CN109218447B - Media file distribution method and file distribution platform - Google Patents
Media file distribution method and file distribution platform Download PDFInfo
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- CN109218447B CN109218447B CN201811267922.3A CN201811267922A CN109218447B CN 109218447 B CN109218447 B CN 109218447B CN 201811267922 A CN201811267922 A CN 201811267922A CN 109218447 B CN109218447 B CN 109218447B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
Abstract
The application provides a file distribution platform and a file distribution method, wherein a branch server in the file distribution platform is used for creating and storing a media file corresponding to a service identifier, and uploading the media file corresponding to the service identifier to a head office server; the head office server is used for receiving and storing the media files corresponding to the service identification and distributing the media files corresponding to the service identification to other branch servers except the branch servers; and the other branch servers are used for receiving and storing the media files corresponding to the service identifications. Since the branch servers are not communicated with each other, the branch servers upload the media files corresponding to the service identifiers to the head office server, so that the head office server issues the media files corresponding to the service identifiers to the other branch servers, and therefore each branch server stores the same media files for the same service, and bank users obtain the same media files for the same service.
Description
Technical Field
The present application relates to the field of communications technologies, and in particular, to a media file distribution method and a file distribution platform.
Background
At present, a file distribution platform of a banking system includes a head office server (country level), a plurality of branch servers (province level), and a jurisdiction of each branch server includes a plurality of network points, and each network point has a plurality of network point terminals.
At present, in the process of service propaganda, each branch server for the same service creates a media file corresponding to a service identifier and sends the media file to a network point terminal in the jurisdiction range of the branch server, so that each branch server has different media files for the same service.
Disclosure of Invention
In view of this, the present application provides a media file distribution method and a file distribution platform, which can ensure that each branch server has the same media file for the same service.
In order to achieve the above object, the present application provides the following technical features:
a file distribution platform is characterized by comprising
The branch server is used for creating and storing the media files corresponding to the service identification and uploading the media files corresponding to the service identification to the head office server;
the head office server is used for receiving and storing the media files corresponding to the service identification and distributing the media files corresponding to the service identification to other branch servers except the branch servers;
and the other branch servers are used for receiving and storing the media files corresponding to the service identifications.
Optionally, the head office server is further configured to set a playing rule of the media file, and send the playing rule of the media file to each branch server;
and each branch server is used for receiving and storing the playing rules of the media files.
Optionally, the method further includes:
the file display terminal is used for sending a file acquisition request containing the service identifier; receiving a media file and a playing rule corresponding to the service identifier, and playing the media file corresponding to the service identifier according to the playing rule;
and the branch server is used for receiving the file acquisition request, inquiring the media file and the playing rule corresponding to the service identifier, and sending the media file and the playing rule corresponding to the service identifier to the file display terminal.
Optionally, the method further includes:
under the condition that a file display terminal of the file distribution platform is divided into a plurality of file display terminal sets which are in one-to-one correspondence with a plurality of websites by taking the website as a unit, a file acquisition request is sent to a branch server by taking the file display terminal set of one website as a unit; acquiring a media file information set and a playing rule of a network point, and distributing the media file information set and the playing rule of the network point in a terminal set of the network point so as to ensure that each media file is transmitted only once between the branch server and the terminal set.
Optionally, the head office server is configured to periodically obtain and store current webpage data from the third-party consultation platform; under the condition that the current webpage data are determined to be inconsistent with the historical webpage data, sending update prompt information to a webpage display terminal of a website; receiving a webpage acquisition request sent by a webpage display terminal and sending the current webpage data;
and the webpage display terminal is used for receiving the update prompt message, sending a webpage acquisition request to the head office server by adopting a P2S protocol, and acquiring and displaying the current webpage data sent by the head office server.
A file distribution method is applied to a head office server, and comprises the following steps:
receiving and storing a media file corresponding to the service identifier and uploaded by the branch server;
and distributing the media files corresponding to the service identifications to other branch servers except the branch server so as to receive and store the media files corresponding to the service identifications by the other branch servers.
Optionally, the method further includes:
setting a playing rule of the media file;
and sending the playing rules of the media files to each branch server for each branch server to receive and store the playing rules of the media files.
Optionally, the method further includes:
periodically acquiring and storing current webpage data from a third-party consultation platform;
under the condition that the current webpage data are determined to be inconsistent with the historical webpage data, sending update prompt information to a webpage display terminal of a website;
and receiving a webpage acquisition request sent by the webpage display terminal through a P2S protocol, and sending the current webpage data to the webpage display terminal so that the webpage display terminal can acquire and display the current webpage data sent by the head office server.
Optionally, the webpage data includes: interest rate information, foreign exchange information and gold price information.
A file distribution method is applied to a branch server, and comprises the following steps:
creating and storing a media file corresponding to the service identifier;
and uploading the media files corresponding to the service identification to a head office server, so that the head office server receives and stores the media files corresponding to the service identification and distributes the media files corresponding to the service identification to the rest of branch servers except the branch servers, so that the rest of branch servers receive and store the media files corresponding to the service identification.
Through the technical means, the following beneficial effects can be realized:
in the application, a branch server creates and stores the media file corresponding to the service identifier, thereby ensuring that one service corresponds to one media file. Since the branch servers are not communicated with each other, the branch servers upload the media files corresponding to the service identifiers to the head office server, so that the head office server issues the media files corresponding to the service identifiers to the other branch servers, and therefore each branch server stores the same media files for the same service, and bank users obtain the same media files for the same service.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1a-1b are schematic structural diagrams of an authentication system disclosed in an embodiment of the present application;
fig. 2 is a flowchart of a first embodiment of a media file distribution method disclosed in an embodiment of the present application;
fig. 3 is a flowchart of a second embodiment of a media file distribution method disclosed in the embodiments of the present application;
fig. 4 is a flowchart of a third embodiment of a media file distribution method disclosed in the embodiments of the present application;
fig. 5 is a flowchart of a fourth embodiment of a media file distribution method disclosed in the embodiments of the present application.
Detailed Description
The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, 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 application.
P2S (Point to Server), a Point to Server technology, is a classic download protocol. A "Point" (Point), i.e. a network node or terminal, is generally understood to be a user computer. The P2S Protocol is classified into two types, HTTP (Hyper Text transfer Protocol) and FTP (File transfer Protocol).
The present application provides a file distribution platform, and referring to fig. 1a and 1b, the file distribution platform includes:
a head office server 200;
a plurality of branch servers 300 connected to the head office server 200; wherein, a plurality of branch servers are not communicated with each other.
Each branch server 300 jurisdiction includes a plurality of network points;
referring to fig. 1a, each website includes a file presentation terminal 401 for displaying media files.
Referring to fig. 1b, each website includes a document display terminal 401 and a web page display terminal 402; the file display terminal 401 is configured to display a media file, and the web page display terminal 402 is configured to display web page data.
The present application provides a first embodiment of a file distribution method, and referring to fig. 2, the first embodiment of the file distribution method includes the following steps:
step S201: the head office server sends a command for creating a media file to a branch server.
The method includes that only one branch server is used for creating a media file corresponding to a service, the head office server sends a media file creating instruction to one branch server in a plurality of branch servers under the condition that a new service needs to be popularized, and the branch server creates the media file corresponding to a service identifier.
Step S202: and the branch server receives the command of creating the media file, and creates and stores the media file corresponding to the service identifier.
The branch server is provided with a client, and an operator can create a media file corresponding to the service identifier by using the client and then store the media file corresponding to the service identifier.
Step S203: and the branch server sends the media file corresponding to the service identifier to the head office server.
The client of the branch server also has a checking function and a publishing function, and can check the media file to ensure that the media file has correct business process logic and business purpose; and after the media file is checked to be correct, the media file is issued to the head office server.
Step S204: and the head office server stores the media file corresponding to the service identifier.
And the head office server stores the media file corresponding to the service identifier for subsequent use.
Step S205: and the head office server sets the playing rule of the media file.
In order to ensure that each branch server plays the media files according to the same playing rule, the head office server creates and centrally controls the playing rule of the media files, and when the playing rule needs to be modified subsequently, the head office server only needs to centrally modify the playing rule.
Step S206: and the head office server sends the media file and the playing rule to each branch server.
Because the branch servers are not communicated with each other, the head office server is needed to be used as a transfer station for the mutual transmission of the media files, and the head office server sends the media files and the playing rules to the branch servers.
Step S207: and each branch server receives and stores the media file and the playing rule corresponding to the service identifier.
And each branch server receives the media file corresponding to the service identifier, and then stores the media file and the playing rule corresponding to the service identifier for subsequent use.
Through the technical characteristics, the application has the following beneficial effects:
according to the method and the system, the media files are created and stored by one branch server, so that one service is guaranteed to correspond to one media file. Since the branch servers are not communicated with each other, the branch servers upload the media files corresponding to the service identifiers to the head office server, so that the head office server issues the media files corresponding to the service identifiers to the other branch servers, and therefore each branch server stores the same media files for the same service, and bank users view the same media files for the same service.
And the playing rules of the media files are stored on the head office server in a centralized manner, when the playing rules are modified, the purpose of modifying the playing rules in a centralized manner can be achieved in the head office server, then the playing rules are distributed to the branch servers, the playing rules do not need to be modified in the branch servers, and therefore the purpose of uniformly controlling the playing rules of the media files in the branch servers can be improved.
The present application provides a second embodiment of a file distribution method, and referring to fig. 3, the second embodiment of the file distribution method includes the following steps:
step S301: and the file display terminal sends a file acquisition request containing the service identifier.
Before playing the media file, the file display terminal sends a file acquisition request containing the service identifier to a branch server in the jurisdiction area of the file display terminal.
Step S302: and the branch server receives the file acquisition request, and inquires the media file and the playing rule corresponding to the service identifier.
The branch server stores a plurality of media files and corresponding playing rules in advance, and inquires the corresponding media files and playing rules according to the service identification.
Step S303: and the branch server sends the media file and the playing rule corresponding to the service identifier to the file display terminal.
Step S304: and the file display terminal receives the media file and the playing rule corresponding to the service identifier and plays the media file corresponding to the service identifier according to the playing rule.
And the file display terminal receives and stores the media file and the playing rule corresponding to the service identifier, and then plays the media file according to the playing rule. The playback rules may include: the rules of the playing start time, the playing end time, the playing mode and the like.
After the embodiment shown in fig. 2 is executed for a plurality of times, a plurality of media files and playing rules are stored on each branch server. In the embodiment shown in fig. 3, each file presentation terminal of the mesh point obtains a media file from the branch server, which occupies more resource bandwidth between the file presentation terminal and the branch server.
To this end, the present application provides a third embodiment of a file distribution method, see fig. 4, including the following steps:
step S401: the branch server stores the media file lists of all the network nodes and the terminal media file lists of all the network nodes.
The branch management personnel are used for uploading terminal media file lists of all the branches and network point media file lists of all the network points to the branch server.
Taking a website as an example, the terminal media file list includes terminal identifiers of a plurality of file display terminals and identifiers of media files that each terminal should distribute to obtain. And the union set of all the media file identifications in the terminal media file list is the media file list of the network points.
Step S402: the branch server stores terminal information of each network point in the administrative area, and the terminal information of one network point comprises terminal identifications and terminal states of each terminal under the network point.
The jurisdiction range of the branch server comprises a plurality of network points, each network point comprises a plurality of file display terminals, and the terminal information of the file display terminals forms the terminal information of one network point. Each terminal information includes a terminal identification and a terminal status, and the terminal status includes an available status for indicating that the terminal is in a good status and an unavailable status for indicating that the terminal is in a fault status.
Step S403: and the branch server dynamically determines the main terminal in an available state in a centralized manner at the file display terminal corresponding to the network point according to the terminal information of the network point.
For each network point, the branch server can dynamically select a main terminal in the network point according to the terminal information of the network point, wherein the main terminal is a terminal which is in an available state and generally has less resource usage among a plurality of terminals of the network point. The other terminals except the main terminal in the network point terminal set are slave terminals.
Step S404: the branch server sends a main terminal updating instruction to a file display terminal set of a network point; wherein, the updating instruction of the master terminal comprises a terminal identification used as the master terminal.
After determining the master terminal, the branch server distributes an update instruction containing the terminal identifier of the master terminal to the file display terminal set of the network point, so that the file display terminal in the file display terminal set can know that the branch server is the master terminal or the slave terminal.
Step S405: and the file display terminals in the file display terminal set of the network point receive the updating instruction of the master terminal, determine the master terminal and the slave terminals, and establish communication connection between the slave terminals and the master terminal.
Each file display terminal in the file display terminal set receives a main terminal updating instruction; and under the condition that the terminal identification is judged to be consistent with the terminal identification in the updating instruction of the main terminal aiming at each file display terminal, determining the file display terminal as the main terminal, otherwise, determining the file display terminal as the slave terminal.
Each slave terminal in the file presentation terminal set is connected online end-to-end with the master terminal (P2P) for subsequent communication in the terminal set in a P2P manner.
Step S406: the method comprises the steps of taking a file display terminal set of a website as a unit to obtain a website media file information set from a branch server, and distributing the website media file information set in the terminal set of the website to ensure that each media file is transmitted only once between the branch server and the terminal set.
This step is performed for each mesh point, and can be implemented by the following steps:
s1: and the main terminal in the file display terminal set receives a website media file list and a terminal media file list which are issued by the branch server and correspond to the website.
The branch server issues a branch point media file list and a terminal media file list corresponding to the branch point to a main terminal in a terminal set, and the main terminal in the terminal set receives the branch point media file list and the terminal media file list corresponding to the branch point issued by the branch server.
S2: and the main terminal in the terminal set downloads the media files and the playing rules corresponding to the media file list of the website from the branch server and uses the media files and the playing rules as media file information, and the downloaded media file information forms the website media file information set.
The website media file list comprises media file identifications, the main terminal acquires the media file identifications one by one from the website media file list and downloads the media files corresponding to the media file identifications from the branch server until the media file identifications on the branch media file list are completely downloaded.
S3: in the local area network where the website is located, the main terminal in the terminal set distributes the media files in the website media file information set to each file display terminal in the file display terminal set in a P2P mode according to the terminal media file list.
Each file display terminal in the jurisdiction range of the website is positioned in the local area network, so that the terminal set master terminal can distribute the website media file information set to each file display terminal in the local area network, and particularly, the corresponding media files need to be distributed to the corresponding terminals according to the terminal media file list in the file distribution process.
In order to improve the distribution efficiency, the master terminal and the slave terminal communicate by adopting a P2P mode.
The file display terminal of the network node is distributed in a star-shaped structure, the Master terminal is also called a Master node (Master), and the slave terminal is also called a slave node (Salver). After the main terminal downloads the media files from the branch servers and acquires the media file information sets of the network nodes after downloading the media files, the network node media file information sets are distributed from the main terminal to all the slave terminals through the message sharing mode in the network node high-speed local area network mode, and only the media files required by each slave terminal are pushed.
The following beneficial effects of the present embodiment are found through the above steps:
in this embodiment, the file display terminals of the file distribution platform are divided into a plurality of file display terminal sets by taking a website as a unit, and the file display terminal sets are used as media file information sets of the website of the branch server, so that each media file is transmitted once between the branch server and the website, the transmission times of the media files between the branch server and the website are greatly reduced, and the network bandwidth occupation and the resource waste are reduced.
Subsequently, the media file information sets of the network points are distributed to all the file display terminals in the file display terminal set, so that the media file distribution process is realized in the network points, the media file distribution efficiency can be improved, and occupied network bandwidth occupation and resource waste can be reduced.
The present application provides a fourth embodiment of a file distribution method, and the present embodiment is mainly directed to a web page display terminal in the embodiment shown in fig. 1 b.
Referring to fig. 5, a third embodiment of a file distribution method includes the following steps:
step S501: and the head office server periodically acquires the current webpage data from the third-party consultation platform.
The current web page data includes: the system comprises a server, a third-party consultation platform, a server, a chief executive server and a third-party consultation platform, wherein the server is used for acquiring current webpage data, and the information comprises interest rate information, foreign exchange information and gold price information.
Step S502: the head office server judges whether the current webpage data are consistent with the historical webpage data; if so, the subsequent steps are not executed, otherwise, the process proceeds to step S503.
And the head office server judges whether the current webpage data are consistent with the historical webpage data acquired from the third-party consultation platform last time, if so, the current webpage data do not need to be updated to the webpage display terminal, and if not, the webpage data are changed.
Step S503: and under the condition that the current webpage data are not consistent with the historical webpage data, the head office server sends update prompt information to the webpage display terminal of the website by using a P2S protocol.
The head office server sends the update prompt information to the web page display terminal of the website by adopting a P2S protocol, so that the web page display terminal can obtain the current web page data from the head office server.
Step S504: and the webpage display terminal receives the update prompt message and sends a webpage acquisition request to the head office server by adopting a P2S protocol.
Step S505: and the head office server receives a webpage acquisition request sent by the webpage display terminal and sends the current webpage data.
Step S506: and the webpage display terminal acquires and displays the current webpage data sent by the head office server.
According to the embodiment, direct communication between the webpage display terminal and the head office server can be realized, so that the webpage display terminal can directly and quickly update webpage data.
Referring to FIG. 1b, the present application provides a file distribution platform. The following describes a file distribution platform:
the branch server is used for creating and storing the media files corresponding to the service identification and uploading the media files corresponding to the service identification to the head office server;
the head office server is used for receiving and storing the media files corresponding to the service identification and distributing the media files corresponding to the service identification to other branch servers except the branch servers;
and the other branch servers are used for receiving and storing the media files corresponding to the service identifications.
Optionally, the head office server is further configured to set a playing rule of the media file, and send the playing rule of the media file to each branch server;
and each branch server is used for receiving and storing the playing rules of the media files.
The file display terminal is used for sending a file acquisition request containing the service identifier; receiving a media file and a playing rule corresponding to the service identifier, and playing the media file corresponding to the service identifier according to the playing rule;
and the branch server is used for receiving the file acquisition request, inquiring the media file and the playing rule corresponding to the service identifier, and sending the media file and the playing rule corresponding to the service identifier to the file display terminal.
The head office server is used for periodically acquiring and storing the current webpage data from the third-party consultation platform; under the condition that the current webpage data are determined to be inconsistent with the historical webpage data, sending update prompt information to a webpage display terminal of a website; receiving a webpage acquisition request sent by a webpage display terminal and sending the current webpage data;
and the webpage display terminal is used for receiving the update prompt message, sending a webpage acquisition request to the head office server by adopting a P2S protocol, and acquiring and displaying the current webpage data sent by the head office server.
Wherein the web page data comprises: interest rate information, foreign exchange information and gold price information.
Specific implementation of the file distribution platform can refer to the embodiments in fig. 2 to fig. 4, and details are not described here.
Through the technical characteristics, the application has the following beneficial effects:
according to the method and the system, the media files are created and stored by one branch server, so that one service is guaranteed to correspond to one media file. Since the branch servers are not communicated with each other, the branch servers upload the media files corresponding to the service identifiers to the head office server, so that the head office server issues the media files corresponding to the service identifiers to the other branch servers, and therefore each branch server stores the same media files for the same service, and bank users view the same media files for the same service.
And the playing rules of the media files are stored on the head office server in a centralized manner, when the playing rules are modified, the purpose of modifying the playing rules in a centralized manner can be achieved in the head office server, then the playing rules are distributed to the branch servers, the playing rules do not need to be modified in the branch servers, and therefore the purpose of uniformly controlling the playing rules of the media files in the branch servers can be improved.
In addition, direct communication between the webpage display terminal and the head office server can be realized, so that the webpage display terminal can directly and quickly update webpage data.
The functions described in the method of the present embodiment may be stored in a computer-readable storage medium if they are implemented in the form of software functional units and sold or used as independent products. Based on such understanding, part of the contribution of the embodiments of the present application to the prior art or part of the technical solution may be embodied in the form of a software product stored in a storage medium and including several instructions for enabling a computing terminal (which may be a personal computer, a server, a mobile computing terminal or a network terminal, etc.) to execute all or part of the steps of the method described in the embodiments of the present application. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk or an optical disk, and other various media capable of storing program codes.
The embodiments are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same or similar parts among the embodiments are referred to each other.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (9)
1. A file distribution platform, comprising:
the branch server is used for creating and storing the media files corresponding to the service identification and uploading the media files corresponding to the service identification to the head office server;
the head office server is used for receiving and storing the media files corresponding to the service identification and distributing the media files corresponding to the service identification to other branch servers except the branch servers;
the other branch servers are used for receiving and storing the media files corresponding to the service identifiers;
the file distribution platform further comprises:
under the condition that a file display terminal of the file distribution platform is divided into a plurality of file display terminal sets which are in one-to-one correspondence with a plurality of websites by taking the website as a unit, a file acquisition request is sent to a branch server by taking the file display terminal set of one website as a unit; acquiring a media file information set and a playing rule of a network point, and distributing the media file information set and the playing rule of the network point in a terminal set of the network point so as to ensure that each media file is transmitted only once between the branch server and the terminal set.
2. The file distribution platform of claim 1,
the head office server is also used for setting the playing rules of the media files and sending the playing rules of the media files to each branch server;
and each branch server is used for receiving and storing the playing rules of the media files.
3. The file distribution platform of claim 2, further comprising:
the file display terminal is used for sending a file acquisition request containing the service identifier; receiving a media file and a playing rule corresponding to the service identifier, and playing the media file corresponding to the service identifier according to the playing rule;
and the branch server is used for receiving the file acquisition request, inquiring the media file and the playing rule corresponding to the service identifier, and sending the media file and the playing rule corresponding to the service identifier to the file display terminal.
4. The file distribution platform of claim 1,
the head office server is used for periodically acquiring and storing the current webpage data from the third-party consultation platform; under the condition that the current webpage data are determined to be inconsistent with the historical webpage data, sending update prompt information to a webpage display terminal of a website; receiving a webpage acquisition request sent by a webpage display terminal and sending the current webpage data;
and the webpage display terminal is used for receiving the update prompt message, sending a webpage acquisition request to the head office server by adopting a P2S protocol, and acquiring and displaying the current webpage data sent by the head office server.
5. A file distribution method is applied to a head office server, and comprises the following steps:
receiving and storing a media file corresponding to the service identifier and uploaded by the branch server;
distributing the media files corresponding to the service identifications to other branch servers except the branch server, so that the other branch servers can receive and store the media files corresponding to the service identifications;
the file distribution method further comprises the following steps:
under the condition that a file display terminal of a file distribution platform is divided into a plurality of file display terminal sets which are in one-to-one correspondence with a plurality of websites by taking the website as a unit, a file acquisition request sent by taking the file display terminal set of one website as the unit is received, a website media file information set and a playing rule are sent to the file display terminal set of the website, so that the file display terminal set of the website acquires the website media file information set and the playing rule, and the website media file information set and the playing rule are distributed in the terminal set of the website, so that each media file is only transmitted once between the branch server and the terminal set.
6. The method of claim 5, further comprising:
setting a playing rule of the media file;
and sending the playing rules of the media files to each branch server for each branch server to receive and store the playing rules of the media files.
7. The method of claim 5, further comprising:
periodically acquiring and storing current webpage data from a third-party consultation platform;
under the condition that the current webpage data are determined to be inconsistent with the historical webpage data, sending update prompt information to a webpage display terminal of a website;
and receiving a webpage acquisition request sent by the webpage display terminal through a P2S protocol, and sending the current webpage data to the webpage display terminal so that the webpage display terminal can acquire and display the current webpage data sent by the head office server.
8. The method of claim 7, wherein the web page data comprises: interest rate information, foreign exchange information and gold price information.
9. A file distribution method is applied to a branch server, and comprises the following steps:
creating and storing a media file corresponding to the service identifier;
uploading the media files corresponding to the service identification to a head office server, so that the head office server receives and stores the media files corresponding to the service identification and distributes the media files corresponding to the service identification to the rest of branch servers except the branch servers, so that the rest of branch servers receive and store the media files corresponding to the service identification;
the file distribution method further comprises the following steps:
under the condition that a file display terminal of a file distribution platform is divided into a plurality of file display terminal sets which are in one-to-one correspondence with a plurality of websites by taking the website as a unit, a file acquisition request sent by taking the file display terminal set of one website as the unit is received, a website media file information set and a playing rule are sent to the file display terminal set of the website, so that the file display terminal set of the website acquires the website media file information set and the playing rule, and the website media file information set and the playing rule are distributed in the terminal set of the website, so that each media file is only transmitted once between the branch server and the terminal set.
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| CN201811267922.3A CN109218447B (en) | 2018-10-29 | 2018-10-29 | Media file distribution method and file distribution platform |
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| CN201811267922.3A CN109218447B (en) | 2018-10-29 | 2018-10-29 | Media file distribution method and file distribution platform |
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