WO2011157183A2

WO2011157183A2 - Investigation method and system for web application hosting

Info

Publication number: WO2011157183A2
Application number: PCT/CN2011/075337
Authority: WO
Inventors: 陈琴; 陈普
Original assignee: 华为技术有限公司
Priority date: 2011-06-03
Filing date: 2011-06-03
Publication date: 2011-12-22
Also published as: CN102918527B; CN102918527A; WO2011157183A3

Abstract

An investigation method and system for Web application hosting are provided. A Web request forwarding unit receives an HTTP request carrying a URL parameter sent by a user, and obtains an application identification. When the application corresponding to the application identification is an application having been signed up and the HTTP request is a homepage request, an analysis unit pops up an investigation interface to the user, receives the assessment information returned from the user and presents it to the application developer (103). The Web application hosting system is capable of assessing and analyzing the application intelligently. The experience and assessment of the user in the large-scale real environment are obtained from the point of view of the server. The Web application developer can be helped to obtain the assessment data of the user.

Description

Web application hosting survey method and system

The present invention relates to the field of IT, and in particular, to a survey method and system for web application hosting.

Background technique

Currently, web application hosting is a popular technology on the Internet (for example: Google AppEngine, Microsoft Azure), and a large number of websites run on these web application hosting platforms. Generally, a Web server can support the operation of a simple website (such as Apache + PHP + MySQL), but for a complex Web site, it can be composed of multiple services, and each server may have different functional positioning, such as a cache server. , load balancing server, web server, database server, and some server integration features, such as load balancing server and Web service server processing static web pages are usually integrated (port Apache, Nginx), through the network can be considered It is required to be forwarded by a number of forwarding units on the server, and finally processed by a suitable server.

In the prior art, there are some client tools such as a browser plugin (Yslow in firebug), which provides developers with some means to analyze web pages and examine how to improve access speed. However, the technology is based on the client, and can only be based on a single web page and a single user, and can not obtain user experience evaluation in a wide range of real environments from the server side. For web application hosting scenarios, existing webhosting only considers application hosting, but there is no suitable value for the value of hosted web applications (popularity, level of interest, credit, etc.). Evaluation methods are not conducive to application developers to improve their web applications.

Summary of the invention

Embodiments of the present invention provide a survey method and system for web application hosting, which enables a web application hosting system to have an intelligent evaluation and analysis capability for an application, and to help a web application developer obtain user evaluation data.

The embodiment of the invention provides a survey method for web application hosting, and the method includes:

The web request forwarding unit receives the ht tp request sent by the client, where the hup request carries the ur l parameter;

The web request forwarding unit acquires an application identifier according to the ur 1 parameter; when the application corresponding to the application identifier is a subscription application and the htt request is a home page request, the analyzing unit pops up a survey interface to the user end, and receives and reports The application developer presents the evaluation information returned by the client.

An embodiment of the present invention provides a survey system for web application hosting, including a web request forwarding unit and an analysis unit.

The web request forwarding unit is configured to receive a hu p request sent by the user end, where the ht t p request carries an ur l parameter;

The Web request forwarding unit is further configured to: obtain an application identifier according to the ur 1 parameter; when the application corresponding to the application identifier is a subscription application and the htt request is a home page request, the analyzing unit is configured to be used by the user end Pop up the survey interface, receive and develop to the app The presenter presents the evaluation information returned by the client.

The embodiment of the present invention provides a method and a system for investigating a web application, and the web request forwarding unit receives the hup request of the ur l parameter sent by the user end, and obtains an application identifier, where the application corresponding to the application identifier is a subscription application. When the HTT request is requested by the homepage, the analyzing unit pops up the survey interface to the user, and receives and presents the evaluation information returned by the user to the application developer, so that the web application hosting system has the capability of intelligent evaluation and analysis of the application. A user experience evaluation in a wide-area real environment from a server perspective can help web application developers obtain user evaluation data. DRAWINGS

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following drawings will be briefly described, and the drawings in the following description are only some embodiments of the present invention. Other drawings may also be obtained from those of ordinary skill in the art in view of the drawings.

1 is a schematic flowchart of a method for investigating a web application hosting according to an embodiment of the present invention;

2 is a schematic structural diagram of a survey method for web application hosting according to an embodiment of the present invention;

FIG. 3 is a schematic flowchart diagram of another survey method for web application hosting according to an embodiment of the present invention. detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

As shown in FIG. 1 , it is a schematic flowchart of a method for investigating a web application hosting according to an embodiment of the present invention. The method includes the following steps:

Step 101: The web request forwarding unit receives the hup request sent by the user end, where the http request carries the url parameter.

Step 102: The web request forwarding unit obtains an application identifier according to the url parameter.

Step 103: When the application corresponding to the application identifier is a subscription application and the http request is a homepage request, the analysis unit pops up a survey interface to the user, and receives and presents the evaluation information returned by the user to the application developer.

The embodiment of the invention provides a survey method for web application hosting, and the web request forwarding unit receives the htt (Hypertext Transfer Protocol) carrying the url (Uniform / Universal Resource Locator ) parameter sent by the client. Requesting, obtaining an application identifier, when the application corresponding to the application identifier is a subscription application and the hup request is a homepage request, the analyzing unit pops up a survey interface to the user end, and receives and presents to the application developer the returned by the user end. Evaluating information, enabling web application hosting systems to have intelligent evaluation and analysis capabilities for applications, from The server perspective is used to obtain user experience evaluations in a wide range of real environments, which can help web application developers to obtain user evaluation data.

Specifically, in a specific application scenario, the embodiment of the present invention may further include the following content:

The web request forwarding unit determines whether the hUp request is a home page request.

Whether the web request forwarding unit determines whether the hUp request is a home page request includes: the web request forwarding unit determining, according to the url parameter, whether the hUp request is a home page request; or the web request forwarding unit requests a processing unit from the web Forwarding the hUp request, and receiving an http response returned by the web request processing unit, the web request forwarding unit determining, according to the hUp response, whether the hUp request is a home page request.

Determining, by the web request forwarding unit, whether the hUp request is a home page request according to the url parameter: the web request forwarding unit determines whether the url parameter carried in the hUp request message is a primary directory, and if yes, determining The http request is a home page request, and if not, it is determined that the http request is not a home page request.

Determining, by the web request forwarding unit, whether the hUp request is a home page request according to the hUp response includes: the web request forwarding unit checking whether the carry in the http response message includes <html> and </html>, and if yes, Then determining that the ht tp request is a home page request, and if not, determining that the hUp request is not a home page request.

The obtaining, by the web request forwarding unit, the application identifier according to the url parameter includes: the web request forwarding unit searching for the corresponding application identifier from the application information storage entity according to the url parameter in the hUp request message header, where the application information storage entity A corresponding list of application identifiers and url parameters is saved. Before the analyzing unit pops up the survey interface to the user end, the method further includes: the web request forwarding unit determining whether the user end repeats the evaluation, and if not, popping up the survey interface, and if yes, the survey interface is not popped up.

Whether the web request forwarding unit determines whether the user end repeatedly evaluates includes: the web request forwarding unit determines whether the http request includes a user identifier, and if not, determines that the user is the first login, and has no repeated evaluation; if yes, The evaluation feedback module queries the analysis unit for the evaluation information. If the evaluation information corresponding to the user identifier is empty, it is determined that the user does not repeat the evaluation, and if the evaluation information corresponding to the user identifier is not empty, the determination is repeated evaluation, the process termination.

Before the analyzing unit pops up the survey interface to the client, the method further includes: the web request forwarding unit requests the survey module ur 1 according to the application identifier;

The web request forwarding unit returns the survey template url to the client through the web request forwarding unit;

The analyzing unit receives the hup request message sent by the user end according to the survey template url, and returns a survey interface corresponding to the survey template url to the client.

The analysis unit stores the evaluation information submitted by the user terminal, and the evaluation information includes at least the following information: an application identifier, a user identifier, a current round of evaluation identifier, and an evaluation result.

FIG. 2 is a schematic structural diagram of an investigation method for web application hosting according to an embodiment of the present invention, and the main steps include:

Step 201: The user sends an http request to the web request forwarding unit by using a browser, where the http request includes a url parameter, and the url parameter may be carried in the http request cancellation. Further, the web request forwarding unit may include at least three modules: an application identifier query module, a homepage identification module, and an evaluation feedback module.

Step 202: The web request forwarding unit forwards the hup request to a web request processing module, where the web request processing module returns an http response message, and sends the hup response message to the browsing by using the web request forwarding module. Device.

Step 203: The application identifier querying module in the web request forwarding unit acquires an application identifier of the corresponding application according to the url parameter, and sends the application identifier to the evaluation feedback module.

Specifically, the application identifier query module searches for the corresponding application identifier from the application information storage entity according to the url parameter in the hup request message header, and sends the application identifier to the evaluation feedback module.

It should be noted that, in the application information storage entity, the corresponding list of the application identifier and the url parameter in the hUp request is saved, and the specific manner can be implemented by using a database table. The specific storage manner is as follows:

When the received http request contains the url value in the list, the corresponding application identifier can be determined. For example, when the hUp request is http: //blog.163.com/strive-only/blog/static/8938016820097101 0114665/, by matching the previous one or two directories, it can be determined that the application identifier is Strive.only 00001213313428 _c

Step 204: The homepage identifying module determines whether the hup request is a homepage request according to the url parameter or the hup response message, and sends the determination result to the evaluation feedback module.

The method of judging specifically includes:

1) Check whether the http response message carries <html> and </html>, if yes, determine that the http request is a home page request, and if not, determine that the hup request is not a home page request.

For example, the following http response message includes <html> and </html>:

<! Doctype html ><html>

</html><!— 4d42d66ff503583b— >

2) determining whether the url parameter carried in the http request message is a primary directory, and if yes, determining that the hUp request is a home page request, and if not, determining that the hUp request is not a home page request.

J http: //blog. sina. com. cn/ is the level directory.

It should be noted that, in the embodiment of the present invention, the hUp request message is composed of four parts: a request line, a request header, a blank line, and request data. The request line consists of three fields: the request method field, the url field, and the http protocol version field, separated by spaces. For example, GET /index, html HTTP/1.1. So the invention can be judged by reading the url in the http request line. It should be noted that the http request is sent by the user to the web request forwarding unit of the system, and the three modules included in the web request forwarding unit are all located in the unit, so the three modules can obtain the htt request. For example, by intercepting or by the web request forwarding unit, it is passed through the internal interface, etc., and will not be described here. Similarly, the http response returned by the processing module for the web is also returned to the user (browser) by the web request forwarding unit, so all three modules in the web request forwarding unit can acquire the htt response.

It should be noted that the embodiment of the present invention does not limit the order between the steps 203 and 204, and the step 204 may occur before or after the step 203.

Step 205: The evaluation feedback module determines, according to the application identifier, whether the application is a subscription application. When the application is a migration application and the http request is a homepage request, the evaluation feedback module determines that the investigation interface needs to be popped up to the user browser. ;

Step 206: The evaluation feedback module requests the survey template url from the analysis unit according to the application identifier, and specifically, may request the survey feedback module in the analysis unit; the analyzing unit returns the survey template url to the evaluation feedback module according to the application identifier;

Different applications may have different survey templates (which may be classified from the content of interest, the form of performance, etc., and the embodiments of the present invention are not limited). The survey template may be determined when the application developer deploys the application, or during the hosting period. Modifications, and template classifications can be changed according to the needs of specific operations.

Steps 207-210: The evaluation feedback module sends the survey module url to the client browser through the redirect response; the client browser then initiates the url to the web hosting system. Ht tp request, request corresponding survey interface; survey feedback module returns to the user interface browser survey interface, and carries the current survey identifier, the survey interface can use js script; the user submits evaluation information, the evaluation information carries the present Round survey identification;

Step 211: The survey feedback module stores the evaluation information submitted by the client in the storage module, where the evaluation information includes at least the following information: an application identifier, a user identifier, a current evaluation identifier, and an evaluation result.

Step 212: The analysis unit extracts the evaluation information recorded in the storage module and presents it to the application developer through por t a l .

It should be noted that, before the evaluation information is presented to the application developer, the analysis unit may perform data processing on the evaluation information, which is not limited by the embodiment of the present invention.

It should be noted that, in order to avoid affecting the user's use experience due to repeated evaluation, the evaluation feedback module further needs to confirm whether it is a repeated evaluation before popping up the survey interface. The evaluation feedback module determines that the evaluation feedback module needs to pop up the survey interface to the user browser to determine whether the user identifier is included in the ht tp request message. If not, it is determined that the user requests the page for the first time, and there is no repeated evaluation. The evaluation feedback module generates a user identifier, assigns to the user, and proceeds to step 206; if yes, determines that the user is a repeated login, and further determines whether the user has been evaluated. Specifically, the evaluation feedback module is based on the user. The identifier queries the storage module for the evaluation information. If the evaluation identifier in the evaluation information corresponding to the user identifier is not empty, it indicates that the user has evaluated the application, and the process is terminated. Specifically, the evaluation feedback module determines whether the user identifier is included in the hUp request message, and may be in the following manner:

In a specific embodiment, a typical hup request header information format is:

Host : www. ba idu. comUser-AgentMoz i 1 la/5.0 (Windows; U; Windows NT 5.1; zh-CN; rv: 1.9.2.17) Gecko/20110420 Fi ref ox/ 3.6.17

Accept : text/html, appl icat ion/ xhtml+xml , appl icat ion/ xml ; q=0.9, */*; q= 0.8

Accept-Language: zh-cn, zh; q=0.5

Accept-Encoding: gzip, deflate

Accept— Char set G: B2312, utf-8; q=0.7, *; q=0.7

Keep-Al ive: 115

Proxy-Connect ion: keep-a 1 i ve

Ref erer : ht tp: I /www. ba i du. com/ s? Tn=monl ine-5-dg&bs=combobox+%CF%C2%C0 %AD%Cl%D0%Bl%ED&f=8&wd=combobox+%CF%C2%C0%AD%Cl%D0%Bl%ED%B2% BB %CF%D4%CA%BE%C4%DA%C8%DD& inputT=8430

Cookie : BAIDUID=BEF93200E0F18C8A7793EA07C498F6D3: FG=1;

USERID=14725419846315bf7dccla65;

BDRCVFR [kpkBvOslF-3] =mk3SLVN4HKm The cookie is used to prompt the server whether the user has logged in before. If the user logs in, the corresponding user ID (ie user id) is saved in the field. The client and the server mutually confirm whether the login is repeated according to the userid. The embodiment of the present invention can determine whether the user is a duplicate login by determining whether the cookie of the htt request contains USRI. It should be noted that the userid may also be in other custom fields of the hup, which is not limited by the present invention.

The embodiment of the present invention provides a survey method for web application hosting, where the web request forwarding unit receives the http request that carries the url parameter sent by the user end, and obtains an application identifier, where the application corresponding to the application identifier is a subscription application and the htt When requesting the homepage request, the analyzing unit pops up the survey interface to the user terminal, and receives and presents the evaluation information returned by the user terminal to the application developer, so that the web application hosting system has the capability of intelligent evaluation and analysis of the application, from the perspective of the server. Get user experience evaluations in a wide range of real-world environments to help web application developers get user evaluation data.

As shown in FIG. 3, it is a logical schematic diagram of a WebHosting system according to an embodiment of the present invention, which discloses a connection relationship of logical entities hosted by a web application.

The web request forwarding unit does not directly process the web request but forwards it to other servers for processing. The forwarding interface may be HTTP, CGI (Common Gateway Interface, etc.). The web request forwarding unit forwards the HTTP request, which does not necessarily keep the original client's HTTP message unchanged, and even the HTTP protocol itself may be changed to other protocols such as CGI. Multiple forwarding units may be interspersed throughout the processing of the web request.

The web request processing unit is responsible for the final processing of the web request, and the common ones are the PHP engine, the Java Web Server, and the like. The client's HTTP request will pass one or more forwarding orders. The element is forwarded and finally processed by the web request processing unit.

It should be noted that: In a real network environment, a physical or virtual server may assume both the forwarding unit and the processing unit. For example, the Nginx server can process static web requests, and the dynamic web request can also be forwarded to PHP handles the process for processing, so that the Nginx server actually plays different roles in different request types.

For web application hosting, the web application hosting system also includes a deployment system, a management system, a scheduling system, etc., so that its Web Hosting system can host a large number of web applications.

Portal: The portal system that the application owner can manage and monitor the application.

The embodiment of the present invention provides a survey system for web application hosting, including a web request forwarding unit 31 and an analyzing unit 32.

The web request forwarding unit 31 is configured to receive a hup request sent by the user end, where the http request carries a url parameter;

The web request forwarding unit 31 is further configured to: obtain an application identifier according to the url parameter; when the application corresponding to the application identifier is a subscription application and the htt request is a home page request, the analyzing unit 32 is configured to send to the user end The survey interface pops up, and the evaluation information returned by the client is received and presented to the application developer.

The web request forwarding unit 31 includes an application identifier query module 311, a homepage identification module 312, and an evaluation feedback module 313; The analysis unit 32 includes an analysis module 321, a storage module 322, and a survey feedback module 323.

The application identifier query module 311 is specifically configured to obtain an application identifier according to the url parameter, and send the application identifier to the evaluation feedback module 313;

The evaluation feedback module 313 is specifically configured to determine, according to the application identifier, whether the application corresponding to the application identifier is a subscription application.

The homepage identification module 312 is configured to determine whether the http request is a homepage request, and send the homepage request determination result to the evaluation feedback module 313.

Specifically, the homepage identification module 312 is specifically configured to determine, according to the url parameter, whether the http request is a homepage request; or

The homepage identification module 312 is specifically configured to determine, according to the http response returned by the web request processing unit 33, whether the hup request is a homepage request, where the web request processing unit is based on the http request forwarded by the web request forwarding unit. Returning an http response to the web request forwarding unit.

Further, the homepage identification module 312 is specifically configured to determine whether the url parameter carried in the http request message is a primary directory, and if yes, determine that the hup request is a homepage request, and if not, determine the http request Not a home page request; or,

The homepage identification module 312 is specifically configured to check whether the h_p response message includes <html> and </html>, and if yes, determine that the ht tp request is a home page request, and if not, determine the location The http request is not a home page request.

The application identifier query unit 311 is specifically configured to request a message header according to the hup. The url parameter searches for the corresponding application identifier from the application information storage entity, where the application information storage entity stores a corresponding list of the application identifier and the url parameter.

When the application corresponding to the application identifier is a subscription application and the htt request is a homepage request, the evaluation feedback module 313 is configured to request the survey feedback module 323 to request a survey template url;

The evaluation feedback module 313 is further configured to return the survey template url to the user end by using the web request forwarding unit;

The survey feedback module 323 is further configured to receive an http request message sent by the user end according to the survey template url, and return a survey interface corresponding to the survey template url to the client.

The storage module 322 is configured to store the evaluation information submitted by the user end, and the evaluation information includes at least the following information: an application identifier, a user identifier, a current round of evaluation identifier, and an evaluation result.

The analysis module 321 is configured to perform data processing on the evaluation information, and present the processed evaluation information to the application developer through the portal.

The embodiment of the present invention provides a survey system for the Web application hosting, which includes at least a web request forwarding unit and an analysis unit. The web request forwarding unit is configured to receive an http request that carries a url parameter sent by the user end, and obtain an application identifier. When the application corresponding to the application identifier is a subscription application and the http request is a homepage request, the analysis unit is configured to pop up a survey interface to the client, and receive and present the evaluation information returned by the client to the application developer, so that the web application is enabled. The managed system has the ability to analyze and analyze the application, and obtain the user experience evaluation in a wide range of real environments from the server side, which can help the web application developer to obtain the user's evaluation. Data.

A person skilled in the art can understand that all or part of the process of implementing the above embodiment method can be completed by a computer program to instruct related hardware, and the program can be stored in a computer readable storage medium. In execution, the flow of an embodiment of the methods as described above may be included. The storage medium may be a magnetic disk, an optical disk, a corpse, a Read-On Memory (ROM), or a Random Acce s Memory (RAM).

The above is only the specific embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of changes or substitutions within the technical scope of the present invention. It should be covered by the scope of the present invention. Therefore, the scope of the invention should be determined by the scope of the claims.

Claims

Rights request

A survey method for web application hosting, the method comprising: the web request forwarding unit receiving a hypertext transfer protocol http request sent by a user end, where the http request carries a uniform resource locator url parameter;

The web request forwarding unit acquires an application identifier according to the url parameter; when the application corresponding to the application identifier is a subscription application and the htt request is a homepage request, the analyzing unit pops up a survey interface to the user end, and receives and applies the application to the application. The developer presents the evaluation information returned by the client.

2. The method according to claim 1, wherein the method further comprises: the web request forwarding unit determining whether the hup request is a home page request.

The method according to claim 2, wherein the determining, by the web request forwarding unit, whether the hup request is a home page request comprises:

Determining, by the web request forwarding unit, whether the hUp request is a home page request according to the url parameter; or

The web request forwarding unit forwards the http request to the web request processing unit, and receives an http response returned by the web request processing unit, and the web request forwarding unit determines, according to the http response, whether the http request is a home page request .

The method according to claim 3, wherein the determining, by the web request forwarding unit, whether the hUp request is a home page request according to the url parameter comprises:

The web request forwarding unit determines whether the url parameter carried in the hUp request message is a primary directory, and if yes, determines that the hUp request is a home page request, and if not, determines that the http request is not a home page request.

The method according to claim 3, wherein the determining, by the web request forwarding unit, whether the http request is a home page request according to the http response comprises:

The web request forwarding unit checks whether the hup response message includes <html> and </html>, and if yes, determines that the ht tp request is a home page request, and if not, determines that the http request is not a home page request.

The method of claim 1, wherein the obtaining, by the web request forwarding unit, the application identifier according to the url parameter comprises:

The web request forwarding unit searches for the corresponding application identifier from the application information storage entity according to the url parameter in the http request message header, where the application information storage entity stores a corresponding list of the application identifier and the url parameter.

The method of claim 1, wherein before the analyzing unit pops up the survey interface to the client, the method further includes:

The web request forwarding unit determines whether the user end repeats the evaluation. If not, the survey interface pops up. If yes, the survey interface does not pop up.

The method of claim 7, wherein the determining, by the web request forwarding unit, whether the client repeatedly reviews comprises:

The web request forwarding unit determines whether the http request includes a user identifier, and if not, determines that the user is the first login, and does not repeat the evaluation; if yes, the evaluation feedback module queries the analysis unit for the evaluation information, if the user identifier corresponds to If the evaluation information is empty, it is determined that the user does not repeat the evaluation, and if the evaluation information corresponding to the user identifier is not empty, it is determined to be a repeated evaluation, and the process is terminated.

9. The method of claim 1 wherein: analyzing the unit to the client Before the investigation interface is popped up, the method further includes:

The web request forwarding unit requests the analysis module to query the template ur l according to the application identifier;

The web request forwarding unit returns the survey template ur1 to the client through the web request forwarding unit;

The analyzing unit receives the hu p request message sent by the user end according to the survey template ur l, and returns a survey interface corresponding to the survey template ur l to the client.

The method according to claim 1, wherein the method further comprises: the analyzing unit storing the evaluation information submitted by the user end, where the evaluation information includes at least the following information: an application identifier, a user identifier, and a current round. Evaluation logo and evaluation results.

11. A web application hosting survey system, comprising: a web request forwarding unit and an analysis unit,

The web request forwarding unit is configured to receive a hypertext transfer protocol ht t p request sent by the user end, where the ht t p request carries a uniform resource locator ur l parameter;

The Web request forwarding unit is further configured to acquire an application identifier according to the ur 1 parameter; when the application corresponding to the application identifier is a subscription application and the ht t request is a home page request, the analyzing unit is configured to be used by the user The survey interface is popped up, and the evaluation information returned by the client is received and presented to the application developer.

The system of claim 11, wherein the web request forwarding unit comprises an application identifier query module, a homepage identification module, and an evaluation feedback module;

The analysis unit includes a survey feedback module, a storage module, and an analysis module.

13. The system of claim 12, wherein:

The application identifier query module is specifically configured to acquire an application identifier according to the u r 1 parameter, and send the application identifier to the evaluation feedback module;

The evaluation feedback module is specifically configured to determine, according to the application identifier, whether the application corresponding to the application identifier is a subscription application.

14. The system of claim 13 wherein:

The homepage identification module is configured to determine whether the h11p request is a homepage request, and send the homepage request determination result to the evaluation feedback module.

15. The system of claim 14 wherein:

The homepage identification module is specifically configured to determine, according to the url parameter, whether the hup request is a homepage request; or

The homepage identification module is configured to determine, according to the hup response returned by the web request processing unit, whether the http request is a homepage request, where the web request processing unit is configured according to the hup request forwarded by the web request forwarding unit. The web request forwarding unit returns an http response.

16. The system of claim 15 wherein:

The homepage identification module is specifically configured to determine whether the url parameter carried in the http request message is a primary directory, and if yes, determine that the hup request is a homepage request, and if not, determine that the hup request is not a homepage request; Or,

The homepage identification module is specifically configured to check whether the http response message carries the package •fe<html> and </html>, and if yes, determine that the ht tp request is a home page request, and if not, determine the The http request is not a home page request.

17. The system of claim 13 wherein:

The application identifier query unit is configured to search for a corresponding application identifier from the application information storage entity according to the url parameter in the http request message header, where the application information storage entity stores the application identifier and the url parameter. Corresponding list.

18. The system of claim 14 wherein:

When the application corresponding to the application identifier is a subscription application and the htt request is a homepage request, the evaluation feedback module is configured to request a survey template url from the survey feedback module; the evaluation feedback module is further configured to: The survey template url is returned to the client by the web request forwarding unit;

The survey feedback module is further configured to receive an http request message sent by the user end according to the survey template url, and return a survey interface corresponding to the survey template url to the client.

The system of claim 18, wherein the storage module is configured to store the evaluation information submitted by the user end, and the evaluation information includes at least the following information: an application identifier, a user identifier, a current round of evaluation identifier, and an evaluation. result.

The system according to claim 19, wherein the analysis module is configured to perform data processing on the evaluation information, and present the processed evaluation information to an application developer through a portal.