CN1859120A - System and method for realizing service - Google Patents

Abstract

The invention provides a system and method for realizing services, the key of which is that the system includes an application server, a service router, a service information processing center and a service client. When the service client needs to request a certain service, the service client carries the obtained service address in the service request message and sends it to the service router; the service router then forwards the service request message to the application server; the application server executes the service process according to the service address, And send special instructions to the service router during the service execution process. The service router activates the corresponding service trigger logic according to the special instruction. The service router judges whether a trigger event occurs during the execution of the current service. Corresponding processing; otherwise, no processing. By applying the scheme of the invention, not only can the management of services be strengthened, but also the needs of users for flexibly implementing services can be met according to the flexibly formulated service trigger logic.

Description

A system and method for realizing business

technical field

The invention relates to network service technology, in particular to a system and method for realizing service.

Background technique

Currently, operators and service providers can provide users with business services through telecommunication networks or the Internet to meet users' service needs.

However, regardless of whether it is a service based on a telecommunication network or an Internet-based service, the services are generally independent of each other, and it is not flexible to realize the service. For example, a user can only apply for and execute one service at a time. In practical applications, users hope to be able to implement services flexibly to meet requirements. For example, when a user is implementing a certain service, he wishes to activate or trigger another service or perform special processing when a certain trigger event occurs. Another example is that the user wishes to subscribe to multiple services at one time.

However, in the prior art, a large number of services are not only independent, but also scattered, without unified management, which makes it difficult to flexibly implement services according to user requirements.

It can be seen that, in the prior art, there is no system and method that can flexibly implement services.

Contents of the invention

In view of this, the main purpose of the present invention is to provide a system and method that can flexibly implement services. The technical scheme that the present invention proposes is:

A system for realizing business, the system at least includes:

The service client is used to store the service address, send a service request message carrying the service address to the application server through the service router, and interact with the application server during service execution;

The service router is used to activate the corresponding service trigger logic according to the special instruction sent by the application server, perform corresponding processing according to the service trigger logic and trigger events, and forward the interactive messages between the application server and the service client;

The application server is used to receive the service request message carrying the service address sent by the service client, execute the service process according to the service address, send special instructions to the service router during the service execution process, and interact with the service client.

Preferably, the business client includes:

The service processing module is used to access the service information management module, obtain the service address, and send a service request message carrying the service address to the application server through the service router, and interact with the application server during service execution;

The business information management module is used for storing business addresses.

Preferably, the service router includes:

The business trigger logic module is used to activate the business trigger logic according to the special instruction sent by the application server, and perform corresponding processing according to the business trigger logic and trigger events;

The service routing function module is used for forwarding service-related messages exchanged between the application server and the service client.

Preferably, the application server includes:

The business logic processing module is used to receive the business request message carrying the business address sent by the business client, execute the business process according to the business address, and realize the interaction with the business client;

The trigger logic control module is used to send a special instruction to the service router according to the special instruction notification message sent by the service logic processing module.

Preferably, the system further includes:

The service information processing center is used to store service address information, service authentication information and service trigger logic, and return the service trigger logic to the service router according to the service logic request message sent by the service router. The address information and service authentication information are returned to the service client;

The service router is further configured to: send a service logic request message to the service information processing center, and receive the service logic returned by the service information processing center;

The service client is further configured to: send a subscription request message to the service information processing center through the service router, and receive the service address and service authentication information returned by the service router.

Preferably, it is characterized in that the business information processing center includes:

Business information database, used to store business address information, business authentication information and business trigger logic;

The trigger logic management module is used to access the service information database according to the service logic request message sent by the service router, and return the service trigger logic to the service router;

The user request processing module is used to send the service address information and service authentication information to the service client according to the message sent by the service client through the service router.

Preferably, the application server further includes:

The trigger authentication management module is used to receive the service request message carrying the service authentication information sent by the service client through the service router, perform authentication processing according to the authentication information, and send the processing result to the service logic processing module.

Another inventive object of the present invention is achieved like this, a kind of method for realizing service, utilizes the system that comprises application server, service router and service client, and this method comprises the following steps:

a. The service client carries the obtained service address in the service request message and sends it to the service router, and the service router forwards the service request message to the application server;

b. The application server executes the business process according to the service address, and sends special instructions to the service router during the service execution process, and the service router activates the corresponding service trigger logic according to the special command, and performs corresponding processing according to the service trigger logic when a trigger event occurs .

Preferably, the method for the service client in step a to obtain the service address is:

The service client sends a subscription request message to the service information processing center, and the service information processing center carries the service address in the subscription response message and returns it to the service client.

Preferably, the service request message in step a includes service authentication information obtained by the service client in advance;

Between step a and step b further includes: the application server performs authentication processing, and judges whether the service client has the right to access according to the authentication result, and if so, continues to execute; otherwise, exits the process.

Preferably, the service authentication information is encrypted service authentication information;

The method for the application server to perform authentication processing is as follows: the application server decrypts the service authentication information, and then compares the decoded service authentication information with the service authentication information stored locally in advance, and obtains the authentication information based on the comparison. right result.

Preferably, the method for the service client to obtain user authentication information in advance is:

The service client sends a subscription request message to the service information processing center, and the service information processing center carries the user authentication information in the subscription response message and returns it to the service client.

Preferably, the service client in step a sends the service request message to the service router, and the service router forwards the service request message to the application server, further comprising:

The service router judges whether there is a service trigger logic locally, and if so, it does not process it; otherwise, the service router sends a service logic request message carrying a service address to the service information processing center, and the service information processing center sends the service trigger logic corresponding to the service address Return to the service router.

Preferably, in the process of service execution, when the application server needs to interact with the service client, the application server or the service client first sends the interaction message to the service router, and the service router sends the interaction message to the service client after preprocessing end or application server.

To sum up, in the system and method for realizing business proposed by the present invention, since each business has a business address, and the business, business trigger logic, business address and other related information are uniformly managed, the business client can not only pass Subscribe to messages to obtain multiple service addresses at the same time, realize simultaneous subscription to multiple services, and can also easily trigger multiple services, or trigger another service during the execution of one service, so as to achieve the purpose of flexible business implementation.

Description of drawings

Fig. 1 is the system basic structure schematic diagram of the scheme of the present invention;

Fig. 2 is a schematic diagram of the basic structure of a system embodiment applying the solution of the present invention.

Fig. 3 is the flow chart of the scheme of the present invention realizing business;

Fig. 4 is a flowchart of an embodiment of a method applying the scheme of the present invention.

Detailed ways

In order to make the purpose, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

Fig. 1 shows a schematic structural diagram of the system for implementing services in the present invention. As shown in Figure 1, the system includes at least:

The service client 101 is used to store the service address, send a service request message carrying the service address to the application server 103 through the service router 102, and interact with the application server 103 during service execution;

The service router 102 is used to activate the corresponding service trigger logic according to the special instruction sent by the application server 103, and is also used to forward the interactive messages between the application server 103 and the service client 101;

The application server 103 is configured to receive the service request message carrying the service address sent by the service client 101, execute the requested service process according to the service address, and interact with the service client 101 during the service execution process, and send a message to the service router 102 Send a special instruction;

In order to perform unified management and service on business addresses, user subscriptions, etc., the present invention may further include a business information processing center 104 . The service information processing center 104 is used to store service address information, service authentication information and service trigger logic, and return the service trigger logic to the service router 102 according to the service logic request message sent by the service router 102, and pass the service according to the service client 101. The router 102 returns the service address information and service authentication information to the service client 101 .

Of course, in practical applications, the system may not include a service information processing center, but the service address and other service-related information are stored in the service client in advance.

System embodiment

Fig. 2 has shown the basic structural diagram of the system implementing the service applying the scheme of the present invention. As shown in FIG. 2 , in this embodiment, it includes: a service client 201 , a service router 202 , an application server 203 , and a service information processing center 204 .

Wherein, the service client 201 includes: a service processing module 2011, which is used to access the service information management module 2012, obtain a service address, send a service request message to the trigger authentication management module 2032 through the service routing function module 2022, and receive the returned authentication The response message is also used to interact with the service logic processing module 2031 through the service routing function module 2022 during service execution; the service information management module 2012 is used to store service address and service authentication information.

The service router 202 includes: a service trigger logic module 2021, which is used to receive the special instruction sent by the trigger logic control module 2033 through the routing function module 2022, activate the corresponding service trigger logic according to the special instruction, and perform related processing when a trigger event occurs. In order to preprocess the interactive messages between the application server 203 and the business client 201, the service routing function module 2022 is also used to send a service trigger logic request message to the trigger logic management module 2042, and receive the returned service trigger logic; The routing function module 2022 is used to forward the interactive message between the application server 203 and the service client 201, and send the interactive message to the service trigger logic module 2021 for processing, and forward the message between the service information processing center 204 and the service client 201 Interactive messages.

The application server 203 includes: a business logic processing module 2031, which is used to receive the authentication processing result of the trigger authentication management module 2032, execute the business process, and realize the communication with the business client 201 through the business routing function module 2022 during the business execution process. interact, and send a special instruction notification message to the trigger logic control module 2033; trigger the authentication management module 2032, for receiving the service request message carrying the service authentication information sent by the service processing module 2011 through the service routing function module 2022, and according to the authentication Authorization information for authentication processing, and the processing results are sent to the business logic processing module 2031; trigger logic control module 2033, for sending special instructions to the service trigger logic module 2021 according to the special instruction notification message sent by the business logic processing module 2031.

The service information processing center 204 includes: a service information database 2041 for storing service address, service authentication information and service trigger logic; a trigger logic management module 2042 for receiving the service trigger logic module 2021 sent by the service routing function module The service logic request message accesses the service information database, and returns the service trigger logic to the service trigger logic module 2021; the user request processing module 2043 is used to receive the subscription request message sent by the service processing module 2011 through the service routing function module 2022, and send The service address information and service authentication information are returned to the service processing module 2011.

When the service client 201 wants to realize the service, the service processing module 2011 accesses the service information management module 2012 to obtain the service address, and then sends the service request message carrying the service address to the service routing function module 2022 . The service routing function module 2022 sends the service request message to the service triggering logic module 2021, and the service triggering logic module 2021 judges whether the service triggering logic exists in itself, and if so, returns a response message to the service routing function module; otherwise, the service triggering logic module 2021 sends a service trigger logic request message to the trigger logic management module 2042; the trigger logic management module 2042 accesses the service information database 2041, obtains the service trigger logic, and returns it to the service trigger logic module 2021, and the service trigger logic module 2021 sends the service routing function module 2022 returns a response message; then, the service routing function module 2022 sends a service request message to the trigger authentication management module 2032 . The trigger authentication management module 2032 performs authentication processing according to the service request message, and sends the processing result to the service logic processing module 2031; the service logic processing module 2031 executes the service, and sends a special Instruction notification message; the trigger logic control module 2033 sends a special instruction to the service trigger logic module 2021 through the service routing function module 2022, and the service trigger logic module 2021 activates the corresponding service trigger logic, and judges in real time whether there is any connection with the service during the execution of the service When the trigger event corresponding to the trigger logic occurs, if there is, it will be processed according to the business trigger logic; otherwise, it will not be processed.

Among them, the business logic processing module 2031, the trigger logic control module 2033, the business routing function module 2022, the business trigger logic module 2021, the business processing module 2011, and the business information management module 2012 are all necessary, while other modules can be selected arbitrarily.

In practical application, if the service logic processing module 2031 needs to interact with the service processing module 2011 during the execution of the service, the service routing function module 2022 can be used to forward the message. The service routing function module 2022 can also send each message that needs to be forwarded to the service trigger logic module 2021 for preprocessing and then forwarding.

In addition, the application server, service router, and service information processing center in the present invention can be computers or servers, and the service clients can be smart terminals or PCs. The interactive messages between them can be completed using standard protocols, or can be defined by themselves. As long as both parties can be identified.

Aiming at the system for realizing services proposed by the present invention, the present invention also proposes a method for realizing services. Fig. 3 shows a flowchart for realizing the solution of the present invention. As shown in Figure 3, the method for realizing business of the present invention comprises the following steps:

Step 301: The service client carries the obtained service address in the service request message and sends it to the service router;

Step 302: the service router forwards the service request message to the application server;

Step 303: The application server executes the service process according to the service address, and sends a special instruction to the service router during the service execution process, and the service router activates the corresponding service trigger logic according to the special instruction, and the service router judges whether it occurs in the subsequent execution process of the current service Trigger event, if it occurs, it will be processed according to the business trigger logic; otherwise, it will not be processed.

In the present invention, each service has a service address, which can identify the service itself, and is a logical address independent of the underlying network.

In the present invention, the business process is the process of providing business services to the user, or the process of the application server starting to execute the business program. During the business process, the application server generally interacts with the business client. Of course, it is also possible to interact with multiple business clients. As for the interaction between the application server and the business client, how multiple business clients interact is determined by the specific business, and will not be repeated here.

Businesses generally have trigger events and business trigger logic. Among them, the trigger event is an event that actually occurs during the interaction between the application server and the business client; the business trigger logic is the special processing process of the business on the trigger event, or the business trigger control script, which can be determined by the service provider according to the characteristics of the business or The user's needs can be flexibly formulated, and generally JavaScript can be used to implement the formulation of business trigger logic.

In the present invention, the application server sends special instructions to the service router during service execution, and the service router activates corresponding service trigger logic according to the special instructions. Thereafter, during the execution of the service, that is, during the interaction between the application server and the service client, the service router will judge in real time whether a trigger event corresponding to the service trigger logic occurs, and if so, perform corresponding processing according to the service trigger logic; Otherwise, do not process.

Here, it should be noted that when the application server sends a special instruction, it does not affect the execution process of its own current business. The special instruction is generally a message carrying parameters that can activate service trigger logic. After the service trigger logic is activated, the service router does not immediately perform relevant processing according to the service trigger logic, but judges in real time whether a trigger event occurs. Only when a trigger event occurs, the service router performs relevant processing according to the service trigger logic.

In practical applications, a service can send multiple special instructions to the service router, and the service router also has multiple service trigger logics corresponding to the special instructions. As for when the application server sends a special instruction to the service router, it is up to the service to determine what related processing is performed by the service trigger logic.

method embodiment

In this embodiment, the service provider has deployed a certain service to the network. The deployment method is: store the service in the application server, and register the service at the service information processing center, and the service information processing center will Service address, service authentication information and service trigger logic are stored in the local service information database. The business client can go to the business information processing center to inquire about the relevant information of the business by means of browsing or the like. As for how to deploy services, it is relatively easy for a service client to query relevant service information, and it does not belong to the focus of the present invention, and will not be described in detail here.

In practical applications, after the service client queries the relevant information of the service, it may also need to subscribe to the service before it can experience or realize the service. In this embodiment, the method for the service client to subscribe to the service is as follows: the service client sends a subscription request message to the service information processing center through the service router, and the service information processing center encrypts the service authentication information and converts the encrypted service The authentication information and service address are carried in the subscription response message and returned to the service client. In practical applications, the service client can specify multiple services at the same time when subscribing, and the service information processing center can return multiple service addresses at the same time, that is, the service client can achieve the purpose of simultaneously subscribing to multiple services. When implementing a service, the service client can select and change among multiple services without changing its own user ID. Here, the user identifier may be information assigned by the service information processing center when the service client subscribes, or it may be authentication information used for authentication.

After the business client successfully subscribes to the business, it can start to realize the business. Fig. 4 shows a flow chart of implementing services in this embodiment. As shown in Figure 4, the method for the business client to realize the business includes the following steps:

Step 401: The service client sends the service address and service authentication information to the service router in a service request message.

In practical applications, the service address and service authentication information can also be stored in the service client in advance, and then directly use the service address and service authentication information to start implementing services.

In addition, in practical applications, if the business itself does not need to identify the identity of the business client, such as a certain business is a public service business, it can serve any business client. Then, the service does not need to perform authentication processing on the service client, and the service client does not need to carry service authentication information in the service request message.

Step 402: The service router judges whether there is a service trigger logic corresponding to the service locally according to the service address, and if so, executes step 404; otherwise, executes step 403.

Step 403: The service router sends a service logic request message carrying the service address to the service information processing center, and the service information processing center returns the service trigger logic of the service to which the service address belongs to the service router.

Step 404: The service router forwards the service request message carrying the service address and service authentication information to the application server.

In this step, the service router may directly forward the service request message to the application server without performing any processing on the service request message. In practical applications, the service router may preprocess the service request message, and then send the processed service request message to the application server. For example: if it is stipulated that when a service client applies for executing a certain service, another service must be executed at the same time, that is to say, two services need to be executed in the application server at the same time. At this time, when the service router determines that the message is a service request message for a certain service, it can fill in information such as the service address of another service in a special field of the service request message, such as the additional information of the service request message field. When the application server receives the preprocessed service request message, it can start another service according to the additional information field.

In practical applications, the service router can not only preprocess service request messages, but also preprocess all interaction messages between application servers and service clients. The preprocessing is generally that the service router judges whether the interaction message is a specific message, and if so, performs corresponding processing. For example, if the service client sends a message to temporarily stop the service, the service router can temporarily stop forwarding the message to the application, and the application server will not continue to execute the service temporarily because it has not received the message from the service client.

The meaning of preprocessing is actually similar to the processing of business trigger logic, but preprocessing is to perform corresponding operations according to the interaction message itself, while the processing of business trigger logic is generally based on the trigger events in the process of business execution. .

Step 405: The application server decrypts the service authentication information, compares the decrypted service authentication information with the service authentication information stored locally in advance, and obtains the authentication result according to the comparison.

In practical applications, the service authentication information may be special information assigned to the user by the service information processing center, such as a user ID. Of course, the service authentication information may also be other information, as long as it can be used as an identification that the user has the right to access or realize the service.

Step 406: The application server judges whether the service client has the right to access according to the authentication result, and if so, proceeds to step 407; otherwise, exits the procedure.

In practical applications, when the authentication of the service client is successful, the application server may also send a service request success response message to the service client through the service router; Send a business request failure response message, and then end the process.

Step 407: The application server executes the service process according to the service address, and sends a special instruction to the service router during the service execution process, the service router activates the corresponding service trigger logic according to the special instruction, and the service router judges whether a trigger occurs in the subsequent service execution process If an event occurs, it will be processed according to the business trigger logic; otherwise, it will not be processed.

In practical applications, this step is the main link for the application server to start providing business services to the business client, and generally it will last for a long time. The application server, service router and service client will cooperate closely to provide service for customers. In the process of service execution, after the application server sends special instructions to the service router, on the one hand, the application server continues to interact with the service client to execute the service process; Determine or monitor in real time whether a trigger event occurs. For example: in the process of business execution, the application server sends a special instruction to the service router to let the service router monitor the interaction time between the application server and the business client. The terminal sends a short message report. Here, timing the interaction between the application server and the service client is the operation that the service router starts after activating the service trigger logic; the interaction time is 10 minutes as the trigger event; the service router sends a short message report to a certain service client is the service trigger logic related processing.

In addition, in practical applications, during the execution of a certain service, another service may be triggered by the current service. For example: there are certain game-like business A and business B, and business A is already in the execution state, that is, the application server has started to interact with the business client. If in the process of executing service A, the application server sends a special instruction to the service router, instructing the service router to trigger service B when the service client game points accumulate to 100 points. After that, the application server continues to execute service A and maintains the interaction with the service client, while the service router activates the corresponding service trigger logic according to special instructions, and judges the accumulated value of the service client's points in real time. When the accumulated points of the service client in service A reach 100, the service client automatically sends a service request message carrying the service address of service B to the application server, and the application server executes service B according to the service address, and starts communicating with Interaction of business clients. At this time, the business client actually interacts with the two businesses at the same time. Of course, what services business B needs to provide to the same business client while business A is executing is determined by the business itself. For example, service B may periodically send a certain advertisement or song to a service client executing service A.

In short, in the present invention, since the service trigger logic can be formulated flexibly, when a trigger event occurs, the relevant processing that the service router should perform can be determined by the specific service according to its own service characteristics and user needs, and will not be exhaustive here.

To sum up, the above are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (14)

1. A system for realizing business, characterized in that the system at least includes: The service client is used to store the service address, send a service request message carrying the service address to the application server through the service router, and interact with the application server during service execution; The service router is used to activate the corresponding service trigger logic according to the special instruction sent by the application server, perform corresponding processing according to the service trigger logic and trigger events, and forward the interactive messages between the application server and the service client; The application server is used to receive the service request message carrying the service address sent by the service client, execute the service process according to the service address, send special instructions to the service router during the service execution process, and interact with the service client. 2. The system according to claim 1, wherein the service client includes: The service processing module is used to access the service information management module, obtain the service address, and send a service request message carrying the service address to the application server through the service router, and interact with the application server during service execution; The business information management module is used for storing business addresses. 3. The system according to claim 1 or 2, wherein the service router comprises: The business trigger logic module is used to activate the business trigger logic according to the special instruction sent by the application server, and perform corresponding processing according to the business trigger logic and trigger events; The service routing function module is used for forwarding service-related messages exchanged between the application server and the service client. 4. The system according to claim 3, wherein the application server comprises: The business logic processing module is used to receive the business request message carrying the business address sent by the business client, execute the business process according to the business address, and realize the interaction with the business client; The trigger logic control module is used to send a special instruction to the service router according to the special instruction notification message sent by the service logic processing module. 5. The system of claim 1, further comprising: The service information processing center is used to store service address information, service authentication information and service trigger logic, and return the service trigger logic to the service router according to the service logic request message sent by the service router. The address information and service authentication information are returned to the service client; The service router is further configured to: send a service logic request message to the service information processing center, and receive the service logic returned by the service information processing center; The service client is further configured to: send a subscription request message to the service information processing center through the service router, and receive the service address and service authentication information returned by the service router. 6. The system according to claim 5, wherein the business information processing center includes: Business information database, used to store business address information, business authentication information and business trigger logic; The trigger logic management module is used to access the service information database according to the service logic request message sent by the service router, and return the service trigger logic to the service router; The user request processing module is used to send the service address information and service authentication information to the service client according to the message sent by the service client through the service router. 7. The system according to claim 5 or 6, wherein the application server further comprises: The trigger authentication management module is used to receive the service request message carrying the service authentication information sent by the service client through the service router, perform authentication processing according to the authentication information, and send the processing result to the service logic processing module. 8. A method for realizing services, utilizing a system comprising an application server, a service router and a service client, characterized in that the method comprises the following steps: a. The service client carries the obtained service address in the service request message and sends it to the service router, and the service router forwards the service request message to the application server; b. The application server executes the business process according to the service address, and sends special instructions to the service router during the service execution process, and the service router activates the corresponding service trigger logic according to the special command, and performs corresponding processing according to the service trigger logic when a trigger event occurs . 9. The method according to claim 8, characterized in that the method for the business client to obtain the business address in step a is: The service client sends a subscription request message to the service information processing center, and the service information processing center carries the service address in the subscription response message and returns it to the service client. 10. The method according to claim 8 or 9, wherein the service request message in step a includes service authentication information obtained by the service client in advance; Between step a and step b further includes: the application server performs authentication processing, and judges whether the service client has the right to access according to the authentication result, and if so, continues to execute; otherwise, exits the process. 11. The method according to claim 10, wherein the service authentication information is encrypted service authentication information; The method for the application server to perform authentication processing is as follows: the application server decrypts the service authentication information, and then compares the decoded service authentication information with the service authentication information stored locally in advance, and obtains the authentication information based on the comparison. right result. 12. The method according to claim 11, characterized in that the method for the service client to obtain user authentication information in advance is: The service client sends a subscription request message to the service information processing center, and the service information processing center carries the user authentication information in the subscription response message and returns it to the service client. 13. The method according to claim 8 or 9, wherein in step a, the service client sends the service request message to the service router, and the service router forwards the service request message to the application server, further comprising: The service router judges whether there is a service trigger logic locally, and if so, it does not process it; otherwise, the service router sends a service logic request message carrying a service address to the service information processing center, and the service information processing center sends the service trigger logic corresponding to the service address Return to the service router. 14. The method according to claim 8 or 9, characterized in that, in the process of service execution, when the application server needs to interact with the service client, the application server or the service client first sends the interaction message to the service router , the service router preprocesses the interaction message and sends it to the service client or the application server.

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