CN101695076A - Method and device of unified agent adaptation based on Web service and adaptation system - Google Patents
Method and device of unified agent adaptation based on Web service and adaptation system Download PDFInfo
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Abstract
The invention discloses a method and a device of unified agent adaptation based on Web service and an adaptation system, applied to a framework which comprises an enterprise operation system and a plurality of business systems. The method comprises the following steps: the device of unified agent adaptation is arranged among the enterprise operation system and the plurality of business systems and receives a service request which is encapsulated into a suitable format of the device of unified agent adaptation and sent by the enterprise operation system; the service request is adapted to a format which is suitable for the corresponding business system of a service name carried by the service request and is sent to the corresponding service system. When being applied, the invention can provide a unified butt interface to the external, transmit a request after being adapted to various Web service servers which are in agency, start and stop the service of various businesses which are in agency and carry out authentication on the authority of the businesses.
Description
Technical Field
The invention relates to the field of computer internet, in particular to a unified agent adaptation method based on Web service (WebService), a unified agent adaptation device based on Web service and a unified agent adaptation system comprising the device.
Background
A Web Service is an Application that exposes to the outside an API (Application Programming Interface) that can be called via the Web, and can call the Application via the Web using a programmed method.
With the continuous development of the internet, software providers hope to provide software in a WebService manner more and more, which has the advantages that the computer of a user becomes a complete service user, the service can be cross-platform, the user does not need to care about, the user uses the software more conveniently, the enterprise maintenance is more convenient, and the maintenance is not provided for the software on the computer of each client.
Many large enterprises also adopt a Web mode (such as enterprise portal) to provide services (such as mobile online business hall) of various businesses for users, the businesses are usually customized by various software providers, and are exposed to the operation systems of the enterprises in a Web Service mode (the large enterprises all have one set of own operation system), which results in that the operation systems of the enterprises need to be interfaced with a plurality of business systems to provide services to the outside, and because the development of each business may be a plurality of enterprises, the Service interfaces are different, the enterprises often have to develop a plurality of small systems to be interfaced with each business system, so that a unified external Service interface cannot be provided, and the users cannot see all the services of the enterprises in one place, which is unwilling to see by the enterprises.
For the reasons mentioned above, if a device for centralized managing and adapting all the various WebService services provided by an enterprise can be provided, so that the enterprise can see only one service, one URL (Uniform Resource Locator), and can uniformly control the authority of the user, the workload of interfacing the enterprise with various service systems and maintaining interfaces can be greatly reduced, and the enterprise can conveniently provide Uniform services for the user.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a uniform proxy adaptation method of Web Service, which can provide a uniform docking interface for outside, carry out request forwarding after adapting with various Web Service servers of the proxy, open and close services of various services of the proxy and carry out authentication on the authority of the services.
In order to solve the above problems, the present invention provides a unified agent adaptation method based on Web services, which is applied to an architecture including an enterprise operation system and a plurality of business systems, and comprises:
and arranging a unified proxy adapter device between the enterprise operation system and the plurality of business systems, wherein the unified proxy adapter device receives a service request which is sent by the enterprise operation system and is packaged into a format suitable for the unified proxy adapter device, adapts the service request into a format suitable for the business system corresponding to a service name carried by the service request and sends the format suitable for the business system to the corresponding business system.
Further, the unified proxy adaptation method may further include storing, in the unified proxy adaptation apparatus, a service description language WSDL of each business system and a correspondence between service names thereof and Web service invocation addresses, and providing a Web service invocation interface;
the uniform agent adapter device receives a service request which is sent by the enterprise operation system and packaged into a format suitable for the uniform agent adapter device through the Web service calling interface, wherein the service request comprises a service name selected by a user and input service data;
the uniform agent adapter device performs interface adaptation according to WSDL of each service system, and adapts the service request packaged by the Web service call interface to a format suitable for the service system corresponding to the service name carried by the service request;
and the unified proxy adaptation device sends the adapted service request to a service system corresponding to the service name carried by the service request according to the corresponding relation between the service name and the Web service calling address, and the service system performs service processing.
Further, the unified proxy adaptation method may further include, between the step of receiving, by the unified proxy adaptation device, the service request that is sent by the enterprise operation system and encapsulated by the Web service invocation interface into a format suitable for the unified proxy adaptation device, and the step of adapting, by the unified proxy adaptation device, the service request encapsulated by the Web service invocation interface into a format suitable for a service system corresponding to a service name carried by the service request according to the WSDL of each service system, the method further includes:
the unified proxy adapter device firstly judges the state of the service system corresponding to the service name according to the service name carried in the service request, and if the service system is in a stop state, the process is ended; and if the service system is in the starting state, the unified agent adaptation device adapts the service request packaged by the Web service call interface to a format suitable for the service system corresponding to the service name carried by the service request according to the WSDL of each service system.
Further, the unified agent adaptation method may further include that the unified agent adaptation device determines whether each service system is in an enabled state or a disabled state according to the state information reported by each service system; or the unified proxy adaptation device opens an automatic detection switch, regularly and remotely calls the services provided by the service systems, generates a remote instance, automatically sets the state of the service system corresponding to the remote instance as disabled if the generated remote instance fails, and automatically sets the state of the service system corresponding to the remote instance as enabled if the generated remote instance succeeds.
Further, the unified agent adaptation method may further include that the service request further includes a user identifier;
if the service system is in the enabled state, the method further comprises the following steps: the unified agent adapter device inquires in an authority database according to a user identifier and a service name carried in a service request, and if the user identifier does not have the authority of the service corresponding to the service name, the process is ended; if the user mark has the service authority corresponding to the service name, the unified agent adapter device adapts the service request packaged by the Web service calling interface to a format suitable for the service system corresponding to the service name carried by the service request according to the WSDL of each service system.
The present invention also aims to provide a unified proxy adaptation device based on Web services, which is arranged between an enterprise operation system and a plurality of business systems, and comprises: the receiving module is adapted to the matching module and the sending module;
the receiving module is used for receiving the service request in the format suitable for the unified agent adaptation device packaged by the enterprise operation system and delivering the service request to the adaptation matching module for processing;
the adaptation matching module is used for matching a service system corresponding to the service name according to the service name carried by the encapsulated service request and informing the sending module; adapting the encapsulated service request into a format suitable for the corresponding service system, and delivering the service request to the sending module for processing;
and the sending module is used for sending the service request obtained by the adaptation to the corresponding service system.
Furthermore, the unified proxy adaptation device may further include a storage module, configured to store a service description language WSDL of each service system and a corresponding relationship between a service name and a Web service invocation address;
the adaptation matching module is used for adapting the service request packaged by the Web service calling interface to a format suitable for the service system corresponding to the service name carried by the service request according to the stored WSDL of each service system; and matching a service system corresponding to the service name carried by the service request according to the corresponding relation between the stored service name and the Web service calling address, and informing the sending module.
Further, the unified proxy adaptation device may further include a state detection module;
the adaptation matching module is used for informing the state detection module and triggering the state detection module to start working after matching the service system corresponding to the service name according to the service name carried by the encapsulated service request;
the state detection module is used for judging the state of the matched corresponding service system, returning the deactivation information of the service system to the enterprise operation system if the service system is in the deactivation state, and informing the adaptive matching module to stop processing; and if the service system is in the starting state, informing the adaptive matching module of completing the state detection.
Further, the unified agent adaptation device may further include the state detection module, which determines whether each service system is in an enabled state or a disabled state according to the state information reported by each service system; or opening an automatic detection switch, regularly and remotely calling the services provided by each service system, generating a remote instance, automatically setting the state of the service system corresponding to the remote instance as disabled if the generated remote instance fails, and automatically setting the state of the service system corresponding to the remote instance as enabled if the generated remote instance succeeds.
Further, the unified proxy adaptation device may further include the adaptation matching module, after receiving the notification of completion of the status detection returned by the status detection module, adapting the encapsulated service request to a format applicable to the corresponding service system.
Furthermore, the unified agent adaptation device can also comprise an authority database and an authentication module;
the adaptive matching module triggers the authentication module to start after receiving the notification of completion of the state detection returned by the state detection module, and notifies the authentication module of the user identification and the service name carried in the service request; after receiving the notification of successful authentication returned by the authentication module, adapting the encapsulated service request to a format suitable for the corresponding service system;
the authentication module is used for connecting the authority database, inquiring in the authority database according to the user identification and the service name carried in the service request, returning authentication failure information to the enterprise operation system if the user identification does not have the authority of the service corresponding to the service name, and informing the adaptive matching module to stop processing; if the user identification has the service authority corresponding to the service name, the adaptive matching module is informed of successful authentication;
the authority database is used for storing the user identification and the service name of the authorized operation of the user identification, and the authority database is used for the authentication module to inquire.
The present invention also aims to provide a unified proxy adaptation system based on Web services, which includes: the system comprises an enterprise operation system, a unified agent adaptation device and a plurality of business systems; wherein,
the enterprise operation system is used for packaging the service request which is submitted by the user and contains the service name selected by the user into a format suitable for the unified agent adaptation device and sending the service request to the unified agent adaptation device;
the unified proxy adaptation device receives the service request sent by the enterprise operation system, adapts the service request to a format suitable for a service system corresponding to a service name carried by the service request, and sends the service request obtained by adaptation to the corresponding service system.
Further, the unified proxy adaptation system may further include the unified proxy adaptation device, configured to provide a Web service invocation interface, and adapt, according to the stored service description language WSDL of each service system, the service request encapsulated by the Web service invocation interface to a format applicable to a service system corresponding to a service name carried in the service request; according to the corresponding relation between the stored service name and the Web service calling address, sending the service request obtained after the adaptation to a service system corresponding to the service name carried by the service request;
the service system is used for carrying out service processing according to service data input by a user in a service request sent by the unified proxy adaptation device, and is also used for sending WSDL to the unified proxy adaptation device.
The invention has the beneficial technical effects that:
after the unified agent adaptation device is used, for an enterprise operation system, all actual business systems are integrated into a web service by the unified agent adaptation device, and the enterprise operation system does not worry about the butt joint with all the business systems any more, so that a complex butt joint logic is realized. Therefore, the integration of the whole structure of the enterprise operation system is facilitated, and various Web Service services are provided for users in a unified manner;
meanwhile, when various business systems are upgraded and maintained and cannot provide services, the enterprise operation system does not need to be adjusted, and the unified agent adapter device is used for setting starting and stopping. The unified agent adapter device can also automatically detect whether each service at the back end normally operates or not, and then automatically set the state of the unified agent adapter device as starting or stopping;
meanwhile, if the enterprise provides the user authority data, the user service can be authenticated. These all greatly facilitate enterprise application integration.
Drawings
Fig. 1 is a processing flow chart of a unified proxy adaptation method based on Web Service in the embodiment of the present invention.
Fig. 2 is a structural diagram of a unified proxy adaptation system based on Web Service in the embodiment of the present invention.
Fig. 3 is a structural diagram of a unified proxy adapter based on Web Service in the embodiment of the present invention.
Detailed Description
The core of the invention is that: a unified agent adapter device is arranged in the unified agent adapter system, a unified Web Service calling interface is customized between the enterprise operation system and the unified agent adapter device, and each actual Service system provides own WSDL to the unified agent adapter device to serve as an adapter basis of the unified agent adapter device. Sending different service requests of users to corresponding service systems through a unified agent adapter device; after each business system finishes business processing, the processing result is returned to the unified agent adapter device, and then returned to the enterprise operation system by the unified agent adapter device, and finally reflected to the user on the web portal.
The specific connection relation and configuration are as follows:
between enterprise operation system and unified agent adaptation device
A unified Web Service calling interface is customized between an enterprise operation system and a unified agent adapter device, two necessary parameters are defined in the calling interface, wherein the two necessary parameters comprise a Service name and a parameter list, the Service name is used for serving as a Service route for the unified agent adapter device, and the parameter list is used for describing specific services. The values of both parameters are obtained by the submission of the user at the web portal of the enterprise operating system. Note that in addition to the two necessary parameters, if the unified proxy service device is required to perform user service authentication, it is also required to carry the optional parameter of user ID.
The calling interface is also customized with the format of parameters, and adopts a JSON unified data format, wherein the format of the parameter list can be { param1: value1, param: value2, param3: value3. JSON (Javascript Object notification) is a lightweight, text-based, language-independent data exchange format, which is derived from ECMAScript language standard, uses character strings to transfer data between a web client and a server, and is convenient for use in Javascript.
The above calling interface is defined in detail in the following' attached: the interface describes a section.
Between each service system and unified agent adapter
Each service system provides the WSDL (Web Services Description Language) of itself to the unified proxy adapter device as the adaptation basis of the unified proxy adapter device. Meanwhile, each service system provides a web service calling address of the service system, and the service name corresponding to the service provided by each service system and the key value pair of the web service calling address corresponding to the service name are configured and stored in the unified proxy adaptation device to serve as the basis of the service routing of the unified proxy adaptation device.
Meanwhile, the unified agent adapter device is also configured with each service system in an enabled or disabled state so as to judge the state:
the unified agent adapter device can judge whether each service system is in an enabled state or a disabled state according to the state information reported by each service system at regular time to complete configuration; for example, when the service system is upgraded and maintained, the service system needs to notify the unified agent adapter device, the unified agent adapter device sets the state of the unified agent adapter device to be disabled, after the upgrade and maintenance are finished, the service system notifies the unified agent adapter device, and the unified agent adapter device restores the state to be enabled;
the unified proxy adaptation device can also turn on an automatic detection switch, when the automatic detection switch is turned on, the unified proxy adaptation device regularly and remotely calls the services provided by each service system to generate a remote instance, if the generation of the instance fails, the state of the instance is automatically set to be stopped, and if the generation of the instance succeeds, the state of the instance is automatically restored to be started.
Permission database and unified agent adapter (optional)
If the enterprise operation system can provide user authority data (such as optional parameters: user ID), the unified agent adaptation device can also be connected with an authority database to authenticate the service request of the user; the unified proxy adaptation device may not connect to the rights database if the enterprise operating system does not provide user rights data or service authentication is performed by the enterprise operating system itself.
After the connection and configuration are completed, the service can be completed through the unified proxy adaptation device:
after a user logs in a Web portal of an enterprise operation system, a corresponding Service (such as hotel reservation or weather inquiry) is selected, a Service request is submitted, after the enterprise operation system receives the user request, the user request is submitted to a unified proxy adaptation device (the unified proxy adaptation device is exposed as a Web Service) in a form of a soap request (which contains parameters packaged in a JSON format) according to a calling interface provided by the unified proxy adaptation device, the unified proxy adaptation device inquires the state of a corresponding Service system, such as authentication (optional) of the user is carried out for a starting state, after the authentication is successful, the parameters of the soap request are adapted according to WSDL description provided by various Service systems (the parameters packaged in the JSON format are mainly adapted to a format suitable for the corresponding Service system) and converted into the soap request capable of being identified by the Service systems, and sending the converted soap request to a corresponding service system, after the corresponding service system finishes service processing, returning a result to the unified agent adaptation device, returning the result to the enterprise operation system by the unified agent adaptation device, and finally reflecting the result to a user on a web portal.
The process flow of the present invention is illustrated by a specific example.
Fig. 1 is a processing flow chart of a unified proxy adaptation method based on Web Service in the embodiment of the present invention, which includes the following steps:
step 101: a user logs in a web portal of an enterprise operation system, selects a service required by the user, inputs data according to the requirement of the selected service, and clicks and submits a service request;
the request carries the service name of the service selected by the user and the service data parameter filled in by the user; or may carry a user ID;
step 102: after the enterprise operation system obtains a service request submitted by a user, packaging the service request according to a calling interface defined by the unified agent adapter device to obtain a service request conforming to the format of the unified agent adapter device, submitting the obtained service request to the unified agent adapter device, and calling a service name provided by the unified agent adapter device in a WebService mode;
step 103: after receiving the call of the enterprise operation system, the unified agent adapter device firstly judges whether the service system corresponding to the service name is started or not according to the service name carried in the service request, if the service system is in a stop state, the process is ended, the process is returned to the enterprise operation system, and the service is displayed on a web portal to inform a user that the service is stopped; if the corresponding service system is in the enabled state, step 104 is performed to execute authentication judgment;
for the judgment of the activated or deactivated state of each service system, the implementation manner is described in the foregoing: the unified agent adapter device can judge whether each service system is in an enabled state or a disabled state according to the state information reported by each service system at regular time to complete configuration; the unified proxy adaptation device can also open an automatic detection switch, when the automatic detection switch is opened, the unified proxy adaptation device regularly and remotely calls the services provided by each service system to generate a remote instance, if the generation of the instance fails, the state of the instance is automatically set to be stopped, and if the generation of the instance succeeds, the state of the instance is automatically restored to be started;
step 104: the unified agent adapting device is connected with the authority database and used for carrying out authentication judgment on the user;
the unified agent adapter device inquires in an authority database according to the user ID and the service name carried in the service request, if the user ID does not have the authority of the service corresponding to the service name, the process is ended, the process is returned to an enterprise operation system, and the process is displayed on a web portal to inform a user of 'operation failure without authority'; if yes, executing step 105, performing interface adaptation and service request forwarding;
step 105: the unified proxy adaptation device performs interface adaptation according to the WSDL of the service system providing the service corresponding to the service name carried in the service request, transmits the calling interface of the unified proxy adaptation device to the service request encapsulated in the JSON format, adapts the service request to the soap service request actually used by the service system, and then executes step 106;
the interface adaptation process is mainly a process of encapsulating parameters. In the Web Service provided by each Service system, the interface definition is very different, and there are usually two types, one is that each parameter is composed of a character string, and the other is a parameter of a complex type, such as one or more classes in a Java program. Here, in order to ignore the influence of differences of different programming languages in each service system, uniformly packaging the different programming languages into a soap (simple object access protocol) format; the soap is a lightweight, simple, XML-based protocol designed to exchange structured and solidified information on the WEB, and since XML is cross-platform, the soap can be cross-platform, thus encapsulating requests using the soap and avoiding cross-platform docking problems.
Step 106: the unified proxy adapter device routes the Service according to the Service name carried in the Service request and the corresponding relation between the Service calling address and the Service name stored in the configuration, so that the soap Service request is sent to a corresponding Service system through a soap interface in a Web Service mode;
step 107: the business system receives the soap service request, acquires parameters carried in the soap service request (such as data parameters input by a user on a web portal) according to the service request, and performs business processing;
step 108: the service system returns the processing result to the unified agent adaptation device;
step 109: and the unified agent adapter returns the processing result to the enterprise operation system, and finally, the processing result is displayed on a web portal to inform a user.
The above flow is illustrated below by a set of application examples:
in the following, a large travel network is taken as an example, which can provide online services such as an online air ticket reservation, a hotel reservation, a destination guide, and the like.
Step a: the user logs in the large-scale travel network web portal, performs flight inquiring operation, fills information including a departure city, a destination city, departure time, passenger types, passenger number, an airline company (optional) and the like, clicks the inquiry flight and sends a service request;
step b: the service request for inquiring the flight is submitted to a background server of the website, and the background server calls a web service name provided by the unified agent adaptation device through a soap interface according to a defined request format (which contains parameters packaged in a JSON format);
step c: after receiving a request of an enterprise operation system, the unified agent adaptation device firstly judges whether the service of the inquiry flight is in a starting state, if the service is stopped, the flow is ended, the flow returns to the enterprise operation system, and a web portal displays and informs a user that the service of the inquiry flight is stopped;
if the user is in the starting state, judging whether the user has the authority to inquire the flight, if the user does not have the authority, returning to an enterprise operation system, and displaying on a web portal to inform the user that 'operation fails and flight inquiry authority does not exist';
if the service system has the authority, interface adaptation is carried out, the package of the soap request is carried out according to a WSDL description file provided by the service system inquired by the flight (the parameters packaged in a JSON format are mainly adapted to a format suitable for a corresponding service system), service routing is carried out according to the service calling address of the service system inquired by the flight, the soap service request (containing the parameters in the format suitable for the service system) for inquiring the flight is forwarded to the flight inquiry service system, after the flight inquiry service system finishes processing the service, the inquired result is returned to the unified agent adaptation device, and the unified agent adaptation device returns the result to the enterprise operation system;
step d: and the enterprise operation system returns the query result to the web portal for the user to view.
In another application example, the user selects a selected flight, performs a predetermined operation to input information such as a flight number, the number of tickets, a credit card number, a selection of a ticket delivery mode and the like, clicks to order the ticket and sends a service request;
the service request for booking the ticket is submitted to a background server of the website, and the background server calls a web service name provided by the unified agent adapter device through a soap interface according to a defined request format (including parameters packaged by a JSON format);
the above processes of steps c and d are repeated, and are not repeated here.
In another application example, after the user finishes the air ticket reservation, the reservation of the hotel is started, the hotel reservation is selected on the interface, the hotel is inquired at first, the city, the arrival time, the departure time, the number of rooms, the number of people in the hotel, the price range and the star level requirement are input, the inquiry of the hotel is carried out, and then the reservation is carried out;
similar to the process of booking the air ticket, the service request inquired by the hotel is submitted to a background server of the website, and the background server calls a web service name provided by the unified agent adapter device through a soap interface according to a defined request format;
the above processes of steps c and d are repeated, and are not described herein again.
Attached: interface description
Here, a call interface of the unified proxy adaptation device to the outside is defined:
interface definition (implemented with java):
public String integrate WsServer(String serviceName，String params，String id)；
description of the parameters:
serviceName: service name (unique identification);
params: the parameters required by each service, the organization specification of the parameters should conform to the specification of JSON, as in the following example: { param1: \ "value 1\ param2: \" value2\ param3: \ "value 3 \";
id: and (4) user identification (optional) used for service authentication.
This is our WSDL description published uniformly for enterprise operating systems
<？xml version＝″1.0″encoding＝″UTF-8″？>
-<wsdl:definitions targetNamespace＝″http://ws.integration.zte.com″
xmlns:apachesoap＝″http://xml.apache.org/xml-soap″xmlns:impl＝″http://ws.integration.zte.com″
xmlns:intf＝″http://ws.integration.zte.com″xmlns:soapenc＝″http://schemas.xmlsoap.org/soap/encoding/″
xmlns:wsdl＝″http://schemas.xmlsoap.org/wsdl/″xmlns:wsdlsoap＝″http://schemas.xmlsoap.org/wsdl/soap/″
xmlns:xsd＝″http://www.w3.org/2001/XMLSchema″>
-<！--
WSDL created by Apache Axis version:1.2.1
Built on Aug 08，2005(11:49:10 PDT)
-->
-<wsdl:message name＝″integrateWsSerwerRequest″>
<wsdl:part name＝″serviceName″type＝″xsd:string″/>
<wsdl:part name＝″params″type＝″xsd:string″/>
<wsdl:part name＝″id″type＝″xsd:string″/>
</wsdl:message>
-<wsdl:message name＝″integrateWsServerResponse″>
<wsdl:part name＝″integrateWsServerReturn″type＝″xsd:string″/>
</wsdl:message>
-<wsdl:portType name＝″IntegrationWS″>
-<wsdl:operation name＝″integrateWsServer″parameterOrder＝″serviceName params id″>
<wsdl:input message＝″impl:integrateWsServerRequest″name＝″integrateWsServerRequest″/>
<wsdl:output message＝″impl:integrateWsServerResponse″name＝″integrateWsServerResponse″/>
</wsdl:operation>
</wsdl:portType>
-<wsdl:binding name＝″IntegrationWSSoapBinding″type＝″impl:IntegrationWS″>
<wsdlsoap:binding style＝″rpc″transport＝″http://schemas.xmlsoap.org/soap/http″/>
-<wsdl:operation name＝″integrateWsServer″>
<wsdlsoap:operation soapAction＝″″/>
-<wsdl:input name＝″integrateWsServerRequest″>
<wsdlsoap:body encodingStyle＝″http://schemas.xmlsoap.org/soap/encoding/″
namespace＝″http://ws.integration.zte.com″use＝″encoded″/>
</wsdl:input>
-<wsdl:output name＝″integrateWsServerResponse″>
<wsdlsoap:body encodingStyle＝″http://schemas.xmlsoap.org/soap/encoding/″
namespace＝″http://ws.integration.zte.com″use＝″encoded″/>
</wsdl:output>
</wsdl:operation>
</wsdl:binding>
-<wsdl:service name＝″IntegrationWSService″>
-<wsdl:port binding＝″impl:IntegrationWSSoapBinding″name＝″IntegrationWS″>
<wsdlsoap:address location＝″http://localhost:8080/WebModule1/services/IntegrationWS″/>
</wsdl:port>
</wsdl:service>
</wsdl:definitions>
The uniform agent adapter device is used after receiving the Web Service call
JSONObjectjsonObject＝JSONObject.fromObject(jsonStr)；
And instantiating the JSON object, then adapting to various Service systems of the background, packaging the soap Service request suitable for the corresponding Service system according to the WSDL provided by each Service system, and calling the Web Service to each Service system to complete Service processing.
The structure of the unified proxy adaptation system of the present invention is described below with an embodiment.
Fig. 2 is a structural diagram of a unified proxy adaptation system based on Web Service in the embodiment of the present invention, where the system includes: the system comprises an enterprise operation system 100, a unified proxy adaptation device 200, a plurality of service systems 300, a permission database 400 and a management terminal 500.
The enterprise operation system 100 is configured to provide a Web portal capable of logging in for a user, select a required Service, input data required by the selected Service, package an obtained Service request submitted by the user according to a call interface defined by the unified proxy adaptation device, obtain a Service request conforming to a JSON format of the unified proxy adaptation device, submit the obtained Service request to the unified proxy adaptation device, and call a Service name provided by the unified proxy adaptation device in a Web Service manner; the service request carries a service name of the service selected by the user and data parameters filled in by the user; or may carry a user ID;
the enterprise operation system 100 is further configured to receive service system shutdown information returned by the unified proxy adaptation device 200, and display the service system shutdown information on a web portal to notify a user that the service is shutdown; receiving authentication failure information returned by the unified agent adaptation device 200, displaying the authentication failure information on a web portal and informing a user that the operation is failed and no authority exists;
the enterprise operation system 100 is further configured to display the processing result returned by the unified proxy adaptation device 200 on a web portal to notify a user.
After receiving the call of the enterprise operation system 100, the unified proxy adaptation device 200 firstly performs state judgment on whether a service system corresponding to the service name is enabled according to the service name carried in the service request, and returns disabling information to the enterprise operation system 100 if the service system is in a disabling state; if the corresponding service system 300 is in the enabled state, the service system is connected to the permission database 400, the service request is queried in the permission database 400 according to the user ID and the service name carried in the service request, and if the user ID is queried in the permission database 400 to have no permission of the service corresponding to the service name, authentication failure information is returned to the enterprise operation system 100; if the user ID has the authority of the service corresponding to the service name in the authority database 400, performing interface adaptation according to the WSDL of the service system 300 providing the service corresponding to the service name carried in the service request, and adapting the service request in the JSON format transmitted by the enterprise operation system 100 to the service request in the format actually used by the service system 300; according to the Service name carried in the Service request, performing Service routing according to the corresponding relation between the Service calling address and the Service name stored in the configuration, and sending the Service request to the Service system 300 corresponding to the Service name in a Web Service mode by using the soap Service request;
the unified agent adapter 200 is further configured to return a processing result returned by the service system 300 corresponding to the service name to the enterprise operation system 100;
the unified agent adapter 200 is further configured to determine whether each service system 300 is in an enabled state or a disabled state according to the status information periodically reported by each service system 300, so as to complete status configuration of each service system 300; the method can also be used for receiving the control of the management terminal 500 to turn on an automatic detection switch, remotely calling the services provided by each service system 300 at regular time, generating a remote instance, automatically setting the state of the remote instance to be disabled if the generation of the instance fails, and automatically restoring the state of the remote instance to be enabled if the generation of the instance succeeds.
The service system 300 receives the soap service request, obtains parameters (such as service data input by a user on a web portal) carried in the soap service request according to the service request, performs service processing, and returns the processing result to the unified agent adaptation device 200.
The management terminal 500 is configured to control the unified agent adapter 200 to turn on an automatic detection switch, and also control whether the unified agent adapter 200 is connected to the permission database 400 to complete authentication, and if the unified agent adapter 200 is disconnected from the permission database 400, skip an authentication operation.
The permission database 400 is configured to store a user ID and a service name of an authorized operation of the user ID, and is used for querying when the unified proxy adapter device 200 performs an authentication operation.
It can be seen that, when the enterprise operation system 100 does not provide the user right data or the enterprise operation system 100 performs the service authentication by itself, the authentication service of the unified proxy adaptation device 200 may be closed through the operation of the management terminal 500, and the connection between the right database 400 and the unified proxy adaptation device 200 is disconnected.
In addition, in another embodiment, the rights database 400 providing the user rights data in the present invention may also exist inside the unified agent adapter 200. I.e. the rights database may be implemented either independently of the unified agent adapter device or internally dependent on the unified agent adapter device, to which the invention is not limited.
The following describes the structure of the unified proxy adaptation apparatus according to an embodiment of the present invention.
Fig. 3 is a structural diagram of a unified proxy adapter device based on Web Service in the embodiment of the present invention, where the unified proxy adapter device 200 is disposed between an enterprise operation system 100 and a plurality of Service systems 300, and includes: the system comprises a receiving module 201, an adaptation matching module 202, a sending module 203, a storage module 204, a state detection module 205, an authentication module 206 and a permission database 400.
The receiving module 201 is configured to receive a service request in a format suitable for the unified proxy adaptation apparatus 200 encapsulated by the enterprise operation system 100, and deliver the service request to the adaptation matching module 202 for processing;
the adaptation matching module 202 is configured to match the service system 300 corresponding to the service name according to the service name carried by the encapsulated service request, and notify the sending module 203; adapting the encapsulated service request to a format suitable for the corresponding service system 300, and delivering the service request to the sending module 203 for processing;
the sending module 203 is configured to send the service request obtained by the adapting to the corresponding service system 300.
Specifically, the adaptation matching module 202 is configured to adapt, according to the stored WSDL of each service system 300, the service request encapsulated by the Web service invocation interface to a format applicable to the service system 300 corresponding to the service name carried in the service request; according to the corresponding relation between the stored service name and the Web service calling address, matching the service system 300 corresponding to the service name carried by the service request, and notifying the sending module 203;
the storage module 204 is configured to store the service description language WSDL of each service system 300 and a corresponding relationship between a service name and a Web service call address.
In addition, before the adaptation matching module 202 adapts the service request, the state detection module 205 may be further connected to perform state detection on the corresponding business system 300:
the adaptation matching module 202, after matching the service name carried by the encapsulated service request with the service system 300 corresponding to the service name, further notifies the state detection module 205 and triggers it to start working; after receiving the notification of completion of the state detection returned by the state detection module 205, adapting the encapsulated service request to a format suitable for the corresponding service system 300; after receiving the stop notification returned by the state detection module 205, stopping working;
the state detection module 205 is configured to perform state judgment on the matched corresponding business system 300, and if the business system 300 is in a shutdown state, return shutdown information of the business system 300 to the enterprise operation system 100, and notify the adaptation matching module 202 to stop processing; if the service system 300 is in the enabled state, the adaptation matching module 202 is notified that the state detection is completed.
The state detection module 205 may determine whether each service system 300 is in an enabled state or a disabled state according to the state information reported by each service system 300; or turning on an automatic detection switch, regularly and remotely calling the service provided by each service system 300, generating a remote instance, if the generated remote instance fails, automatically setting the state of the service system 300 corresponding to the remote instance as disabled, and if the generated remote instance succeeds, automatically setting the state of the service system 300 corresponding to the remote instance as enabled.
In addition, after the detection of the state detection module 205 is completed and before the adaptation matching module 202 adapts the service request, the right database 400 and the authentication module 206 may be further connected to authenticate the user:
the adaptation matching module 202, after receiving the notification of completion of the state detection returned by the state detection module 205, triggers the authentication module 206 to start, and notifies the authentication module 206 of the user identifier and the service name carried in the service request; after receiving the notification of successful authentication returned by the authentication module 206, adapting the encapsulated service request to a format suitable for the corresponding service system 300; after receiving the notification of authentication failure returned by the authentication module 206, stopping working;
the authentication module 206 is configured to connect to the permission database 400, query the permission database 400 according to the user identifier and the service name carried in the service request, return authentication failure information to the enterprise operation system 100 if the user identifier does not have the permission of the service corresponding to the service name, and notify the adaptation matching module 202 to stop processing; if the user identifier has the service authority corresponding to the service name, the adaptation matching module 202 is notified that the authentication is successful;
the permission database 400 is configured to store the user identifier and the service name authorized to be operated by the user identifier, and is used for the authentication module 206 to query.
In addition, as described above, the permission database 400 may be implemented independently from the unified proxy adapter apparatus 200 or dependently inside the unified proxy adapter apparatus 200, and the present invention is not limited thereto. Therefore, in another embodiment, the aforementioned permission database 400 existing inside the unified proxy adapter 200 may also be independent of the unified proxy adapter 200, and other operations are not changed, and the authentication module 206 still connects the permission database 400 to complete authentication.
While the foregoing description shows and describes a preferred embodiment of the invention, it is to be understood, as noted above, that the invention is not limited to the form disclosed herein, but is not intended to be exhaustive or to exclude other embodiments and may be used in various other combinations, modifications, and environments and may be modified within the scope of the inventive concept described herein by the above teachings or the skill or knowledge of the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (13)
1. A unified agent adaptation method based on Web service is applied to an architecture comprising an enterprise operation system and a plurality of business systems, and is characterized by comprising the following steps:
and arranging a unified proxy adapter device between the enterprise operation system and the plurality of business systems, wherein the unified proxy adapter device receives a service request which is sent by the enterprise operation system and is packaged into a format suitable for the unified proxy adapter device, adapts the service request into a format suitable for the business system corresponding to a service name carried by the service request and sends the format suitable for the business system to the corresponding business system.
2. The method of claim 2, further comprising:
storing service description language WSDL of each business system and the corresponding relation between the service name and Web service calling address in the unified proxy adaptation device, and providing a Web service calling interface;
the uniform agent adapter device receives a service request which is sent by the enterprise operation system and packaged into a format suitable for the uniform agent adapter device through the Web service calling interface, wherein the service request comprises a service name selected by a user and input service data;
the uniform agent adapter device performs interface adaptation according to WSDL of each service system, and adapts the service request packaged by the Web service call interface to a format suitable for the service system corresponding to the service name carried by the service request;
and the unified proxy adaptation device sends the adapted service request to a service system corresponding to the service name carried by the service request according to the corresponding relation between the service name and the Web service calling address, and the service system performs service processing.
3. The method of claim 2, wherein between the step of the unified proxy adapter receiving the service request sent by the enterprise operation system and encapsulated by the Web service invocation interface into the format suitable for the unified proxy adapter, and the step of the unified proxy adapter adapting the service request encapsulated by the Web service invocation interface into the format suitable for the service system corresponding to the service name carried by the service request according to the WSDL of each service system, the method further comprises:
the unified proxy adapter device firstly judges the state of the service system corresponding to the service name according to the service name carried in the service request, and if the service system is in a stop state, the process is ended; and if the service system is in the starting state, the unified agent adaptation device adapts the service request packaged by the Web service call interface to a format suitable for the service system corresponding to the service name carried by the service request according to the WSDL of each service system.
4. The method of claim 3, wherein the unified agent adapter determines whether each service system is in an enabled or disabled state according to the status information reported by each service system; or the unified proxy adaptation device opens an automatic detection switch, regularly and remotely calls the services provided by the service systems, generates a remote instance, automatically sets the state of the service system corresponding to the remote instance as disabled if the generated remote instance fails, and automatically sets the state of the service system corresponding to the remote instance as enabled if the generated remote instance succeeds.
5. The method of claim 4, wherein the service request further includes a user identification;
if the service system is in the enabled state, the method further comprises the following steps: the unified agent adapter device inquires in an authority database according to a user identifier and a service name carried in a service request, and if the user identifier does not have the authority of the service corresponding to the service name, the process is ended; if the user mark has the service authority corresponding to the service name, the unified agent adapter device adapts the service request packaged by the Web service calling interface to a format suitable for the service system corresponding to the service name carried by the service request according to the WSDL of each service system.
6. A unified agent adapter device based on Web service is characterized in that the unified agent adapter device is arranged between an enterprise operation system and a plurality of business systems, and comprises: the receiving module is adapted to the matching module and the sending module;
the receiving module is used for receiving the service request in the format suitable for the unified agent adaptation device packaged by the enterprise operation system and delivering the service request to the adaptation matching module for processing;
the adaptation matching module is used for matching a service system corresponding to the service name according to the service name carried by the encapsulated service request and informing the sending module; adapting the encapsulated service request into a format suitable for the corresponding service system, and delivering the service request to the sending module for processing;
and the sending module is used for sending the service request obtained by the adaptation to the corresponding service system.
7. The unified agent adaptation device of claim 6, further comprising: the storage module is used for storing the service description language WSDL of each service system and the corresponding relation between the service name and the Web service calling address;
the adaptation matching module is used for adapting the service request packaged by the Web service calling interface to a format suitable for the service system corresponding to the service name carried by the service request according to the stored WSDL of each service system; and matching a service system corresponding to the service name carried by the service request according to the corresponding relation between the stored service name and the Web service calling address, and informing the sending module.
8. The unified agent adaptation device of claim 7, further comprising: a state detection module;
the adaptation matching module is used for informing the state detection module and triggering the state detection module to start working after matching the service system corresponding to the service name according to the service name carried by the encapsulated service request;
the state detection module is used for judging the state of the matched corresponding service system, returning the deactivation information of the service system to the enterprise operation system if the service system is in the deactivation state, and informing the adaptive matching module to stop processing; and if the service system is in the starting state, informing the adaptive matching module of completing the state detection.
9. The unified agent adapter device as claimed in claim 8, wherein the status detecting module determines whether each service system is in an enabled or disabled state according to the status information reported by each service system; or opening an automatic detection switch, regularly and remotely calling the services provided by each service system, generating a remote instance, automatically setting the state of the service system corresponding to the remote instance as disabled if the generated remote instance fails, and automatically setting the state of the service system corresponding to the remote instance as enabled if the generated remote instance succeeds.
10. The unified proxy adaptation device of claim 8, wherein the adaptation matching module adapts the encapsulated service request to a format applicable to the corresponding service system after receiving the notification of completion of the status detection returned by the status detection module.
11. The unified agent adaptation device of claim 8, further comprising: an authority database and an authentication module;
the adaptive matching module triggers the authentication module to start after receiving the notification of completion of the state detection returned by the state detection module, and notifies the authentication module of the user identification and the service name carried in the service request; after receiving the notification of successful authentication returned by the authentication module, adapting the encapsulated service request to a format suitable for the corresponding service system;
the authentication module is used for connecting the authority database, inquiring in the authority database according to the user identification and the service name carried in the service request, returning authentication failure information to the enterprise operation system if the user identification does not have the authority of the service corresponding to the service name, and informing the adaptive matching module to stop processing; if the user identification has the service authority corresponding to the service name, the adaptive matching module is informed of successful authentication;
the authority database is used for storing the user identification and the service name of the authorized operation of the user identification, and the authority database is used for the authentication module to inquire.
12. A unified proxy adaptation system based on Web services, comprising: the system comprises an enterprise operation system, a unified agent adaptation device and a plurality of business systems; wherein,
the enterprise operation system is used for packaging the service request which is submitted by the user and contains the service name selected by the user into a format suitable for the unified agent adaptation device and sending the service request to the unified agent adaptation device;
the unified proxy adaptation device receives the service request sent by the enterprise operation system, adapts the service request to a format suitable for a service system corresponding to a service name carried by the service request, and sends the service request obtained by adaptation to the corresponding service system.
13. The system of claim 12,
the uniform proxy adaptation device is used for providing a Web service calling interface and adapting the service request packaged by the Web service calling interface into a format suitable for a service system corresponding to the service name carried by the service request according to the stored service description language WSDL of each service system; according to the corresponding relation between the stored service name and the Web service calling address, sending the service request obtained after the adaptation to a service system corresponding to the service name carried by the service request;
the service system is used for carrying out service processing according to service data input by a user in a service request sent by the unified proxy adaptation device, and is also used for sending WSDL to the unified proxy adaptation device.
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Application publication date: 20100414 |