WO2018177405A1 - 一种网站首页幻灯更换方法及系统 - Google Patents

一种网站首页幻灯更换方法及系统 Download PDF

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WO2018177405A1
WO2018177405A1 PCT/CN2018/081279 CN2018081279W WO2018177405A1 WO 2018177405 A1 WO2018177405 A1 WO 2018177405A1 CN 2018081279 W CN2018081279 W CN 2018081279W WO 2018177405 A1 WO2018177405 A1 WO 2018177405A1
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slide
slide data
data
website
homepage
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郝梦茹
张文明
陈少杰
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Wuhan Douyu Network Technology Co Ltd
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    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/22—Indexing; Data structures therefor; Storage structures
    • G06F16/2228—Indexing structures
    • G06F16/2272—Management thereof
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/25—Integrating or interfacing systems involving database management systems
    • G06F16/252—Integrating or interfacing systems involving database management systems between a Database Management System and a front-end application
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/958—Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G06Q30/0241—Advertisements
    • G06Q30/0277—Online advertisement

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  • the invention relates to the field of website management design, in particular to a website homepage slide replacement method and a website homepage slide replacement system.
  • the replacement of the home slides is also manually replaced. Every once in a while, the home slide manager selects a new slide picture to replace the old slide picture, the entire slide management work is cumbersome, and the manual home slide selection has uncertainty. The quality of the resources pushed by the home slides cannot be guaranteed.
  • the object of the present invention is to provide a website homepage slideshow replacement method and a website homepage slideshow replacement system to automatically and efficiently complete the replacement of the website homepage slideshow.
  • the technical solution adopted by the present invention includes:
  • S4 storing the captured slide data in a two-dimensional array, and looping the two-dimensional array to obtain the slide show position number of each slide data on the website homepage;
  • the website server obtains the slide data in the hash table, and displays the slide data in the slide show position of the website according to the sequence of the slide show position number.
  • the homepage slide data submitted for application is graded according to the display priority
  • the Mysql database includes a plurality of sub-databases
  • the slide data of the same presentation priority is stored in the same sub-database.
  • the capture condition includes the total number of captures of the slide data, the number of captures of the slide data in each sub-database, and the capture of the specified slide data.
  • the captured slide data is merged using the array_merge method, and the same slide data is filtered out.
  • the invention also provides a website home page slide replacement system, comprising:
  • the resource auditing module is configured to review the slide data submitted by the user, and store the slide data passed by the application in the Mysql database;
  • a resource capture module configured to perform the capture of the slide data in the Mysql database according to the set capture condition within the set time interval
  • the resource cache module is configured to store the captured slide data in a two-dimensional array, and loop the two-dimensional array to obtain the slide show position number of each slide data on the website homepage, and according to the order of the slide show position numbers,
  • the slide data in the two-dimensional array is stored in the hash table of the Redis database;
  • the display module is configured to obtain the slide data in the hash table, and display the slide data in the slide show position of the website according to the sequence of the slide show position number.
  • the user submits the slide data through the OA.
  • the homepage slide data submitted by the application is classified according to the display priority.
  • the Mysql database includes a plurality of sub-databases, and the slide data of the same display priority is stored in the same sub-database.
  • the capture condition includes the total number of captures of the slide data, the number of captures of the slide data in each sub-database, and the capture of the specified slide data.
  • the advantage of the website homepage slide changing method of the present invention is that the user conveniently submits the slide data through the OA, and stores the audited slide data in the Mysql database, and then manually sets the capture. Take the rules, automatically capture the slide data in the Mysql database, to avoid the cumbersomeness of manual screening on the home slide show, at the same time, the slide data capture uses the timed task settings to avoid frequent crawling and high concurrency caused by Mysql
  • the database crashes the captured slide data is cached in the Redis database. When the demand is displayed, it can be extracted from the Redis database. The whole process is automatically completed, and the automatic replacement of the home page slides is realized, which greatly reduces the management staff. Work load.
  • the advantage of the website homepage slide replacement system of the present invention is that the resource capture module captures the slideshow resources according to the manually set crawling rules, and facilitates the display of the slideshow resources by the display module, thereby automatically completing the replacement of the entire website home slideshow. Effectively improve the efficiency of the website slideshow replacement and reduce the workload of the management staff.
  • FIG. 1 is a flow chart of a method for replacing a slideshow of a website homepage according to the present invention.
  • an embodiment of the present invention provides a method for replacing a slideshow on a website homepage, which is used to automatically replace a slideshow of a homepage slideshow on a website, such as a slideshow of a live broadcast site for a popular live broadcast.
  • the method for replacing a slideshow on the website homepage of the embodiment of the present invention specifically includes:
  • the user submits the slide data to apply for the home slide show.
  • the slideshow data is a picture related to advertising, short video animation and other resources. Through the slideshow resource, you can display the slideshow image of the homepage slideshow of the website. Click the slideshow picture to jump to the corresponding website to achieve the purpose of advertising drainage. .
  • the application of the slide data is submitted by OA (Office Automation), and the application is reviewed. The application process of OA is more convenient. At the same time, the relevant management personnel can review the submitted slide data through OA.
  • the audit rules can be freely set.
  • the homepage slide data that the application passes through is graded according to the display priority, that is, the importance of the advertisement corresponding to the slideshow data is graded.
  • the slide data submitted by the application is stored in the Mysql database, which is a common associated database management system.
  • the MySQL database includes a plurality of sub-databases, and the slide data of the same display priority is stored in the same sub-database, that is, the same level of slide data formed after the above-mentioned grading is stored in the same sub-database.
  • S3 Grab the slide data in the Mysql database according to the set grab condition within the set time interval.
  • the time interval can be set freely by humans. The time interval is used to avoid the situation where the Mysql database crashes when the connection timeout or the number of connections is too high when the Mysql database is captured in high concurrency.
  • the crawling conditions are formulated according to business or operational needs.
  • the crawling conditions generally include the total number of slide data captured, the number of slide data captured in each sub-database, and the capture of specified slide data to meet business needs.
  • For the slide data captured in the Mysql database use the array_merge method to merge the captured slide data, and filter out the same slide data to ensure the uniqueness of the captured slide data.
  • the array_merge method is a function for merging in PHP, and PHP is a general-purpose open source scripting language.
  • each slide data has a slide show position number that determines the position at the time of the first impression.
  • S5 Store the slide data in the two-dimensional array in the hash table (hash table) of the Redis database according to the order of the slide show position numbers.
  • the Redis database is an open source database written in ANSI C.
  • the slide show position number of the slide data in the two-dimensional array is used as the key value to replace the index of the two-dimensional array, and the one-key value is used as the index to facilitate the storage of the data in the Redis database.
  • the hash table of the Redis database needs to use the key values of the array for data storage.
  • the read performance of the Redis database is extremely high, and the slide data is cached in the Redis database, which facilitates the reading of the slide data by the subsequent web server.
  • the website server links the Redis database, obtains the slide data in the hash table, and displays the slide data in the slide show position of the website according to the sequence of the slide show position number.
  • the module and module prefix can also be set to distinguish the slide data of different services stored in the Redis database, so as to facilitate the reading of the slide data, so that the read time can be set.
  • the setup module and module prefix are transmitted to the Redis database through parameters, and are transmitted to the slide data with the module name and the prefix name set by the hGetAll method, thereby reading the slide data.
  • the present invention also supports the manual replacement of the slides on the homepage of the website by the administrator in the background.
  • the home page slideshow replacement method is adopted, the user conveniently submits the slideshow data through the OA, and stores the audition passed slideshow data in the Mysql database, and then slides the slides in the Mysql database through the artificially set crawling rules.
  • the data is automatically crawled to avoid the cumbersomeness of manual screening on the home slide show.
  • the capture of the slide data is set by the timed task, so as to avoid frequent crawling and high concurrency, causing the collapse of the Mysql database.
  • the slideshow data is cached in the Redis database. When the demand is displayed, it can be extracted from the Redis database. The whole process is automatically completed, and the automatic replacement of the homepage slideshow is realized, which greatly reduces the workload of the administrator.
  • the embodiment of the invention further provides a website homepage slide replacement system based on the above-mentioned website homepage slide replacement method, which comprises a resource auditing module, a resource capture module, a resource cache module and a display module.
  • the resource auditing module is used to audit the slide data submitted by the user, and store the slide data passed by the application in the Mysql database; the resource grabbing module is used to perform the crawling condition in the Mysql database within the set time interval.
  • the capture of the slide data; the resource cache module is configured to store the captured slide data in a two-dimensional array, and loop the two-dimensional array to obtain the slide show position number of each slide data on the website homepage, and press the slide show position number.
  • the slide data in the two-dimensional array is stored in the hash table of the Redis database; the display module is used to link the Redis database, obtain the slide data in the hash table, and display in the slide show position of the website according to the sequence of the slide show position number. Slide data.
  • the Mysql database includes multiple sub-databases, and the slide data of the same presentation priority is stored in the same sub-database.
  • the crawling conditions include the total number of captured slide data, the number of captured slide data in each sub-database, and the capture of the specified slide data.
  • the resource capture module captures the slideshow resources according to the manually set crawling rules, and facilitates the display of the slideshow resources by the display module, thereby automatically completing the replacement of the entire website home slideshow, effectively Improve the efficiency of the website slideshow replacement and reduce the workload of managers.

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Abstract

一种网站首页幻灯更换方法，包括S1：用户提交幻灯数据进行首页幻灯位展示的申请；S2：申请通过的幻灯数据存储于Mysql数据库中；S3：在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；S4：将抓取的幻灯数据存储于二维数组中，循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号；S5：按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表中；S6：网站服务器获取hash表中的幻灯数据，按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。

Description

一种网站首页幻灯更换方法及系统 技术领域
本发明涉及网站管理设计领域，具体涉及一种网站首页幻灯更换方法和一种网站首页幻灯更换系统。
背景技术
为了增加广告等宣传目的，在网站的首页位置，会设置多个用于宣传的幻灯图片，俗称首页幻灯，多个幻灯图片轮流进行替换展示，，当用户点击首页幻灯，即可跳转到相应网页，从而达到广告宣传以及引流的目的。
但目前首页幻灯的更换均还采用人工更换的方式，每隔一段时间，首页幻灯管理员选择新的幻灯图片替换掉旧的幻灯图片，整个幻灯管理工作繁琐，且人工首页幻灯选择存在不确定性，无法保证首页幻灯所推送资源的优质性。
发明内容
针对现有技术中存在的缺陷，本发明的目的在于提供一种网站首页幻灯更换方法和一种网站首页幻灯更换系统，自动而高效地完成网站首页幻灯的更换。
为达到以上目的，本发明采取的技术方案是，包括：
S1：用户提交幻灯数据进行首页幻灯位展示的申请；
S2：申请通过的幻灯数据存储于Mysql数据库中；
S3：在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；
S4：将抓取的幻灯数据存储于二维数组中，循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号；
S5：按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表中；
S6：网站服务器获取hash表中的幻灯数据，按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
在上述技术方案的基础上，所述幻灯数据的申请通过OA提交，并进行申请审核。
在上述技术方案的基础上，
申请通过的首页幻灯数据按照展示优先级进行分级；
所述Mysql数据库包括多个子数据库；
同一展示优先级的幻灯数据存储于同一子数据库中。
在上述技术方案的基础上，所述抓取条件包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯数据的抓取。
在上述技术方案的基础上，对于在Mysql数据库中抓取的幻灯数据，使用array_merge方法将抓取的幻灯数据进行合并，并过滤掉相同的幻灯数据。
本发明还提供一种网站首页幻灯更换系统，包括：
资源审核模块，其用于对用户提交的幻灯数据进行审核，并将申请通过的幻灯数据存储于Mysql数据库中；
资源抓取模块，其用于在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；
资源缓存模块，其用于将抓取的幻灯数据存储于二维数组中，同时循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号，并按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于 Redis数据库的hash表中；
展示模块，其用于获取hash表中的幻灯数据，并按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
在上述技术方案的基础上，用户通过OA进行幻灯数据的提交。
在上述技术方案的基础上，申请通过的首页幻灯数据按照展示优先级进行分级。
在上述技术方案的基础上，所述Mysql数据库包括多个子数据库，且同一展示优先级的幻灯数据存储于同一子数据库中。
在上述技术方案的基础上，所述抓取条件包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯数据的抓取。
与现有技术相比，本发明一种网站首页幻灯更换方法的优点在于：用户通过OA便捷地对幻灯数据进行提交，并将审核通过的幻灯数据储存于Mysql数据库，然后通过人为设定的抓取规则，对Mysql数据库中的幻灯数据进行自动抓取，避免人工对首页幻灯展示时筛选的繁琐性，同时，幻灯数据的抓取采用定时任务设置，避免频繁的抓取带来高并发造成Mysql数据库的奔溃，抓取后的幻灯数据缓存于Redis数据库中，当需求展示时，从Redis数据库中提取即可，整个过程自动完成，实现网站首页幻灯的自动更换，极大地减轻了管理人员的工作负担。
本发明一种网站首页幻灯更换系统的优点在于：资源抓取模块按照人为设定的抓取规则对幻灯资源进行抓取，便于展示模块对幻灯资源的展示，从而自动完成整个网站首页幻灯的更换，有效提高网站首页幻灯更换的效率，减轻管理人员的工作负担。
附图说明
图1为本发明一种网站首页幻灯更换方法的流程图。
具体实施方式
以下结合附图及实施例对本发明作进一步详细说明。
参见图1所示，本发明实施例提供一种网站首页幻灯更换方法，用于对网站首页幻灯位的幻灯进行自动更换，如直播网站首页对于热门直播间宣传的幻灯的更换。本发明实施例网站首页幻灯更换方法具体包括：
S1：用户提交幻灯数据进行首页幻灯位展示的申请。幻灯数据为与广告宣传有关的图片、短视频动画等资源，通过幻灯资源即可对网站首页幻灯位的幻灯图片进行显示设置，点击幻灯图片，即可跳转到相应网站，达到广告引流的目的。幻灯数据的申请通过OA(Office Automation，办公自动化)提交，并进行申请审核，采用OA的申请流程方式，更加便捷，同时相关管理人员通过OA对提交的幻灯数据进行审核，审核规则可以人为自由设定，且申请通过的首页幻灯数据按照展示优先级进行分级，即对幻灯数据对应的宣传广告的重要性进行分级。
S2：申请通过的幻灯数据存储于Mysql数据库中，Mysql为一常见的关联数据库管理系统。Mysql数据库包括多个子数据库，同一展示优先级的幻灯数据存储于同一子数据库中，即上述分级后形成的同一级别的幻灯数据存储于同一子数据库中。
S3：在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取。时间间隔可以人为自由设定，采用时间间隔抓取的方式，避免在高并发情况下连接Mysql数据库抓取幻灯数据时，出现连接超时或连接数过高而造成Mysql数据库崩溃的情况。
抓取条件根据商务或运营需求进行制定，抓取条件一般包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯 数据的抓取，从而满足商务需求。对于在Mysql数据库中抓取的幻灯数据，使用array_merge方法将抓取的幻灯数据进行合并，并过滤掉相同的幻灯数据，保证抓取的幻灯数据的唯一性。array_merge方法为PHP中用于合并处理的函数，PHP为一种通用开源脚本语言。
对于合并后的幻灯数据，可以使用define方式，定义一个临时变量，用来接收合并后的幻灯数据，定义临时变量能够更好地方便数据的后续传出。
S4：将抓取的幻灯数据存储于二维数组中，循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号，网站首页的幻灯位有多个，能够同时展示多个幻灯数据，因此每个幻灯数据均有一个幻灯展示位置号，用以决定在首位展示时的位置。
S5：按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表(哈希表)中。Redis数据库是一个开源的使用ANSI C语言编写的数据库。
对于二维数组内的幻灯数据存储于Redis数据库的过程，将二维数组中幻灯数据的幻灯展示位置号作为键值取代二维数组的索引，一键值作为索引方便Redis数据库中数据的存储，Redis数据库的hash表进行数据存储时需用到数组的键值。
Redis数据库的读取性能极高，将幻灯数据缓存于Redis数据库中，，能够方便后续网站服务器对幻灯数据的读取。
S6：网站服务器链接Redis数据库，获取hash表中的幻灯数据，按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
对于存储于Redis数据库的幻灯数据，还可以设置模块与模块前缀，从而对Redis数据库中存储的不同业务的幻灯数据进行区分，方便幻灯数据的读取，，因此在读取时，可以将设置的设置模块与模块 前缀通过参数传输到Redis数据库中，并采用hGetAll方法，传输给设置过模块名和前缀名的幻灯数据，从而进行幻灯数据的读取。
当然，本发明还支持管理人员在后台对对网站首页的幻灯进行手动更换。
本发明实施例中网站首页幻灯更换方法，用户通过OA便捷地对幻灯数据进行提交，并将审核通过的幻灯数据储存于Mysql数据库，然后通过人为设定的抓取规则，对Mysql数据库中的幻灯数据进行自动抓取，避免人工对首页幻灯展示时筛选的繁琐性，同时，幻灯数据的抓取采用定时任务设置，避免频繁的抓取带来高并发造成Mysql数据库的奔溃，抓取后的幻灯数据缓存于Redis数据库中，当需求展示时，从Redis数据库中提取即可，整个过程自动完成，实现网站首页幻灯的自动更换，极大地减轻了管理人员的工作负担。
本发明实施例还提供一种基于上述网站首页幻灯更换方法的网站首页幻灯更换系统，包括资源审核模块、资源抓取模块、资源缓存模块和展示模块。
资源审核模块用于对用户提交的幻灯数据进行审核，并将申请通过的幻灯数据存储于Mysql数据库中；资源抓取模块用于在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；资源缓存模块用于将抓取的幻灯数据存储于二维数组中，同时循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号，并按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表中；展示模块用于链接Redis数据库，获取hash表中的幻灯数据，并按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
其中，用户通过OA进行幻灯数据的提交。Mysql数据库包括多个子数据库，且同一展示优先级的幻灯数据存储于同一子数据库中。 抓取条件包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯数据的抓取。
本发明实施例的网站首页幻灯更换系统，资源抓取模块按照人为设定的抓取规则对幻灯资源进行抓取，便于展示模块对幻灯资源的展示，从而自动完成整个网站首页幻灯的更换，有效提高网站首页幻灯更换的效率，减轻管理人员的工作负担。
本发明不局限于上述实施方式，对于本技术领域的普通技术人员来说，在不脱离本发明原理的前提下，还可以做出若干改进和润饰，这些改进和润饰也视为本发明的保护范围之内。本说明书中未作详细描述的内容属于本领域专业技术人员公知的现有技术。

Claims (10)

  1. 一种网站首页幻灯更换方法，其特征在于，包括：
    S1：用户提交幻灯数据进行首页幻灯位展示的申请；
    S2：申请通过的幻灯数据存储于Mysql数据库中；
    S3：在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；
    S4：将抓取的幻灯数据存储于二维数组中，循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号；
    S5：按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表中；
    S6：网站服务器获取hash表中的幻灯数据，按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
  2. 如权利要求1所述的一种网站首页幻灯更换方法，其特征在于：所述幻灯数据的申请通过OA提交，并进行申请审核。
  3. 如权利要求1所述的一种网站首页幻灯更换方法，其特征在于：
    申请通过的首页幻灯数据按照展示优先级进行分级；
    所述Mysql数据库包括多个子数据库；
    同一展示优先级的幻灯数据存储于同一子数据库中。
  4. 如权利要求3所述的一种网站首页幻灯更换方法，其特征在于：所述抓取条件包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯数据的抓取。
  5. 如权利要求1所述的一种网站首页幻灯更换方法，其特征在于：对于在Mysql数据库中抓取的幻灯数据，使用array_merge方法将抓取的幻灯数据进行合并，并过滤掉相同的幻灯数据。
  6. 一种网站首页幻灯更换系统，其特征在于，包括：
    资源审核模块，其用于对用户提交的幻灯数据进行审核，并将申请通过的幻灯数据存储于Mysql数据库中；
    资源抓取模块，其用于在设定时间间隔内按设定抓取条件在Mysql数据库中进行幻灯数据的抓取；
    资源缓存模块，其用于将抓取的幻灯数据存储于二维数组中，同时循环二维数组取得每个幻灯数据在网站首页的幻灯展示位置号，并按幻灯展示位置号的先后顺序，将二维数组内的幻灯数据存储于Redis数据库的hash表中；
    展示模块，其用于获取hash表中的幻灯数据，并按照幻灯展示位置号顺序，在网站首页幻灯位展示幻灯数据。
  7. 如权利要求6所述的一种网站首页幻灯更换系统，其特征在于：用户通过OA进行幻灯数据的提交。
  8. 如权利要求6所述的一种网站首页幻灯更换系统，其特征在于：申请通过的首页幻灯数据按照展示优先级进行分级。
  9. 如权利要求8所述的一种网站首页幻灯更换系统，其特征在于：所述Mysql数据库包括多个子数据库，且同一展示优先级的幻灯数据存储于同一子数据库中。
  10. 如权利要求6所述的一种网站首页幻灯更换系统，其特征在于：所述抓取条件包括幻灯数据总抓取个数、各个子数据库内幻灯数据的抓取个数以及指定幻灯数据的抓取。
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