CN107454580B - A method and system and mobile terminal for realizing directional guidance of application flow - Google Patents

Abstract

The invention discloses a method, a system and a mobile terminal for realizing application flow directional guidance. The method includes the following steps: receiving a user's service request; before processing the service request, collecting the user's traffic service information, wherein the traffic The business information includes order status and order content; and processing business requests, including: according to the order status, determine whether to conduct traffic guidance for the processing result; if it is determined to conduct traffic guidance, according to the corresponding traffic guidance configuration of the order content, the processing result of the service request to guide. The present invention provides a unified service access method through the H5 page, uses the H5 page to control the traffic guidance service by calling back the client, solves the problem of traffic guidance, and greatly improves the smoothness of the traffic guidance in the directional traffic, so that the user can obtain better experience.

Description

A method and system and mobile terminal for realizing directional guidance of application flow

technical field

The invention relates to the field of mobile Internet mobile data, and in particular, to a method and system and a mobile terminal for realizing directional guidance of application flow.

Background technique

With the rapid development of the mobile Internet, the functions of application programs (ie, APPs) installed on mobile smart terminals (such as mobile phones, tablet computers, PDAs, etc.) are increasingly dependent on the network. Many application functions must be connected to the Internet to achieve. This makes traffic a very important point for mobile Internet users. For example, many users like to take out their mobile phones to browse videos, music, pictures, texts, etc. they are interested in online during their free time when they are out, such as waiting for someone, waiting for a car, taking public transportation, or ordering food. These operations will result in the generation of a large amount of traffic consumption. cause a certain economic burden to the user.

In order to solve the above problems, some people have proposed a concept of "directed traffic", that is, some content providers (CPs) will cooperate with some mobile operators to allow users to access the content provided by these CPs through specific applications. The generated traffic is given preferential billing (for example, half price or even free). By supporting the "directed traffic" applications (such as mobile phone videos), users can browse the content provided by them (such as movies, TV series, variety shows, etc.) without worrying about traffic problems.

In the traditionally launched directional traffic application, the CP realizes directional traffic by reporting domain names. Specifically, the operator reduces and exempts the traffic for the communication of subscribers accessing certain specific addresses. However, in the actual application process, if the CP connects to multiple operators, it needs to match the interfaces of each operator and implement different traffic scheduling policies according to different subscriptions. As a result, there is a problem of inconsistent service access methods. This makes it difficult to connect platforms. Moreover, due to different operators, users' mobile phones do not have a unified access interface, and even there is a problem that the success rate of number access is low. These problems are concentrated, which leads to the current traffic in "directed traffic". Guiding is not smooth phenomenon, and then seriously affect the user experience.

SUMMARY OF THE INVENTION

In order to solve the problems in the prior art, the embodiments of the present invention provide a method and system and a mobile terminal for implementing directional guidance of application flow. The technical solution is as follows:

In one aspect, a method for implementing application traffic directional guidance, wherein the method includes:

Receive business requests from users;

Before processing the service request, collect traffic service information of the user, wherein the traffic service information includes subscription status and subscription content; and

Process the business request, including:

According to the order status, determine whether to conduct traffic guidance on the processing result;

If it is determined to perform traffic guidance, the processing result of the service request is guided according to the traffic guidance configuration corresponding to the subscription content.

Further, collecting the traffic service information of the user includes:

The user can transfer to the traffic business page through the uniform resource locator provided by the application;

Fill in the traffic service information in the traffic service page;

Encrypt and encapsulate the traffic service information, and call back to the application from the traffic service page.

Further, the step of processing the service request specifically includes:

The application program processes the service request, and uses the received encrypted and encapsulated traffic service information and processing results as parameters to invoke the traffic steering service;

The traffic guidance service decrypts and parses the parameters, and determines whether to conduct traffic guidance on the processing result according to the parsed subscription status;

If it is determined to perform traffic steering, the traffic steering configuration is obtained, and the steering is performed according to the traffic steering configuration.

Further, the method for obtaining the traffic steering configuration by the traffic steering service includes:

Load the traffic steering configuration in the cache, and use the default traffic steering rule if the traffic steering configuration cannot be loaded from the cache;

Send the traffic service information to the remote authentication server, and the remote authentication server delivers the corresponding traffic steering configuration to the traffic steering service according to the subscription content in the traffic service information, and the traffic The bootstrap service update loads the traffic bootstrap configuration.

Further, before delivering the traffic steering configuration, the remote authentication server further includes:

Detect the traffic service information, and if the subscription status is valid, issue the corresponding traffic guidance configuration to the traffic guidance service according to the subscription content; if the subscription status is invalid, notify The traffic steering service updates the subscription status of the user.

Further, the traffic steering service performing traffic steering on the processing result according to the traffic steering configuration specifically includes:

Return directly to the source, or establish a transmission channel between the traffic guidance service, the guidance node, and the source server, and send the processing result to the source server through the transmission channel. After obtaining the corresponding resources, pass the resources through the source server. The transmission channel is sent back to the traffic steering service, and the traffic steering service sends the resource according to the format requirements of the application.

Further, the traffic steering service is embedded in the application in the form of a software development kit.

On the other hand, a system for implementing application traffic directional guidance, wherein the system includes: a traffic service module, an application program module, and a traffic guidance module, wherein the traffic service module collects user traffic service information, and transmits to the application program module, the application program module receives and processes the service request of the user, and sends the traffic service information to the traffic guidance module, and the traffic guidance module according to the order status in the traffic service information It is determined whether to perform traffic guidance on the processing result, and if so, perform traffic guidance on the processing result according to the traffic guidance configuration corresponding to the subscription content in the traffic service information.

Further, the application program module provides a uniform resource locator, which is used to transfer to the traffic service module, and the traffic service module encrypts and encapsulates the collected traffic service information, and calls back to the application program. module.

Further, after the application module processes the service request, the received encrypted and encapsulated traffic service information and the processing result are used as parameters to call the traffic guidance module;

The traffic guidance module decrypts and parses the parameters, and determines whether to conduct traffic guidance on the processing result according to the parsed order status;

If it is determined to perform traffic steering, the traffic steering configuration is obtained, and the steering is performed according to the traffic steering configuration.

Further, the method for the traffic steering module to obtain the traffic steering configuration includes:

Load the traffic steering configuration in the cache, and use the default traffic steering rule if the traffic steering configuration cannot be loaded from the cache;

Send the traffic service information to the remote authentication server, and the remote authentication server delivers the corresponding traffic steering configuration to the traffic steering module according to the subscription content in the traffic service information, and the traffic The bootstrap service update loads the traffic bootstrap configuration.

Further, before delivering the traffic steering configuration, the remote authentication server further includes:

Detect the traffic service information, and if the subscription status is valid, issue the corresponding traffic guidance configuration to the traffic guidance module according to the subscription content; if the subscription status is invalid, notify The traffic steering module updates the subscription status of the user.

Further, the traffic guidance module guiding the processing result according to the traffic guidance configuration specifically includes:

Return directly to the source, or establish a transmission channel between the traffic guidance module, the guidance node, and the source server, and send the processing result to the source server through the transmission channel. After obtaining the corresponding resources, pass the resources through the source server. The transmission channel is sent back to the traffic steering module, and the traffic steering module sends the resource according to the format requirement of the application module.

Further, the traffic service module is implemented based on HTML5.

Further, the traffic guidance module is embedded in the application program module in the form of a software development kit.

traffic business module application module traffic business module application module

In another aspect, a mobile terminal, wherein the above-mentioned system for implementing application traffic directional guidance runs on the mobile terminal.

The beneficial effects brought by the technical solutions provided by the embodiments of the present invention are: a unified service access method is provided through a traffic service page, such as an H5 page, which solves the problem of docking of multiple platforms and the problem of a low success rate for users to obtain numbers, After the user completes the operation on the traffic business page, the traffic business page will call back the client to control the traffic guidance service, solve the traffic guidance problem, and greatly improve the smoothness of the traffic guidance in the directional traffic, so that the user can obtain better experience.

Description of drawings

In order to illustrate the technical solutions in the embodiments of the present invention more clearly, the following briefly introduces the accompanying drawings used in the description of the embodiments. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained from these drawings without any creative effort.

FIG. 1 is a flowchart of a method for implementing application traffic directional guidance in an embodiment of the present invention;

FIG. 2 is a schematic structural diagram of a system 10 for implementing application traffic directional guidance in an embodiment of the present invention.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the embodiments of the present invention will be further described in detail below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

Embodiments of the present invention describe a method and system and a mobile terminal for implementing directional guidance of application flow. The applications involved in the embodiments of the present invention include, but are not limited to, running on, for example, the Android operating system of Google (Google), the IOS operating system of Apple, the Windows Phone operating system of Microsoft, and the operating system of Nokia. applications on mobile platforms such as the Symbian operating system. It should be noted that the mobile platforms are only illustrative, and are not limited to applications on these platforms, and applications on other unlisted mobile platforms can also be applied to the scope of the present invention.

Example 1

The following will describe in detail a method for implementing directional guidance of application traffic in the first implementation provided by the present invention.

Please refer to FIG. 1 , which is a flowchart of a method for implementing directional guidance of application traffic in an embodiment of the present invention.

In step S1, a user's service request is received.

In step S2, before processing the service request, the traffic service information of the user is collected, wherein the traffic service information includes subscription status and subscription content.

Wherein, collecting the traffic service information of the user includes:

The user can transfer to the traffic service page through the uniform resource locator (Uniform Resource Locator, URL) provided by the application, and fill in the traffic service information in the traffic service page;

The traffic service page encrypts and encapsulates the traffic service information, and the traffic service page calls back to the application.

In this embodiment, the application programs are all kinds of apps, and the application programs access traffic services according to the URL provided by the platform. The basic URL includes the mode (or protocol), server name (or IP address), path and file names, the most commonly used mode is the Hypertext Transfer Protocol (HTTP), which can be used to access the network, other protocols include File Transfer Protocol (FTP), Hypertext using Secure Sockets Layer Transport Protocol (HTTPS) and so on.

In this embodiment, the traffic service page is a unified page provided by the platform, such as an HTML5 (H5) page provided by the platform. The traffic service pages provided by different platforms may be the same or different. Of course, the traffic provided by the platform The business page includes not only HTML5 pages, but also other pages, which are not limited here.

In this embodiment, the user clicks the traffic service entry of the application to enter the HTML5 page provided by the platform, and all business operations of the user during the use process are completed on the HTML5 page. For example, after the user enters the HTML5 page, submit Traffic service request, the HTML5 page verifies the user's traffic service request by interacting with the background, and judges the legitimacy and availability of the traffic service request. For example, Unicom users cannot request the traffic service platform provided by China Mobile. After the verification is passed, the user fills in the traffic service information on the traffic service page (such as an HTML5 page), where the traffic service information includes the order status and order content, and then the HTML5 page receives the user's traffic subscription, account login or traffic unsubscribe, etc. All required operations related to the traffic business, if the verification fails, an inoperable HTML5 page will be returned, that is, an error interface will be returned. At this time, the user cannot perform any operations on the HTML5 page, that is, the traffic business cannot be accessed.

In this embodiment, after the user fills in the traffic service information on the traffic service page, the traffic service page encrypts and encapsulates the traffic service information, and then calls back to the application.

In this embodiment, in terms of system access, the application program docking needs to be embedded in the SDK provided by the present invention. The system is divided into two components, including a business component and a traffic guide component, wherein the business component is the traffic order page provided by the platform. (for example, HTML5 page), the traffic guidance component is the SDK provided by the platform, wherein the system access is divided into two steps, namely the business interface access step and the guidance service access step. The business interface access step is an application program provided according to the platform. The URL access service, the guide service access step is to embed the SDK of the traffic guide service.

In this embodiment, the HTML5 page controls the traffic guidance service by calling back the SDK of the operation traffic guidance service, wherein the protocol format of the HTML5 callback is as follows:

scheme://host/callbackdata;

Among them, scheme is the protocol negotiated by the business component and the traffic steering component. In order to identify the legitimacy of these two components, the callback data needs to be processed through the unified encryption algorithm and encryption secret of both parties, and it is considered legal when the two are consistent.

For example, after the user enters the HTML5 page and fills in the traffic service information, the HTML5 page will check the validity and availability of the request. After the check is passed, the user can order, log in, unsubscribe and other business operations on the HTML5 page. Operation page, after the business operation is completed, the data is encrypted and encapsulated in the background. After encapsulation, the data is filled into the callbackdata field of the callback protocol. The data includes traffic business information, and is called back to the application through the HTML5 page.

In step S3, the service request is processed.

Wherein, the processing service request includes:

According to the order status, determine whether to conduct traffic guidance for the processing result;

If it is determined to perform traffic guidance, the processing result of the service request is guided according to the traffic guidance configuration corresponding to the subscription content.

In this embodiment, the detailed processing process of processing the service request in step S3 specifically includes:

The application processes the service request, and uses the received encrypted and encapsulated traffic service information and processing results as parameters to call the traffic steering service;

The traffic guidance service decrypts and parses the parameters, and determines whether to conduct traffic guidance for the processing result according to the parsed order status;

If it is determined to perform traffic steering, the traffic steering configuration is obtained, and the steering is performed according to the traffic steering configuration.

The method for the traffic steering service to obtain the traffic steering configuration includes:

Load the traffic steering configuration from the cache. If the traffic steering configuration cannot be loaded from the cache, the default traffic steering rule is used;

The service flow information is sent to the remote authentication server, and the remote authentication server delivers the corresponding flow guidance configuration to the flow guidance service according to the subscription content in the service flow information, and the flow guidance service updates and loads the flow guidance configuration.

Since the traffic steering service may require a corresponding waiting time in the process of obtaining the corresponding traffic steering configuration from the remote authentication server, in order to ensure the user's online experience, the corresponding traffic steering rules can be directly obtained from the cache for guidance.

In this embodiment, before delivering the traffic steering configuration, the remote authentication server further includes:

Detecting business traffic information, if the subscription status is valid, then according to the subscription content, deliver the corresponding traffic guidance configuration to the traffic guidance service; if the subscription status is invalid, notify the traffic guidance service to update the user's subscription status.

In this embodiment, the detailed process for the traffic steering service to guide the processing result according to the traffic steering configuration specifically includes:

Return directly to the source, or establish a transmission channel between the traffic guidance service, the guidance node, and the source server, and send the processing result to the source server through the transmission channel. After obtaining the corresponding resources, pass the resources through the source server. The transmission channel is sent back to the traffic steering service, and the traffic steering service sends the resource according to the format requirements of the application.

The traffic guidance service is embedded in the application in the form of a software development kit (Software Development Kit, SDK).

For example, after the application receives the callback data, it processes the user's business request, and uses the callback data as a parameter to call the SDK's traffic guidance service api. The SDK determines whether to enable the traffic guidance service according to the user's subscription status. When the user is a subscribed user, the traffic guidance service is enabled. When it is detected as an unsubscribed user, the service does not operate.

When the service is started, the callback data is sent as a parameter to the remote authentication server, and the remote authentication server reconfirms the user's subscription status. If the subscription status is valid, the corresponding traffic steering configuration is issued according to the subscription content. Provide the traffic steering service; if the subscription status is invalid, notify the traffic steering service to update the user's subscription status, where the traffic steering configuration includes whether to perform traffic steering, the information of the guiding node and the data encryption key, and the data encryption key is distributed to the remote The bootstrap server, also known as the bootstrap node, saves and guides traffic according to the bootstrap configuration after the system receives the bootstrap configuration.

The remote authentication server performs a secondary confirmation of the order status and sends it to the SDK. The SDK covers the status according to the status. When the authentication corresponds to the ordered status, the service will be booted normally. When the authentication response is in the unsubscribed state, the local subscription state is overwritten, and the traffic steering service is not enabled the next time the application is restarted. In this way, it is possible to further confirm the user's traffic service status, so as to avoid being unable to detect when the user information expires, and to continue to provide related traffic guidance services.

When the application needs to send the processing result through the network, the traffic steering service determines whether to directly return to the source according to the traffic steering configuration.

If it is not directly back to the source, the traffic steering service establishes a connection channel through the specified boot node and the source server according to the traffic steering configuration, and transmits data through the connection channel. Specifically, when the connection channel is established, the traffic steering service First send a connection request to the specified bootstrap node. After the connection is successful, the bootstrap node establishes a connection with the corresponding origin server. After the connection channel is established, the traffic steering service sends the network request of the processing result to the bootstrap node. The node sends a request to the origin server, and returns the returned data resource to the traffic steering service. After receiving the returned data resource, the traffic steering service sends the resource according to the format requirements of the application, that is, when it is configured as back-to-source, the The resource is forwarded to the application. If the resource is not returned to the source, the resource is restored to the format required by the application and sent to the application.

Further, before sending a connection request to the origin server, the bootstrap node needs to check the validity of the connection according to the received encryption key.

The present invention provides a method for directional guidance of application flow, which provides a unified service access method through a flow service page, such as an HTML5 page, and solves the problem of docking of multiple platforms and the problem of low success rate of user number selection. After the user completes the operation on the traffic business page, the traffic business page will call back the client to control the traffic guidance service, solve the traffic guidance problem, and greatly improve the smoothness of the traffic guidance in the directional traffic, so that the user can obtain better experience.

Embodiment 2

The following will describe in detail a system for implementing application traffic directional guidance provided by the present invention.

Please refer to FIG. 2 , which is a schematic structural diagram of a system for implementing directional guidance of application traffic in an embodiment of the present invention.

In this embodiment, the system 10 for implementing directional guidance of application program traffic is connected in communication with the remote authentication server 11, the source server 12, and the guiding node 13, and the system 10 for implementing application program traffic directional guidance specifically includes a traffic service module 101 , an application program module 102 and a traffic guidance module 103 .

The traffic service module 101 collects the user's traffic service information and transmits it to the application. Among them, the traffic service information includes subscription status and subscription content. Specifically, the traffic service information collected from users includes:

The user can transfer to the traffic service module 101 through the URL provided by the application module 102, wherein the traffic service module 101 provides a traffic service page for the user to input information;

The user fills in the traffic business information in the traffic business page;

The traffic service module 101 encrypts and encapsulates the received traffic service information, and calls back to the application.

The application module 102 receives and processes the service request of the user, and sends the service flow information to the flow guiding module 103 .

The traffic guidance module 103 determines whether to conduct traffic guidance on the processing result according to the subscription status in the service traffic information, and if so, conducts traffic guidance on the processing result according to the traffic guidance configuration corresponding to the subscription content in the service traffic information.

Specifically, the application module 102 provides a uniform resource locator for transferring to the traffic service module 103, and the traffic service module 103 encrypts and encapsulates the collected traffic service information, and calls back to the application module 102;

After the application module 102 processes the service request, it calls the traffic steering module 103 with the received encrypted and encapsulated traffic service information and the processing result as parameters;

The traffic steering module 103 decrypts and parses the parameters, and determines whether to perform traffic steering on the processing result according to the parsed subscription status.

In this embodiment, the application program modules are all kinds of apps, and the application program modules access traffic services according to the URL provided by the platform. The basic URL includes the mode (or protocol), server name (or IP address) , path and file name, the most commonly used mode is Hypertext Transfer Protocol (HTTP), which can be used to access the network, other protocols include File Transfer Protocol (FTP), Secure Sockets Layer Hypertext Transfer Protocol (HTTPS) and more.

In this embodiment, the traffic service page provided by the traffic service module 101 is implemented based on HTML5, and the traffic service page is a unified page provided by the platform, such as the HTML5 (H5) page provided by the platform, and the traffic service page provided by different platforms. They may be the same or different. Of course, the traffic service pages provided by the platform not only include HTML5 pages, but also other pages, which are not limited here.

In this embodiment, the user clicks on the traffic service entry of the application to enter the HTML5 page provided by the platform, and all business operations of the user during the use process are completed on the HTML5 page. For example, after the user enters the HTML5 page, submit Traffic request, the HTML5 page verifies the user's traffic request by interacting with the background, and judges the legitimacy and availability of the traffic request. After the verification is passed, the user fills in the traffic service information in the traffic service page (such as HTML5 page). Among them, the traffic The business information includes the order status and order content, and then the HTML5 page receives all the required operations related to the traffic business, such as user traffic subscription, account login or traffic unsubscription, etc. If the verification fails, the inoperable HTML5 page is returned, that is, return Error interface, the user cannot perform any operations on the HTML5 page at this time.

In this embodiment, after the user fills in the traffic service information on the traffic service page, the traffic service page encrypts and encapsulates the traffic service information, and then calls back to the application.

The traffic steering module 103 is embedded in the application program module 102 in the form of a software development kit, and the method for the traffic steering module 103 to obtain the traffic steering configuration includes:

Load the traffic steering configuration from the cache. If the traffic steering configuration cannot be loaded from the cache, the default traffic steering rule is used;

The service flow information is sent to the remote authentication server 11, and the remote authentication server 11 delivers the corresponding flow guidance configuration to the flow guidance module 103 according to the subscription content in the service flow information, and the flow guidance service updates and loads the flow guidance configuration.

The remote authentication server 11 further includes:

The service flow information is detected. If the subscription status is valid, the corresponding traffic guidance configuration is issued to the traffic guidance module 103 according to the subscription content; if the subscription status is invalid, the traffic guidance module 103 is notified to update the user's subscription status.

Wherein, the flow guiding module 103 guiding the processing result according to the flow guiding configuration specifically includes:

Directly back to the source, or establish a transmission channel between the traffic guidance module 103 and the guidance node 13 and the source server 12, and send the processing result to the source server 12 through the transmission channel, after obtaining the corresponding resources, and pass the resources back to the traffic guidance through the transmission channel Module 103, the traffic guidance module 103 sends resources according to the format requirements of the application.

A system 10 for implementing application traffic directional guidance provided by the present invention provides a unified service access method through traffic service pages, such as HTML5 pages, and solves the problem of docking of multiple platforms and the problem of low success rate of user number access. , when the user completes the operation on the traffic business page, the traffic business page will call back the client to control the traffic guidance service, solve the traffic guidance problem, and greatly improve the smoothness of the traffic guidance in the directional traffic, so that the user can obtain better experience.

Embodiment 3

The present invention also provides a mobile terminal, wherein the mobile terminal runs on the mobile terminal including the aforementioned system 10 for implementing application flow directional guidance. The mobile terminal may be a mobile electronic device such as a mobile phone and a tablet computer.

The device embodiments described above are only illustrative, wherein the units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, they may be located in One place, or it can be distributed over multiple network elements. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution in this embodiment. Those of ordinary skill in the art can understand and implement it without creative effort.

From the description of the above embodiments, those skilled in the art can clearly understand that each embodiment can be implemented by means of software plus a necessary general hardware platform, and certainly can also be implemented by hardware. Based on this understanding, the above-mentioned technical solutions can be embodied in the form of software products in essence or the parts that make contributions to the prior art, and the computer software products can be stored in computer-readable storage media, such as ROM/RAM, magnetic A disc, an optical disc, etc., includes several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to perform the methods described in various embodiments or some parts of the embodiments.

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

Claims (14)

1. A method for implementing directional guidance of application flow, wherein the method comprises: Receive business requests from users; Before processing the service request, collect traffic service information of the user, wherein the traffic service information includes subscription status and subscription content; and Process the business request, including: According to the order status, determine whether to conduct traffic guidance on the processing result; If it is determined to perform traffic guidance, the processing result of the service request is guided according to the traffic guidance configuration corresponding to the subscription content; Collecting the traffic service information of the user includes: The user can transfer to the traffic business page through the uniform resource locator provided by the application; Fill in the traffic service information in the traffic service page; Encrypt and encapsulate the traffic service information, and call back to the application from the traffic service page. 2. The method for implementing application traffic directional guidance according to claim 1, wherein the step of processing the service request specifically comprises: The application program processes the service request, and uses the received encrypted and encapsulated traffic service information and processing results as parameters to invoke the traffic steering service; The traffic guidance service decrypts and parses the parameters, and determines whether to conduct traffic guidance on the processing result according to the parsed subscription status; If it is determined to perform traffic steering, the traffic steering configuration is obtained, and the steering is performed according to the traffic steering configuration. 3. The method for implementing application traffic directional guidance according to claim 2, wherein the method for obtaining the traffic steering configuration by the traffic steering service comprises: Load the traffic steering configuration in the cache, and use the default traffic steering rule if the traffic steering configuration cannot be loaded from the cache; Send the traffic service information to the remote authentication server, and the remote authentication server delivers the corresponding traffic steering configuration to the traffic steering service according to the subscription content in the traffic service information, and the traffic The bootstrap service update loads the traffic bootstrap configuration. 4. The method for implementing application traffic directional guidance according to claim 3, wherein before the remote authentication server issues the traffic guidance configuration, the method further comprises: Detect the traffic service information, and if the subscription status is valid, issue the corresponding traffic guidance configuration to the traffic guidance service according to the subscription content; if the subscription status is invalid, notify The traffic steering service updates the subscription status of the user. 5 . The method for implementing application traffic directional guidance according to claim 3 , wherein, the traffic guidance service performing traffic guidance on the processing result according to the traffic guidance configuration specifically comprises: 5 . Return directly to the source, or establish a transmission channel between the traffic guidance service, the guidance node, and the source server, and send the processing result to the source server through the transmission channel. After obtaining the corresponding resources, pass the resources through the source server. The transmission channel is sent back to the traffic steering service, and the traffic steering service sends the resource according to the format requirements of the application. 6 . The method for implementing application traffic directional guidance according to claim 1 , wherein the traffic guidance service is embedded in the application in the form of a software development kit. 7 . 7. A system for implementing application flow directional guidance, wherein the system comprises: a flow service module, an application program module and a flow guidance module, wherein the flow service module collects user's flow service information, and transmits to the application program module, the application program module receives and processes the service request of the user, and sends the traffic service information to the traffic guidance module, and the traffic guidance module according to the order status in the traffic service information determining whether to perform traffic guidance on the processing result, and if performing the guidance, perform traffic guidance on the processing result according to the traffic guidance configuration corresponding to the subscription content in the traffic service information; The application program module provides a uniform resource locator for transferring to the traffic service module, the traffic service module encrypts and encapsulates the collected traffic service information, and calls back to the application program module. 8. The system for implementing application flow directional guidance according to claim 7, wherein after the application module processes the service request, the received encrypted and encapsulated flow service information and The processing result is used as a parameter to call the traffic guidance module; The traffic guidance module decrypts and parses the parameters, and determines whether to conduct traffic guidance on the processing result according to the parsed order status; If it is determined to perform traffic steering, the traffic steering configuration is obtained, and the steering is performed according to the traffic steering configuration. 9. The system for implementing application traffic directional guidance according to claim 8, wherein the method for obtaining the traffic guidance configuration by the traffic guidance module comprises: Load the traffic steering configuration in the cache, and use the default traffic steering rule if the traffic steering configuration cannot be loaded from the cache; Send the traffic service information to the remote authentication server, and the remote authentication server delivers the corresponding traffic steering configuration to the traffic steering module according to the subscription content in the traffic service information, and the traffic The bootstrap service update loads the traffic bootstrap configuration. 10. The system for implementing application traffic directional guidance according to claim 9, wherein before the remote authentication server delivers the traffic guidance configuration, the method further comprises: Detect the traffic service information, and if the subscription status is valid, issue the corresponding traffic guidance configuration to the traffic guidance module according to the subscription content; if the subscription status is invalid, notify The traffic steering module updates the subscription status of the user. 11 . The system for implementing application traffic directional guidance according to claim 9 , wherein the traffic guidance module guiding the processing result according to the traffic guidance configuration specifically comprises: 11 . Return directly to the source, or establish a transmission channel between the traffic guidance module, the guidance node, and the source server, and send the processing result to the source server through the transmission channel. After obtaining the corresponding resources, pass the resources through the source server. The transmission channel is sent back to the traffic steering module, and the traffic steering module sends the resource according to the format requirement of the application module. 12 . The system for implementing application traffic directional guidance according to claim 7 , wherein the traffic service module is implemented based on HTML5. 13 . 13. The system for implementing application traffic direction guidance according to claim 7, wherein the traffic guidance module is embedded in the application program module in the form of a software development kit. 14 . A mobile terminal, characterized in that the system for implementing application traffic directional guidance according to any one of claims 7 to 13 runs on the mobile terminal.

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