Multi-platform synchronous management method for self-media content publishing

Abstract

According to the multi-platform synchronous management method for self-media content release, multi-platform synchronous management for self-media content release is completed by establishing a proxy server in information connection with a third-party self-media platform and a unified self-media release management platform in information connection with the proxy server. Comprising the following steps: acquiring a plurality of third-party self-media platforms which need to be subjected to synchronous content publishing by a user; distributing a target ID for the user, and generating an account management list, an account synchronization list and configuration information of the user; and obtaining the resource content and the synchronous publishing list of the user, and sending the completed content synchronous publishing based on the configuration information, the resource content and the synchronous publishing list. According to the method and the system, full-process management of content publishing, interactive information consulting and feedback of a plurality of third-party self-media platforms on one synchronous management system is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of self-media content synchronization management, and specifically relates to a multi-platform synchronization management method for self-media content publishing. Background Art

[0002] There is a wide variety of self-media platforms, and it has become normal for people to have multiple self-media platforms. Simultaneously publishing the same information on multiple self-media platforms has also become a basic social need. Especially for bloggers and celebrities, they often need to publish the same content on multiple self-media platforms. Logging in to, managing, and publishing content on multiple independent information publishing platforms undoubtedly brings a lot of inconvenience to users.

[0003] Existing technologies have paid attention to methods for synchronously publishing content on multiple self-media platforms. However, most of these technologies only focus on content publishing itself. After content is published, for the management and retrieval of interactive information of other users regarding the content, as well as further feedback operations of users on this interactive information, it is still necessary to log in to the corresponding self-media platforms separately. Therefore, the existing self-media platform content synchronous publishing solutions do not provide a complete synchronous management solution during the entire process of using self-media, and still cannot truly solve the need for users to manage multiple self-media platforms. Summary of the Invention

[0004] To solve the deficiencies of the existing technologies, the present invention provides a multi-platform synchronization management method for self-media content publishing. The multi-platform synchronization management of self-media content publishing is completed by building a proxy server connected to the information of third-party self-media platforms and a unified self-media publishing management platform connected to the information of the proxy server. Among them, the unified self-media publishing management platform, the proxy server, and the third-party self-media platforms achieve the multi-platform synchronization management of self-media content publishing through the following steps: On the side of the unified self-media publishing management platform: Step S1: For each user, obtain multiple third-party self-media platforms set by the user that require synchronous content publishing management; Step S2: Assign a unique target ID to the user, associate the target ID with each third-party self-media platform set by the user that requires synchronous content publishing management, and the user names of the user on each third-party self-media platform, to generate an account management list of the user; Step S3: Based on the user's selection, group the multiple third-party self-media platforms that require synchronous content publishing management to generate multiple groups of account synchronization lists; Step S4: Based on the multiple third-party self-media platforms set by the user that require synchronous content publishing management, generate configuration information; Step S5: Obtain the resource content input by the user; Step S6: The user selects from the account management list in Step S2 or the account synchronization list in Step S3 to generate a synchronization and publication list; Step S7: Send the configuration information, resource content, and synchronization and publication list to the proxy server; On the proxy server side: Step S8: Obtain the content rules of each third-party self-media platform involved in the synchronization and publication list from the configuration information, convert the format of the resource content according to the content rules, and send it to each third-party self-media platform involved in the synchronization and publication list for content publication.

[0005] Among them, in Step S1, after the unified self-media publication management platform obtains multiple third-party self-media platforms that the user sets for synchronous content publication management, it sequentially invokes the relevant login components. After the user logs in or registers through the login components, the third-party self-media platforms that have been successfully logged in or registered are set as the third-party self-media platforms that the user needs to perform synchronous content publication management.

[0006] Among them, when the user publishes self-media content, the user logs in to the unified self-media publication management platform through the login component of any one of the multiple third-party self-media platforms that the user sets for synchronous content publication management.

[0007] Among them, in Step S2, after the user completes the registration or login operation of the first third-party self-media platform that needs to be managed for synchronous content publication on the invoked login component, a target ID is automatically assigned to the user.

[0008] Among them, in Step S7, the configuration information includes the resource content format information, communication interface information, and publication method information of multiple third-party self-media platforms that the user sets for synchronous content publication management.

[0009] Among them, the proxy server side encapsulates the webservice interface of the third-party self-media platform. In Step S8, after the proxy server converts the format of the resource content input by the user according to the content rules, it sends the resource content after format conversion to each third-party self-media platform involved in the synchronization and publication list through the webservice interfaces of each third-party self-media platform involved in the synchronization and publication list.

[0010] Among them, the following steps are also included: The proxy server receives the interaction information of the third-party self-media platform and sends it to the unified self-media publication management platform.

[0011] Among them, the interaction information of the third-party self-media platform received by the proxy server includes the interaction information of other users with the published content, and the interaction information includes comments, forwards, collections, and likes.

[0012] The multi-platform synchronous management method for self-media content publishing of the present invention can not only complete the synchronous publishing of content, but also achieve the synchronization of information interaction. Moreover, users only need to log in to any one of the third-party self-media platforms to view the interaction information of all third-party self-media platforms that need to be synchronously managed and directly give further feedback on the synchronous management system. In this way, the full-process management of content publishing, interaction information viewing, and feedback of multiple third-party self-media platforms is realized on one synchronous management system. Brief Description of the Drawings

[0013] Figure 1 It is a logical architecture diagram of the multi-platform synchronous management system for self-media content publishing of the present invention.

[0014] Figure 2 It is a logical architecture diagram of another multi-platform synchronous management system for self-media content publishing of the present invention. Detailed Description of the Invention

[0015] In order to have a further understanding of the technical solutions and beneficial effects of the present invention, the technical solutions of the present invention and the beneficial effects they produce will be described in detail below with reference to the accompanying drawings.

[0016] The multi-platform synchronous management method for self-media content publishing of the present invention is completed by building a connected proxy server and a unified self-media publishing management platform. The proxy server is connected to common third-party self-media platforms at present, and it serves as an intermediate information forwarding carrier to complete the unified publishing of the resource content input by users through the unified self-media publishing management platform on multiple third-party self-media platforms. At the same time, the interaction information of other users on the third-party self-media platforms is centrally fed back to the unified self-media publishing management platform. The content publishing and information interaction of multiple third-party self-media platforms are completed through a unified self-media publishing management platform, which greatly facilitates the operation of users. Embodiment 1

[0017] Figure 1 It is a logical architecture diagram of the multi-platform synchronous management system (hereinafter referred to as "synchronous management system") for self-media content publishing of Embodiment 1 of the present invention. The following details the full-process implementation details of the multi-platform synchronous management method for self-media content publishing of the present invention in combination with Figure 1 the logical architecture.

[0018] The unified self-media publishing management platform includes an account management module, an account synchronization list management unit, a synchronous publishing list module, a local platform interface, a configuration module, a configuration database, and a resource content acquisition module; the proxy server includes a data conversion module, an interface encapsulation module, and a login component acquisition module, where: The login component acquisition module is connected to each third-party self-media platform that can be managed by this system, and is used to acquire the login components of each third-party self-media platform; The account management module is connected to the login component acquisition module, the account synchronization list management unit, and the synchronous publishing list module, and is used to, based on the user's selection, retrieve the login components of the corresponding third-party self-media platforms, enable the user to complete the login or registration of the corresponding third-party self-media platforms, and associate the accounts of multiple third-party self-media platforms that the user needs to perform synchronous content publishing management on, to generate the user's account management list; The account synchronization list management unit is connected to the account management module and the synchronous publishing list module, and is used to group the accounts of multiple associated third-party self-media platforms to generate multiple groups of account synchronization lists; The synchronous publishing list module is connected to the account management module, the account synchronization list management unit, and the local platform interface, and is used to, based on the user's selection of the account management list or the account synchronization list, determine the third-party self-media platforms that need to perform synchronous content publishing in this publishing operation, and send the determined third-party self-media platforms that need to perform synchronous content publishing in this publishing operation to the local platform interface; The configuration module is connected to the account management module, the configuration database, and the local platform interface, and is used to acquire multiple third-party self-media platforms that need to perform synchronous content publishing management from the account management module, and based on the acquired third-party self-media platforms, acquire the configuration information required by each third-party self-media platform from the configuration database, and send the configuration information to the local platform interface; The resource content acquisition module is used to acquire the resource content input by the user; The local platform interface is connected to the synchronous publishing list module, the configuration module, the resource content acquisition module, and the data conversion module, and is used to respectively acquire the third-party self-media platforms that need to perform synchronous content publishing in this publishing operation, the configuration information, and the resource content input by the user in this publishing operation from the synchronous publishing list module, the configuration module, and the resource content acquisition module, and send the acquired third-party self-media platforms that need to perform synchronous content publishing in this publishing operation, the configuration information, and the resource content input by the user in this publishing operation to the data conversion module; The data conversion module is connected to the local interface platform and the interface encapsulation module. It is used to obtain from the local interface platform the third-party self-media platforms, configuration information, and the resource content input by the user in this release operation that need to perform synchronous content publishing. According to the respective corresponding configuration information of the third-party self-media platforms that need to perform synchronous content publishing in this release operation, it converts the resource content input by the user in this release operation into the data formats required by the third-party self-media platforms that need to perform synchronous content publishing in this release operation, and sends them to the interface encapsulation module; The interface encapsulation module is connected to each third-party self-media platform that can be managed by this system. It encapsulates the webservice interfaces of each third-party self-media platform that can be managed by this system. It is used to send the resource content that has been converted into the data formats required by the third-party self-media platforms that need to perform synchronous content publishing in this release operation, which is obtained from the data conversion module, to the corresponding third-party self-media platforms that need to perform synchronous content publishing in this release operation through the webservice interfaces of the corresponding third-party self-media platforms, and the corresponding third-party self-media platforms perform content publishing.

[0019] Now in combination with Figure 1 A complete multi-platform synchronous management method of the present invention will be described in detail.

[0020] 1. Initial system setup Before performing multi-platform synchronous management of the present invention, first, the webservice interfaces of each third-party self-media platform that can be managed are encapsulated in the interface encapsulation module of the proxy server. The third-party self-media platforms here can cover various common third-party self-media platforms currently, specifically, it can involve self-media platforms such as short video self-media platforms, Weibo self-media platforms, and blog self-media platforms, etc., which are suitable for different publishing needs.

[0021] Secondly, the present invention saves the content rules of each third-party self-media platform when performing content publishing in the configuration database. The content rules are the configuration information of the third-party self-media platform when performing content publishing, including the required resource content format information, communication interface information, and publishing method information.

[0022] 2. Account management When the user first uses the synchronous management system of the present invention, they need to log in to the third-party self-media platforms that need to perform synchronous content publishing management in sequence. The account management module generates an account management list. The specific implementation method is as follows: (1)The user logs in to the first third-party self-media platform (assumed to be the "DD Short Video Platform"). At this time, the account management module obtains the login component of the first third-party self-media platform through the login component acquisition module. After the user successfully logs in or registers through the login component of the first third-party self-media platform (assuming the login name is "Zhang San"), the account management module automatically generates a unique target ID for the user (assumed to be "001"), and associates the target ID with the first third-party self-media platform and the user's username on the first third-party self-media platform; (2)The user logs in to the second third-party self-media platform (assumed to be the "KK Short Video Platform"). At this time, the account management module obtains the login component of the second third-party self-media platform through the login component acquisition module. After the user successfully logs in or registers through the login component of the second third-party self-media platform (assuming the login name is "Li Si"), the account management module associates the target ID with the second third-party self-media platform and the user's username on the second third-party self-media platform; (3)The user logs in to the third third-party self-media platform (assumed to be the "WW Weibo Platform"). At this time, the account management module obtains the login component of the third third-party self-media platform through the login component acquisition module. After the user successfully logs in or registers through the login component of the third third-party self-media platform (assuming the login name is "Wang Wu"), the account management module associates the target ID with the third third-party self-media platform and the user's username on the third third-party self-media platform; (4)And so on. After the user has logged in or registered for all the third-party self-media platforms that need to be managed for content synchronization, the account management module gives an account management list in the form of key-value pairs as follows: (001; DD Short Video Platform, Zhang San; KK Short Video Platform, Li Si; WW Weibo Platform, Wang Wu; ZZ Forum Platform, Liu Liu; BD Forum Platform, Yang Xing; XHS Short Video Platform, Chen Si).

[0023] The synchronization management system of the present invention can set sub-login interfaces of all manageable third-party self-media platforms on the login interface for users to select; afterwards, when the user logs in to this synchronization management system again, the user can choose to log in to any one of the third-party self-media platforms associated in the account management list. After successful login, the account management module will automatically associate with the user's target ID (such as "001") based on the logged-in third-party self-media platform, so as to obtain the user's unique ID information in the synchronization management system, as well as other information associated with this unique ID information, such as: the user's account management list, the user's account synchronization list (detailed below), and the user's configuration information (detailed below).

[0024] After that, if the user needs to add a third-party self-media platform for which content release management synchronization is required, they can log in to the new third-party self-media platform for which content release management synchronization is required after the existing third-party self-media platforms in the login account management list, and the unified self-media release management platform will associate the new third-party self-media platform for which content release management synchronization is required to the account management list.

[0025] Therefore, in the synchronization management system of the present invention, through the settings of the login component acquisition module and the account management module, the user does not need to register an account separately. Only the account of any one of the currently registered or logged-in third-party self-media platforms of the user can be used to complete the registration or login of the synchronization management system. After logging in, it can be associated with other third-party self-media platforms that require synchronization management, greatly improving the convenience of use for the user.

[0026] 3. Account Synchronization List Management Unit Considering that different self-media platforms have different ways of publishing content, especially differences in data requirements and content characteristics; the synchronization management system of the present invention can automatically generate an account synchronization list for the user's account management list, group the third-party self-media platforms in the account management list, and divide similar platforms into the same group to generate multiple groups of account synchronization lists.

[0027] Taking the account management list (001; DD Short Video Platform, Zhang San; KK Short Video Platform, Li Si; WW Weibo Platform, Wang Wu; ZZ Forum Platform, Liu Liu; BD Forum Platform, Yang Xing; XHS Short Video Platform, Chen Si) as an example, the present invention can automatically group it to generate the following multiple groups of account synchronization lists: The first group of account synchronization list: (DD Short Video Platform, Zhang San; KK Short Video Platform, Li Si; XHS Short Video Platform, Chen Si); The second group of account synchronization list: (ZZ Forum Platform, Liu Liu; BD Forum Platform, Yang Xing); The third group of account synchronization list: (WW Weibo Platform, Wang Wu); On this basis, the user can customize more account synchronization lists according to actual needs, or add, delete, etc. to the above account synchronization lists to generate new account synchronization lists.

[0028] 4. Resource Content Acquisition and Publishing Specifically, it includes the following steps: (1) The user inputs resource content; (2) The configuration module obtains the account management list from the account management module, retrieves multiple third-party self-media platforms that need to be synchronized for content release management set by the user from the account management list, and based on the multiple third-party self-media platforms that need to be synchronized for content release management set by the user, obtains the configuration information of the multiple third-party self-media platforms that need to be synchronized for content release management from the configuration database, and sends the configuration information to the local platform interface; For example, the obtained account management list is (001; DD Short Video Platform, Zhang San; KK Short Video Platform, Li Si; WW Weibo Platform, Wang Wu; ZZ Forum Platform, Liu Liu; BD Forum Platform, Yang Xing; XHS Short Video Platform, Chen Si). From this list, the multiple third-party self-media platforms that need to be synchronized for content release management are obtained as the DD Short Video Platform, KK Short Video Platform, WW Weibo Platform, ZZ Forum Platform, BD Forum Platform, and XHS Short Video Platform. After that, the configuration information of the DD Short Video Platform, KK Short Video Platform, WW Weibo Platform, ZZ Forum Platform, BD Forum Platform, and XHS Short Video Platform is obtained from the configuration database, and the configuration information is sent to the local platform interface; (3) The user sets the third-party self-media platforms that need to be synchronized for the current release operation. Based on the third-party self-media platforms that need to be synchronized for the current release operation set by the user, a synchronization release list that needs to be synchronized for the current release operation is generated; the synchronization release list that needs to be synchronized for the current release operation includes the third-party self-media platforms that need to be synchronized for the current release operation, the user names of the user on the corresponding third-party self-media platforms, and the target ID of the user; The ways for the user to set the third-party self-media platforms that need to be synchronized for the current release operation can be selected as follows: Select the third-party self-media platforms that need to be synchronized for the current release operation from the existing account management list; Directly retrieve a certain account synchronization list from the account synchronization list management unit to obtain the third-party self-media platforms that need to be synchronized for the current release operation; Retrieve a certain account synchronization list from the account synchronization list management unit, and perform addition, deletion, and adjustment to obtain the third-party self-media platforms that need to be synchronized for the current release operation; (4) Send the configuration information, the synchronization release list, and the resource content input by the user to the data conversion module through the local platform interface. The data conversion module performs the following processing: Retrieve the third-party self-media platforms that need to be synchronized for the current release operation from the synchronization release list; Obtain the resource content format information and publishing method information of each third-party self-media platform that needs to perform synchronous content publishing in this release operation from the configuration information, and perform format conversion on the resource content input by the user according to the resource content format information and the publishing method information; Obtain the communication interface information of each third-party self-media platform that needs to perform synchronous content publishing in this release operation from the configuration information. According to the communication interface information, retrieve the webservice interfaces of each third-party self-media platform that needs to perform synchronous content publishing from the interface encapsulation module, and send the format-converted resource content to the corresponding third-party self-media platform through the retrieved webservice interfaces, and the corresponding third-party self-media platform will perform content publishing.

[0029] Therefore, the synchronous management system of the present invention can directly generate an account synchronization list based on the content characteristics of the account according to the user's account management list, and group and manage the third-party self-media platforms in the account management list; when performing synchronous publishing of resource content, the user can directly call the stored account synchronization list or perform customized adjustment on the account synchronization list, without the user having to select the platforms that need to perform synchronous content publishing from many third-party self-media platforms each time, greatly improving the usability. Embodiment 2

[0030] In practical applications, the users of the unified self-media publishing management platform are mostly unique users. However, after the resource content is published, the feedback is received by many other users faced by multiple third-party self-media platforms. This situation especially involves bloggers with a high degree of popularity. Often, after a user completes the batch publishing of a certain resource content through the unified self-media publishing management platform, multiple third-party self-media platforms will feedback a large amount of interactive information, such as comments, forwards, collections, and likes. The multi-platform synchronous management system for self-media content publishing provided by the present invention is not only to facilitate users to uniformly publish resource content, but also needs to further facilitate users to uniformly receive the interactive information feedback by multiple third-party self-media platforms, and at the same time, complete the further interaction with the interactive information feedback by multiple third-party self-media platforms on the unified self-media publishing management platform.

[0031] Therefore, Embodiment 2 of the present invention provides a logical architecture diagram of a multi-platform synchronous management system for self-media content publishing. On the basis of Embodiment 1, this embodiment further includes a data synchronization buffer platform and a feedback information database; among them, the feedback information database is connected to the local platform interface, and the data synchronization buffer platform is information-connected to the account management module, the local platform interface, and each third-party self-media platform that the synchronous management system can manage, and is used to receive the interaction information of other users on the third-party self-media platform and feedback it through the local platform interface and save it to the feedback information database for users to view and further interact.

[0032] A specific feedback method is as follows: 1. Every time an interaction information is generated on the third-party self-media platform, an incremental file is generated, and the third-party self-media platform sends the generated incremental file to the data synchronization buffer platform; among them, each incremental file includes: interaction information, the uniform resource locator URL carried in the interaction information, the name of the third-party self-media platform to which the interaction information belongs (such as the "DD Short Video Platform", "KK Short Video Platform", and "WW Weibo Platform" mentioned above), and the user name targeted by the interaction information (that is, the object of the interaction). 2. Based on the name of the third-party self-media platform in the incremental file and the user name targeted by the interaction information, the data synchronization buffer platform obtains the target ID corresponding to the name of the third-party self-media platform and the user name targeted by the interaction information from the account management module (for example, in a certain incremental file, the interaction information is a comment on a certain resource content of "Zhang San" on the "DD Short Video Platform", then based on the user name "Zhang San" and the third-party self-media platform name "DD Short Video Platform", the target ID "001" is obtained from the account management module). 3. The data synchronization buffer platform adds the obtained target ID to the file header of the incremental file to generate a target incremental file, and sends the target incremental file to the feedback information database through the local platform interface. 4. The feedback information database maintains a sub-database for each target ID. The feedback information database finds the corresponding sub-database based on the target ID in the target incremental file and stores the target incremental file in the sub-database.

[0033] When the user corresponding to the target ID logs in to the unified self-media publishing management platform, the relevant interaction information can be seen from the sub-database. Since the target incremental file carries the uniform resource locator URL, the user can directly locate the link of the interaction information on the unified self-media publishing management platform based on the uniform resource locator URL and directly conduct further interactions, such as replying to comments.

[0034] It should be noted that, as described above, in the present invention, when a user logs in, the user can choose to log in to any one of the third-party self-media platforms associated in the user's account management list. After successful login, the account management module will automatically associate with the user's target ID (such as "001") based on the logged-in third-party self-media platform, so as to obtain the user's unique ID information in the synchronization management system and other information associated with this unique ID information; therefore, after the user logs in to any third-party self-media platform that needs to manage the synchronization of content, the user can view the interaction information of all third-party self-media platforms associated in the user's account management list.

[0035] Thus, the synchronization management system of the present invention can not only complete the synchronization of content publishing, but also achieve the synchronization of information interaction; and the user only needs to log in to any one of the third-party self-media platforms for synchronization management to view the interaction information of all third-party self-media platforms that need to be synchronized and directly give further feedback on the synchronization management system. In this way, the full-process management of content publishing, interaction information viewing and feedback of multiple third-party self-media platforms is realized on one synchronization management system.

[0036] As described above, in the present invention, when a user publishes resource content through the synchronization management system, the unified self-media publishing management platform faces one user. However, when feedbacking interaction information, it may face a large amount of information. Especially for bloggers and stars with high popularity, there may be tens of thousands of comments per minute under each dynamic they post; and in the synchronization management system of the present invention, each resource content publishing is connected to multiple third-party self-media platforms, and tens of thousands of comments will be fed back to the feedback information database in multiples through the data synchronization buffer platform of the proxy server. In this way, when the amount of information is large, it is easy to cause resource blockage and system resource tension.

[0037] Therefore, in order to ensure that the feedback information is fed back to the feedback information database in an orderly manner, in another preferred embodiment of the present invention, the data synchronization buffer platform feeds back the interaction information by introducing a buffer queue and an effective time period. A specific implementation method is as follows: 1. Every time an interaction information is generated on the third-party self-media platform, an incremental file is generated, and the third-party interaction platform sends the generated incremental file to the data synchronization buffer platform; each incremental file includes: interaction information, the uniform resource locator URL carried in the interaction information, the name of the third-party self-media platform to which the interaction information belongs (such as "DD Short Video Platform", "KK Short Video Platform" and "WW Weibo Platform" as described above), and the user name targeted by the interaction information (i.e., the object of the interaction). 2. The data synchronization buffer platform obtains the target ID corresponding to the third-party self-media platform name and the user name targeted by the interaction information in the incremental file from the account management module based on the third-party self-media platform name and the user name targeted by the interaction information; 3. The data synchronization buffer platform allocates an identification byte that is uniquely corresponding to the target ID, the third-party self-media platform name to which the interaction information belongs, and the user name targeted by the interaction information. The length of the identification byte is much smaller than the total length of the target ID, the third-party self-media platform name to which the interaction information belongs, and the user name targeted by the interaction information; 4. The data synchronization buffer platform sends the corresponding relationship between the third-party self-media platform name to which the interaction information belongs, the user name targeted by the interaction information, the target ID, and the identification byte to the feedback information database through the local platform interface for maintenance by the feedback information database; the feedback information database maintains a sub-database for each target ID, and the feedback information database stores the corresponding relationship between the third-party self-media platform name to which the received interaction information belongs, the user name targeted by the interaction information, the target ID, and the identification byte in the sub-database corresponding to the target ID; 5. The data synchronization buffer platform allocates a buffer queue and an effective lifetime for the identification byte; and writes the identification byte, the target ID, the third-party self-media platform name to which the interaction information belongs, and the user name targeted by the interaction information at the head of the buffer queue; 6. During the effective lifetime, the data synchronization buffer platform continuously receives incremental files generated by the third-party self-media platform, finds the corresponding buffer queue through the third-party self-media platform name to which the interaction information in the incremental file belongs and the user name targeted by the interaction information, writes the incremental file into the buffer queue, and at the same time, deletes the third-party self-media platform name to which the interaction information in the incremental file belongs and the user name targeted by the interaction information; 7. After the effective lifetime ends, the data synchronization buffer platform sends all the incremental files in the buffer queue, as well as the target ID and the identification byte at the head of the buffer queue, to the feedback information database through the local platform interface; at the same time, releases the buffer queue and the identification byte resources; 8. The feedback information database finds the corresponding sub-database based on the target ID and writes the incremental file into the sub-database; 9. The feedback information database finds the third-party self-media platform name to which the interaction information belongs and the user name targeted by the interaction information based on the identification byte, and writes the third-party self-media platform name to which the interaction information belongs and the user name targeted by the interaction information into each incremental file, and then releases the identification byte resources.

[0038] The synchronization process of the above interaction information is equivalent to: During a valid lifetime, the received incremental files are temporarily stored in the data synchronization buffer platform and are sent uniformly at regular intervals (a valid lifetime). In this way, for a large amount of interactive information, the resource overhead caused by the data synchronization buffer platform frequently interacting through the local platform interface and the feedback information database is avoided, greatly saving the workload of the synchronization management system; the valid lifetime can be set to one minute, five minutes, ten minutes, or even one hour, etc. according to actual needs. For most users, it is impossible to always pay attention to the dynamics on their respective media platforms. Therefore, an information feedback frequency of several minutes or even one hour will not affect their actual usage requirements; At the same time, during the valid lifetime, only the interactive information and the uniform resource locator URL carried in the interactive information are retained in the incremental files stored by the present invention, while the names of the third-party self-media platforms to which the interactive information belonging to the large-space-occupying interactive information belongs and the user names targeted by the interactive information are not saved. In this way, the buffer space of the data synchronization buffer platform is greatly saved; Finally, the present invention associates the target ID, the name of the third-party self-media platform to which the interactive information belongs, and the user name targeted by the interactive information by allocating identification bytes. After writing the incremental file into the feedback information database, the feedback information database can determine the name of the third-party self-media platform to which the interactive information belongs and the user name targeted by the interactive information through the identification bytes, and rewrite the name of the third-party self-media platform to which the interactive information belongs and the user name targeted by the interactive information into the incremental file, so as to facilitate the user to distinguish which third-party self-media platform the interactive information specifically comes from, and truly realize the full-process multi-platform synchronization management.

[0039] Although the present invention has been described using the above preferred embodiments, it is not intended to limit the protection scope of the present invention. Any person skilled in the art can make various changes and modifications to the above embodiments without departing from the spirit and scope of the present invention, and these still belong to the protection scope of the present invention. Therefore, the protection scope of the present invention shall be defined by the claims.

Claims

1. A multi-platform synchronous management method for self-media content publishing, characterized in that: Multi-platform synchronous management of self-media content publishing is completed by setting up a proxy server connected to the information of a third-party self-media platform and a unified self-media publishing management platform connected to the information of the proxy server. Among them, the unified self-media publishing management platform, the proxy server, and the third-party self-media platform achieve multi-platform synchronous management of self-media content publishing through the following steps: On the side of the unified self-media publishing management platform: Step S1: For each user, obtain multiple third-party self-media platforms set by the user for synchronous content publishing management; Step S2: Assign a unique target ID to the user, associate the target ID with each third-party self-media platform set by the user for synchronous content publishing management, and the user names of the user on each third-party self-media platform, and generate an account management list for the user; Step S3: Based on the user's selection, group multiple third-party self-media platforms that need to be managed for synchronous content publishing to generate multiple groups of account synchronization lists; Step S4: Generate configuration information based on multiple third-party self-media platforms set by the user for synchronous content publishing management; Step S5: Obtain the resource content input by the user; Step S6: The user generates a synchronous publishing list by selecting from the account management list in Step S2 or the account synchronization list in Step S3; Step S7: Send the configuration information, resource content, and synchronous publishing list to the proxy server; On the side of the proxy server: Step S8: Obtain the content rules of each third-party self-media platform involved in the synchronous publishing list from the configuration information, convert the format of the resource content according to the content rules, and send it to each third-party self-media platform involved in the synchronous publishing list for content publishing.

2. The multi-platform synchronous management method for self-media content publishing according to claim 1, characterized in that: In Step S1, after the unified self-media publishing management platform obtains multiple third-party self-media platforms set by the user for synchronous content publishing management, it sequentially invokes the relevant login components. After the user logs in or registers through the login components, the third-party self-media platforms that have been logged in or registered successfully are set as the third-party self-media platforms that the user needs to manage for synchronous content publishing.

3. The multi-platform synchronous management method for self-media content publishing according to claim 2, wherein: When the user publishes self-media content, the user completes the login on the unified self-media publishing management platform through the login component of any one of the multiple third-party self-media platforms set by the user for synchronous content publishing management.

4. The multi-platform synchronous management method for self-media content publishing according to claim 2, characterized in that: In Step S2, after the user completes the registration or login operation of the first third-party self-media platform that needs to be managed for synchronous content publishing on the invoked login component, a target ID is automatically assigned to the user.

5. The multi-platform synchronous management method for self-media content publishing according to claim 1, characterized in that: In Step S7, the configuration information includes the resource content format information, communication interface information, and publishing method information of multiple third-party self-media platforms set by the user for synchronous content publishing management.

6. The multi-platform synchronous management method for self-media content publishing according to claim 1, characterized in that: The proxy server encapsulates the webservice interface of the third-party self-media platform. In step S8, after the proxy server converts the format of the resource content input by the user according to the content rules, it sends the resource content with the converted format to each third-party self-media platform involved in the synchronous publication list through the webservice interfaces of each third-party self-media platform involved in the synchronous publication list.

7. The multi-platform synchronous management method for self-media content publishing according to claim 1, wherein It further includes the following steps: The proxy server receives the interaction information of the third-party self-media platform and sends it to the unified self-media publishing management platform.

8. The multi-platform synchronous management method for self-media content publishing according to claim 1, characterized in that: The interaction information of the third-party self-media platform received by the proxy server includes the interaction information of other users with the published content, and the interaction information includes comments, forwards, collections, and likes.

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