应用的调用方法。
与现有技术相比，本申请具有以下优点：
本申请提供的一种企业数字中台中资源服务应用的调用系统和方法，通过资源服务应用中台容器从扩展点服务应用配置库获取扩展点服务应用配置数据，以及根据所述扩展点服务应用配置数据，创建资源服务应用中台进程与扩展点服务应用进程，并建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系，使得所述资源服务应用中台进程与所述扩展点服务应用进程被部署在同一个资源服务应用中台容器中。每个扩展点服务应用进程与资源服务应用中台进程建立本地通信关系，使得在调用扩展点服务应用时，各扩展点服务应用之间的隔离性能稳定，即东西调用流量方向上的稳定隔离，并且不受限于编程语言的限制。
图1是本申请提供的一种企业数字中台中资源服务应用的调用系统实施例的结构示意图；
图2是本申请提供的一种企业数字中台中资源服务应用的调用方法实施例的流程图；
图3是本申请提供的一种企业数字中台中资源服务应用的调用装置实施例的结构示意图；
图4是本申请提供的一种电子设备实施例的结构示意图。
在下面的描述中阐述了很多具体细节以便于充分理解本申请。但是本申请能够以很多不同于在此描述的其它方式来实施，本领域技术人员可以在不违背本申请内涵的情况下做类似推广，因此本申请不受下面公开的具体实施的限制。
本申请中使用的术语是仅仅出于对特定实施例描述的目的，而非旨在限制本申请。在本申请中和所附权利要求书中所使用的描述方式例如：“一种”、“第一”、和“第二”等，并非对数量上的限定或先后顺序上的限定，而是用来将同一类型的信息彼此区分。
结合上述背景技术可知，企业数字中台是面向业务的能力组合、共享和 复用，提供集成化的解决方案，目的在于提高研发效率，降低创新成本。所述企业数字中台可以包括用户、组合、平台、数据、标准、规范，是用户和系统的整体体系。即：企业数字中台是将企业的共性需求进行抽象，并打造成平台化、组件化的系统能力，以接口、组件等形式共享给各业务单元使用的企业级能力复用平台。
企业数字中台会以共享的方式为各个应用提供服务，每个应用服务可以具有自己的扩展应用功能，在共享方式的背景下，保证应用服务的扩展应用之间互不影响则是企业数字中台正常运行的重要因素之一，而现有对企业数字中台中各个应用服务的扩展应用之间的流量隔离，即东西方向的隔离通常是采用如下方式：
1、直接将扩展点应用与中台应用一起打包，然后通过进程内的隔离机制来加载执行。该方式的缺点在于：扩展点应用隔离不充分，扩展点应用的实现语言与中台应用的语言必须一致。
2、将扩展点应用单独部署，通过远程RPC的方式来进行调用，该方式的缺点在于：隔离性能不稳定。
鉴于此，本申请构思提供一种企业数字中台中资源服务应用的调用系统和方法，能够解决隔离性能不稳定的问题，下面将对本申请提供的企业数字中台中资源服务应用的调用系统和方法进行详细说明。
如图1所示，图1是本申请提供的一种企业数字中台中资源服务应用的调度系统实施例的结构示意图；该调度系统实施例包括：企业数字中台管控平台101、扩展点服务应用配置库102以及资源服务应用中台容器103。
所述企业数字中台管控平台101用于根据扩展点服务应用请求，创建扩展点服务应用配置数据，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息。将扩展点服务应用的程序文件传输到所述资源服务应用中台容器103，具体可以是传输到资源服务应用中台容器用于存放扩展点服务应用的程序文件的目录下。
本实施例中，所述资源服务应用标识信息与所述扩展点服务应用的对应关系可以采用标识列表的形式。
所述资源服务应用标识信息也可以称之为业务身份或者身份信息，即资源服务应用的级别，针对同一用户可能存在多个资源服务应用，不同资源服务应用具有不同身份级别，也可能属于同一身份级别。资源服务应用的身份级别下还可以包括子身份级别，即能够区分资源服务应用的整体链路的身份级别。例如：应用1为一级业务身份，应用2也是一级业务身份，应用3从属于应用1是二级业务身份。
在本实施例中，所述资源服务应用可以是各类应用服务，例如：生活、购物、医药等等应用服务。
本实施例中，所述扩展点服务应用可以理解为资源服务应用可以通过定制实现相应功能逻辑，根据不同的业务身份可以路由到不同的扩展点实现。所述扩展点也可以称为定制点，是系统针对不同业务场景下的差异开放出来的二次开发模式。例如：通常在购物服务应用中台，购物下单后不同的资源服务应用有对应的支付时效限制，超时系统则会自动关闭订单。比如订购车票支付时效是20分钟，订购服装的支付时效是24小时，对于支付平台而言，因为“支付时间”针对不同资源服务应用有差异化的需求，可以将“支付时间"设置成一个扩展点服务应用。
所述扩展点服务应用配置库102，用于存储所述扩展点服务应用配置数据。
本实施例中，所述扩展点服务应用配置库102可以将用户基于企业数字中台资源服务应用创建的资源服务应用标识信息(业务身份或身份信息)，以及创建的资源服务应用标识信息与扩展点服务应用的对应关系进行存储。例如：用户创建资源服务应用A的身份信息a，以及创建资源服务应用B的身份信息b，再创建与所述身份信息a对应的扩展点服务应用1，与所述身份信息b对应的扩展点服务应用2。对应关系则为身份信息a与扩展点服务应用1匹配；身份信息b与扩展点服务应用2匹配。
所述资源服务应用中台容器103，用于从所述扩展点服务应用配置库获取所述扩展点服务应用配置数据，以及根据所述扩展点服务应用配置数据，创建资源服务应用中台进程与扩展点服务应用进程，并建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
本实施例中，所述资源服务应用中台容器可以是K8S的pod(容器)，K8S全称Kubernetes，是为容器服务而生的一个可移植容器的编排管理工具。在Kubernetes集群中，pod是所有业务类型的基础，也是K8S管理的最小单位级， 可以是一个或多个容器的组合。
本实施例中，将资源服务应用中台进程和所述扩展点服务应用进程部署在同一个容器中，具体可以是：
所述资源服务应用中台容器103中的主进程(Primary Process)，用于从所述扩展点服务应用配置库102读取所述身份信息与所述扩展点服务应用的对应关系，并根据所述对应关系创建所述资源服务应用中台进程与所述扩展点服务应用进程；并根据所述企业数据中台服务框架，建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系，即本地IPC通信。本实施例中，本地IPC通信可以理解为是在所述资源服务应用中台容器的本地，建立资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
本实施例中，所述资源服务应用中台容器中的主进程获取所述扩展点服务应用配置库中的所述扩展点服务应用配置数据的变化数据，并根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
本实施例中，所述变化数据可以是所述资源服务应用标识和所述扩展点服务应用的增加、所述资源服务应用标识和/或所述扩展点服务应用的修改、所述资源服务应用标识和/或所述扩展点服务应用删除等中的一种或多种，具体可以包括：
当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，则在所述资源服务应用中台容器中，根据从所述企业数字中台管控平台获取的新增扩展点服务应用的程序文件，创建所述新增扩展点服务应用，并建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。本实施例中，可以是先确定是否有新增资源服务应用标识，再确定与新增资源服务应用标识对应的新增扩展点服务应用。
当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，则在所述资源服务应用中台容器中删除与所述扩展点服务应用对应的所述扩展点服务应用进程。
当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，则根据从所述企业数字 中台管控平台获取的修改后的新扩展点服务应用进程的程序文件，在所述资源服务应用中台容器中创建与所述新扩展点服务应用对应的新扩展点服务应用进程，并将修改前的旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
基于上述内容可知对扩展点服务应用进程的调用过程可以实现扩展点应用服务请求流量的隔离。例如：获取一个扩展点服务应用请求1(对应的资源服务应用标识信息为应用A)，建立资源服务应用中台进程和扩展点服务应用进程(属于应用A的扩展点)的本地连接关系，此时资源服务应用中台进程只需要调用一个扩展点服务应用进程，故而，二者之间建立本地连接关系；如果再来一个扩展点服务应用请求2(对应的资源服务应用标识信息为应用B)可以再建立应用B的扩展点服务应用进程与资源服务应用中台进程的本地连接关系。所以，本实施例中，并限定扩展点服务应用请求的数量，以及扩展点服务应用进程的数量。当扩展点服务应用请求的数量较多的情况下，还可以增加资源服务应用中台进程，即可以是一个资源服务应用中台进程与多个扩展点服务应用进程之间建立本地连接关系，例如：资源服务应用中台进程A与扩展点服务应用进程1、2、3建立本地连接。也可以是多个资源服务应用中台进程与多个扩展点服务应用进程之间建立本地连接关系，例如：资源服务应用中台进程A与扩展点服务应用进程1、2建立本地连接，资源服务应用中台进程B与扩展点服务应用进程3、4建立本地连接等方式。此处也不做限定。
为了便于用户能够根据扩展点服务应用请求的处理情况，为以后的管理提供参考，还可以包括：
显示设备，用于在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
以上是对本申请提供的一种企业数字中台中资源服务应用的调用系统实施例的描述，该调用系统通过资源服务应用中台容器从扩展点服务应用配置库获取扩展点服务应用配置数据，以及根据所述扩展点服务应用配置数据，创建资源服务应用中台进程与扩展点服务应用进程，并建立所述资源服务应 用中台进程和所述扩展点服务应用进程之间的本地通信关系，使得所述资源服务应用中台进程与所述扩展点服务应用进程被部署在同一个资源服务应用中台容器中，每个扩展点服务应用进程与资源服务应用中台进程建立本地通信关系，使得调用扩展点服务应用时，各扩展点服务应用之间的隔离性能稳定，并且不受限于编程语言的限制。
基于本申请提供的一种企业数字中台资源服务应用的调用系统实施例本申请还提供的一种企业数字中台资源服务应用的调用方法实施例请参看图2，由于调用方法实施例基本相似于调用系统实施例，所以描述得比较简单，相关之处参见调用系统实施例的部分说明即可。所述调用方法实施例主要以资源服务应用中台容器为角度进行描述，具体如下：
如图2所示，图2是本申请提供的一种企业数字中台中资源服务应用的调用方法实施例的流程图；该调用方法实施例包括：
步骤S201：获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；
本实施例中，所述步骤S201中的所述资源服务应用标识信息也可以称之为业务身份，即资源服务应用的级别，针对同一用户可能存在多个资源服务应用，不同资源服务应用具有不同身份级别，也可能属于同一身份级别。资源服务应用的身份级别下还可以包括子身份级别，即能够区分资源服务应用的整体链路的身份级别。例如：应用1为一级业务身份，应用2也是一级业务身份，应用3从属于应用1是二级业务身份。
所述资源服务应用标识信息与所述扩展点服务应用的对应关系可以理解为，例如：用户创建资源服务应用A的身份信息a，以及创建资源服务应用B的身份信息b，再创建与所述身份信息a对应的扩展点服务应用1，与所述身份信息b对应的扩展点服务应用2。对应关系则为身份信息a与扩展点服务应用1匹配；身份信息b与扩展点服务应用2匹配。
在本实施例中，所述资源服务应用可以是各类应用服务，例如：生活、购物、医药等等应用服务。
本实施例中，所述扩展点服务应用可以理解为资源服务应用可以通过定 制实现相应功能逻辑，根据不同的业务身份可以路由到不同的扩展点实现。所谓扩展点也可以称为定制点，是系统针对不同业务场景下的差异开放出来的二次开发模式。例如：通常在购物服务应用中台，购物下单后不同的资源服务应用有对应的支付时效限制，超时系统则会自动关闭订单。比如订购车票支付时效是20分钟，订购服装的支付时效是24小时，对于支付平台而言，因为“支付时间”针对不同资源服务应用有差异化的需求，可以将“支付时间”设置成一个扩展点服务应用，那么根据标识订购车票服务应用的身份信息，即可以确定其对应的扩展点服务应用为支付时间20分钟的扩展点，根据订购服装服务应用的身份信息，既可以确定其对应的扩展点服务应用为支付时间24小时的扩展点。通过身份信息即可准确的找到服务应用对应的扩展点。
本实施例中，所述扩展点服务应用的程序文件可以通过所述企业数字中台管控平台获取或者也可以理解为所述企业数字中台管控平台将扩展点服务应用的程序文件上传到资源服务应用中台容器的存储目录下。本实施例仅以上传和获取为示例进行说明，实际上，所述扩展点服务应用的程序文件的获取方式不限。
步骤S202：根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程。
所述步骤S202的具体实现过程可以包括：
步骤S202-1：根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
本实施例中，所述步骤S202-1创建的所述资源服务应用中台进程和所述扩展点服务应用进程，可以是通过所述资源服务应用中台容器中的主进程(Primary Process)实现，即所述主进程根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
步骤S203：建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
所述步骤S203的具体实现过程可以是，根据企业数据中台服务框架，建 立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系，即本地IPC通信。
所述步骤S201到步骤S203能够实现在资源服务应用中台进程调用所述扩展点服务应用进程的过程中，扩展点服务应用进程之间互不影响，实现调用过程中的东西调用流量隔离；且因为所述资源服务应用中台进程和所述扩展点服务应用进程之间被创建在资源服务应用中台容器中，或者是被部署在资源服务应用中台容器中，进而调用过程中不受限于编程语言。
基于上述内容可以理解的是，资源服务应用标识信息和/或扩展点应用服务会发生变化，基于变化需要对所述资源服务应用中台进程和/或扩展点服务应用进程进行相应的更新或修改，因此，本实施例还可以包括：
步骤S204：获取所述扩展点服务应用配置数据的变化数据；本实施例中，所述变化数据可以是所述资源服务应用标识和所述扩展点服务应用的增加、所述资源服务应用标识和/或所述扩展点服务应用的修改、所述资源服务应用标识和/或所述扩展点服务应用删除等中的一种或多种。
步骤S205：根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
根据所述步骤S204中变化数据的变化类型，所述步骤S205的具体实现过程可以包括：
方式一包括：
步骤S204-11：当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；
步骤S204-12：根据所述程序文件，创建所述新增扩展点服务应用；
步骤S204-13：建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
方式二包括：
步骤S204-21：当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；
步骤S204-21：删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
方式三包括：
步骤S204-31：当所述变化数据为修改所述资源服务应用标识和/或所述 扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；
步骤S204-32：根据所述新扩展点服务应用的程序文件，创建与所述新扩展点服务应用对应的新扩展点服务应用进程；
步骤S204-33：将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
对应于，上述企业数字中台资源服务应用的调用系统实施例，所述调用方法实施例还可以包括：
在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
以上是对本申请提供的一种企业数字中台中资源服务应用的调用方法实施例的具体描述，与前述提供的一种企业数字中台资源服务应用的调用方法实施例相对应，本申请还公开一种企业数字中台资源服务应用的调用装置实施例，请参看图3，由于装置实施例基本相似于方法实施例，所以描述得比较简单，相关之处参见方法实施例的部分说明即可。下述描述的装置实施例仅仅是示意性的。
如图3所示，图3是本申请提供的一种企业数字中台中资源服务应用的调用装置实施例的结构示意图；所述调用装置实施例包括：获取单元301、创建单元302、建立单元303。
所述获取单元301，用于获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息。
所述创建单元302，用于根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程。具体可以用于，根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩 展点服务应用进程。
所述建立单元303，用于建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
为能够适应所述资源服务应用标识信息和/或所述扩展点服务应用的实时动态的变化，例如：可以实时向所述扩展点服务应用配置库写入资源服务应用标识信息，以及资源服务应用标识信息与扩展点服务应用之间的对应关系，本实施例进一步包括：
变化数据获取单元，用于获取所述扩展点服务应用配置数据的变化数据；其中，所述变化数据可以是所述资源服务应用标识和所述扩展点服务应用的增加、所述资源服务应用标识和/或所述扩展点服务应用的修改、所述资源服务应用标识和/或所述扩展点服务应用删除等中的一种或多种。
调整确定单元，用于根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
所述调整确定单元可以如下至少三种方式：
方式一包括：
新增获取子单元，用于当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；
新增创建子单元，用于根据所述程序文件，创建所述新增扩展点服务应用；
新增建立子单元，用于建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
方式二包括：
删除获取子单元，用于当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；
删除子单元，用于删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
方式三包括：
修改获取子单元，用于当所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；
修改创建子单元，用于根据所述新扩展点服务应用的程序文件，创建与 所述新扩展点服务应用对应的新扩展点服务应用进程；
修改替换子单元，用于将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
还可以包括：显示单元，用于在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
以上是对本申请提供的一种企业数字中台中资源服务应用的调用装置实施例的概述，具体内容可以结合上述企业数字中台中资源服务应用的调用系统实施例以及调用方法实施例中的步骤S201到步骤S203的具体内容，此处不再重复赘述。
基于上述内容，本申请还提供一种计算机存储介质，用于存储网络平台产生数据，以及对应所述网络平台产生数据进行处理的程序；
所述程序在被处理器读取执行时，执行如下步骤：
获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程；
建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
在一些实施例中，执行：
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
在一些实施例中，还可以执行：
获取所述扩展点服务应用配置数据的变化数据；
根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应 用进程的调整方式。
在一些实施例中，执行：
当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；
根据所述程序文件，创建所述新增扩展点服务应用；
建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
在一些实施例中，执行：
当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；
删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
在一些实施例中，执行：
当所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；
根据所述新扩展点服务应用的程序文件，创建与所述新扩展点服务应用对应的新扩展点服务应用进程；
将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
基于上述内容，本申请还提供一种电子设备，如图4所示，该电子设备实施例包括：
处理器401；
存储器402，用于存储对网络平台产生数据进行处理的程序，所述程序在被所述处理器读取执行时，执行如下步骤：
获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程；
建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
在一些实施例中，执行：
根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
在一些实施例中，还可以执行：
获取所述扩展点服务应用配置数据的变化数据；
根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
在一些实施例中，执行：
当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；
根据所述程序文件，创建所述新增扩展点服务应用；
建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
在一些实施例中，执行：
当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；
删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
在一些实施例中，执行：
当所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；
根据所述新扩展点服务应用的程序文件，创建与所述新扩展点服务应用对应的新扩展点服务应用进程；
将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
在一个典型的配置中，计算设备包括一个或多个处理器(CPU)、输入/输出接口、网络接口和内存。
内存可能包括计算机可读介质中的非永久性存储器，随机存取存储器(RAM)和/或非易失性内存等形式，如只读存储器(ROM)或闪存(flash RAM)。内存是计算机可读介质的示例。
1、计算机可读介质包括永久性和非永久性、可移动和非可移动媒体可以由任何方法或技术来实现信息存储。信息可以是计算机可读指令、数据结构、程序的模块或其他数据。计算机的存储介质的例子包括，但不限于相变内存(PRAM)、静态随机存取存储器(SRAM)、动态随机存取存储器(DRAM)、其他类型的随机存取存储器(RAM)、只读存储器(ROM)、电可擦除可编程只读存储器(EEPROM)、快闪记忆体或其他内存技术、只读光盘只读存储器(CD-ROM)、数字多功能光盘(DVD)或其他光学存储、磁盒式磁带，磁带磁磁盘存储或其他磁性存储设备或任何其他非传输介质，可用于存储可以被计算设备访问的信息。按照本文中的界定，计算机可读介质不包括非暂存电脑可读媒体(transitory media)，如调制的数据信号和载波。
2、本领域技术人员应明白，本申请的实施例可提供为方法、系统或计算机程序产品。因此，本申请可采用完全硬件实施例、完全软件实施例或结合软件和硬件方面的实施例的形式。而且，本申请可采用在一个或多个其中包含有计算机可用程序代码的计算机可用存储介质(包括但不限于磁盘存储器、CD-ROM、光学存储器等)上实施的计算机程序产品的形式。
本申请虽然以较佳实施例公开如上，但其并不是用来限定本申请，任何本领域技术人员在不脱离本申请的精神和范围内，都可以做出可能的变动和修改，因此本申请的保护范围应当以本申请权利要求所界定的范围为准。
Claims (17)
- 一种企业数字中台资源服务应用的调用系统，其特征在于，包括：企业数字中台管控平台、扩展点服务应用配置库以及资源服务应用中台容器；所述企业数字中台管控平台，用于根据扩展点服务应用请求，创建扩展点服务应用配置数据，所述扩展点服务应用配置数据包括：多个资源服务应用标识信息，以及每个资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；所述扩展点服务应用配置库，用于存储所述扩展点服务应用配置数据；所述资源服务应用中台容器，用于从所述扩展点服务应用配置库获取所述扩展点服务应用配置数据，以及根据所述对应关系，创建资源服务应用中台进程与扩展点服务应用进程，并建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
- 根据权利要求1所述的企业数字中台资源服务应用的调用系统，其特征在于，所述资源服务应用中台容器中的主进程，用于从所述扩展点服务应用配置库读取所述身份信息与所述扩展点服务应用的对应关系，并根据所述对应关系创建所述资源服务应用中台进程与所述扩展点服务应用进程。
- 根据权利要求1所述的企业数字中台资源服务应用的调用系统，其特征在于，所述资源服务应用中台容器根据企业数据中台服务框架，建立所述资源服务应用中台进程和所述扩展点服务应用进程之间的本地通信关系。
- 根据权利要求1所述的企业数字中台资源服务应用的调用系统，其特征在于：所述资源服务应用中台容器中的主进程获取所述扩展点服务应用配置库中的所述扩展点服务应用配置数据的变化数据，并根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
- 根据权利要求4所述的企业数字中台资源服务应用的调用系统，其特征在于：当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，则在所述资源服务应用中台容器中，根据从所述企业数字中台管控平台获取的新增扩展点服务应用的程序文件，创建所述新增扩展点服务应用，并建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
- 根据权利要求4所述的企业数字中台资源服务应用的调用系统，其特征在于：当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，则在所述资源服务应用中台容器中删除与所述扩展点服务应用对应的所述扩展点服务应用进程。
- 根据权利要求4所述的企业数字中台资源服务应用的调用系统，其特征在于：当所述主进程获取的所述扩展点服务应用配置库的所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，则根据从所述企业数字中台管控平台获取的修改后的新扩展点服务应用进程的程序文件，在所述资源服务应用中台容器中创建与所述新扩展点服务应用对应的新扩展点服务应用进程，并将修改前的旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
- 根据权利要求1所述的企业数字中台资源服务应用的调用系统，其特征在于，还包括：显示设备，用于在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
- 一种企业数字中台中资源服务应用的调用方法，其特征在于，包括：根据扩展点服务应用请求，获取扩展点服务应用配置数据和扩展点服务应用的程序文件；其中，所述扩展点服务应用配置数据包括：资源服务应用标识信息，以及所述资源服务应用标识信息与扩展点服务应用的对应关系；并将所述扩展点服务应用的程序文件上传到所述资源服务应用中台容器；其中，所述资源服务应用标识信息表示所述资源服务应用参与身份的身份信息；根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应用进程；建立所述资源服务应用中台进程和扩展点服务应用进程之间的本地通信关系。
- 根据权利要求9所述的企业数字中台中资源服务应用的调用方法，其特征在于，所述根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，创建资源服务应用中台进程和扩展点服务应 用进程，包括：根据所述资源服务应用标识信息与所述扩展点服务应用的对应关系，以及所述程序文件，在位于所述资源服务应用中台中的资源服务应用中台容器内，创建所述资源服务应用中台进程和所述扩展点服务应用进程。
- 根据权利要求9所述的企业数字中台中资源服务应用的调用方法，其特征在于，还包括：获取所述扩展点服务应用配置数据的变化数据；根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式。
- 根据权利要求11所述的企业数字中台中资源服务应用的调用方法，其特征在于，所述根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式，包括：当所述变化数据为新增资源服务应用标识和新增扩展点服务应用时，获取新增扩展点服务应用的程序文件；根据所述程序文件，创建所述新增扩展点服务应用；建立所述新增扩展点服务应用和所述资源服务应用中台进程之间的本地通信关系。
- 根据权利要求11所述的企业数字中台中资源服务应用的调用方法，其特征在于，所述根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式，包括：当所述变化数据为删除所述资源服务应用标识和/或所述扩展点服务应用时，获取待删除扩展点服务应用；删除与所述待删除扩展点服务应用对应的所述扩展点服务应用进程。
- 根据权利要求11所述的企业数字中台中资源服务应用的调用方法，其特征在于，所述根据所述变化数据确定所述资源服务应用中台进程和所述扩展点服务应用进程的调整方式，包括：当所述变化数据为修改所述资源服务应用标识和/或所述扩展点服务应用时，获取新扩展点服务应用的程序文件和旧扩展点服务应用；根据所述新扩展点服务应用的程序文件，创建与所述新扩展点服务应用对应的新扩展点服务应用进程；将所述旧扩展点服务应用进程替换为所述新扩展点服务应用进程。
- 根据权利要求9所述的企业数字中台中资源服务应用的调用方法，其特征在于，还包括：在界面展示所述扩展点服务应用进程的处理状态信息、建立所述本地通信关系的所述扩展点服务应用进程的数量信息、所述扩展点服务应用进程的扩展点服务应用请求数量信息、所述扩展点服务应用进程的增加信息，所述扩展点服务应用进程的删除信息，所述扩展点服务应用进程的修改信息中的至少一种信息。
- 一种计算机存储介质，用于存储网络平台产生数据，以及对应所述网络平台产生数据进行处理的程序；所述程序在被处理器读取执行时，执行如上述权利要求9-15任意一项所述的企业数字中台中资源服务应用的调用方法。
- 一种电子设备，包括：处理器；存储器，用于存储对网络平台产生数据进行处理的程序，所述程序在被所述处理器读取执行时，执行如上述权利要求9-15任意一项所述的企业数字中台中资源服务应用的调用方法。
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| CN117240767B (zh) * | 2023-11-16 | 2024-01-23 | 国网信息通信产业集团有限公司 | 一种业务中台服务旁路调用监测方法及系统 |
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