CN114513555A - Jump method and system based on website dynamic link - Google Patents
Jump method and system based on website dynamic link Download PDFInfo
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- CN114513555A CN114513555A CN202111633571.5A CN202111633571A CN114513555A CN 114513555 A CN114513555 A CN 114513555A CN 202111633571 A CN202111633571 A CN 202111633571A CN 114513555 A CN114513555 A CN 114513555A
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
The invention provides a jump method and a jump system based on website dynamic link, which are applied to the field of dynamic link jump; the method comprises the steps of obtaining a first account number bound with a tracking mark, receiving and analyzing feedback information of the tracking mark, judging a heat value of a first dynamic link according to a specific analysis mode, setting a dynamic link with a high heat value to be connected with a CDN server to respond, setting a dynamic link cached by the CDN server to comprise the first dynamic link staying at last and a priority dynamic link of the first dynamic link, setting a vivid color effect on the priority dynamic link, setting a quick link with a high long-term heat value, directly popping up a page of the required first dynamic link by the quick link, and closing the quick link if the heat link of the first dynamic link gradually declines.
Description
Technical Field
The invention is applied to the field of dynamic addresses, and particularly relates to a jump method and a jump system based on website dynamic links.
Background
In daily life, people need to use websites to jump to website pages needed by people to find information resources, the use of dynamic links is common at present, the dynamic web pages are based on a database technology, the workload of website maintenance can be greatly reduced, websites adopting the dynamic web page technology can realize more functions such as user registration, user login, online survey, user management, order management and the like, however, the dynamic web pages are not web page files independently existing on a server actually, the server returns a complete web page only when a user requests, the jump speed of the dynamic links of network addresses is slower than that of static links, the fast network speed and the server are required for improving the jump speed of the dynamic links at present, the problem of slow jump of the dynamic websites is not solved in terms of hardware, but the method still does not essentially solve the problem of slow jump of the dynamic websites, the prior art establishes a CDN server, so that a part of a dynamic address is cached firstly, the experience of using the dynamic address by a user is better, but if too much dynamic address cache is needed, too much resources are also needed, so that a dynamic link with high use frequency can be screened out for caching, the dynamic link with high use frequency is called more quickly, and the cached content can be relatively more;
in view of the above, the present invention provides a jump method and system based on dynamic link of website, which is directed to the problems of the background art.
Disclosure of Invention
The invention aims to solve the problem that a dynamic link jumps too slowly, and provides a network address dynamic link-based jumping method and system.
The invention adopts the following technical means for solving the technical problems:
the invention provides a jump method based on website dynamic link, comprising the following steps:
acquiring a first account, wherein the first account is bound with a tracking mark, and the tracking mark can feed back information of the frequency of clicking a first dynamic link by a user and the duration of staying on a page corresponding to the first dynamic link;
receiving and analyzing feedback information of the tracking mark, and judging a heat value of a first dynamic link clicked by a first account according to a preset analysis mode; wherein the hot value comprises the demand degree of the first account number capable of representing the first dynamic link;
setting a dynamic link with a high heat value to be connected with a CDN server to respond, wherein the cached dynamic link with the CDN server comprises a first dynamic link staying at last and a priority dynamic link of the first dynamic link, and in addition, setting a vivid color effect for the priority dynamic link;
setting a dynamic link with a high long-term heat value to be connected with a quick link; the quick link comprises a page capable of directly popping up a required first dynamic link;
if the heat value is not changed in one week, the heat link of the first account or the first dynamic link clicked by the first account is gradually decreased, the quick link is closed, and the heat value is only provided with one week of accumulated data.
Further, the step of acquiring the first account, where the first account is bound to the tracking mark, includes:
acquiring a first account and an account password of a first user, and transmitting the first account to a marking unit when the account password is correct;
calling a first account number to be bound with a tracking mark, wherein the tracking mark can feed back information of the frequency of the first account number for clicking a first dynamic link and the duration of staying on a page corresponding to the first dynamic link;
the frequency and dwell time of the first dynamic link clicked by the first account are transmitted to the analysis unit.
Further, the step of receiving and analyzing the feedback information of the tracking mark and determining the heat value of the first dynamic link clicked by the first account according to a preset analysis mode includes:
analyzing the feedback signal, and obtaining a heat value corresponding to the first dynamic link according to the residence time corresponding to the feedback signal, wherein the heat value is obtained through a specific algorithm;
calculating the dynamic link heat value of the last 7 days, and sequencing a plurality of dynamic links from high to low;
and transmitting the first 5 first dynamic links to a setting unit, not transmitting the dynamic links with the heat of 0, and automatically transmitting the dynamic links after the first account is offline.
Further, the step of dynamically linking the set hot value with the response of the CDN server includes:
the recording unit is triggered by the dynamic link transmitted every day, and when the recording unit is continuously triggered by the first dynamic link in a set period, a command for generating a quick link of the first dynamic link is transmitted to the CDN server;
if the recording unit does not receive the signal of the analysis unit for transmitting the first dynamic link for 7 consecutive days, the recording unit does not receive the triggered record of the first dynamic link, and the CDN server automatically removes the first dynamic link and the priority link of the first dynamic link;
and calling priority links of the 5 dynamic links, and transmitting the priority links and the dynamic links with the highest ranking of the hot value of 5 to a CDN server setting unit.
Further, in the step of setting a dynamic link with a high heat value to respond to the CDN server, the method further includes:
automatically adding 5 dynamic links transmitted by a first tracking mark and the priority links to a background of the CDN server, and finishing the transmission and synchronous updating of the dynamic links through a Cache server by selecting an HTTP redirection working mode;
judging whether 5 dynamic links transmitted in real time next time coincide with dynamic links added to the CDN server or not, and if repeated dynamic links directly judging that the dynamic links are failed to be added;
setting a specific color effect to rank the top 5 dynamic links of the hot value and the priority links of the 5 dynamic links.
Furthermore, the dynamic link with the set long-term heat value is connected with a quick link; the method for rapidly and dynamically linking the webpage comprises the steps that a page of a first dynamic link required by direct popup comprises the following steps:
if the recording unit is excited by the first dynamic link for 7 days continuously, the quick link is automatically set, and the first account can directly open the required page;
if the page which reaches the first dynamic link needs to be verified, clicking the quick link, popping up a verification window, and loading the page of the first dynamic link after verification is passed;
when a first account logs in, the quick link is loaded by 50% in advance, and a page needing to be referred to and operated by the first account is quickly responded;
and setting whether the quick link is directly displayed or not, if so, directly displaying, and if not, setting the password again to enter a hidden mode.
Further, if the heat value does not change for one week, the heat link of the first dynamic link clicked by the first account or the first account gradually declines, the quick link is closed, and the step of setting the heat value as accumulated data for one week includes:
when the 8 th day of receiving the marking signal, automatically deleting the heat value generated by the marking signal of the 1 st day;
when the analysis unit does not receive a new mark feedback signal for 7 consecutive days until the heat value of the first dynamic link is 0 after 7 days, the recording unit cannot receive an excitation signal of the first dynamic link;
when the recording unit does not receive the trigger signal of the first dynamic link for 7 consecutive days, the shortcut link is automatically removed by the CDN server.
The invention also provides a jump system based on the website dynamic link, which comprises the following steps:
an account processing end: the system comprises an account receiving module and a tracking mark module, wherein the account receiving module and the tracking mark module are used for receiving information of an account and binding the account with a specific tracking mark, and the tracking mark can track a dynamic link clicked by the account and the retention time;
analyzing a data end: the system comprises a receiving feedback module, a period recording module, a plurality of analysis modules corresponding to dynamic links and a data transmission module, wherein the receiving feedback module receives signals fed back by tracking signals, transmits different dynamic link feedback signals to the corresponding analysis modules for analysis to obtain heat values of the dynamic links, sequences the heat values, and transmits the dynamic links of the top 5 of the heat to a processing end;
and (3) a website processing end: the system comprises a periodic recording module, a receiving module and a processing module, wherein the processing module connects the dynamic link with high heat value to a CDN server after receiving the dynamic link with high heat value, automatically caches the dynamic link with high heat value to a cache plug-in unit of a network address, and additionally sets the automatic link for the dynamic link with long-term heat value.
Further, the account processing terminal and the analysis data terminal further include:
the receiving module of the account processing terminal can have an account password database to check whether the account password is correct, if so, the receiving module transmits the account to a tracking mark module of the account processing terminal, the first account is bound with the tracking mark, and the tracking mark can feed back the frequency of a dynamic link clicked by the first account and the time length of stay in the dynamic link in real time;
the receiving feedback module of the analysis data end receives a plurality of signals fed back by the tracking marks, the signals are transmitted to the analysis modules corresponding to the dynamic links, the analysis modules analyze the heat values of the dynamic links, and transmit the dynamic links with the heat values ranked at the top 5 to the website processing end for operation, wherein the analysis formula of the heat values is that the heat values = 1 stay time (second) and heat value coefficient when the dynamic links are clicked, the same dynamic link can be added, and the addition period is 7 days.
Further, the website processing terminal further includes:
the receiving module of the website processing end receives 5 dynamic links, the processing module processes the 5 dynamic links, the dynamic links are accessed to the CDN server, the 5 dynamic links are cached in the cache plug-in, if the periodic timing module records that the first dynamic link is processed by the processing module for 7 days continuously, a signal of the dynamic link with the high heat value is generated to the processing module, and the processing module sets a quick link for the dynamic link with the high heat value.
The invention provides a jump method and a jump system based on website dynamic link, which have the following beneficial effects:
according to the invention, the dynamic link with high frequency of use is screened out to process the CDN server, so that the loading speed of the dynamic link with high frequency of use is increased.
Drawings
FIG. 1 is a flowchart illustrating an embodiment of a jump method based on website dynamic link according to the present invention;
FIG. 2 is a block diagram illustrating a jump system based on dynamic linking of web sites according to an embodiment of the present invention;
the implementation, functional features and advantages of the present invention will be further described with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and 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, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a jump method based on website dynamic link according to an embodiment of the present invention includes:
s1: acquiring a first account, wherein the first account is bound with a tracking mark, and the tracking mark can feed back information of the frequency of clicking a first dynamic link by a user and the duration of staying on a page corresponding to the first dynamic link;
s2: receiving and analyzing feedback information of the tracking mark, and judging a heat value of a first dynamic link clicked by a first account according to a preset analysis mode; wherein the hot value comprises the demand degree of the first account number capable of representing the first dynamic link;
s3: setting a dynamic link with a high heat value to be connected with a CDN server to respond, wherein the cached dynamic link with the CDN server comprises a first dynamic link staying at last and a priority dynamic link of the first dynamic link, and in addition, setting a vivid color effect for the priority dynamic link;
s4: setting a dynamic link with a high long-term heat value to be connected with a quick link; the quick link comprises a page capable of directly popping up a required first dynamic link;
s5: if the heat value is not changed in one week, the heat link of the first account or the first dynamic link clicked by the first account is gradually decreased, the quick link is closed, and the heat value is only provided with one week of accumulated data.
In a specific embodiment: the user finds an initial network address, the initial network address pops up a user account and a user password, an account which is registered by the user is preset, the account is uploaded by the user and then checked by an account processing terminal, no next operation is performed when the account and the password of the user are not matched, a first account is transmitted to a tracking mark module when the account and the password of the user are matched, a first tracking mark is bound with the first account, the first tracking mark can feed back the first account to click a dynamic link in an initial website and feed back the time of staying in the dynamic link, a receiving feedback module of an analysis data terminal receives a plurality of signals fed back by the tracking mark and transmits the plurality of signals to analysis modules corresponding to a plurality of dynamic links, the analysis modules analyze the heat value of the plurality of dynamic links, and the heat value = click the dynamic link 1 stay time (second) × heat value coefficient, the heat value of the same dynamic link can be added, the period of the addition is 7 days, when the day 8 is reached, the heat value of the dynamic link in the day one is automatically deleted, the dynamic link with the heat value ranked at the top 5 is transmitted to a website processing end for operation, a receiving module of the website processing end receives 5 dynamic links, the processing module processes the 5 dynamic links, the 5 dynamic links are added to a CDN server, the CDN server sets a server with a high access speed, a LuManager control panel is installed, the server is provided with a CDN cache acceleration, the priority links of the 5 dynamic links are called, the priority links and the dynamic link with the heat value ranked at the top 5 are transmitted to a CDN server setting unit, the cache plug-in unit automatically caches 50% of the dynamic link with the heat value ranked at the top 5, the 5 dynamic links transmitted by the first account are automatically added to a LuManager background, the method comprises the steps of finishing transmission and synchronous updating of dynamic links through a Cache server by selecting an HTTP redirection working mode, automatically adding 5 dynamic links transmitted by a first account to a Cache plug-in, enabling a CDN server and the Cache plug-in to simultaneously respond to a loading request of the first account, setting specific color effects for the dynamic links of the first 5 sorted heat values and the priority links of the dynamic links, adding loading pages of the 5 dynamic links to the Cache plug-in, generating a signal of the high heat value dynamic links to a processing module if a period timing module records that the first dynamic links are the dynamic links of the first 5 sorted heat values for 7 consecutive days, setting a quick link for the high heat value dynamic links by the processing module, and cancelling quick loading setting of the first dynamic links if a setting unit does not receive signals of an analysis unit for a long time within a period of 30 days, setting whether the quick link is directly displayed or not by a page comprising a CDN server and a cached first dynamic link, if the quick link is directly displayed, if the quick link is set, setting the password again to enter a hidden mode, and when the heat value is 0, automatically deleting the previously added dynamic link by the CDN server and automatically deleting the cached dynamic link by a cache plug-in;
for example: the password of the account of the abcd1234 of the user is 123456, after the user inputs a correct account password in the initial website, the account processing end binds a tracking mark which is specific to the abcd1234 to the account of the abcd1234, when the user clicks various dynamic links on a network address by using the account for related operations, the tracking mark of the abcd1234 feeds back the tracked dynamic links and the retention time of the dynamic links, when the user logs in the initial website again, the dynamic links with high hot value on the initial webpage interface have a more obvious effect, the link loading with the obvious effect is fast when the user clicks the first dynamic link continuously, the retention time is 7 days long, the user generates a fast link, whether the fast link is hidden or not needs to be set, if hidden, a 4-digit password is set, otherwise, the user does not need to set a password, when the user clicks the fast link, the user can load out a page needed by the user without another fast link needing to be verified, if the page needs to be verified, the page needed by the user is firstly verified and then loaded.
In one embodiment: the step of acquiring the first account, which is bound with the tracking mark, includes:
acquiring a first account and an account password of a first user, and transmitting the first account to a marking unit when the account password is correct;
calling a first account number to be bound with a tracking mark, wherein the tracking mark can feed back information of the frequency of the first account number for clicking a first dynamic link and the duration of staying on a page corresponding to the first dynamic link;
the frequency and dwell time of the first dynamic link clicked by the first account are transmitted to the analysis unit.
In a specific embodiment: the method comprises the steps that a user finds an initial network address, the initial network address pops up a user account and a user password, the account which is registered by the user is preset, the account processing terminal checks the account when the account password of the user is uploaded, the next operation is not performed when the account password of the user is not matched, a first account is transmitted to a tracking mark module when the account password of the user is matched, a first tracking mark is bound with the first account, the first tracking mark can feed back the first account to click a dynamic link in an initial website, the time staying in the dynamic link is fed back, and the frequency and the staying time of the first dynamic link clicked by the first account are transmitted to an analysis unit;
for example: the password of the account of the abcd1234 of the user is 123456, after the user inputs the correct account password in the initial website, the account processing terminal binds a tracking mark which is special for the account of the abcd1234, and when the user clicks various dynamic links at a network address by using the account to perform related operations, the tracking mark of the abcd1234 feeds back the tracked dynamic links and the stay time of the dynamic links.
In one embodiment: the step of receiving and analyzing the feedback information of the tracking mark and judging the heat value of the first dynamic link clicked by the first account according to a preset analysis mode comprises the following steps:
analyzing the feedback signal, and obtaining a heat value corresponding to the first dynamic link according to the residence time corresponding to the feedback signal, wherein the heat value is obtained through a specific algorithm;
calculating the dynamic link heat value of the last 7 days, and sequencing a plurality of dynamic links from high to low;
and transmitting the first 5 first dynamic links to a setting unit, not transmitting the dynamic links with the heat of 0, and automatically transmitting the dynamic links after the first account is offline.
In a specific embodiment: receiving a plurality of signals fed back by a first account tracking mark, obtaining a heat value corresponding to a first dynamic link according to the retention time corresponding to the feedback signals, transmitting the signals to an analysis module corresponding to the dynamic links, analyzing and calculating the heat values of the dynamic links by the analysis module, adding the heat values of 7 days and transmitting the dynamic links in the first 5 days of sorting to a setting unit, wherein the transmission frequency is that the first account is automatically transmitted after being offline, the dynamic links with the heat of 0 are not transmitted, the heat value = the click frequency of the first dynamic link and the retention time and the heat value coefficient, the heat value coefficient is set according to a period, wherein the heat value coefficient of the current day is 0.7, the heat value coefficient of the previous day is sequentially decreased, the heat value coefficient of the 7 th day is 0.1, the heat value coefficient of the 8 th day and the heat value of the later are all 0, and when the heat value is 0, the heat value record is automatically deleted;
for example: the received feedback signal is
| Hot link | a1 | a2 | a3 | b1 | b2 | b3 | |
| Residence time | |||||||
| 3 | 6 | 300 | 4 | 5 | 40 | 897 | |
| Coefficient of heat | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 |
Obtaining the heat value of the day from the signals obtained by data analysis
| Hot link | a1 | b1 | b2 | a2 | b3 | a3 | |
| Residence time | |||||||
| 3 | 4 | 5 | 6 | 40 | 300 | 897 | |
| Coefficient of heat | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 | 0.7 |
| Heat value | 2.1 | 2.8 | 3.5 | 4.2 | 28 | 210 | 627.9 |
The heat value of the current day is sorted in ascending and descending order with the heat value of the previous 6 days, and the dynamic link of the first 5 is transmitted to the setting unit.
In one embodiment: the step of setting the high heat value and dynamically linking the CDN server to respond comprises the following steps:
the recording unit is triggered by the dynamic link transmitted every day, and when the recording unit is continuously triggered by the first dynamic link in a set period, a command for generating a quick link of the first dynamic link is transmitted to the CDN server;
if the recording unit does not receive the signal of the analysis unit for transmitting the first dynamic link for 7 consecutive days, the recording unit does not receive the triggered record of the first dynamic link, and the CDN server automatically removes the first dynamic link and the priority link of the first dynamic link;
and calling priority links of the 5 dynamic links, and transmitting the priority links and the dynamic links with the highest ranking of the hot value of 5 to a CDN server setting unit.
In a specific embodiment: the method comprises the steps that a periodic recording module receives an excitation signal of a dynamic link every day, when the periodic recording module is continuously excited by a first dynamic link for 7 days, an instruction for generating a quick link of the first dynamic link is transmitted to a CDN server, if the periodic recording module does not receive an excitation record of the first dynamic link for 7 days continuously, the CDN server automatically removes the first dynamic link and a priority link of the first dynamic link, in addition, a processing module calls the priority links of 5 dynamic links and sets the priority links and the 5 dynamic links to the CDN server;
in the setting process, the CDN server automatically adds 5 dynamic links transmitted by a first tracking mark and the priority links to a background of the CDN server, the working mode of HTTP redirection is selected to complete the transmission and synchronous updating of the dynamic links through a Cache server, whether the 5 dynamic links transmitted next time in real time coincide with the dynamic links added to the CDN server or not is judged, if repeated dynamic links directly judge that the dynamic links are failed to be added, and a specific color effect is set to connect the 5 dynamic links before the ranking of the heat values with the priority links of the 5 dynamic links;
for example: the dynamic link enters a website processing end, firstly passes through a period recording module, an excitation signal can be left after the dynamic link passes through the period recording module, the CDN server automatically adds 5 dynamic links and priority links of the 5 dynamic links, and caches linked pages to the CDN server so as to quickly load and open when the CDN server accesses next time, and set specific color effects for the first 5 dynamic links of the ranking of the heat value and the priority links of the 5 dynamic links, so that a color effect user can define the color effects.
In one embodiment: in the step of setting the high dynamic link of the heat value to be responded by the CDN server, the method further comprises the following steps:
automatically adding 5 dynamic links transmitted by a first tracking mark and the priority links to a background of the CDN server, and finishing the transmission and synchronous updating of the dynamic links through a Cache server by selecting an HTTP redirection working mode;
judging whether 5 dynamic links transmitted in real time next time coincide with dynamic links added to the CDN server or not, and if repeated dynamic links directly judging that the dynamic links are failed to be added;
setting a specific color effect to rank the top 5 dynamic links of the hot value and the priority links of the 5 dynamic links.
In a specific embodiment: if the b4 dynamic link triggers the recording unit for 7 consecutive days, a shortcut link of b4 is automatically set, the first account abcd1234 can directly open a page of the b4 dynamic link, if the page of the b4 link is reached and needs to be verified, a verification window pops up after the shortcut link is clicked, the page of the required b4 dynamic link is loaded after verification is passed, when the abcd1234 account logs in, the shortcut link of b4 quickly calls 50% of the required page from the CDN server, and the page of the operation which needs to be consulted by the account of the abcd1234 is quickly responded.
In one embodiment: if the heat value is not changed for a week, the heat link of the first dynamic link clicked by the first account or the first account is gradually decreased, the shortcut link is closed, and the step of setting the heat value with only one week of accumulated data includes:
when the 8 th day of receiving the marking signal, automatically deleting the heat value generated by the marking signal of the 1 st day;
when the analysis unit does not receive a new mark feedback signal for 7 consecutive days until the heat value of the first dynamic link is 0 after 7 days, the recording unit cannot receive an excitation signal of the first dynamic link;
when the recording unit does not receive the trigger signal of the first dynamic link for 7 consecutive days, the shortcut link is automatically removed by the CDN server.
In a specific embodiment: and on the 8 th day when the analysis data end receives the marking signal, automatically deleting the heat value generated by the marking signal on the 1 st day, when the analysis unit does not receive a new marking feedback signal for 7 consecutive days until the heat value of the first dynamic link is 0 after 7 days, the recording unit does not receive the excitation signal of the first dynamic link, and when the recording unit does not receive the excitation signal of the first dynamic link for 7 consecutive days, the quick link is automatically removed by the CDN server.
Referring to fig. 2, the jump system based on website dynamic link of the present invention includes:
an account processing end: the system comprises an account receiving module and a tracking mark module, wherein the account receiving module and the tracking mark module are used for receiving information of an account and binding the account with a specific tracking mark, and the tracking mark can track a dynamic link clicked by the account and the retention time;
analyzing a data end: the system comprises a receiving feedback module, a period recording module, a plurality of analysis modules corresponding to dynamic links and a data transmission module, wherein the receiving feedback module receives signals fed back by tracking signals, transmits different dynamic link feedback signals to the corresponding analysis modules for analysis to obtain heat values of the dynamic links, sequences the heat values, and transmits the dynamic links of the top 5 of the heat to a processing end;
and (3) a website processing end: the system comprises a periodic recording module, a receiving module and a processing module, wherein the processing module connects the dynamic link with high heat value to a CDN server after receiving the dynamic link with high heat value, automatically caches the dynamic link with high heat value to a cache plug-in unit of a network address, and additionally sets the automatic link for the dynamic link with long-term heat value.
In a specific embodiment: the user finds an initial network address, the initial network address pops up a user account and a user password, an account which is registered by the user is preset, the account is uploaded by the user and then checked by an account processing terminal, no next operation is performed when the account and the password of the user are not matched, a first account is transmitted to a tracking mark module when the account and the password of the user are matched, a first tracking mark is bound with the first account, the first tracking mark can feed back the first account to click a dynamic link in an initial website and feed back the time of staying in the dynamic link, a receiving feedback module of an analysis data terminal receives a plurality of signals fed back by the tracking mark and transmits the plurality of signals to analysis modules corresponding to a plurality of dynamic links, the analysis modules analyze the heat value of the plurality of dynamic links, and the heat value = click the dynamic link 1 stay time (second) × heat value coefficient, the heat value of the same dynamic link can be added, the period of the addition is 7 days, when the day 8 is reached, the heat value of the dynamic link in the day one is automatically deleted, the dynamic link with the heat value ranked at the top 5 is transmitted to a website processing end for operation, a receiving module of the website processing end receives 5 dynamic links, the processing module processes the 5 dynamic links, the 5 dynamic links are added to a CDN server, the CDN server sets a server with a high access speed, a LuManager control panel is installed, the server is provided with a CDN cache acceleration, the priority links of the 5 dynamic links are called, the priority links and the dynamic link with the heat value ranked at the top 5 are transmitted to a CDN server setting unit, the cache plug-in unit automatically caches 50% of the dynamic link with the heat value ranked at the top 5, the 5 dynamic links transmitted by the first account are automatically added to a LuManager background, the method comprises the steps of finishing transmission and synchronous updating of dynamic links through a Cache server by selecting an HTTP redirection working mode, automatically adding 5 dynamic links transmitted by a first account to a Cache plug-in, enabling a CDN server and the Cache plug-in to simultaneously respond to a loading request of the first account, setting specific color effects for the dynamic links of the first 5 sorted heat values and the priority links of the dynamic links, adding loading pages of the 5 dynamic links to the Cache plug-in, generating a signal of the high heat value dynamic links to a processing module if a period timing module records that the first dynamic links are the dynamic links of the first 5 sorted heat values for 7 consecutive days, setting a quick link for the high heat value dynamic links by the processing module, and cancelling quick loading setting of the first dynamic links if a setting unit does not receive signals of an analysis unit for a long time within a period of 30 days, the method comprises the steps that whether quick links are directly displayed or not is set for a page of a first dynamic link comprising a CDN server and a cache, if the quick links are directly displayed, if the quick links are set, passwords are set again to enter a hidden mode, if the quick links are set, the CDN server automatically deletes the dynamic links added before, and a cache plug-in automatically deletes the dynamic links of the cache.
For example: the password of the account of the abcd1234 of the user is 123456, after the user inputs a correct account password in the initial website, the account processing end binds a tracking mark which is specific to the abcd1234 to the account of the abcd1234, when the user clicks various dynamic links on a network address by using the account for related operations, the tracking mark of the abcd1234 feeds back the tracked dynamic links and the retention time of the dynamic links, when the user logs in the initial website again, the dynamic links with high hot value on the initial webpage interface have a more obvious effect, the link loading with the obvious effect is fast when the user clicks the first dynamic link continuously, the retention time is 7 days long, the user generates a fast link, whether the fast link is hidden or not needs to be set, if hidden, a 4-digit password is set, otherwise, the user does not need to set a password, when the user clicks the fast link, the user can load out a page needed by the user without another fast link needing to be verified, if the page needs to be verified, the page needed by the user is firstly verified and then loaded.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. A jump method based on website dynamic link is characterized by comprising the following steps:
acquiring a first account, wherein the first account is bound with a tracking mark, and the tracking mark can feed back information of the frequency of clicking a first dynamic link by a user and the duration of staying on a page corresponding to the first dynamic link;
receiving and analyzing feedback information of the tracking mark, and judging a heat value of a first dynamic link clicked by a first account according to a preset analysis mode; the hot value comprises the demand degree of the first account number which can represent the first dynamic link;
setting a dynamic link with a high heat value to be connected with a CDN server to respond, wherein the cached dynamic link with the CDN server comprises a first dynamic link staying at last and a priority dynamic link of the first dynamic link, and in addition, setting a vivid color effect for the priority dynamic link;
setting a dynamic link with a high long-term heat value to be connected with a quick link; the quick link comprises a page capable of directly popping up a required first dynamic link;
if the heat value is not changed in one week, the heat link of the first account or the first dynamic link clicked by the first account is gradually decreased, the quick link is closed, and the heat value is only provided with one week of accumulated data.
2. The website dynamic link-based jump method according to claim 1, wherein the step of acquiring the first account number, which is bound to the tracking mark, comprises:
acquiring a first account and an account password of a first user, and transmitting the first account to a marking unit when the account password is correct;
calling a first account number to be bound with a tracking mark, wherein the tracking mark can feed back information of the frequency of the first account number for clicking a first dynamic link and the duration of staying on a page corresponding to the first dynamic link;
the frequency and dwell time of the first dynamic link clicked by the first account are transmitted to the analysis unit.
3. The website dynamic link-based jumping method according to claim 1, wherein the step of receiving and analyzing the feedback information of the tracking mark and determining the hot value of the first dynamic link clicked by the first account according to a preset analysis manner comprises:
analyzing the feedback signal, and obtaining a heat value corresponding to the first dynamic link according to the residence time corresponding to the feedback signal, wherein the heat value is obtained through a specific algorithm;
calculating the dynamic link heat value of the last 7 days, and sequencing a plurality of dynamic links from high to low;
and transmitting the first 5 first dynamic links to a setting unit, not transmitting the dynamic links with the heat of 0, and automatically transmitting the dynamic links after the first account is offline.
4. The website dynamic link-based hopping method as claimed in claim 1, wherein the step of setting the dynamically linked CDN server with a high heat value to respond includes:
the recording unit is triggered by the dynamic link transmitted every day, and when the recording unit is continuously triggered by the first dynamic link in a set period, a command for generating a quick link of the first dynamic link is transmitted to the CDN server;
if the recording unit does not receive the signal of the analysis unit for transmitting the first dynamic link for 7 consecutive days, the recording unit does not receive the triggered record of the first dynamic link, and the CDN server automatically removes the first dynamic link and the priority link of the first dynamic link;
and calling priority links of the 5 dynamic links, and transmitting the priority links and the dynamic links with the highest ranking of the hot value of 5 to a CDN server setting unit.
5. The website dynamic link-based hopping method as claimed in claim 1, wherein the step of setting the dynamic link with a high heat value to respond to the CDN server further comprises:
automatically adding 5 dynamic links transmitted by a first tracking mark and the priority links to a background of the CDN server, and finishing the transmission and synchronous updating of the dynamic links through a Cache server by selecting an HTTP redirection working mode;
judging whether 5 dynamic links transmitted in real time next time coincide with dynamic links added to the CDN server or not, and if repeated dynamic links directly judging that the dynamic links are failed to be added;
setting a specific color effect to rank the top 5 dynamic links of the hot value and the priority links of the 5 dynamic links.
6. The website dynamic link-based hopping method according to claim 1, wherein the dynamic link with a high set long-term popularity value is connected with a quick link; the method for rapidly and dynamically linking the webpage comprises the steps that a page of a first dynamic link required by direct popup comprises the following steps:
if the recording unit is excited by the first dynamic link for 7 days continuously, the quick link is automatically set, and the first account can directly open the required page;
if the page which reaches the first dynamic link needs to be verified, clicking the quick link, popping up a verification window, and loading the page of the first dynamic link after verification is passed;
when a first account logs in, the quick link is loaded by 50% in advance, and a page needing to be referred to and operated by the first account is quickly responded;
and setting whether the quick link is directly displayed or not, if so, directly displaying, and if not, setting the password again to enter a hidden mode.
7. The website dynamic link-based jump method according to claim 1, wherein if the hotness value does not change for one week, the hotness link of the first dynamic link clicked by the first account or the first account gradually declines, and the shortcut link is closed, and the step of setting the hotness value as accumulated data for only one week includes:
when the 8 th day of receiving the marking signal, automatically deleting the heat value generated by the marking signal of the 1 st day;
when the analysis unit does not receive a new mark feedback signal for 7 consecutive days until the heat value of the first dynamic link is 0 after 7 days, the recording unit cannot receive an excitation signal of the first dynamic link;
when the recording unit does not receive the trigger signal of the first dynamic link for 7 consecutive days, the shortcut link is automatically removed by the CDN server.
8. A jump system based on website dynamic link is characterized by comprising:
an account processing end: the system comprises an account receiving module and a tracking mark module, wherein the account receiving module and the tracking mark module are used for receiving information of an account and binding the account with a specific tracking mark, and the tracking mark can track a dynamic link clicked by the account and the retention time;
analyzing a data end: the system comprises a receiving feedback module, a period recording module, a plurality of analysis modules corresponding to dynamic links and a data transmission module, wherein the receiving feedback module receives signals fed back by tracking signals, transmits different dynamic link feedback signals to the corresponding analysis modules for analysis to obtain heat values of the dynamic links, sequences the heat values, and transmits the dynamic links of the top 5 of the heat to a processing end;
and (3) a website processing end: the system comprises a periodic recording module, a receiving module and a processing module, wherein the processing module connects the dynamic link with high heat value to a CDN server after receiving the dynamic link with high heat value, automatically caches the dynamic link with high heat value to a cache plug-in unit of a network address, and additionally sets the automatic link for the dynamic link with long-term heat value.
9. The website dynamic link-based jump system according to claim 8, wherein the account processing end and the analysis data end further comprise:
the receiving module of the account processing terminal can have an account password database to check whether the account password is correct, if so, the receiving module transmits the account to a tracking mark module of the account processing terminal, the first account is bound with the tracking mark, and the tracking mark can feed back the frequency of a dynamic link clicked by the first account and the time length of stay in the dynamic link in real time;
the receiving feedback module of the analysis data end receives a plurality of signals fed back by the tracking marks, the signals are transmitted to the analysis modules corresponding to the dynamic links, the analysis modules analyze the heat values of the dynamic links, and transmit the dynamic links with the heat values ranked at the top 5 to the website processing end for operation, wherein the analysis formula of the heat values is that the heat values = 1 stay time (second) and heat value coefficient when the dynamic links are clicked, the same dynamic link can be added, and the addition period is 7 days.
10. The website dynamic link-based jump system according to claim 8, wherein said website processing end further comprises:
the method comprises the steps that a receiving module of a website processing end receives 5 dynamic links, a processing module processes the 5 dynamic links, the dynamic links are connected to a CDN server and cache the 5 dynamic links into a cache plug-in, if a periodic timing module records that a first dynamic link is processed by the processing module for 7 consecutive days, a signal of the dynamic link with the high calorific value is generated to the processing module, and the processing module sets a quick link for the dynamic link with the high calorific value.
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