CN113709505A - System and method for implementing unified management and injection of media assets - Google Patents
System and method for implementing unified management and injection of media assets Download PDFInfo
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- 238000011144 upstream manufacturing Methods 0.000 claims abstract description 61
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- 238000012545 processing Methods 0.000 claims description 69
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- 230000000007 visual effect Effects 0.000 claims description 20
- 238000012800 visualization Methods 0.000 claims description 8
- 238000003032 molecular docking Methods 0.000 description 5
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
- H04N21/21—Server components or server architectures
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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
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Abstract
The invention discloses a system and a method for realizing unified management and injection of media assets. The media issuing system comprises an upstream platform, a message queue system and one or more downstream platforms. Wherein the upstream platform and the downstream platform communicate through a message queue system. The media asset issuing method of the invention constructs the media asset worksheet from the upstream and sends the worksheet to the message queue system, and the downstream platform monitors the information subscribed/received by the message queue system in real time and processes the information. The invention realizes the decoupling between the upstream platform and the downstream platform, the upstream platform can simultaneously select a plurality of downstream platforms to issue, the repeated operation is avoided, and the automatic retransmission is realized when the fault occurs, furthermore, when a third-party system needs to be connected with the system, the third-party system does not need to be connected with the platforms one by one, and partial media resources required by the third-party system can be obtained according to classification.
Description
Technical Field
The invention relates to the field of media services, in particular to a two-stage architecture system and a method thereof for realizing unified management and injection of media resources based on a message queue, which are provided for an operator.
Background
With the development of video technology, internet-based interactive network televisions are now quite popular. The IPTV uses a broadband cable television network, integrates a plurality of technologies such as internet, multimedia, and communication, and provides a plurality of interactive services including digital audiovisual content to home users. In IPTV service, it is often necessary to inject (also referred to as delivering) audio-visual content to a downstream platform through a media asset (hereinafter referred to as media asset) injection interface, so as to realize the set-top box playing at the end.
The existing media asset issuing system has weak intensive management capability, all downstream visual management platforms are difficult to unify, all the downstream visual management platforms need to be logged in one by one to issue media assets one by one, if the same media assets need to be issued to a plurality of downstream platforms, issuing behaviors are repeatedly operated for many times, and the workload is very large; and if the media asset issuing state of a certain downstream platform needs to be checked, the media asset issuing state can be checked only by logging in a visual management platform corresponding to the downstream platform. Therefore, an intensive system and method are needed to implement uniform delivery of the media assets and uniform management of the media asset delivery state of each downstream platform, and reduce frequent login and repeated operation.
The existing media asset issuing system needs a plurality of modules to be matched with each other, all the internal modules of the system are mutually called in an interface mode, the coupling is too high, and the failure of one core module often causes the unavailability of the whole system for a period of time; in addition, the existing system has no mechanism for automatically processing retransmission after fault recovery, and needs to manually participate in starting reinjection, so that the issuing efficiency is influenced. Therefore, a need exists for a system and method with automatic fault handling capability to achieve automatic handling of faults without human intervention.
The existing media asset issuing system is usually connected with a third-party system through an interface, the coupling between the two systems is too high, and when one interface fails, the mutual calling between the interfaces fails to further influence the on-line service and data. Therefore, a decoupling manner from a third-party system is needed to improve the convenience, reliability, and stability of the external access.
The existing media asset issuing system is often required to forward media assets to a third-party platform. Because the quantity of the media information is huge, the third-party platform usually only needs to receive a certain part of media information but not all the media information, but cannot perform partial classification and issue on the media information at present, and unnecessary system resource waste is caused. Therefore, a system and a method for supporting the media asset information to be partially classified and respectively issued according to the actual requirements of the third-party platform are needed.
Disclosure of Invention
This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter; nor is it intended to be used as an aid in determining or limiting the scope of the claimed subject matter.
In order to unify downstream platforms, avoid repeated injection of media resources, support partial classification and respective issuing of the media resources, solve the problems that manual intervention is needed for faults, third-party system docking and the like, the invention provides a two-stage architecture system for realizing unified management and injection of the media resources based on a message queue.
The media asset issuing system comprises an intensive upstream media asset visual management platform, a message queue system and one or more downstream media asset visual management platforms. Wherein the intensive upstream and downstream visual media asset management platforms communicate through a message queue system.
An upstream message queue processing module is integrated in the intensive upstream media asset visualization management platform, and the upstream message queue processing module is configured to construct a media asset delivery worksheet and send the worksheet to a message queue system.
The downstream media asset visual management platform comprises a downstream message queue processing module, a media asset visual management platform, a personalized media asset injection interface and a downstream capability platform. The downstream message queue processing module is configured to subscribe a message queue from the message queue system in real time, receive a pay list issued by media resources and process the pay list, and after the processing is finished, call the personalized media resource injection interface to inject the media resources to the downstream capability platform, the downstream capability platform is configured to asynchronously notify a processing result injected by the personalized media resource injection interface, and the downstream message queue processing module is further configured to return the processing result to the intensive upstream media resource visualization management platform through the message queue system after the processing result of the downstream capability platform is received.
The third-party system communicates with the message queue system and subscribes the message queue to consume the message. And the intensive upstream media asset visualization management platform screens part of media assets and writes the media assets into the message queue system, and the message queue system classifies and injects the media assets into a third-party system.
According to the media asset issuing method, the upstream platform edits the media asset and injects the media asset to the selected downstream platform, and the method comprises the following steps: the upstream platform constructs a media resource payroll and sends the media resource payroll to a message queue system through an upstream message queue processing module; the downstream platform monitors the message queue system in real time through a downstream message queue processing module, subscribes/receives the information of the media work order, and analyzes and processes the work order according to the delivery sequence under the condition that new information exists; the downstream message queue processing module sends an injection instruction to call a personalized media asset injection interface contained in a downstream platform to inject media assets into a downstream capability platform contained in the downstream platform; the personalized media asset injection interface informs a downstream message queue processing module of a processing result; the downstream message queue processing module constructs a processing result work order and sends the processing result work order to a message queue system; and the upstream message queue processing module monitors the message queue system in real time, subscribes/receives the processing result work order, analyzes and records the work order, and issues work order processing completion information to the message queue system.
The step of injecting media resources to the downstream capability platform specifically comprises the following steps: issuing an injection work order by a downstream message queue processing module; and sending a receipt payroll back to the personalized media asset injection interface.
The method of the invention further comprises the steps of accessing a third-party system, monitoring the message queue system by the third-party system, subscribing/receiving the processing completion information of the work order, subscribing/receiving the media information work order and analyzing.
The invention strengthens the capacity of the intensive upstream platform, so that the intensive upstream platform can manage all the media asset information and the media asset issuing states of all the downstream platforms, and the intensive upstream platform can simultaneously select a plurality of downstream platforms to issue, thereby avoiding repeated operation.
The invention realizes the decoupling between the intensive upstream platform and the downstream platform by introducing the message queue, namely, the intensive upstream platform packages the medium resource issuing worksheet into the message to be delivered to the message queue, and the downstream platform subscribes the message queue for consumption and processing. And the message queue supports the arrangement and persistent storage of the messages according to the delivery sequence, when the downstream platform fails, the media resource worksheet which is already issued to the message queue by the intensive upstream platform is not influenced, and the automatic worksheet retransmission function can be realized by utilizing the characteristic. In addition, the message queue supports cluster deployment and multi-machine automatic backup, and both capacity expansion and reliability are met and guaranteed.
When a third-party system needs to be connected with the system, if information such as a media asset injection result needs to be received, the third-party system can directly subscribe a message queue for message consumption without standardizing and debugging a connection interface with a downstream platform one by one; in addition, even if the third-party system is temporarily unavailable, the consumption from the message queue can be continued after recovery, and the problems of data loss and the like do not need to be worried about.
And when the media assets are forwarded to the third-party platform, the media asset information is supported to be partially classified and respectively issued. When a third-party platform needs part of the media resources, the central management platform of the system can screen out part of the media resources according to the requirements and send the part of the media resources to the message queue, and the third-party platform can subscribe the message queue for consumption so as to acquire the needed part of the media resources.
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The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which specific embodiments of the invention are shown.
FIG. 1 is a block diagram of a media asset delivery system for implementing unified management and injection of media assets, according to one embodiment of the present invention;
fig. 2 is a timing diagram of a method for implementing unified management and injection of media assets, according to one embodiment of the invention.
The flowchart and block diagrams in the figures illustrate the architecture, functionality, and operation of possible implementations of systems, methods and computer program products according to embodiments of the present invention. In this regard, each block in the flowchart or block diagrams may represent a module, segment, or portion of code, which comprises one or more executable instructions for implementing the specified logical function(s).
Detailed Description
The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which specific embodiments of the invention are shown. Various advantages and benefits of the present invention will become apparent to those of ordinary skill in the art upon reading the following detailed description of the specific embodiments. It should be understood, however, that the present invention may be embodied in various forms and should not be limited to the embodiments set forth herein. The following embodiments are provided so that the invention may be more fully understood. Unless otherwise defined, technical or scientific terms used herein shall have the ordinary meaning as understood by one of ordinary skill in the art to which this invention belongs.
In order to solve the problem that the repeatability is high when media assets are injected due to the fact that platforms are numerous and difficult to unify and the intensive management capability of the existing system is weak, the system for achieving unified management and injection of the media assets (referred to as a media asset issuing system for short) is provided with an upstream platform and a downstream platform, wherein the upstream platform and the downstream platform are respectively an intensive upstream media asset visual management platform (referred to as an upstream platform for short) and a downstream media asset visual management platform (referred to as a downstream platform for short).
Referring to fig. 1, the media asset delivery system of the present invention mainly comprises an upstream platform, a message queue system, and one or more downstream platforms, two of which are shown as examples, and those skilled in the art will understand that a greater number of downstream platforms may be included in the system of the present invention.
The upstream platform 110 is an intensive upstream media asset visualization management platform, and an upstream message queue processing module 111 is integrated in the platform; the downstream platforms 120, 130 are downstream asset visualization management platforms, and include downstream message queue processing modules 121, 131, asset visualization management platforms 124, 134, personalized asset injection interfaces 122, 132, and downstream capability platforms 123, 133.
And the upstream visual media asset management platform and the downstream visual media asset management platform are communicated through a message queue system.
The media asset delivery system described in the present invention can edit the relevant media assets on the upstream platform and select one or more downstream platforms to deliver, and the delivery action includes that the upstream message queue processing module 111 of the upstream platform 110 automatically constructs the media asset delivery pay list and sends it to the message queue system 180. The corresponding downstream message queue processing modules 121 and 131 subscribe to the message queue from the message queue system 180 in real time, automatically receive and process the relevant media asset delivery pay list, and call the existing downstream platform personalized media asset injection interfaces 122 and 132 to perform media asset injection of the capability platform after the processing is finished. After the injection processing is finished, the downstream capability platform asynchronously notifies the personalized media asset injection interface of the processing result, after receiving the result, the personalized media asset injection interface calls back the results notified to the message queue processing module for processing 121 and 131, and after receiving the media asset injection result, the message queue processing module 121 and 131 returns the result to the upstream platform 110 through the message queue system.
In this way, the upstream platform 110 and the downstream platforms 120 and 130 form a complete closed loop process of delivering the work order, so that the purpose of uniformly managing and issuing the media assets of the downstream platforms 120 and 130 can be realized only by the upstream platform 110. When the media resource pay list needs to be retransmitted, the upstream platform and the downstream platform can retransmit the media resource pay list without repeatedly logging in the downstream platform to issue the media resource, and the issuing and management efficiency is improved to a certain extent.
By introducing the message queue system, the problems of high coupling of internal modules and low issuing efficiency caused by manual participation in a reinjection process when a system fault occurs are solved. The upstream platform and the downstream platform realize communication through a message queue system, and realize the decoupling of the upstream platform and the downstream platform. In addition, the payroll issued by the media asset is numbered and persistently stored in the message queue according to the message delivery sequence, and the message queue supports cluster deployment and multi-machine automatic backup and has higher reliability, so the payroll can be reliably and persistently stored. When the system fault of the downstream platform is temporarily unavailable, the media resources which are already issued to the message queue by the upstream platform are not influenced, the work order can be continuously persisted in the message queue, and the consumption can be automatically continued after the capability of the downstream platform is recovered. When the batch media payroll is required to be retransmitted, the historical payroll can be automatically retransmitted by adjusting the number of the consumption payroll on the downstream platform, so that the automatic batch retransmission after the system failure recovery is realized, excessive manual participation is not needed, and the content issuing efficiency is improved.
By introducing the message queue system, the problem of interface docking with the third-party system 190 is also solved, for example, the third-party system often needs to know the injection state of each downstream platform of the media asset, and the third-party system only needs to subscribe the message queue consumption message, so that on one hand, the decoupling of the media asset issuing system and the third-party system is realized, and the problem of unreliable interface calling mode is solved; on the other hand, the docking convenience is improved, the diversity of different third-party system requirements is adapted, when the third-party system needs to know other types of messages, only the messages of the types need to be subscribed in the same way for processing, and a new interface does not need to be docked; and otherwise, the third-party system can also utilize the message queue to produce messages to inform the media asset issuing system.
The upstream platform and the message queue system can also support partial classification of the media information and respectively send the media information to the third-party platform. The upstream platform manages all the media asset information, can inquire out the media asset that the third party platform needs according to the combination of multiple screening conditions, and write the media asset information that is screened out into under the corresponding classification of the message queue, the third party platform can receive the necessary some media asset information only needing to subscribe the message queue correctly.
The technical scheme of the invention is a two-stage architecture system with an introduced message queue, the system has higher integration degree, and an integrated upstream platform is connected with a downstream platform through the message queue, so that not only all media resources can be managed, but also the injection states of all the media resources and all the downstream platforms can be managed. Repeated actions of media asset injection and checking are not required to be repeatedly logged in a downstream platform manually, and injection and management efficiency is improved to a certain extent.
The upstream platform and the downstream platform carry out mutual transmission of work orders through the message queue system, and decoupling between two levels of architectures in the system is achieved. In addition, the media resource injection worksheet is stored in the message queue system in a persistent mode according to the message delivery sequence number, when the batch media resource worksheet needs to be retransmitted, the historical worksheet can be automatically retransmitted again on the downstream media resource visual management platform by adjusting the number of the consumption worksheet, so that automatic batch retransmission after system fault recovery is achieved, excessive manual participation is not needed, and the content injection efficiency is improved.
When a third-party system is connected, by introducing a message queue, on one hand, the decoupling of a media asset issuing system and an external system is realized, and the problem of unreliable interface calling mode is solved; on the other hand, the docking convenience is improved, and the diversity of different third-party system requirements is adapted. When the media assets are forwarded to the third-party platform, partial media assets are screened out by the upstream platform and written into the message queue, and therefore the purposes of partial classification and respective injection of the media assets are achieved.
The flow of a method for implementing unified management and injection of media assets is discussed next in conjunction with fig. 2.
The upstream platform edits the assets and selects a downstream platform for injection.
In step 201, the upstream platform constructs a media asset payroll and sends the media asset payroll to a message queue system;
in step 202, the message queue processing module of the downstream platform monitors the message queue system in real time, subscribes/receives the work order information, and if new information exists, the work order is immediately analyzed and processed according to the delivery sequence in step 203;
after the downstream message queue processing module successfully analyzes the worksheet, an injection instruction is sent to call a personalized media asset injection interface of a downstream platform to perform media asset injection of the downstream capability platform in step 204, the injection worksheet is issued in step 205, and a receipt worksheet is sent back (asynchronous response) to the personalized media asset injection interface in step 206;
after receiving the injection processing result, the personalized media asset injection interface of the downstream platform calls for multiple times in step 207, continuously notifies the work order issuing state, and notifies the message queue processing module of the downstream platform of the processing result;
after receiving the result of the personalized media asset injection interface, the downstream message queue processing module constructs a result worksheet in step 208 and sends the result worksheet to the message queue system;
the message queue processing module embedded in the upstream platform monitors and analyzes the work order subscribed/received by the message queue system in real time in step 209, records the processing result in step 210, and issues the work order processing completion information to the message queue system in step 211.
In the event of access by a third party system, the third party system listens to the message queue, including subscribing/receiving payroll processing completion information at step 212, and subscribing/receiving a portion of the media payroll at step 213, and parsing the service operation at step 214.
Compared with the prior art, the system and the method for issuing the media assets have the following advantages:
the method has high integration degree, repeated actions of issuing and checking the media assets by repeatedly logging in a downstream platform are not needed, and the efficiency of issuing and managing the media assets is improved to a certain extent.
By introducing the message queue, the decoupling of the internal modules of the system is realized, and when the intensive upstream platform fails, each downstream platform is not influenced, and vice versa; and the reliability and the persistence of the message queue are utilized to realize automatic batch retransmission after system failure recovery, excessive manual participation is not needed, and the efficiency of media resource issuing is improved.
By introducing the message queue, on one hand, the decoupling of the media asset issuing system and a third-party system is realized, and the problem of unreliable interface calling mode is solved; on the other hand, the docking convenience is improved, and the diversity of different third-party system requirements is adapted.
By introducing the message queue, when the media assets are forwarded to the third-party platform, the intensive upstream management platform can screen out the media assets to be issued according to different conditions and issue the media assets to the message queue, and the third-party platform can directly subscribe the consumption of the message queue, so that the aims of classifying and respectively issuing part of the media assets are fulfilled.
Claims (10)
1. A system for issuing media assets comprises:
the system comprises an intensive upstream media asset visual management platform, a message queue processing module and a message queue processing module, wherein the intensive upstream media asset visual management platform is internally integrated with the message queue processing module;
a message queue system; and
one or more downstream visual media asset management platforms, wherein the downstream visual media asset management platforms comprise a downstream message queue processing module, a visual media asset management platform, a personalized media asset injection interface and a downstream capability platform,
wherein the intensive upstream visual media asset management platform and the downstream visual media asset management platform communicate through the message queue system.
2. The system of claim 1, wherein a third party system communicates with the message queue system, subscribes to message queue consumption messages.
3. The system of claim 2, wherein said intensive upstream asset visualization management platform screens a portion of assets for writing to said message queue system, said message queue system injecting assets into said third party system in a sorted manner.
4. The system of claim 1, wherein the upstream message queue processing module is configured to construct and send a pay-per-view payroll into the message queue system.
5. The system of claim 1, wherein the downstream message queue processing module is configured to:
real-time subscribing to a message queue from the message queue system,
receiving and processing a pay-sheet issued from a medium, and
and after the processing is finished, calling the personalized media asset injection interface to inject media assets into the downstream capability platform.
6. The system of claim 5, wherein the downstream capability platform is configured to asynchronously notify the personalized media asset injection interface of a result of the injection process.
7. The system of claim 6, wherein the downstream message queue processing module is further configured for, after receiving the processing result of the downstream capability platform, transmitting back to the intensive upstream asset visualization management platform via the message queue system.
8. A method for issuing media assets, which edits media assets by an upstream platform and injects the media assets to a selected downstream platform, comprises the following steps:
the upstream platform constructs a media resource payroll and sends the media resource payroll to a message queue system through an upstream message queue processing module;
the downstream platform monitors the message queue system in real time through a downstream message queue processing module, subscribes/receives the information of the media work order, and analyzes and processes the work order according to the delivery sequence under the condition that new information exists;
the downstream message queue processing module sends an injection instruction to call a personalized media asset injection interface contained in the downstream platform to inject media assets into a downstream capability platform contained in the downstream platform;
the personalized media asset injection interface informs the downstream message queue processing module of a processing result;
the downstream message queue processing module constructs a processing result work order and sends the processing result work order to the message queue system; and
the upstream message queue processing module monitors the message queue system in real time, subscribes/receives the processing result work order, analyzes and records the processing result work order, and issues work order processing completion information to the message queue system.
9. The method of claim 8, wherein injecting assets into the downstream capability platform comprises:
issuing, by the downstream message queue processing module, an injection work order; and
and sending a receipt worksheet back to the personalized media asset injection interface.
10. The method of claim 8, further comprising accessing a third party system that listens to the message queue system, subscribes to/receives the payroll processing completion information, and subscribes to/receives the media asset payroll and parses it.
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