CN115358706A

CN115358706A - Cross-domain communication method based on government affair service cooperation technology and support system

Info

Publication number: CN115358706A
Application number: CN202210972709.2A
Authority: CN
Inventors: 赵旭亮; 方佩; 庞维; 周新喜; 舒元菊; 蒋军; 唐靖
Original assignee: China Comservice Enrising Information Technology Co Ltd
Current assignee: China Comservice Enrising Information Technology Co Ltd
Priority date: 2022-08-15
Filing date: 2022-08-15
Publication date: 2022-11-18

Abstract

The invention provides a cross-domain communication method and a support system based on government affair service cooperation technology, wherein the cross-domain communication method comprises the steps of establishing a cooperation capability rule, enabling the capability of an address business system to reside in the cross-domain communication support system, docking the address business system, configuring cooperation routes according to government affair service item dimensions, opening the cooperation routes or transaction applications according to different communication depths, applying for different address opening contents according to self requirements by a proxy and completing docking and office distribution. The cross-domain communication method and the support system provided by the invention can realize cross-domain communication and cross-department communication of government services based on the cooperation among the existing business system systems of different regions and different departments, can provide different docking modes and docking contents according to different cross-domain communication depths, provide more various choices for places to be hosted, have lower construction cost and reduce the use cost of comprehensive window personnel of the places to be hosted for familiarizing and using a plurality of sets of acceptance systems.

Description

Cross-domain communication method based on government affair service cooperation technology and support system

Technical Field

The invention relates to the technical field of electronic government affairs, in particular to a cross-domain communication method and a support system based on a government affair business cooperation technology.

Background

In the current process of standardization, normalization and convenient reformation of government affair services, a government affair service center needs to be provided with windows of 'cross-province through handling' and 'province through handling' so as to provide different-place handling services for enterprises and masses. Since the government affair service system, especially the window acceptance system, is generally separately constructed in each region, and the systems used in each region are very different, the difficulty of cross-domain general handling lies in how to provide services to other regions conveniently by relying on the government affair service system established locally.

At the present stage, the national integrated government affair service platform provides a set of unified and standard trans-provincial and trans-provincial communication support system, and the support system and the provincial government affair service platform cross-provincial communication support system form a nationwide integrated government affair service platform cross-provincial communication support system. However, the scheme needs to carry out carding on the existing item data again, and the carding workload is large; multiple systems, including the above-described national government service platform support system for handling provincial affairs across provincial level government service platforms, a data gathering, transferring and distributing system, need to be re-developed, and the development workload is huge, and the system cannot support cross-regional handling between different cities and counties in a province.

Therefore, patent documents CN202010847177.0, CN202110814272.5 and CN201911054535.6 all disclose schemes of building a unified general office system and allowing a representative to use the general office system for service registration and acceptance, but such a unified general office system has huge economic cost and communication cost for each department in each region, and increases burden for comprehensive clerks in the representative to know different systems, and it is inconvenient for the general office of the representative to count local service and pending traffic.

For another example, patent document CN202111318721.3 proposes a cross-domain communication mode such as cross-province and province by embedding the receiving page of the property integrated reception system in the comprehensive reception system of the agency and interfacing the property with the user system of the comprehensive reception system of the agency. However, this solution is only applicable to the situation where the front end of the home and agent integrated acceptance system is developed using the same language, otherwise, nesting cannot be performed, and the solution does not specifically describe the docking of the user system.

Disclosure of Invention

The invention aims to provide a cross-domain communication method and a support system based on government affair service cooperation technology, so as to form a feasible method which can be widely applied to cross-domain communication modes such as provinces and provinces, reduce the construction cost of the cross-domain communication system and conveniently provide services for other areas by relying on a government affair service system established on the affiliated places and the representative places.

The purpose of the invention is realized by the following technical scheme:

in one aspect, the invention provides a cross-domain communication method based on government affair service cooperation technology, which comprises the following steps:

s1, establishing a coordination capacity rule, and dividing electronic government affair systems of the property and the agency into two types of business systems according to business types: the method comprises the steps of receiving and handling a system and defining the respective parking capabilities of two types of service systems for cooperative work;

s2, the capacity of the local business system is resident in a cross-domain management supporting system, a developer of the local business system is resident in the capacity according to the cooperative capacity rules, and when each capacity is resident, a capacity address, interface parameters, one or more cooperative capacity rules to which the developer belongs, government affair service items applicable and a network environment in which the developer operates are input;

s3, docking the home service system, wherein a developer of the home service system applies for docking the other service systems with the self system;

s4, configuring a collaborative route according to the dimension of the government affair service affairs belonging to the territory, wherein the collaborative route is a system borne by an acceptance-handling link which is needed to pass after receiving a government affair service affair, and configuring a plurality of collaborative routes for one government affair service affair;

s5, opening the collaborative routing or the office application according to different office depths, wherein the office depths are divided into a generation display mode, a generation receiving mode and a generation acceptance mode;

s6, applying for different territory open contents by the agency places according to different requirements of the agency places on the access depth and completing butt joint;

and S7, office work distribution, wherein when a government affair service office work task is generated, office work distribution is carried out according to different office depths.

In some possible embodiments, in step S1, the capabilities of the two types of service systems defined by the collaborative capability rule that need to be hosted by each of the two types of service systems for performing collaborative work include an interface and a page adapted to different terminal forms;

meanwhile, the coordination capability rule also defines: the calling relation among all the capabilities of the business system; the service system is in butt joint with a uniform interface structure and uniform HTTP message header parameter names of the cross-domain communication support system; the cooperative docking mode of the service system is divided into the following two types:

one-way cooperative mode: the application party of the interface calls a uniform pushing interface of the cross-domain communication support system to push service data to each accessed service system, and the accessed service system receives the service data through the resident interface;

bidirectional collaborative mode: the interface calls an applicant, calls a uniform pushing interface of the cross-domain access supporting system, pushes service data to each accessed service system, meanwhile, the applicant of the interface needs to enter a data feedback interface and is connected with the data feedback interface from the application interface, and when the application interface feeds back data to the applicant, the cross-domain access supporting system calls the data feedback interface where the applicant enters.

In some possible embodiments, in step S3, the application and docking of capabilities is performed as follows:

s31, the capability of the application party is related to the type of the system, specifically, the application of the handling system is in butt joint with the handling system, or the application of the handling system is in butt joint with the handling system;

s32, after the docking application passes the verification, issuing addresses of all the docking capabilities of the applied system after the network agents of the cross-domain access supporting system to the applying party according to the network environment of the system operation of the applying party, so that each service system is docked with the service systems in other network environments in the own network environment;

s33, after obtaining the authorized capability address, the applicant completes the docking development and debugging of the self service system, if the collaborative capability rule defines that the collaborative docking mode of obtaining the authorized capability is a bidirectional collaborative mode, the applicant also needs to configure a data feedback interface for the self service system;

and S34, one service system of the application party can be simultaneously butted with a plurality of service systems.

In some possible embodiments, in step S5,

the representative display mode is a local open local office application, the local office application comprises a window registration receiving page and a correction completion page, the window registration receiving page is in butt joint with the collaborative route, and the office data is stored in a local government affair service platform or system;

the consignation mode is used for opening a collaborative route for a home place, and providing a receiving application and material interface, a receiving progress query interface, a matter handling guide query interface, a material sharing interface and a material verification interface of a home place receiving system in the collaborative route;

the substitute acceptance mode comprises a transaction submission interface, a transaction progress query interface, a transaction guide query interface, a material sharing interface and a material checking interface of the home open transaction system;

in a step S6 of the method,

when the business depth is a generation display mode, a generation place applies for the URL of the local office application and mounts the link in a self acceptance system;

when the communication depth is a reception mode, a representative place creates a transaction application and inputs basic information, a network environment and a page URL of the transaction application, a cross-domain communication support system issues a docking key to the transaction application of the representative place, and a reception application and material interface, a reception progress query interface, a matter transaction guide query interface, a material sharing interface and a material verification interface of a local acceptance system in a collaborative route based on the created transaction application are proximately docked with a reception page of a self acceptance system;

when the access depth is in the agency receiving mode, the agency places the capability of the agency receiving system in the cross-domain access support system, simultaneously applies for the capability of the local handling system and completes the butt joint with the local handling system, the cooperation route from the agency receiving system to the local handling system is configured, and the agency completes the butt joint of the receiving page of the self receiving system and the cooperation route from the agency receiving system to the local handling system according to the method of the agency receiving mode.

In some possible embodiments, in step S7,

when the communication depth is in a generation display mode, all government affair service office tasks are distributed in a cooperation mode in the local business system;

when the business handling depth is in a business handling mode, a receiving page developed by a business handling place inquires business handling guide information through a business handling guide inquiry interface of a local handling system and displays the business handling guide information to a government affair service object, the government affair service object selects the government affair service items to be handled and inputs business data, and a government affair service office task is cooperatively distributed between the local handling system and the local handling system defined by the cooperative routing according to the cooperative routing configured by the local;

when the business handling depth is in a business handling mode, an addressee page developed by a business handling place inquires business handling guide information through a business handling guide inquiry interface of a local handling system and displays the business handling guide information to a government affair service object, the government affair service object selects the government affair service items to be handled and inputs business data, and a government affair service office task is cooperatively distributed between the business handling place handling system and the local handling system defined by the cooperative route according to the cooperative route configured by the local;

and when the source system is distributed in a collaborative mode, the source system calls the capability address of the network agent of the cross-domain supporting system, and transmits the ID of the source system, the unified item code, the collaborative rule code, the office serial number and the service data according to the definition of the unified HTTP message header.

In some possible embodiments, in step S4, 1 handling system and 1 or more handling systems are configured in one collaborative route, and when there are multiple handling systems, it is required to specify which handling item each handling system handles respectively, and define a serial, parallel or integrated relationship between the handling systems.

On the other hand, the invention provides a cross-domain access support system based on government affair service cooperation technology, which is used for realizing the cross-domain access method, and the cross-domain access support system is split according to function modules, and the method comprises the following steps:

the coordination ability rule configuration module is used for configuring the ability use, the ability form, the coordination calling relation, the coordination docking mode and whether to be resident or not of the home business system and the agency business system;

the capability entrance module is used for entrance of the business system and entrance of the capability; the business system parking comprises the steps of inputting basic system information, system types and network environments for system operation, and issuing a docking key to the parking system; the capability entry comprises calling out a cooperative capability rule of the service system according to which type of the service system is the acceptance system or the handling system, and a developer of the service system inputs the capability of the system according to the cooperative capability rule;

the cooperative docking module is used for issuing addresses of all the parking capabilities of the applied system after the network agents of the cross-domain office supporting system are issued to the application party after the dockable system set display, the docking application audit and the docking application audit are passed;

the cooperative routing configuration module is used for configuring cooperative routing according to the dimension of the government affair service affairs and configuring a plurality of cooperative routes for each government affair service affair;

the cross-domain docking module is used for home open content display and docking of a place of business; the display content comprises various interfaces of a transaction application, a collaborative route and an affiliated business system which are implemented with government affair service affair with list dimensionality, and the affiliated places apply for different affiliated open contents for butt joint according to different requirements of the affiliated places on communication depth;

the collaborative gateway module is used for Nginx load cluster agent; the method comprises the following steps that Nginx load clusters are simultaneously deployed in a government affair Internet region and an electronic government affair outer network region, and the two clusters are subjected to bidirectional cross-network configuration and used for reverse proxy cross-network calling of the parking capacity and mutual access of modules of a cross-domain communication support system deployed in the government affair Internet region and the electronic government affair outer network region.

In some possible embodiments, when the capability entry module performs capability entry of the service system, the interface capability of the service system is the service system with the interface document, and a developer of the service system can also upload the document; the interface capability is a service system of a dial testing channel, and a dial testing sample can be input;

after the docking application verification is passed, the applied system uploads an interface document when the capability is docked, and the applying party can download the interface document;

the collaborative gateway module can also perform collaborative authentication, receive a calling application of the service source system and verify a butt joint key of the service source system; the collaborative gateway module can also perform collaborative target addressing, receive a calling application of a service source system, search a collaborative route of corresponding matters in the collaborative route configuration module according to uniform matter codes transmitted in the calling application, and search an original address of the collaborative target system in the collaborative route; the collaborative gateway module can also carry out collaborative distribution, and during collaborative distribution, the source system calls the capability address of the network agent of the cross-domain communication support system and transmits the ID of the source system, the unified item code, the collaborative rule code, the office serial number and the service data according to the definition of the unified HTTP message header.

In some possible embodiments, the cross-domain access support system further comprises:

the capacity monitoring module is used for configuring a capacity patrol plan and patrolling all the parking capacities of the service system according to the capacity patrol plan to obtain a patrol report;

the collaborative monitoring module is used for recording the capability calling information between all the service source systems and the service target systems to form a collaborative log, summarizing the collaborative log by taking the office serial number as a basis, and collaboratively monitoring the progress of the office task in the collaborative route;

the system comprises a government affair service affair monitoring and informing module, a government affair service affair monitoring and informing module and a monitoring module, wherein the government affair service affair monitoring and informing module is used for monitoring whether the government affair service affairs are abolished or newly added; when the government affair service affairs configured with the collaborative route are abolished, sending a notice to a local user of the collaborative route configured with the government affair service affairs, a developer of a service system bearing each node of each collaborative route and a proxy user, and prompting that the government service affairs are abolished and the collaborative route is invalid; when newly adding the government affair service affairs, informing a government affair service management department that a user configures a collaborative route for the newly added government affair service affairs;

at this time, the cross-domain access method further includes the following steps:

s8, inspecting all the parking capacities of the service system at the specified time through a capacity monitoring module;

s9, recording capability calling information between all service source systems and all service target systems through a cooperative monitoring module, and forming a cooperative log;

and S10, monitoring whether the government affair service affairs are abolished or newly added or not through a government affair service affair change monitoring and informing module.

In some possible embodiments, when the capability monitoring module inspects the capability, the interface capability is called according to the dial-up test sample recorded in the process of entering the parking capability, the page capability is accessed according to the page address recorded in the process of entering the parking capability, and an inspection result is returned; after the capacity monitoring module obtains the polling report, the polling report is output according to the user dimension of the cross-domain management support system, the polling report of the parking capacity of the business system is output to a developer of the business system, and the polling report of the capacity in the management authority of the business system is output to an operation and maintenance user of the cross-domain management support system or a user of a government service management department;

in the cooperative monitoring process, the cooperative monitoring module marks the completed, in-process, non-arriving and unnecessary cooperative routing nodes with different colors, and the calling state of the capacity can be checked in each cooperative routing node.

The technical scheme of the embodiment of the invention at least has the following advantages and beneficial effects:

1. the cross-domain communication method and the support system provided by the invention can realize cross-domain communication and cross-department communication of government affair services based on the cooperation of the existing business system systems of different regions and different departments, are widely suitable for cross-domain communication between different division levels and different department levels, and effectively meet the reform requirement of 'one-window communication and one-network communication' of an integrated government affair service platform.

2. The cross-domain docking method and the support system provided by the invention can provide different docking modes and docking contents according to different cross-domain docking depths, provide more choices for a place of employment, and enable the place of employment to realize docking of different docking depths according to self conditions.

3. The invention is different from the prior art that a unified cross-domain business handling acceptance system needs to be built, only a cross-domain business handling support system based on the government affair service cooperation technology needs to be built, so that the business system of the property and the agency place is butted, the construction cost is lower, and meanwhile, when the cross-domain business handling support system is built, the property and the government affair service business cooperation system built in the property share the same functional module, so that the construction cost can be further reduced.

4. The invention is carried out in the place-of-office acceptance system used by the place-of-office user when carrying out the specific government affair service office task, thereby avoiding the process that the place-of-office comprehensive window personnel is familiar with and uses a plurality of sets of acceptance systems and reducing the use cost of the place-of-office comprehensive window personnel familiar with and using a plurality of sets of acceptance systems.

Drawings

Fig. 1 is a schematic flowchart of a cross-domain communication method based on government affairs service cooperation technology according to an embodiment of the present invention;

FIG. 2 is a schematic flow chart of capability application and docking rules provided by an embodiment of the present invention;

fig. 3 is a block diagram of a cross-domain office supporting system based on government affairs service cooperation technology according to an embodiment of the present invention.

Detailed Description

Referring to fig. 1, the present embodiment provides a cross-domain communication method based on government affairs cooperation technology, which specifically includes the following steps:

in step S1, the capability of the two types of service systems defined by the collaborative capability rule to be hosted in collaborative work includes an interface and a page adapted to different terminal forms, for example, the capability of the local handling system to be hosted includes an application receiving and material interface, a progress query interface, a matter handling guideline query interface, a material sharing interface, a material verification interface, and the like, the capability of the local handling system to be hosted includes a submission interface, a progress query interface, a matter handling guideline query interface, a material sharing interface, a material verification interface, and the like, and the capability of the proxy handling system to be hosted includes an addressee page, a data feedback interface, and the like.

Meanwhile, the coordination ability rule also defines the calling relationship among the various abilities of the business system, for example, the application receiving and material interface, the acceptance progress query interface, the item handling guide query interface, the material sharing interface and the material checking interface of the home handling system are used for the acceptance system call of the agent, and the handling submission interface, the handling progress query interface, the item handling guide query interface, the material sharing interface and the material checking interface of the home handling system are used for the acceptance system call of the agent.

Secondly, the coordination ability rule also defines a uniform interface structure and a uniform HTTP message header parameter name of the service system docking cross-domain communication support system.

In addition, the cooperative capability rule also defines a cooperative docking mode of the business system, and the cooperative docking mode is divided into the following two modes:

unidirectional cooperative mode: the application party of the interface calls a uniform pushing interface of the cross-domain communication support system to push service data to each accessed service system, and the accessed service system receives the service data through the resident interface;

bidirectional collaborative mode: the interface calls an applicant, calls a uniform pushing interface of the cross-domain access supporting system, pushes service data to each accessed service system, meanwhile, the applicant of the interface needs to enter a data feedback interface and is connected with the data feedback interface from the application interface, and when the application interface feeds back data to the applicant, the cross-domain access supporting system calls the data feedback interface where the applicant enters to receive the data.

And S2, the capacity of the local service system (namely an acceptance system and a handling system) is accessed to the cross-domain access supporting system, a developer of the local service system accesses the capacity according to the coordination capacity rule, and when each capacity is accessed, a capacity address, interface parameters and one or more coordination capacity rules which the developer belongs to are input, and the developer is suitable for which government affair service items and which network environment the developer operates in are configured.

Step S3, docking the home service system, wherein a developer of the home service system applies for docking the docking capability of other service systems with the system of the developer, and specifically, referring to FIG. 2, the application and docking of the capability are performed according to the following method:

s31, the capability of the applicant is related to the type of the system, specifically, the system application is in butt joint with a handling system, or the system application is in butt joint with the handling system;

s32, after the docking application passes the verification, issuing addresses of all docking capabilities of the applied system after the docking capabilities pass through the cross-domain docking support system network agent to the applying party according to the network environment in which the applying party system operates, so that each service system is docked with the service systems in other network environments in the own network environment, namely, the service systems in different network environments are docked in the cross-network environment, and the docking difficulty of the different service systems in the cross-network environment is reduced;

for example, when the applicant system is resident, the applicant system defines that the applicant system operates in an e-government extranet, and the applied capacity operates in the internet, the cross-domain management support system authorizes the applicant system as a capacity address in the e-government extranet environment after the applied capacity passes through a network proxy;

s33, after obtaining the authorized capability address, the applicant completes the docking development and debugging of the self service system, if the collaborative capability rule defines that the collaborative docking mode of obtaining the authorized capability is a bidirectional collaborative mode, the applicant also needs to configure a data feedback interface for the self service system so as to receive feedback data through the data feedback interface;

and S34, one service system of the application party can be simultaneously connected with a plurality of service systems in a butt joint mode.

And S4, configuring collaborative routes according to government affair service affair dimensionality, wherein the collaborative routes are carried out by a system which is borne by a handling-handling link required after receiving and a plurality of collaborative routes are configured for one government affair service affair, and the receiving page of the handling system at the handling place can determine through which collaborative route the government affair service affair flows.

In step S4, 1 accepting system and 1 or more handling systems are configured in one collaborative route, and when there are a plurality of handling systems, it is necessary to specify which handling item (i.e. government service item) each handling system handles, and define a serial, parallel or integrated relationship between the handling systems. Preferably, when the collaborative routing configuration module of the cross-domain handling support system is developed, the collaborative routing handled in the domain and the collaborative routing handled in the cross-domain handling support system can be managed in a unified manner, and the collaborative routing handled in the domain and the collaborative routing handled in the cross-domain handling support system are not distinguished in a system function level, so that the government affair service items in different scenes are determined to be subjected to data transfer through which collaborative routing is determined by the receiving page of the agency handling system, and therefore the intra-domain handling and cross-domain handling simultaneous standard transfer can be achieved, and the total construction cost is reduced.

And S5, opening the collaborative routing or the office application according to different office depths, wherein the office depths are divided into a generation display mode, a generation receiving mode and a generation acceptance mode.

Specifically, in step S5, the representative display mode is a local open local office application, which includes a window registration receiving page and a correction completion page, and is docked with the collaborative route to implement a complete office process of the government affairs service affairs, and office data can be stored in a government affairs service platform or system of the local; specifically, the window manager uses the home user hierarchy and distinguishes between in-home self-office and out-of-home office by user name or other identification, and the government service object (i.e., the office crowd) views the office progress in the personal center of the home government service network.

The consignment mode is used for opening the collaborative route at home, and provides interfaces such as a receiving application and material interface, an acceptance progress query interface, an item transaction guide query interface, a material sharing interface and a material verification interface of a home acceptance system in the collaborative route, so that the consignee page of the consignment system is in butt joint with the interfaces.

The substitute acceptance mode is that interfaces such as a handling submission interface, a handling progress inquiry interface, a transaction guide inquiry interface, a material sharing interface and a material checking interface of the handling system are locally opened so as to facilitate the butt joint of an addressee page of the handling system and the interfaces.

And S6, applying for different territory open contents by the agency according to different requirements of the agency on the communication depth and completing butt joint.

Specifically, in step S6, when the passage depth is the generation exhibition mode, the generation site applies for the URL of the local office application, and mounts the link in its own reception system;

when the handling depth is in a pickup mode, creating a handling application at a handling place, inputting basic information, a network environment and a page URL of the handling application, issuing a docking key to the handling application at the handling place by a cross-domain handling support system, handling interfaces such as a receiving application and material interface, a processing progress query interface, a matter handling guide query interface, a material sharing interface and a material verification interface of a local handling system in a collaborative route based on the created handling application, and completing docking with a pickup page of the local handling system, thereby realizing docking of the handling system at the handling place and the local handling system; it should be noted that, if the collaborative docking mode of each interface of the home admission system defined by the collaborative capability rule is the bidirectional collaborative mode, the home admission system further needs to configure the data feedback interface to receive the feedback data;

when the handling depth is in the proxy handling mode, the proxy places are provided with the capability of entering a proxy handling system in the cross-domain handling support system according to the steps S2 and S3, simultaneously apply for the capability of the local handling system and complete the docking with the local handling system, the local places are provided with the cooperative route from the proxy handling system to the local handling system according to the step S4, and the proxy places complete the docking of the receiving page of the self handling system and the cooperative route from the proxy handling system to the local handling system according to the proxy receiving mode, so that the docking of the proxy handling system and the local handling system is realized.

For example, when the event office guide query interface of the agent office service system and the local service system is butted, the effect of performing agent office according to the local office standard can be achieved; when the agency place business system is in butt joint with the material sharing interface or the material checking interface of the agency place business system, the effect that the government affair service object submits paper materials or the agency place can check the authenticity of the government affair service object submitting materials by self can be achieved.

And S7, office work distribution is carried out according to different business depths when government affair service office work tasks are generated.

Specifically, in step S7, when the office depth is the agent display mode, all the government affair service office tasks are cooperatively distributed in the home business system; that is to say, the government affair service object selects the government affair service items to be transacted from the addressee page developed by the locality and inputs the business data, the transacting application developed by the locality is butted with the corresponding collaborative route, and the government affair service office task is distributed collaboratively between the locality accepting system and the locality transacting system defined by the collaborative route;

when the business depth is in a business acceptance mode, the consignee page developed by the business place inquires business guide information through a business affair business guide inquiry interface of the local business system and displays the business affair business object, the business affair business object selects the government affair business items to be handled and inputs business data, and the government affair business affair task is cooperatively distributed between the business place acceptance system and the local business system defined by the cooperative route according to the cooperative route configured by the local place.

Meanwhile, the cross-domain office supporting system uses the item code to inquire the cooperative route in which the government affair service items take effect, finds the cooperative target system defined by the cooperative route, uses the calling relationship defined by the cooperative rule code, calls the original address where the target system resides by the cross-domain office supporting system, and transmits the service data.

Further, the cross-domain communication method provided in this embodiment further includes the following steps:

s8, inspecting all the parking capabilities of the service system at a specified time through a capability monitoring module;

On the other hand, referring to fig. 3, the embodiment further provides a cross-domain communication support system based on the government affair service cooperation technology, which is used for implementing the above-mentioned cross-domain communication method, and the cross-domain communication support system is split according to function modules, and includes a cooperation capability rule configuration module, a capability entry module, a cooperation docking module, a cooperation routing configuration module, a cross-domain docking module, a cooperation gateway module, a capability monitoring module, a cooperation monitoring module, and a government affair service event monitoring and notifying module.

And the coordination capability rule configuration module is used for configuring capability purposes, capability forms (namely interfaces or pages adapting to different terminal forms), coordination calling relations, coordination docking modes, whether to be resident or not and the like of the home service system and the agency service system.

And the capability admission module is used for business system admission and capability admission. The business system entry includes entering system basic information, system type and network environment in which the system operates, and issuing a docking key to the entry system, it should be noted that, in a general case, a home user may enter the acceptance system and the handling system, and a representative user may only enter the acceptance system. The capability entry comprises calling out the cooperative capability rule of the service system according to which of the acceptance system and the handling system the service system is, and the developer of the service system inputs the capability of the system according to the cooperative capability rule; preferably, when the capability entering module enters the capability of the service system, the interface capability of the service system is the service system with the interface document, and the developer of the service system can upload the document; the interface capability is provided with a service system of a dial testing channel, and a dial testing sample can be input. In addition, the capability hosting module can also configure a capability library to manage all hosted business systems and capabilities through the capability library storage.

And the cooperative docking module is used for displaying the dockable system set, auditing the docking application and issuing addresses of all the docking capabilities of the applied system after the docking application is subjected to the network proxy of the cross-domain office supporting system to the applicant after the docking application is approved.

For the system set display capable of being docked, the applicant selects the type of the service system of the applicant, the cooperative docking module screens out systems which can be docked with the service system of the applicant from the service systems which are docked to the cross-domain docking support system, and the applicant can select one or more systems to initiate docking applications. And for the examination and verification of the docking application, the applied party examines and verifies, and the application information shows the service system information of the applying party. After the butt joint application is approved, issuing addresses of all the parking capabilities of the applied system after the parking capabilities pass through the cross-domain access supporting system network proxy to the applying party according to the network environment of the operation of the applying party service system, wherein the address needs to be stated that if the applied system uploads an interface document during capability parking, the applying party can download the interface document, and if the collaborative capability rule defines that a collaborative docking mode of obtaining authorized capability is bidirectional collaborative, the applying party needs to configure a data feedback interface for the service system of the applying party to receive feedback data.

The collaborative routing configuration module is used for configuring collaborative routes according to government affair service affair dimensionality and configuring a plurality of collaborative routes for each government affair service affair, specifically, 1 accepting system and 1 or a plurality of handling systems are configured in one collaborative route in a topological graph mode, when the handling systems are multiple, the handling systems are required to be appointed to handle which handling item respectively, and the serial connection, parallel connection or integrated relation among the handling systems is defined. In addition, the collaborative routing configuration module may also configure a collaborative routing library to manage collaborative routing of all government affairs service events through the collaborative routing library storage.

And the cross-domain docking module is used for home open content display and docking of a representative place. The display content comprises various interfaces of a government affair service item implementation list dimensionality transaction application, a collaborative route and a local business system, and the proxy places apply different local open contents for docking according to different requirements of the proxy places on the transaction depths.

Meanwhile, the collaborative gateway module can also perform collaborative authentication, receive the calling application of the service source system and verify the butt key of the service source system; the collaborative gateway module can also perform collaborative target addressing, receive a calling application of a service source system, search a collaborative route of corresponding matters in the collaborative route configuration module according to uniform matter codes transmitted in the calling application, and search an original address of the collaborative target system in the collaborative route; the collaborative gateway module can also carry out collaborative distribution, and during collaborative distribution, the source system calls the capability address of the network agent of the cross-domain communication support system and transmits the ID of the source system, the unified item code, the collaborative rule code, the office serial number and the service data according to the definition of the unified HTTP message header.

And the capacity monitoring module is used for configuring a capacity patrol plan and patrolling all the parking capacities of the service system according to the capacity patrol plan so as to obtain a patrol report. Specifically, the capacity patrol plan may include a time period during which patrol is performed and the number of patrol times within a single time period, for example, the time period may be configured by hours, days, weeks, months, or the like. Meanwhile, when the capacity monitoring module inspects the capacity according to the capacity inspection plan, the interface capacity is called according to the dial-up test sample recorded in the process of entering the parking capacity, the page capacity is accessed according to the page address recorded in the process of entering the parking capacity, and an inspection result is returned; and after obtaining the patrol inspection report, the capacity monitoring module outputs the patrol inspection report according to the user dimension of the cross-domain communication support system, specifically, the patrol inspection report of the parking capacity of the service system is output to a developer of the service system, and the patrol inspection report of the capacity in the management authority of the service system is output to an operation and maintenance user or a government service management department user of the cross-domain communication support system.

And the collaborative monitoring module is used for recording the capability calling information between all the service source systems and the service target systems to form a collaborative log, summarizing the collaborative log by taking the office serial number as a basis, and collaboratively monitoring the progress of the office task in the collaborative route. Preferably, in the cooperative monitoring process, the cooperative monitoring module marks the completed, in-process, not-arrived and unnecessary cooperative routing nodes with different colors, and the calling state of the capability can be checked in each cooperative routing node.

And the government affair service affair monitoring and informing module is used for monitoring whether the government affair service affairs are abolished or newly added. Specifically, when the government affair service affair configured with the collaborative route is abolished, a notice is sent to a home user of the collaborative route configured with the government affair service affair, a developer of a service system bearing each node of each collaborative route and a proxy user, and the notice prompts that the government service affair is abolished and the collaborative route is invalid; and when newly adding the government affair service affairs, informing the government affair service management department of configuring the cooperative route for the newly added government affair service affairs.

In addition, it should be noted that, if a self-service government affair service cooperation system is built in a local, during specific construction, the cooperation capability rule configuration module, the capability docking module, the cooperation route configuration module, the cooperation gateway module, the capability monitoring module, the cooperation monitoring module and the government affair service affair monitoring and notifying module of the cross-domain access support system may share the same functional module with the self-service government affair service cooperation system in the local scope, at this time, only the specific cooperation route needs to be identified as the intra-local cooperation route or the cross-domain access cooperation route, and only the cross-domain access cooperation route is displayed in the cross-domain docking module, so as to further reduce the cost of building the cross-domain access support system.

The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes will occur to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A cross-domain communication method based on government affair service cooperation technology is characterized by comprising the following steps:

step S1, establishing a coordination capacity rule, and dividing electronic government affair systems of the property and the agency into two types of business systems according to business types: the method comprises the steps of receiving and handling a system and defining the respective required parking capacities of two types of service systems for cooperative work;

s6, applying for different territory open contents according to different requirements of the territory on the navigation depth by the agency and finishing butt joint;

and S7, office work distribution, wherein when a government affair service office work task is generated, office work distribution is carried out according to different access depths.

2. The government affairs service cooperation technology-based cross-domain communication method according to claim 1,

in step S1, the capabilities of two types of service systems defined by the collaborative capability rule that need to reside for collaborative work include interfaces and pages adapted to different terminal forms;

bidirectional collaborative mode: the interface calling application party calls a unified pushing interface of the cross-domain access supporting system to push service data to each accessed service system, meanwhile, the interface application party needs to enter the data feedback interface and is connected with the data feedback interface from the application interface, and when the application interface feeds back data to the application party, the cross-domain access supporting system calls the data feedback interface where the application party enters the business system.

3. The method for cross-domain communication based on the government affairs service cooperation technology according to claim 2, wherein in step S3, the application and docking of the capability are performed as follows:

s33, after obtaining the authorized capability address, the applicant completes the docking development and debugging of the self-service system with the self-service system, if the collaborative capability rule defines that the collaborative docking mode of obtaining the authorized capability is a bidirectional collaborative mode, the applicant also needs to configure a data feedback interface for the self-service system;

s34, one business system of the application party can be in butt joint with a plurality of business systems at the same time.

4. The government affairs service cooperation technology-based cross-domain access method according to claim 1, wherein, in step S5,

the agent display mode is an affiliated open-place office application, the affiliated office application comprises a window registration receiving page and a correction completion page, the window registration receiving page is in butt joint with the collaborative route, and office data is stored in an affiliated government affair service platform or system;

the substitute acceptance mode is a home open transaction submitting interface, a transaction progress query interface, a matter transaction guide query interface, a material sharing interface and a material checking interface of the transaction system;

in a step S6, the process is carried out,

5. The government affairs service cooperation technology-based cross-domain communication method according to claim 4, wherein, in step S7,

when in cooperative distribution, the source system calls the capability address of the network proxy of the cross-domain communication support system, and transmits the ID of the source system, the uniform item code, the cooperative rule code, the office flow number and the service data according to the definition of the uniform HTTP message header.

6. The method according to claim 1, wherein in step S4, 1 accepting system and 1 or more handling systems are configured in one collaborative route, and when there are a plurality of handling systems, it is required to specify which handling item each handling system handles respectively, and define a serial, parallel or integrated relationship between the handling systems.

7. A cross-domain access supporting system based on government affair service cooperation technology, which is used for realizing the cross-domain access method of any one of claims 1 to 6, and is characterized in that the cross-domain access supporting system is split according to function modules, and comprises the following steps:

the capability entrance module is used for entrance of the business system and entrance of the capability; the business system docking comprises the steps of inputting basic information, system types and network environments for system operation, and issuing a docking key to the docking system; the capability entry comprises calling out a cooperative capability rule of the service system according to which type of the service system is the acceptance system or the handling system, and a developer of the service system inputs the capability of the system according to the cooperative capability rule;

the cooperative docking module is used for displaying a dockable system set, auditing docking application and issuing addresses of all docking capabilities of the applied system after the docking application is approved and the addresses are subjected to network proxy by the cross-domain access supporting system to an applicant;

the cross-domain docking module is used for home open content display and docking of a representative place; the display content comprises various interfaces of a business application, a collaborative route and a local business system which implement the list dimensionality by government affair service matters, and the representative places apply different local open contents for butt joint according to different requirements of the representative places on the business depth;

the collaborative gateway module is used for Nginx load cluster agent; the Nginx load clusters are deployed in a government affair Internet area and an electronic government affair outer network area at the same time, and the two clusters are subjected to bidirectional cross-network configuration and used for reverse proxy cross-network calling of the parking capacity and module mutual access of cross-domain communication support systems deployed in the government affair Internet area and the electronic government affair outer network area.

8. The system of claim 7, wherein when the capability admission module is used for admission of the capability of the service system, the interface capability of the service system is the service system of the interface document, and the developer of the service system can upload the document; the interface capability is provided with a service system of a dial testing channel, and a dial testing sample can be input;

the collaborative gateway module can also perform collaborative authentication, receive a calling application of the service source system and verify a butt key of the service source system; the collaborative gateway module can also perform collaborative target addressing, receive a calling application of a service source system, search a collaborative route of corresponding matters in the collaborative route configuration module according to uniform matter codes transmitted in the calling application, and search an original address of the collaborative target system in the collaborative route; the collaborative gateway module can also carry out collaborative distribution, and during collaborative distribution, the source system calls the capability address of the network proxy of the cross-domain communication support system and transmits the ID of the source system, the unified item code, the collaborative rule code, the office serial number and the service data according to the definition of the unified HTTP message header.

9. The government affairs service cooperation technology-based cross-domain access support system according to claim 7, wherein the cross-domain access support system further comprises:

the collaborative monitoring module is used for recording capability calling information between all the service source systems and the service target systems to form a collaborative log, summarizing the collaborative log by taking the office serial number as a basis, and collaboratively monitoring the progress of the office task in the collaborative route;

the system comprises a government affair service affair monitoring and informing module, a government affair service affair processing module and a government affair service affair processing module, wherein the government affair service affair monitoring and informing module is used for monitoring whether the government affair service affairs are abolished or newly added; when the government affair service item configured with the collaborative route is abolished, sending a notice to a home user configured with the collaborative route of the government affair service item, a developer bearing a business system of each node of each collaborative route and a proxy user, and prompting that the government service item is abolished and the collaborative route is invalid; when newly adding the government affair service affairs, informing the government affair service management department of configuring a collaborative route for the newly added government affair service affairs by a user;

10. The cross-domain office supporting system based on the government affair cooperation technology according to claim 9, wherein when the capacity monitoring module performs capacity inspection, the interface capacity is called according to a dial-up test sample recorded during parking capacity, the page capacity is accessed according to a page address recorded during parking capacity, and an inspection result is returned; after the capacity monitoring module obtains the patrol report, outputting the patrol report according to the user dimension of the cross-domain access support system, outputting the patrol report of the parking capacity of a developer of a service system, and outputting the patrol report of the capacity in the management authority of an operation and maintenance user or a government service management user of the cross-domain access support system;