CN114491231A - A method for semi-structured retention of browser access information - Google Patents

Abstract

The invention discloses a method for semi-structured retention of browser access information, wherein the system adopted in the method comprises an information copying unit, an information processing unit, an information sending unit, an information receiving unit, an information storage unit, and an information query unit. The information query unit is electrically connected to the information processing unit, the information storage unit and the information copying unit are both electrically connected to the information processing unit, the information receiving unit and the information sending unit are both electrically connected to the information processing unit, and the information copying unit is electrically connected to the information processing unit. Used for browsing information of the browser plug-in program browser, the information processing unit is used to process data according to the http protocol, the information storage unit is used to store the information on the web page locally, and the information query unit is used for the user When the information is accessed again, the retrieval is carried out locally, and the present invention makes it easier for the user to find and utilize part of the data that the user himself has accessed through the browser.

Description

A method for semi-structured retention of browser access information

technical field

The invention belongs to the technical field of browsers, and in particular relates to a method for semi-structured retention of browser access information.

Background technique

With the development of the times, it has become more and more convenient to obtain information through the Internet (browser), but how to quickly find the information that one has accessed and conduct data analysis has become a difficult problem. Most of the time users now do this by manually copying information into spreadsheets, or bookmarking web pages.

However, in the process of realizing the technical solution of the present application, the inventor of the present application found that:

First, in many cases, because many web pages are dynamic, the information of the web page is different when the web page is opened again, and it is difficult for users to obtain the information they have seen before.

Second, the behavior of browser favorites search will become more difficult as the number of favorite web pages increases.

Third, these two behaviors are inconvenient for users to use some statistical software to analyze and process information

Fourth, after the browser is closed, the information is lost. To access the information again, you must re-initiate a network request, and repeatedly visit the same web page, which is essentially a waste of social resources. (At least the same information occupies multiple network resources is a waste of network resources);

When information is shared, the number of information sent is related to the degree of sharing of users, which effectively avoids information leakage to people with a low degree of sharing, and encourages people to participate in sharing.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a semi-structured method for retaining browser access information for existing skidding devices, so as to solve the problems raised in the above background art.

In order to solve the above-mentioned technical problems, the present invention provides the following technical solutions: a method for semi-structured retention of browser access information, the system adopted in the method includes an information copying unit, an information processing unit, an information sending unit, an information receiving unit, and an information storage unit. unit and information query unit, the information query unit is electrically connected to the information processing unit, the information storage unit and the information replication unit are both electrically connected to the information processing unit, the information receiving unit and the information sending unit are both electrically connected to the information processing unit connect;

The information copying unit is used to copy the browsing information of the browser plug-in program browser, the information processing unit is used to process data according to the http protocol, the information storage unit is used to store the information on the web page locally, the information The query unit is used for local retrieval when the user accesses the information again, the information receiving unit is used for receiving processed information, and the information sending unit is used for sending the processed information.

The present invention further illustrates that the information processing unit includes an information body processing unit and an access processing unit, and the information body processing unit is used for data processing into, domain name, request path, query parameter, COOKIE, request information, and response information composite information The access processing unit is used to process the information to facilitate query.

The present invention is further described, including following concrete steps:

S1. When the user uses the browser to surf the Internet, the information copying unit in the built-in plug-in of the browser copies the information;

S2, the information body processing unit processes the data according to the HTTP protocol, and processes the data into, domain name, request path, query parameter, COOKIE, request information, and response information collectively referred to as information body I;

S3, utilize the information sending unit information body 1 to send to the receiving unit to receive the information;

S4, utilize the information storage unit to store the information body I to the user's local computer after the information is further processed by the access processing unit;

S4. During the next visit, the user can then query and obtain the information body I through the information query unit.

The present invention further illustrates that it also includes an information validity rating module, the information validity rating module includes a rating selection module, a rating statistics module, a rating difference recording module, and a rating sorting module, the rating statistics module and the rating difference recording module . The rating and sorting module is electrically connected;

The rating selection module is used to allow users to select an information validity rating, the rating statistics module is used to count the information validity ratings of all users, and the rating difference recording module is used to record the information validity of each user. The difference between the ratings, the rating sorting module is used to sort the users according to the level of the information validity rating.

The present invention further describes that the information query unit includes an information sending module, an information display module, an information validity calculation module, and an information sorting module, the information sending module is electrically connected with the information display module, and the information validity calculation module is connected with the information The sorting module and the rating difference recording module are electrically connected;

The information sending module is used to send the relevant information of the usage record to the user, the information display module is used to display the relevant information of the usage record, and the information validity calculation module is used to calculate the validity of each information according to the user's rating. In the case of difference judgment information, the information sorting module is used for sorting the information according to the validity of the information.

The present invention further illustrates that the working process of the information validity rating module is:

Sa. Initially, all users have the same degree of mastery of the information of the history records that are initiated to be shared. In the first round of sharing, users share according to their personal wishes, and the sharing degree is given by the sharing selection module, and the system counts all users through the sharing statistics module. Users with high sharing degree can be sorted according to the sharing degree through the sharing sorting module. Users with high sharing can obtain more information related to historical records. The information is provided to users through the information sending module. Display module view;

Sb, the second round of sharing, the user adjusts the sharing degree according to the relevant information of the historical records provided by the system after the previous round of sharing, the system records the difference shared by the user through the shared difference recording module, and then calculates the validity of the information. module, which judges which information is more attractive to users according to the difference value shared by users, and sorts the information according to its effectiveness through the information sorting module. information provided to users;

Sc. The system collects the data shared by the user twice through the data acquisition module, and averagely obtains the reasonable sharing degree of the historical records;

Sd, the third round of sharing, the user conducts the last sharing according to the information provided after the second round of sharing;

Sd, the user with the highest sharing in the third round initiates the sharing successfully.

The present invention further illustrates, in above-mentioned step Sa, the rule of information sharing is:

The system will provide more information to users with higher sharing, and a small amount of information to users with low sharing. The specific methods are as follows;

There are m pieces of information in an electronic history record, and n users participate in initiating sharing. The sharing degree of each user in the first round of sharing is A _i , and the sharing of each user in the second round of sharing is B _i , where i∈[1,n], then the average sharing of users in the first round is

The relationship between the user's first round of sharing and the information obtained after his first round of sharing is:

Among them, q is the number of information obtained by the user after the first round of sharing, μ is the adjustment coefficient, and q pieces of information will be randomly selected from the total m pieces of information.

The present invention further illustrates that in the above step S2, the specific method for calculating the validity of the information is:

The initial validity of each piece of information is 100%. Each user receives q _i pieces of information before the second round of sharing, and gives a new sharing degree B _i according to the information. The overall validity of the information is evaluated as

Information is provided to users randomly, and the number of times a piece of information is provided to users is not fixed. The validity of a piece of information is expressed as the average of the total validity evaluations of all users who have received this piece of information. The validity of a piece of information is

为对收到此条信息的所有使用者的总有效性评价的总和，k为收到此条信息的所有使用者的人数。where W is the validity of the information,

is the sum of the total validity evaluations of all users who have received this piece of information, and k is the number of all users who have received this piece of information.

Compared with the prior art, the beneficial effects achieved by the present invention are: the present invention, through the program interface M, retains the data locally, and has the following advantages:

First, most of the picture and audio requests can be ignored, and a lot of useless information can be filtered out.

Second, users can directly obtain the information they have accessed locally, without the need to request data through the network again, saving network resources;

Third, the semi-structured storage of programs is more convenient for statistical processing of information (ie data mining) than HTML pages, which can save time for users (information users).

Description of drawings

The accompanying drawings are used to provide a further understanding of the present invention, and constitute a part of the specification, and are used to explain the present invention together with the embodiments of the present invention, and do not constitute a limitation to the present invention. In the attached image:

Fig. 1 is the overall structure schematic diagram of the present invention;

Detailed ways

The technical solution of the present invention is further described in non-limiting detail below in conjunction with the preferred embodiments and the accompanying drawings. Obviously, the described embodiments are only some, but not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Referring to FIG. 1, the present invention provides a technical solution: a method for semi-structured retention of browser access information, the system used in the method includes an information copying unit, an information processing unit, an information sending unit, an information receiving unit, an information storage unit, an information query unit, the information query unit is electrically connected to the information processing unit, the information storage unit and the information duplication unit are both electrically connected to the information processing unit, and the information receiving unit and the information sending unit are both electrically connected to the information processing unit;

The information copying unit is used for browsing the browser plug-in program browser information, the information processing unit is used to process data according to the http protocol, the information storage unit is used to store the information on the web page locally, and the information query unit is used for the user to access the information again. When the retrieval is performed locally, the information receiving unit is used to receive the processed information, and the information sending unit is used to send the processed information;

The information processing unit includes an information body processing unit and an access processing unit. The information body processing unit is used for data processing into, domain name, request path, query parameter, COOKIE, request information, and response information composite information body, and the access processing unit is used to convert the information. processing to make it easy to query;

It includes the following specific steps:

S1. When the user uses the browser to surf the Internet, the information copying unit in the built-in plug-in of the browser copies the information;

S2, the information body processing unit processes the data according to the HTTP protocol, and processes the data into, domain name, request path, query parameter, COOKIE, request information, and response information collectively referred to as information body I;

S3, utilize the information sending unit information body 1 to send to the receiving unit to receive the information;

S4, utilize the information storage unit to store the information body I to the user's local computer after the information is further processed by the access processing unit;

S4, during the next visit, the user can query and obtain the information body I through the information query unit afterwards;

It also includes an information validity rating module, which includes a rating selection module, a rating statistics module, a rating difference recording module, and a rating sorting module, and the rating statistics module is electrically connected with the rating difference recording module and the rating sorting module;

The rating selection module is used to allow users to select the information validity rating, the rating statistics module is used to count the information validity ratings of all users, and the rating difference recording module is used to record the difference of each user's information validity rating. The sorting module is used to sort users according to the information validity rating;

The information query unit includes an information sending module, an information display module, an information validity calculation module, and an information sorting module, the information sending module is electrically connected with the information display module, and the information validity calculating module is electrically connected with the information sorting module and the rating difference recording module;

The information sending module is used to send the relevant information of the usage record to the user, the information display module is used to display the relevant information of the usage record, and the information validity calculation module is used to judge the information according to the difference between the user's information validity rating each time, The information sorting module is used to sort the information according to the validity of the information;

The working process of the information validity rating module is as follows:

Sa. Initially, all users have the same degree of mastery of the information of the history records that are initiated to be shared. In the first round of sharing, users share according to their personal wishes, and the sharing degree is given by the sharing selection module, and the system counts all users through the sharing statistics module. Users with high sharing degree can be sorted according to the sharing degree through the sharing sorting module. Users with high sharing can obtain more information related to historical records. The information is provided to users through the information sending module. Display module view;

Sb, the second round of sharing, the user adjusts the sharing degree according to the relevant information of the historical records provided by the system after the previous round of sharing, the system records the difference shared by the user through the shared difference recording module, and then calculates the validity of the information. module, which judges which information is more attractive to users according to the difference value shared by users, and sorts the information according to its effectiveness through the information sorting module. information provided to users;

Sc. The system collects the data shared by the user twice through the data acquisition module, and averagely obtains the reasonable sharing degree of the historical records;

Sd, the third round of sharing, the user conducts the last sharing according to the information provided after the second round of sharing;

Sd, the user with the highest sharing in the third round initiates the sharing successfully;

In the above step Sa, the rules for information sharing are:

The system will provide more information to users with higher sharing, and a small amount of information to users with low sharing. The specific methods are as follows;

There are m pieces of information in an electronic history record, and n users participate in initiating sharing. The sharing degree of each user in the first round of sharing is A _i , and the sharing of each user in the second round of sharing is B _i , where i∈[1,n], then the average sharing of users in the first round is

The relationship between the user's first round of sharing and the information obtained after his first round of sharing is:

Among them, q is the number of information obtained by the user after the first round of sharing, μ is the adjustment coefficient, and q pieces of information will be randomly selected from the total m pieces of information;

In the above step S2, the specific method for calculating the validity of the information is:

The initial validity of each piece of information is 100%. Each user receives q _i pieces of information before the second round of sharing, and gives a new sharing degree B _i according to the information. The overall validity of the information is evaluated as

Information is provided to users randomly, and the number of times a piece of information is provided to users is not fixed. The validity of a piece of information is expressed as the average of the total validity evaluations of all users who have received this piece of information. The validity of a piece of information is

为对收到此条信息的所有使用者的总有效性评价的总和，k为收到此条信息的所有使用者的人数。where W is the validity of the information,

is the sum of the total validity evaluations of all users who have received this piece of information, and k is the number of all users who have received this piece of information.

Example: Step 1. Suppose the user visits the website of the National Bureau of Statistics

https://data.stats.gov.cn/easyquery.htm? cn=A01, we can easily find the structure of the information in

https://data.stats.gov.cn/easyquery.htm? m=QueryData&dbcode=hgyd&rowcode=zb&colcode=sj&wds=%5B%5D&dfwds=%5B%5D&k1=1636513644385&h=1

Step 2. The information is processed into domain name: data.stats.gov.cn, path: /easyquery.htm, query parameters

:{m:QueryData,dbcode:hgyd,rowcode:zb,colcode:sj,wds:%5B%5D,dfwds:%5B%5D,k1:1636513644385,h:1},COOKIE:{(too long omitted)} , request information: {(too long to omit)}, response information: {(too long to omit)}

Step 3, the program 2 information processing unit processes the data, and the program 2 information storage unit stores the information in the user's local

Step 4. When the user wants to access the information again, the user can retrieve the information locally through the information query unit of program 2. The domain name=data.stats.gov.cn and the query parameter .dbcode=hgyd can obtain the corresponding information I, and there is no need to go to the information again. The server where data.stats.gov.cn is located applies for data, and the data in JSON structure is relatively easier to analyze.

In the description of the present invention, it should be understood that the orientation or positional relationship indicated by the terms "upper", "lower", "front", "rear", "left", "right", etc. is based on the drawings shown in the drawings. The orientation or positional relationship is only for the convenience of describing the present invention, rather than indicating or implying that the referred device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be construed as a limitation of the present invention.

Finally, it should be pointed out that the above embodiments are only used to illustrate the technical solutions of the present invention, but not to limit them. Although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that it is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements to some of the technical features therein, and these modifications Or alternatively, the essence of the corresponding technical solutions does not deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims (8)

1. A method of semi-structured retention of browser access information, characterized by: the system adopted by the method comprises an information copying unit, an information processing unit, an information sending unit, an information receiving unit, an information storage unit and an information inquiry unit, wherein the information inquiry unit is electrically connected with the information processing unit, the information storage unit and the information copying unit are both electrically connected with the information processing unit, and the information receiving unit and the information sending unit are both electrically connected with the information processing unit;

the information copying unit is used for copying browsing information of a browser plug-in program browser, the information processing unit is used for processing data according to an http protocol, the information storage unit is used for storing information on a webpage locally, the information query unit is used for retrieving the information locally when a user accesses the information again, the information receiving unit is used for receiving the processed information, and the information sending unit is used for sending the processed information.

2. A method of semi-structured persistence browser access information according to claim 1, further comprising: the information processing unit comprises an information body processing unit and an access processing unit, the information body processing unit is used for processing data into an information body with a domain name, a request path, a query parameter, COOKIE, request information and response information composition, and the access processing unit is used for processing the information to facilitate query.

3. A method of semi-structured persistence browser access information according to claim 2, further comprising: the method comprises the following specific steps:

s1, when the user surfs the internet by using the browser, the information is copied by using the information copying unit in the plug-in built in the browser;

s2, the information body processing unit processes data according to HTTP protocol, and processes the data into domain name, request path, inquiry parameter, COOKIE, request information, response information and name information body I;

s3, sending the information to the receiving unit by using the information sending unit information body I to receive the information;

s4, using the access processing unit to further process the information and using the information storage unit to store the information body I in the local computer of the user;

and S4, when accessing next time, the user can inquire and acquire the information body I through the information inquiry unit.

4. A method of semi-structured persistence browser access information according to claim 3, wherein: the system also comprises an information effectiveness rating module, wherein the information effectiveness rating module comprises a rating selection module, a rating statistics module, a rating difference value recording module and a rating sequencing module, and the rating statistics module is electrically connected with the rating difference value recording module and the rating sequencing module;

the rating selection module is used for enabling users to select information effectiveness ratings, the rating statistics module is used for counting the information effectiveness ratings of all users, the rating difference value recording module is used for recording the difference value of each information effectiveness rating of the users, and the rating sorting module is used for sorting the users according to the information effectiveness ratings.

5. A method of semi-structured persistence browser access information according to claim 4, wherein: the information inquiry unit comprises an information sending module, an information display module, an information effectiveness calculation module and an information sorting module, wherein the information sending module is electrically connected with the information display module, and the information effectiveness calculation module is electrically connected with the information sorting module and the rating difference value recording module;

the information sending module is used for sending the relevant information of the use records to a user, the information display module is used for displaying the relevant information of the use records, the information effectiveness calculation module is used for judging the information according to the difference value of the information effectiveness rating of each time of the user, and the information sorting module is used for sorting the information according to the effectiveness of the information.

6. A method of semi-structured persistence browser access information according to claim 5, further comprising: the working process of the information effectiveness rating module is as follows:

sa, all users have the same mastery degree on the information of the initiated shared history record at first, the users share the information in the first round, the users share the information according to personal wishes, the sharing degree is given by a sharing selection module, the system counts the sharing degree of all users by a sharing counting module, the users are ranked by a sharing ranking module according to the sharing degree, the users with high sharing degree can obtain more information related to the history record, the information is provided for the users by an information sending module, and the users can check the information by an information display module;

sb, sharing in the second round, adjusting the sharing degree of a user according to related information of a history record provided by the system after the previous round of sharing, recording a difference value shared by the user by the system through a sharing difference value recording module, judging what information attracts the user according to the difference value shared by the user through an information effectiveness calculating module, sequencing the information according to effectiveness through an information sequencing module, sequencing the second round of sharing of the user through the system, and preferentially providing the information with higher effectiveness for the user;

the Sc and system collects the data shared twice by the user through a data acquisition module, and the data are averaged to obtain the reasonable sharing degree of the historical records;

sd, third round sharing, the user carries out the last sharing according to the information provided after the second round sharing;

sd, the third round of users with highest sharing initiate sharing success.

7. A method of semi-structured retention of browser access information according to claim 6, further comprising: in the step Sa, the rule of information sharing is as follows:

the system can provide more information for users with higher sharing and provide a small amount of information for users with low sharing, and the specific method is as follows;

some electronic history record has m pieces of information, n users participate in initiating sharing, and the sharing degree of each user is A in the first round of sharing_iThe share of each user in the second round of sharing is B_iWhere i ∈ [1, n ]]The average share of the first round of users is

The relation between the first round of sharing of the user and the information obtained after the first round of sharing is

Where q is the number of messages obtained by the user after the first round of sharing, μ is the adjustment factor, and q messages will be randomly extracted from the total of m messages.

8. A method of semi-structured persistence browser access information according to claim 7, further comprising: in step S2, the specific method for calculating the validity of the information includes:

the initial validity of each message is 100%, and each user received q before the second round of sharing_iInformation and gives a new sharing degree B according to the information_iThen each user evaluates the overall validity of the information he receives as

The information is randomly provided for the user, the number of times a piece of information is provided for the user is variable, the effectiveness of a piece of information is represented by averaging the total effectiveness evaluation of all users who receive the piece of information, and the effectiveness of a piece of information is represented by

Where W is the validity of the information,

k is the total of all users who received the piece of information and the total validity rating, and k is the number of all users who received the piece of information.

Images