CN108206894B

CN108206894B - Service processing system, method and device

Info

Publication number: CN108206894B
Application number: CN201611187612.1A
Authority: CN
Inventors: 施南翔; 尼凌飞
Original assignee: China Mobile Communications Group Co Ltd; China Mobile Communications Ltd Research Institute
Current assignee: China Mobile Communications Group Co Ltd; China Mobile Communications Ltd Research Institute
Priority date: 2016-12-20
Filing date: 2016-12-20
Publication date: 2020-05-12
Anticipated expiration: 2036-12-20
Also published as: CN108206894A

Abstract

The application relates to the technical field of internet, in particular to a service processing system, a method and a device, which are used for solving the problem that a service platform wastes storage resources in the prior art; the service processing method provided by the embodiment of the application comprises the following steps: receiving a service request for requesting processing of a specified service; inquiring service resources corresponding to the specified service; the service resource comprises: at least two kinds of service common service logic resources including the designated service and/or service logic resources dedicated to the designated service, at least two kinds of service common user data resources including the designated service and/or user data resources dedicated to the designated service, and at least two kinds of service common network capacity resources including the designated service and/or network capacity resources dedicated to the designated service; and processing the specified service based on the inquired service resource. Therefore, the storage of the service resources between the designated service and other services is not repeated, and the storage resources of the service platform can be saved.

Description

Service processing system, method and device

Technical Field

The present application relates to the field of internet technologies, and in particular, to a service processing system, method, and apparatus.

Background

At present, in a telecommunication service network, a core network generally provides services to users through service platforms, and since telecommunication services are complex and diverse, one service platform generally provides only one group of telecommunication services with similar service characteristics, a plurality of service platforms generally need to be deployed in the telecommunication service network.

In the prior art, the problem of repeated construction of service logic resources, user data resources and network capacity resources of a plurality of service platforms in a telecommunication service network exists. For example, the intelligent network service platform and the multimedia service platform both implement service logics such as number display, dialing mode, location acquisition and the like; user data such as user numbers and subscription services are stored, and the network capabilities such as call initiation, call control, media control and the like are provided, so that more storage resources of the service platform can be wasted, and difficulty can be brought to maintenance of the service platform.

Therefore, the service platform in the prior art has the problems of waste of storage resources and difficulty in maintenance.

Disclosure of Invention

The embodiment of the application provides a service processing system, a service processing method and a service processing device, which are used for solving the problems of storage resource waste and difficulty in maintenance of a service platform in the prior art.

An embodiment of the present application provides a service processing system, including:

the service logic resource pool is used for storing service logic resources of the service, and after receiving a service request for requesting to process the specified service, the service logic resources corresponding to the specified service are inquired from the local, and the service logic resources comprise: at least two kinds of service common service logic resources including the appointed service and/or service logic resources special for the appointed service, and sending a first query request to a user data resource pool for querying user data resources corresponding to the appointed service, wherein the user data resources comprise: user data resources common to at least two services including the specified service and/or user data resources dedicated to the specified service, and sending a second query request to a network capacity resource pool, for querying network capacity resources corresponding to the specified service, where the network capacity resources include: network capacity resources common to at least two services including the specified service and/or network capacity resources dedicated to the specified service; processing a specified service based on the inquired service resources, wherein the service resources comprise service logic resources, user data resources and network capacity resources corresponding to the specified service;

the user data resource pool is used for storing user data resources of the service and returning the user data resources corresponding to the specified service to the service logic resource pool based on the first query request of the service logic resource pool;

and the network capacity resource pool is used for storing the network capacity resources of the service and returning the network capacity resources corresponding to the specified service to the service logic resource pool based on the second query request of the service logic resource pool.

Optionally, the system further comprises:

the resource index database is used for generating service resource description information which is subjected to resource collection processing and corresponds to each service according to the description files of various services, and transmitting the service resource description information to the original service database; the description file of each service comprises service logic resource description information, user data resource description information and network capacity resource description information corresponding to the service; the service resource description information corresponding to each service after resource collection processing includes: service logic resource description information which is common to at least two services including the service and/or service logic resource description information which is special for the service, user data resource description information which is common to at least two services including the service and/or user data resource description information which is special for the service, network capacity resource description information which is common to at least two services including the service and/or network capacity resource description information which is special for the service;

the original service database is used for receiving service resource description information which is returned by the resource index database and corresponds to each service and is subjected to resource collection processing; according to the service resource description information, the service logic resource which is corresponding to each service and is subjected to resource collection processing is issued to a service logic resource pool, the user data resource which is corresponding to each service and is subjected to resource collection processing is issued to a user data resource pool, and the network capacity resource which is corresponding to each service and is subjected to resource collection processing is issued to a network capacity resource pool.

Optionally, the resource index database is specifically configured to:

for each service, generating service resource description information which is subjected to resource collection processing and corresponds to each atomic service in the service according to the description file of the service; the service resource description information corresponding to any atomic service and subjected to resource collection processing comprises: the service logic resource description information of the atomic service which is common to at least two services including the service or the service logic resource description information of the atomic service which is dedicated to the service, the user data resource description information of the atomic service which is common to at least two services including the service and/or the user data resource description information of the atomic service which is dedicated to the service, the network capability resource description information of the atomic service which is common to at least two services including the service and/or the network capability resource description information of the atomic service which is dedicated to the service.

Optionally, the service logic resource pool is specifically configured to:

after receiving the service logic resource of each service issued by the original service database and before receiving the service request, inquiring service resource description information of the atomic service from the resource index database aiming at each atomic service in each service, wherein the service resource description information of the atomic service comprises: service logic description information of the atomic service common to at least two services including the service or service logic description information of the atomic service dedicated to the service, user data description information of the atomic service common to at least two services including the service and/or user data description information of the atomic service dedicated to the service, and network capability description information of the atomic service common to at least two services including the service and/or network capability description information of the atomic service dedicated to the service;

recording the resource calling relation of the service according to the inquired service resource description information of each atomic service in the service, wherein the resource calling relation refers to the mapping relation among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the service;

after receiving a service request for requesting to process the specified service, inquiring service resources corresponding to the specified service based on the recorded resource calling relationship of the specified service; the service resources corresponding to the designated service comprise service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

The service processing method provided by the embodiment of the application comprises the following steps:

receiving a service request; the service request is used for requesting to process a specified service;

inquiring service resources corresponding to the specified service; the service resource comprises: the method comprises the steps that at least two kinds of services including designated services are used as common service logic resources and/or dedicated service logic resources, at least two kinds of services including designated services are used as common user data resources and/or dedicated user data resources, and at least two kinds of services including designated services are used as common network capacity resources and/or dedicated network capacity resources;

and processing the specified service based on the inquired service resource.

Optionally, before receiving the service request, the method further includes:

dividing a designated service into a plurality of atomic services;

for each divided atomic service, inquiring service resource description information of the atomic service, wherein the service resource description information of the atomic service comprises: service logic resource description information of the atomic service which is common to at least two services including the designated service or service logic resource description information of the atomic service which is dedicated to the designated service, user data resource description information of the atomic service which is common to at least two services including the designated service and/or user data resource description information of the atomic service which is dedicated to the designated service, and network capability resource description information of the atomic service which is common to at least two services including the designated service and/or network capability resource description information of the atomic service which is dedicated to the designated service;

recording a resource calling relation of the designated service according to the inquired service resource description information of each atomic service in the designated service, wherein the resource calling relation refers to a mapping relation among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service;

inquiring service resources corresponding to the specified service, including:

after receiving the service request, inquiring service resources corresponding to the specified service based on the recorded resource calling relation of the specified service; the service resources corresponding to the designated service comprise service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

Optionally, processing the specified service based on the queried service resource includes:

and sequentially executing the service process of each atomic service in the designated service based on the service logic resource, the user data resource, the network capacity resource corresponding to each atomic service in the designated service and the execution sequence among all the atomic services.

An embodiment of the present application provides a service processing apparatus, including:

the receiving module is used for receiving the service request; the service request is used for requesting to process a specified service;

the query module is used for querying the service resources corresponding to the specified service; the service resource comprises: the method comprises the steps that at least two kinds of services including designated services are used as common service logic resources and/or dedicated service logic resources, at least two kinds of services including designated services are used as common user data resources and/or dedicated user data resources, and at least two kinds of services including designated services are used as common network capacity resources and/or dedicated network capacity resources;

and the processing module is used for processing the specified service based on the inquired service resource.

Optionally, the apparatus further comprises:

the recording module is used for dividing the designated service into a plurality of atomic services; for each divided atomic service, inquiring service resource description information of the atomic service, wherein the service resource description information of the atomic service comprises: service logic resource description information of the atomic service which is common to at least two services including the designated service or service logic resource description information of the atomic service which is dedicated to the designated service, user data resource description information of the atomic service which is common to at least two services including the designated service and/or user data resource description information of the atomic service which is dedicated to the designated service, and network capability resource description information of the atomic service which is common to at least two services including the designated service and/or network capability resource description information of the atomic service which is dedicated to the designated service; recording a resource calling relation of the designated service according to the inquired service resource description information of each atomic service in the designated service, wherein the resource calling relation refers to a mapping relation among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service;

the query module is specifically configured to:

after receiving the service request, inquiring service resources corresponding to the specified service based on the resource calling relation of the specified service recorded by the recording module; the service resources corresponding to the designated service comprise service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

Optionally, the processing module is specifically configured to:

and sequentially executing the service process of each atomic service in the designated service based on the service logic resource, the user data resource and the network capacity resource corresponding to each atomic service in the designated service and the execution sequence among all the atomic services.

In the embodiment of the application, the service logic resource pool is used for storing service logic resources of a service, after receiving a service request for requesting processing of a specified service, the service logic resources corresponding to the specified service are queried locally, user data resources corresponding to the specified service are queried from the user data resource pool, network capacity resources corresponding to the specified service are queried from the network capacity resource pool, and then the specified service is processed based on the queried service resources, wherein the service logic resources corresponding to the specified service comprise at least two service logic resources common to the specified service and/or service logic resources dedicated to the specified service, the user data resources corresponding to the specified service comprise at least two service common user data resources and/or user data resources dedicated to the specified service, and the network capacity resources corresponding to the specified service comprise at least two service common network capacity resources and/or the specified service A dedicated network capability resource. That is, the service resources corresponding to the specified service are divided into general service resources and special service resources, and the repeated service resources between the specified service and any other service are not stored repeatedly any more, so that the storage resources of the service platform can be saved, and the maintenance cost of the service platform is reduced.

Drawings

Fig. 1 is a schematic diagram of a service processing system according to an embodiment of the present application;

fig. 2 is a schematic diagram of another service processing system provided in the embodiment of the present application;

fig. 3 is a schematic diagram of another service processing system according to an embodiment of the present application;

fig. 4 is a schematic diagram of a service resource calling relationship of a service a provided in the embodiment of the present application;

fig. 5 is a schematic diagram illustrating network capability resources, service logic resources, and user data resources related to a service are packaged into a virtual resource group in an assembly manner according to an embodiment of the present application;

fig. 6 is a flowchart of a service processing method provided in the embodiment of the present application;

fig. 7 is a structural diagram of a service processing apparatus according to an embodiment of the present application.

Detailed Description

The embodiments of the present application will be described in further detail with reference to the drawings attached hereto.

Example one

As shown in fig. 1, a schematic view of a service processing system provided in this embodiment of the present application is shown, where a Call Session Control Function (CSCF) of a core network generally provides a service to a user through a service platform, and the core network is connected to a network capability resource pool through a network capability-core network standard interface, where the system includes:

the service logic resource pool 101 is used for storing service logic resources of a service, after receiving a service request for requesting processing of a specified service, locally inquiring the service logic resources corresponding to the specified service, sending a first inquiry request for inquiring user data resources corresponding to the specified service to the user data resource pool, and sending a second inquiry request for inquiring network capacity resources corresponding to the specified service to the network capacity resource pool, and further, processing the specified service based on the inquired service resources, wherein the service resources comprise the service logic resources, the user data resources and the network capacity resources corresponding to the specified service.

Here, the service logic resource corresponding to the designated service includes: at least two kinds of service common service logic resources including the appointed service and/or the appointed service dedicated service logic resources; the user data resources corresponding to the designated service include: user data resources common to at least two services including the specified service and/or user data resources dedicated to the specified service; the network capability resources corresponding to the specified service include: network capability resources common to at least two services including the specified service and/or network capability resources dedicated to the specified service.

And the user data resource pool 102 is used for storing the user data resources of the service, and returning the user data resources corresponding to the specified service to the service logic resource pool based on the first query request sent by the service logic resource pool.

And the network capacity resource pool 103 is used for storing the network capacity resources of the service and returning the network capacity resources corresponding to the specified service to the service logic resource pool based on the second query request sent by the service logic resource pool.

As shown in fig. 2, the service processing system further includes a resource index database 104 and a raw service database 105, wherein:

and the resource index database 104 is configured to generate service resource description information after resource aggregation processing corresponding to each service according to the description files of various services, and transmit the service resource description information to the original service database.

Optionally, the description file of each service includes service logic resource description information, user data resource description information, and network capability resource description information corresponding to the service; the service resource description information corresponding to each service after resource collection processing includes: the service logic resource description information which is common to at least two services including the service and/or the service logic resource description information which is special for the service, the user data resource description information which is common to at least two services including the service and/or the user data resource description information which is special for the service, the network capacity resource description information which is common to at least two services including the service and/or the network capacity resource description information which is special for the service.

In a specific implementation process, a resource index database generates service resource description information which is subjected to resource collection processing and corresponds to each atomic service in the service according to a description file of the service; the service resource description information corresponding to any atomic service after resource collection processing includes: the service logic resource description information of the atomic service which is common to at least two services including the service or the service logic resource description information of the atomic service which is dedicated to the service, the user data resource description information of the atomic service which is common to at least two services including the service and/or the user data resource description information of the atomic service which is dedicated to the service, the network capability resource description information of the atomic service which is common to at least two services including the service and/or the network capability resource description information of the atomic service which is dedicated to the service.

In the above process, for each service, it may be divided into a plurality of atomic services according to the service requirements of the service, for example, for a Virtual Private Mobile Network (VPMN) service, it may be divided into atomic services such as number display and VPMN number according to the service requirements, when the atomic service requirement for number display is met, a user long number may be displayed, and a user short number may also be displayed, but the number display is an atomic service that cannot be subdivided.

The original service database 105 is configured to receive service resource description information, which is returned by the resource index database and is subjected to resource aggregation processing, and then, according to service logic resource description information common to at least two services and service logic resource description information dedicated to each service in the service resource description information, issue a service logic resource, which is subjected to resource aggregation processing and corresponds to each service, to the service logic resource pool; according to the user data resource description information which is general to at least two services in the service resource description information and the user data resource description information which is special for each service, the user data resource which is corresponding to each service and is subjected to resource collection processing is issued to a user data resource pool; and issuing the network capacity resources which are subjected to resource collection processing and correspond to each service to a network capacity resource pool according to the network capacity resource description information which is common to at least two services in the service resource description information and the network capacity resource description information which is special for each service.

Further, after receiving the service logic resource of each service issued by the original service database, before receiving the service request, the service resource description information of each atomic service in each service can be inquired from the resource index database, further recording the resource calling relation of the service according to the inquired service resource description information of each atomic service in the service, the resource calling relation refers to the mapping relation among the service logic resource, the user data resource and the network capacity resource corresponding to each atomic service in the service, the mapping relationship may include complete service resource description information, or may be only identification information in the service resource description information, such as a service logic resource identifier S0, a user data resource identifier D0, a network capability resource identifier C0, and the like.

Here, the service resource description information of each atomic service in each service includes: the service logic description information of the atomic service common to at least two services including the service or the service logic description information of the atomic service dedicated to the service, the user data description information of the atomic service common to at least two services including the service and/or the user data description information of the atomic service dedicated to the service, and the network capability description information of the atomic service common to at least two services including the service and/or the network capability description information of the atomic service dedicated to the service.

Further, after the service logic resource pool receives a service request for requesting processing of the specified service, the service logic resource pool may query a service resource corresponding to the specified service based on the recorded resource calling relationship of the specified service; the service resources corresponding to the designated service include service logic resources, user data resources, and network capability resources corresponding to each atomic service in the designated service.

Example two

As shown in fig. 3, a schematic view of another service processing system provided in this embodiment of the present application, where a CSCF in a core network generally provides a service to a user through a service platform, and the core network is connected to a network capability resource pool through a network capability-core network standard interface, the system includes:

the original service database is used for extracting service resources from an existing service platform or creating the service resources according to new service requirements to form the service resources of the original service database aiming at a specific network field, such as an audio and video network, further analyzing each service one by one, determining a description file of the service, wherein the description file of one service comprises service logic resource description information, user data resource description information, network capacity resource description information and index information of the service corresponding to the service, and transmitting the description file of the service to the resource index database.

Further, the resource index database performs resource collection processing on the service logic resource, the user data resource and the network capacity resource of each service according to the received description files of the multiple services, generates service resource description information after the resource collection processing is performed on the service, and transmits the service resource description information of each service to the original service database. Taking resource collection processing on service logic resources as an example, for the service logic resources S1, S2, and S3, if at least two services B1 and B2 correspond to the service logic resource S1, the service logic resource S1 is determined as a common service logic resource, if at least two services B2 and B3 correspond to the service logic resource S2, the service logic resource S2 is determined as a common service logic resource, and if only the service B1 corresponds to the service logic resource S3, the service logic resource S3 is determined as a dedicated service logic resource of the service B1. At this time, the record about the service logic resource in the service resource description information of the service B1 may be the generic service logic resource S1 and the dedicated service logic resource S3.

The following describes a process in which an original service database issues service logic resources corresponding to each service to a service logic resource pool after performing resource aggregation processing according to service resource description information of each service, taking the service logic resource pool as an example. The original service database is similar to the process of issuing the user data resource pool and the network capacity resource to the user data resource pool and the network capacity resource pool, and details are not repeated here.

In the specific implementation process, the original service database standardizes the service resources according to the service resource description information of each service transmitted by the received resource index database, for example, for the special service logic resources, the service logic resources are reconstructed according to the parameter template of the service logic resource pool; for the general service logic resource, firstly reconstructing the service logic resource according to the parameter template of the service logic resource pool, then merging the reconstructed service logic resource, wherein the general parameter is a necessary parameter, the special parameter is an optional parameter, and further, the service logic resource which is subjected to resource collection processing and corresponds to each service is issued to the service logic resource pool.

Optionally, after receiving the service logic resource issued by the original service database, the service logic resource pool may establish an index for all the service logic resources; similarly, the user data resource pool may index all user data and the network capability resource pool may index all network capability resources.

The following describes a relationship between a generic service logic resource and a dedicated service logic resource in a service logic resource pool by taking the service logic resource pool as an example. The relationship between the general user data resources and the dedicated user data resources in the user data resource pool and the relationship between the general network capability resources and the dedicated network capability resources in the network capability resource pool are similar to these, and are not described herein again.

In the service logic resource pool, the common service logic resource and the service logic resource special for any service are not repeated, so the service logic resource set in the service logic resource pool is the simplest, thereby avoiding the repeated maintenance by manpower and further reducing the cost of manually maintaining the service logic resource. In addition, the universal service logic resources and the service logic resources special for each service are respectively deployed in different atomized virtual network functions and are logically independent from each other, the upgrading of the universal service logic resources does not affect the service logic resources special for each service, and the upgrading of the service logic resources special for a certain service does not affect the universal service logic resources and the service logic resources special for other services.

The above process is described below by way of example.

The existing intelligent network service platform and multimedia service platform provide intelligent network service and multimedia service respectively. The service logic resources corresponding to the intelligent network service comprise number display, dialing mode, position acquisition, VPMN number, home network number and the like, the corresponding user data resources comprise user numbers, ordering service, VPMN relation data, home network relation data and the like, and the corresponding network capacity resources comprise originating calls, call control, media control, number translation and the like; the service logic resources corresponding to the multimedia service include number display, dialing mode, position acquisition, multi-party call processing, supplementary service processing and the like, the corresponding user data resources include user numbers, subscription services, supplementary service data and the like, and the corresponding network capacity resources include originating call, call control, media control, multi-party call, coding and decoding conversion and the like.

In the implementation process, the original service database can respectively extract the service resources of the intelligent network service and the multimedia service from the intelligent network service platform and the multimedia service platform, respectively analyze the intelligent network service and the multimedia service to determine the description file of the intelligent network service and the description file of the multimedia service, and transmits the description file of the intelligent network service and the description file of the multimedia service to the resource index database, and further, the resource index database transmits the description file of the intelligent network service and the description file of the multimedia service to the resource index database, the service logic resources, user data resources and network capacity resources of the intelligent network service and the multimedia service are processed by resource collection to respectively generate service resource description information of the intelligent network service and the multimedia service, and transmitting the service resource description information of the intelligent network service and the multimedia service to the original service database.

Further, after the original service database standardizes the service resources of the intelligent network service and the multimedia service according to the received service resource description information of the intelligent network service and the multimedia service, service logic resources such as number display, dialing mode, position acquisition, VPMN number, home network number, multi-party call processing, supplementary service and the like are issued to a service logic resource pool, and the service logic resource pool is indicated to determine the number display, the dialing mode and the position acquisition in the service logic resources as common service logic resources, the VPMN number and the home network number are determined as service logic resources special for the intelligent network service, and the multi-party call processing and the supplementary service are determined as service logic resources special for the multimedia service; user data resources such as a user number, an ordering service, VPMN relationship data, home network relationship data, supplementary service data and the like are issued to a user data resource pool, the user data resource pool is instructed to determine the user number and the ordering service in the user data resources as shared user data resources, the VPMN relationship data and the home gateway coefficient data are determined as user data resources special for the intelligent network service, and the supplementary service data are determined as user data resources special for the multimedia service; the method comprises the steps of issuing network capacity resources such as call initiation, call control, media control, number translation, multi-party call, coding and decoding conversion and the like to a network capacity resource pool, indicating the network capacity resource pool to determine the call initiation, call control and media control in the network capacity resources as shared network capacity resources, determining the number translation as network capacity resources special for intelligent network services, and determining the multi-party call, coding and decoding conversion as network capacity resources special for multimedia services.

Here, the service logic resource pool, the user data resource pool, and the network capacity resource pool are the simplest service logic resource set, the user data resource set, and the network capacity resource set, and in each resource pool, the upgrade of the general service resource does not affect the service resource dedicated to each service, and the upgrade of the service resource dedicated to a certain service does not affect the general service resource and the service resources dedicated to other services. In addition, after the service logic resource pool receives the service logic resources issued by the original service database, indexes can be established for all the service logic resources; similarly, the user data resource pool may index all the service logic resources, and the network capability resource pool may index all the network capability resources.

In the specific implementation process, after the service logic resource pool, the user data resource pool and the network capacity resource pool complete the construction of the service resources, the service logic resource pool can establish the mapping relationship among the service logic resources, the user data resources and the network capacity resources corresponding to each atomic service in each service.

Specifically, the network capacity resource pool shares the network capacity resource index with the service logic resource pool, and the user data resource pool shares the user data resource index with the service logic resource pool, so that the service logic resource pool obtains the resource index of each common service resource and each dedicated service resource. Then, for each service, the service logic resource pool divides the service into a plurality of atomic services, for each atomic service, determines the general service logic resource or the special service logic resource corresponding to the atomic service, searches the service resource description information of the atomic service in the resource index database, records the mapping relation between the general service logic resource or the special service logic resource corresponding to the atomic service, the user data resource and the network capacity resource, then merges the mapping relation between the service logic resource corresponding to each atomic service, the user data resource and the network capacity resource, and determines the mapping relation between the merged service logic resource, the user data resource and the network capacity resource as the service resource calling relation of the service.

As shown in fig. 4, assume that service a is composed of atomic services a1 and a2, where atomic service a1 corresponds to generic service logic resource S1, dedicated network capability resource C1, and generic user data resource D1; the atomic service a2 corresponds to the dedicated service logic resource S2, the dedicated network capability resource C2, and the universal user data resource D2, and the service resource invocation relationship S-C-D of the service a is: { S1-C1-D1} U { S2-C2-D2 }.

In the specific implementation process, one atomic service corresponds to one general service logic resource or one dedicated service logic resource, and one general service logic resource or one dedicated service logic resource may correspond to a plurality of general network capability resources and/or a plurality of dedicated network capability resources, and may also correspond to a plurality of general user data resources and/or a plurality of dedicated user data resources. For convenience of description, in the above process, it is assumed that one generic service logic resource or one dedicated service logic resource corresponds to one generic network capability resource or one dedicated network capability resource, and one generic service logic resource or one dedicated service logic resource corresponds to one generic user data resource or one dedicated user data resource.

Optionally, for each service, the service logic resource pool may generate a service logic parameter set S, a network capability parameter set C, and a user data parameter set D of the service according to the service resource calling relationship of the service, then create a first standard interface of the service according to the service logic parameter set S, the network capability parameter set C, and the protocol and the style that the first standard interface conforms to, and create a second standard interface of the service according to the service logic parameter set S, the user data parameter set D, and the protocol and the style that the second standard interface conforms to. The first standard interface is a service logic-network capability standard interface, the second standard interface is a service logic-user data standard interface, a Protocol followed by the first standard interface and the second standard interface can be a HyperText Transfer Protocol (HTTP), and a style can be a representation State Transfer (RESTful).

As shown in fig. 5, in the specific implementation process, for each service, the service logic resource pool may further encapsulate the network capacity resource, the service logic resource, and the user data resource related to the service into a virtual resource group according to the service resource calling relationship, the first standard interface, and the second standard interface of the service, create a service resource management process for the service, perform unified management and scheduling on the service resource related to the service by the service resource management process, and create a service profile for the service based on the service logic parameter set S, the network capacity parameter set C, and the user data parameter set D of the service, where the service profile includes: service profiles, service characteristics, usage methods and charging criteria, etc. Further, the service profile file of the service is opened to a service operation support System (BOSS)/Customer Relationship Management (CRM) System by the service virtual resource group of the service, and the sales of the service is realized by the BOSS/CRM System. When the user opens the service, the BOSS/CRM system writes the relevant data of the user into the service resource management process, and the service resource management process writes the relevant data of the user into the user data resource pool (the service resource management process is only used as a transfer node of the relevant data of the user). Then, when the user actively or passively triggers the service, the service request is sent to a service logic resource pool, the service logic resource pool locally queries service logic resources corresponding to the service, after querying user data resources corresponding to the service from the user data resource pool and querying network capacity resources corresponding to the service from the network capacity resource pool, the execution sequence of each atomic service in the service is determined by a virtual resource group and indicated to the service logic resource pool, the service logic resource pool sequentially calls related service resources to execute the service flow of each atomic service in the service, and then the response to the service request is completed.

In the above process, if a certain service needs to be provided based on processing of an external data source, for example, weather information, early warning information, harassment number information, etc., an external data source plug-in may also be created, the data source plug-in is interfaced with the service logic resource pool, and the protocol and style followed by the interface between the external data source and the service logic resource pool may be determined according to the data structure of the external data source.

In addition, in the prior art, the service platform can provide services for users, and can open a small part of network capacity resources for third-party enterprise users, but cannot open service logic resources and user data resources for the users, so that the openness is poor. Therefore, the service implementation system of the embodiment of the present application further includes: the first open interface is used for opening the user data resources in the user data resource pool to the outside; the second open interface is used for opening the service logic resources in the service logic resource pool to the outside; and the third open interface is used for opening the network capacity resources in the network capacity resource pool to the outside.

As shown in fig. 6, a flowchart of a service processing method provided in the embodiment of the present application includes the following steps:

s601: the service logic resource pool receives a service request; the service request is for requesting processing of a specified service.

Here, before the service logic resource pool receives the service request, the designated service may be further divided into a plurality of atomic services, for each divided atomic service, service resource description information of the atomic service is queried, and a resource invocation relationship of the designated service is recorded according to the queried service resource description information of each atomic service in the designated service, where the resource invocation relationship refers to a mapping relationship between a service logic resource, a user data resource, and a network capability resource corresponding to each atomic service in the designated service.

Optionally, the service resource description information of the atomic service queried includes: the method comprises the steps of providing at least two services including a designated service, wherein the at least two services include the atomic service logic resource description information of the atomic service common to at least two services including the designated service or the service logic resource description information of the atomic service dedicated to the designated service, the user data resource description information of the atomic service common to at least two services including the designated service and/or the user data resource description information of the atomic service dedicated to the designated service, and the network capacity resource description information of the atomic service common to at least two services including the designated service and/or the network capacity resource description information of the atomic service dedicated to the designated service.

S602: and inquiring service resources corresponding to the specified services.

Here, the service resources include: at least two services common service logic resources and/or service logic resources dedicated to the designated service, at least two services common user data resources and/or user data resources dedicated to the designated service, and at least two services common network capability resources and/or network capability resources dedicated to the designated service.

In a specific implementation process, after receiving a service request, the service logic resource pool may query a service resource corresponding to a specified service based on a recorded resource call relationship of the specified service; the service resources corresponding to the designated service include service logic resources, user data resources, and network capability resources corresponding to each atomic service in the designated service.

S603: and processing the specified service based on the inquired service resource.

In a specific implementation process, the service logic resource pool may sequentially execute a service flow of each atomic service in the designated service based on a service logic resource, a user data resource, and a network capability resource corresponding to each atomic service in the designated service, and an execution sequence between each atomic service.

In the embodiment of the application, after receiving a service request for requesting processing of a specified service, a service logic resource pool queries a service resource corresponding to the specified service, and processes the specified service based on the queried service resource. The service resources corresponding to the specified service comprise: at least two services common service logic resources and/or service logic resources dedicated to the designated service, at least two services common user data resources and/or user data resources dedicated to the designated service, and at least two services common network capability resources and/or network capability resources dedicated to the designated service. That is, the service resources corresponding to the specified service are divided into general service resources and special service resources, and the repeated service resources between the specified service and any other service are not stored repeatedly any more, so that the storage resources of the service platform can be saved, and the maintenance cost of the service platform is reduced.

Based on the same inventive concept, the embodiment of the present application further provides a service processing apparatus corresponding to the service processing method, and as the principle of the apparatus for solving the problem is similar to the service processing method in the embodiment of the present application, the implementation of the apparatus may refer to the implementation of the method, and repeated parts are not described again.

As shown in fig. 7, a structure diagram of a service processing apparatus 70 provided in the embodiment of the present application includes:

a receiving module 701, configured to receive a service request; the service request is used for requesting to process a specified service;

a query module 702, configured to query a service resource corresponding to a specified service; the service resource comprises: at least two services common service logic resources and/or service logic resources dedicated to the designated service, at least two services common user data resources and/or user data resources dedicated to the designated service, and at least two services common network capability resources and/or network capability resources dedicated to the designated service.

And the processing module 703 is configured to process the specified service based on the queried service resource.

Optionally, the apparatus further comprises:

a recording module 704, configured to divide a specified service into a plurality of atomic services; for each divided atomic service, inquiring service resource description information of the atomic service, wherein the service resource description information of the atomic service comprises: service logic resource description information of the atomic service which is common to at least two services including the designated service or service logic resource description information of the atomic service which is dedicated to the designated service, user data resource description information of the atomic service which is common to at least two services including the designated service and/or user data resource description information of the atomic service which is dedicated to the designated service, and network capability resource description information of the atomic service which is common to at least two services including the designated service and/or network capability resource description information of the atomic service which is dedicated to the designated service; and recording a resource calling relation of the designated service according to the inquired service resource description information of each atomic service in the designated service, wherein the resource calling relation refers to a mapping relation among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

The query module 702 is specifically configured to:

after receiving the service request, inquiring service resources corresponding to the specified service based on the resource calling relation of the specified service recorded by the recording module; the service resources corresponding to the designated service include service logic resources, user data resources, and network capability resources corresponding to each atomic service in the designated service.

Optionally, the processing module 703 is specifically configured to:

As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may 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, and the like) having computer-usable program code embodied therein.

The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

While the preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all alterations and modifications as fall within the scope of the application.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present application without departing from the spirit and scope of the application. Thus, if such modifications and variations of the present application fall within the scope of the claims of the present application and their equivalents, the present application is intended to include such modifications and variations as well.

Claims

1. A transaction system, comprising:

the service logic resource pool is used for storing service logic resources of services, and after receiving a service request for requesting to process a specified service, the service logic resource pool locally queries the service logic resources corresponding to the specified service, wherein the service logic resources comprise: at least two kinds of service common service logic resources including the designated service and/or service logic resources dedicated to the designated service, and sending a first query request to a user data resource pool for querying user data resources corresponding to the designated service, where the user data resources include: user data resources common to at least two services including the specified service and/or user data resources dedicated to the specified service, and sending a second query request to a network capacity resource pool, for querying network capacity resources corresponding to the specified service, where the network capacity resources include: network capacity resources common to at least two services including the specified service and/or network capacity resources dedicated to the specified service; processing the specified service based on the inquired service resources, wherein the service resources comprise service logic resources, user data resources and network capacity resources corresponding to the specified service;

the user data resource pool is used for storing user data resources of services and returning the user data resources corresponding to the specified services to the service logic resource pool based on the first query request of the service logic resource pool;

a network capacity resource pool, configured to store network capacity resources of a service, and return network capacity resources corresponding to the specified service to the service logic resource pool based on a second query request of the service logic resource pool, where the system further includes: the resource index database is used for generating service resource description information which is subjected to resource collection processing and corresponds to each service according to the description files of various services, and transmitting the service resource description information to the original service database; the description file of each service comprises service logic resource description information, user data resource description information and network capacity resource description information corresponding to the service; the service resource description information corresponding to each service after resource collection processing includes: service logic resource description information which is common to at least two services including the service and/or service logic resource description information which is special for the service, user data resource description information which is common to at least two services including the service and/or user data resource description information which is special for the service, network capacity resource description information which is common to at least two services including the service and/or network capacity resource description information which is special for the service; the original service database is used for receiving service resource description information which is returned by the resource index database and corresponds to each service and is subjected to resource collection processing; according to the service resource description information, the service logic resource which is corresponding to each service and is subjected to resource collection processing is issued to the service logic resource pool, the user data resource which is corresponding to each service and is subjected to resource collection processing is issued to the user data resource pool, and the network capacity resource which is corresponding to each service and is subjected to resource collection processing is issued to the network capacity resource pool.

2. The system of claim 1, wherein the resource index database is specifically configured to:

3. The system of claim 2, wherein the business logic resource pool is specifically configured to:

after receiving the service logic resource of each service issued by the original service database and before receiving the service request, for each atomic service in each service, querying the service resource description information of the atomic service from the resource index database, where the service resource description information of the atomic service includes: service logic description information of the atomic service common to at least two services including the service or service logic description information of the atomic service dedicated to the service, user data description information of the atomic service common to at least two services including the service and/or user data description information of the atomic service dedicated to the service, and network capability description information of the atomic service common to at least two services including the service and/or network capability description information of the atomic service dedicated to the service;

after receiving the service request for requesting to process the specified service, inquiring service resources corresponding to the specified service based on the recorded resource calling relationship of the specified service; the service resources corresponding to the designated service comprise service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

4. A method for processing a service, the method comprising:

inquiring service resources corresponding to the specified service; the service resources comprise: a service logic resource common to at least two services including the specified service and/or a service logic resource dedicated to the specified service, a user data resource common to at least two services including the specified service and/or a user data resource dedicated to the specified service, and a network capability resource common to at least two services including the specified service and/or a network capability resource dedicated to the specified service, where querying the service resource corresponding to the specified service further includes: generating service resource description information which is subjected to resource collection processing and corresponds to each service according to description files of various services, wherein the description files of each service comprise service logic resource description information, user data resource description information and network capacity resource description information which correspond to the service; the service resource description information corresponding to each service after resource collection processing includes: service logic resource description information which is common to at least two services including the service and/or service logic resource description information which is special for the service, user data resource description information which is common to at least two services including the service and/or user data resource description information which is special for the service, network capacity resource description information which is common to at least two services including the service and/or network capacity resource description information which is special for the service; receiving service resource description information which is corresponding to each service and subjected to resource collection processing; according to the service resource description information, issuing service logic resources which are subjected to resource collection processing and correspond to each service, issuing user data resources which are subjected to resource collection processing and correspond to each service, and issuing network capacity resources which are subjected to resource collection processing and correspond to each service;

and processing the specified service based on the inquired service resource.

5. The method of claim 4, wherein prior to receiving the service request, the method further comprises:

dividing the designated service into a plurality of atomic services;

recording a resource calling relationship of the designated service according to the inquired service resource description information of each atomic service in the designated service, wherein the resource calling relationship refers to a mapping relationship among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service;

the inquiring the service resource corresponding to the specified service comprises the following steps:

after receiving the service request, inquiring service resources corresponding to the specified service based on the recorded resource calling relationship of the specified service; the service resources corresponding to the designated service comprise service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service.

6. The method of claim 5, wherein processing the specified service based on the queried service resource comprises:

7. A traffic processing apparatus, characterized in that the apparatus comprises:

the query module is used for querying the service resources corresponding to the specified service; the service resources comprise: a service logic resource common to at least two services including the specified service and/or a service logic resource dedicated to the specified service, a user data resource common to at least two services including the specified service and/or a user data resource dedicated to the specified service, and a network capability resource common to at least two services including the specified service and/or a network capability resource dedicated to the specified service, where querying the service resource corresponding to the specified service further includes: generating service resource description information which is subjected to resource collection processing and corresponds to each service according to description files of various services, wherein the description files of each service comprise service logic resource description information, user data resource description information and network capacity resource description information which correspond to the service; the service resource description information corresponding to each service after resource collection processing includes: service logic resource description information which is common to at least two services including the service and/or service logic resource description information which is special for the service, user data resource description information which is common to at least two services including the service and/or user data resource description information which is special for the service, network capacity resource description information which is common to at least two services including the service and/or network capacity resource description information which is special for the service; receiving service resource description information which is corresponding to each service and subjected to resource collection processing; according to the service resource description information, issuing service logic resources which are subjected to resource collection processing and correspond to each service, issuing user data resources which are subjected to resource collection processing and correspond to each service, and issuing network capacity resources which are subjected to resource collection processing and correspond to each service;

8. The apparatus of claim 7, wherein the apparatus further comprises:

the recording module is used for dividing the designated service into a plurality of atomic services; for each divided atomic service, inquiring service resource description information of the atomic service, wherein the service resource description information of the atomic service comprises: service logic resource description information of the atomic service which is common to at least two services including the designated service or service logic resource description information of the atomic service which is dedicated to the designated service, user data resource description information of the atomic service which is common to at least two services including the designated service and/or user data resource description information of the atomic service which is dedicated to the designated service, and network capability resource description information of the atomic service which is common to at least two services including the designated service and/or network capability resource description information of the atomic service which is dedicated to the designated service; recording a resource calling relationship of the designated service according to the inquired service resource description information of each atomic service in the designated service, wherein the resource calling relationship refers to a mapping relationship among service logic resources, user data resources and network capacity resources corresponding to each atomic service in the designated service;

the query module is specifically configured to:

9. The apparatus of claim 8, wherein the processing module is specifically configured to:

and sequentially executing the service process of each atomic service in the designated service based on the service logic resource, the user data resource and the network capacity resource corresponding to each atomic service in the designated service and the execution sequence among the atomic services.