CN116156080A - Channel packaging task, packaging item and method for generating packaging sub-item - Google Patents

Abstract

The application provides a method for generating channel packaging tasks, packaging items and packaging sub-items, which comprises the following steps: acquiring a bill, wherein the bill comprises broadcasting time; automatically matching according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result. The method provided by the application automatically matches according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result, so that the automatic generation of the packaging task, the packaging item and the packaging sub-item is realized, and the channel packaging arrangement time is reduced.

Description

Channel packaging task, packaging item and method for generating packaging sub-item

Technical Field

The application relates to the technical field of broadcast television, in particular to a channel packaging task, a packaging item and a method for generating a packaging sub-item.

Background

The channel packaging and information broadcasting system can play the program and render and broadcast packaging content in real time, and can realize packaging and broadcasting forms including corner marks, bottom fly captions, countdown, page turning previews, picture-in-picture previews, interactive information back-screen, full-screen video guides and the like. The channel packaging and information broadcasting system can realize uniform packaging and broadcasting of the style for the channel, provide real-time information broadcasting for the columns, provide data visual display from small screen to large screen of interactive data for the programs, and provide a new display form for the advertisements.

The channel packaging and information broadcasting system integrates the automatic packaging, preparation and broadcasting processes of efficient packaging management and powerful graphic rendering. The diversified packaging materials (pictures, characters, animation and the like) are accurately deployed into a channel packaging and information broadcasting system in real time through efficient, safe and convenient packaging management software; the rich and dazzling image-text packaging effect is achieved through a powerful image and sound processing engine. The channel packaging and information broadcasting system mainly comprises a packaging template making subsystem, a packaging and preparing subsystem and a packaging and broadcasting subsystem.

The package template making subsystem comprises the following subsystems: early design, template manufacture, template management, monitoring module and interface service. The package template making system mainly generates template files and submits the template files to the package servicing system for delivery.

The package servicing subsystem comprises the following subsystems: packaging information data management, technical examination, cloud non-editing, packaging preparation management, system management, monitoring modules and interface service. The packaging and servicing system generates or inherits corresponding packaging tasks according to the received program schedule, the inserted advertisement list, the broadcasting execution list and the packaging broadcasting execution list. The packaging and servicing system is responsible for matching packaging tasks, editing packaging items, managing, auditing and technical flows; and is responsible for the primary preparation of the packaging item, and prepares packaging templates, packaging items, replaceable items and data for the packaging broadcasting system.

The package broadcast subsystem includes the following subsystems: packaging broadcasting, packaging information data management, packaging broadcasting management, packaging equipment broadcasting management, packaging emergency servicing, system management, monitoring, interface service and timing. The automatic control broadcasting of the packaging effect, which is strictly synchronous with the broadcasting program, is completed, the broadcasting of timed and manual packaging items is supported, the emergency function is provided, and the data processing after broadcasting is responsible.

The general business flow is divided into a plurality of sub-flows such as a template broadcast flow, a package item editing and management manufacturing flow, an alternative item importing flow, an auditing flow, a package broadcast flow, a package task flow, an automatic matching flow and the like.

Program packages can be divided into class I and class II by different modes of play.

The I type is a finished program file with fixed content and finished by a manufacturing system, and is played by a playing server without real-time rendering during playing, so that the I type is not in the design range of the system.

Class II is that the content can be adjusted according to the need, the channel packaging and preparation system forms the associated file of each content element, and the packaging broadcasting server renders broadcasting in real time.

The program packaging and making and broadcasting process of the class I program is not in the consideration range of the system, and the program packaging and making and broadcasting process of the class II program is described as follows:

Channel packaging is divided into three categories:

the first category is full-screen guide, which is initiated by a general studio program list, a program change list and the like and is acquired by a program production management system. And (5) monopolizing the program time period, and broadcasting video and audio by a channel packaging broadcasting system.

The second category is non-full screen program packages, including program packages, slot advertisement packages, timing/manual packages, and the like. The program package and the time slot advertisement package are initiated by a general studio program list, a program change list and the like and are acquired by a program production management system. The timing/manual package is manually generated in the channel package and information broadcasting system according to the program list information; the non-exclusive program time period is wrapped and superimposed over the channel play-out.

The third category is the medium inserting advertisement package, which is initiated by medium inserting advertisement bill and medium inserting advertisement changing bill and obtained by advertisement management system. Non-exclusive program slots are superimposed over the in-line advertisements.

The prior proposal has the following defects

1. The creation of the channel packaging task requires repeated communication through two business departments, and has poor flexibility.

Channel packaging broadcasting depends on channel packaging tasks and packaging items, and in the existing scheme, the channel packaging tasks come from a general editing room, and meanwhile, the general editing room can mark whether channel packaging tasks exist in program items of a program schedule and a program change list. If the headquarter does not create a packaging task, the channel and packaging producer needs to contact the headquarter, create a corresponding packaging task, and re-issue the programming guide. The channel package producer and the program scheduler belong to two different business departments respectively, and each time the task is changed, the two departments are required to communicate and coordinate, so that the communication cost is increased.

2. All the packaging items and the packaging sub-items of the packaging task are required to be edited manually, so that the efficiency is low.

The channel packages broadcast package items, even if the package tasks are repeated, the programs have certain broadcasting characteristics and rules in the prior proposal, corresponding package items and package sub-items are manually created one by one, if the channels with more program arrangement items are arranged on the programs, the package items and the package sub-items of the corresponding program items need to be edited and manufactured one by one, and the workload is large and the efficiency is low. The possibility of human errors is increased, and the safety is poor.

3. The wrapping task that needs to be inherited from upstream may be lost after the upstream document changes.

In the channel wrapping system of the existing scheme, the channel wrapping task is issued by an upstream system. The upstream system does not manage the wrapping task ID, the wrapping task ID of the channel wrapping corresponds to the item ID of the program scheduling list or the program changing list one by one, and if the program list is changed by the upstream system, the item ID of the program can be changed, and the wrapping task before the change can not be matched and related to the corresponding program item after the change. Therefore, in the existing scheme, after receiving the program change list, the corresponding channel packaging task, packaging item and packaging sub item are lost, and then the channel editor is required to make, audit and submit again. If the program is changed more, repeated production can occur for a plurality of times, special arrangement personnel are required to check the changing condition of the program list at any time, so that lost packaging tasks are ensured to be found in time, and production, auditing and submission are repeated. Unnecessary workload is increased, and communication cost is increased.

Disclosure of Invention

In order to solve one of the technical defects, the application provides a channel packaging task, a packaging item and a method for generating the packaging sub item.

The method for generating the channel packaging task, the packaging item and the packaging sub-item comprises the following steps:

acquiring a bill, wherein the bill comprises broadcasting time;

automatically matching according to the bill;

and generating a packaging task, a packaging item and a packaging sub-item according to the matching result.

Optionally, the document includes one or more of: program list, advertisement list receiving, channel package broadcasting execution list.

Optionally, the automatic matching according to the bill comprises:

grouping the packaging tasks meeting the script rules in a script editing mode according to the bill, and determining the packaging tasks which are automatically matched;

selecting a template of an automatically matched packaging task from stored template information of channels;

matching rules for the selected targets;

the matching policy validates the channel list.

Optionally, before the automatic matching according to the bill, the method further comprises:

creating an automatic matching rule;

the automatic matching rules include filtering attributes and matching policies.

Optionally, the screening attribute is one or more of: program type, column code, task source, program duration, start time, time period, activation time, and expiration time.

Optionally, the matching policy is one or more of the following:

matching strategy 1: packaging starts after the program is opened for a first fixed time period, and packaging ends before the program ends for a second fixed time period;

matching strategy 2: starting at a fixed relative time for a third fixed duration;

matching strategy 3: counting down, packaging and counting down from the next fourth fixed time before the program is finished for the fourth fixed time, and if the program time is smaller than the fourth fixed time, taking the program time as the reference;

matching strategy 4: after the program is opened for the fifth fixed time length, packaging and broadcasting once every interval of the fifth fixed time length, wherein the broadcasting times are calculated according to the program time length, and if the remaining time is smaller than the sum of the packaging duration time length and the fifth fixed time length, the packaging is not broadcasted any more;

matching strategy 5: setting the broadcasting time length of each time;

matching strategy 6: counting down, limiting the broadcasting time of the program, and counting down the program in the limiting condition;

matching strategy 7: the package item that has failed has been edited.

Optionally, the third fixed duration is not 0.

Optionally, after generating the packaging task, the packaging item and the packaging sub-item according to the matching result, the method further comprises:

Acquiring a program change list;

determining a change period according to the program change list;

and adjusting the packaging item according to the change period.

Optionally, adjusting the packaging item according to the change period includes:

acquiring the broadcasting times before and after the change corresponding to the change period;

if the broadcasting times before changing are one time and the broadcasting times after changing are more than one time, deleting the package item;

if the broadcasting time before the change is one, the broadcasting time after the change is also one, the packaging item is inherited when the broadcasting time before the change is the same as the broadcasting time after the change, and the packaging item is deleted when the broadcasting time before the change is different from the broadcasting time after the change.

Optionally, obtaining the number of play before change and the number of play after change corresponding to the change period includes:

and if the broadcasting times before changing are more than one time, acquiring all time lengths and broadcasting times in the multiple programs, and if the time lengths and the broadcasting times are the same, inheriting the package items, otherwise, deleting the package items.

The application provides a method for generating channel packaging tasks, packaging items and packaging sub-items, which comprises the following steps: acquiring a bill, wherein the bill comprises broadcasting time; automatically matching according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result. The method provided by the application automatically matches according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result, so that the automatic generation of the packaging task, the packaging item and the packaging sub-item is realized, and the channel packaging arrangement time is reduced.

Drawings

The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiments of the application and together with the description serve to explain the application and do not constitute an undue limitation to the application. In the drawings:

fig. 1 is a flow chart of a method for generating a channel packaging task, a packaging item and a packaging sub-item according to an embodiment of the present application;

fig. 2 is a schematic diagram of an automatic matching service implementation architecture according to an embodiment of the present application;

fig. 3 is a schematic diagram of an automatic matching flow provided in an embodiment of the present application;

fig. 4 is a schematic diagram of automatic matching rule release according to an embodiment of the present application;

fig. 5 is a package playout execution list generating flow provided in an embodiment of the present application;

fig. 6 is a schematic diagram of automatic inheritance of a channel package broadcasting task according to an embodiment of the present application;

fig. 7 is a schematic diagram of program modification according to an embodiment of the present application;

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Detailed Description

In order to make the technical solutions and advantages of the embodiments of the present application more apparent, the following detailed description of exemplary embodiments of the present application is given with reference to the accompanying drawings, and it is apparent that the described embodiments are only some of the embodiments of the present application and not exhaustive of all the embodiments. It should be noted that, in the case of no conflict, the embodiments and features in the embodiments may be combined with each other.

In the course of implementing the present application, the inventors found that the prior art scheme has the following disadvantages

1. The creation of the channel packaging task requires repeated communication through two business departments, and has poor flexibility.

Channel packaging broadcasting depends on channel packaging tasks and packaging items, and in the existing scheme, the channel packaging tasks come from a general editing room, and meanwhile, the general editing room can mark whether channel packaging tasks exist in program items of a program schedule and a program change list. If the headquarter does not create a packaging task, the channel and packaging producer needs to contact the headquarter, create a corresponding packaging task, and re-issue the programming guide. The channel package producer and the program scheduler belong to two different business departments respectively, and each time the task is changed, the two departments are required to communicate and coordinate, so that the communication cost is increased.

2. All the packaging items and the packaging sub-items of the packaging task are required to be edited manually, so that the efficiency is low.

The channel packages broadcast package items, even if the package tasks are repeated, the programs have certain broadcasting characteristics and rules in the prior proposal, corresponding package items and package sub-items are manually created one by one, if the channels with more program arrangement items are arranged on the programs, the package items and the package sub-items of the corresponding program items need to be edited and manufactured one by one, and the workload is large and the efficiency is low. The possibility of human errors is increased, and the safety is poor.

3. The wrapping task that needs to be inherited from upstream may be lost after the upstream document changes.

In the channel wrapping system of the existing scheme, the channel wrapping task is issued by an upstream system. The upstream system does not manage the wrapping task ID, the wrapping task ID of the channel wrapping corresponds to the item ID of the program scheduling list or the program changing list one by one, and if the program list is changed by the upstream system, the item ID of the program can be changed, and the wrapping task before the change can not be matched and related to the corresponding program item after the change. Therefore, in the existing scheme, after receiving the program change list, the corresponding channel packaging task, packaging item and packaging sub item are lost, and then the channel editor is required to make, audit and submit again. If the program is changed more, repeated production can occur for a plurality of times, special arrangement personnel are required to check the changing condition of the program list at any time, so that lost packaging tasks are ensured to be found in time, and production, auditing and submission are repeated. Unnecessary workload is increased, and communication cost is increased.

In view of the above problems, an embodiment of the present application provides a method for generating a channel wrapping task, a wrapping item, and a wrapping sub-item, where the method includes: acquiring a bill, wherein the bill comprises broadcasting time; automatically matching according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result. The method provided by the application automatically matches according to the bill; and generating a packaging task, a packaging item and a packaging sub-item according to the matching result, so that the automatic generation of the packaging task, the packaging item and the packaging sub-item is realized, and the channel packaging arrangement time is reduced.

The terms related to this embodiment and the subsequent embodiments are explained as follows:

program entry: the term is mentioned within the system to refer to the program broadcast system transmitting the actual broadcast program contained in the program guide XML. Program entry attributes generally include: start time, program duration, program name, program type (sequence, timing, break), whether packaging is scheduled, etc.

Broadcasting execution list: and an xml text file containing the program information and the package information is issued by the package broadcasting management machine.

Packaging: a collection comprising a plurality of wrapper sub-items.

Packaging the sub-items: an individually controllable packaging object eventually presents an individual packaging effect.

Plaiting (package play list): some programs are arranged into a collection on a document by a general studio.

Referring to fig. 1, the implementation flow of the method for generating the channel packaging task, the packaging item and the packaging sub-item provided in this embodiment is as follows:

101, acquiring a bill.

Wherein the document includes a presentation time.

The document includes one or more of the following: program list, advertisement list receiving, channel package broadcasting execution list.

The proposal needs accurate time reference information because the channel package execution list is always synchronous with the channel broadcasting execution list, and the broadcasting time information on the list is very critical information because a program list arranging list, a program changing list, an inserting advertisement changing list and several documents of the channel broadcasting execution list exist in the channel broadcasting.

102, automatically matching according to the bill.

The execution process of the step is as follows:

1. and grouping the packaging tasks meeting the script rules in a script editing mode according to the bill, and determining the automatically matched packaging tasks.

I.e. a packing grouping is performed. Specifically, a script for identifying and judging information such as ID, time, name, belonging columns and the like of the packaging task is compiled in a script editing mode, and the packaging tasks meeting script rules are grouped, so that the packaging tasks needing automatic matching are determined.

2. From the stored template information of the channels, templates of automatically matching wrapper tasks are selected.

I.e. matching templates. Specifically, template information of channels in the system is read, and templates to be automatically matched are selected. The templates selected here will ultimately be matched to the wrapping task in the wrapping packet.

3. Rules are matched for the selected targets.

I.e. matching rules, defining how templates are to be hooked into the packaging task, the information that needs to be set includes: relative start time, single duration, cycle interval, number of cycles, effective date range, effective week range, effective time range, etc., and support a matching rule script in which a special matching rule is custom-defined, such as: and assigning information such as the name of the packaging task, the starting time and the like to the replacement item of the template.

4. The matching policy validates the channel list.

I.e., channel group, sets a list of channels for which the automatic matching policy is effective.

The channel packaging task, the packaging item and the generating method of the packaging sub item provided by the embodiment are generated by the channel packaging and information broadcasting system by self aiming at the packaging task of the second type of channel packaging.

In the package broadcasting, an automatic matching service link is set, the automatic matching is operated at the back end as an application service form, and an automatic matching rule management page is provided for broadcasting and package preparation editing staff. The editing staff of the channel can check the packing task and packing item generated by automatic matching through the management page, select and modify the packing task and packing item, and check the automatic matching rule. The automatic matching background module supports abnormal alarm to monitoring collection.

The implementation architecture can be shown in fig. 2, and comprises an interface module, automatic matching rule management and matching processing.

And the interface module supports receiving an automatic matching strategy of the packaging servicing system.

And (5) managing the automatic matching rule, and supporting to check and modify the automatic matching strategy. The automatic matching page can view, modify and delete the automatic matching strategy. And the package automatic matching rule management module operates in a Web service mode, and an operator can access the automatic matching page in a browser mode.

And (3) matching processing, namely reading corresponding form information from the system according to the form ID in the notification after the notification is automatically matched. And deleting the package item and the package sub item which are automatically matched last time of the channel corresponding to the form according to the form information. And generating package items and package sub-item information according to the automatic matching strategy, and writing the package items and the package sub-item information into a system database.

The method specifically comprises the following steps: and carrying out packaging tasks, packaging items and packaging sub-item creation based on the bill item information, the matching rules and the matching templates.

In addition, the system also comprises a connection module which supports a main-standby mechanism, heartbeat communication exists between the main and standby mechanisms, and the main machine works under normal conditions and the standby machine stands by. The standby machine does not receive the heartbeat of the host machine for a certain time, considers the host machine to be in fault and takes over the work of the host machine. When the host is performing automatic matching, the sudden failure, the backup take over flow is as follows:

1) When the host starts to perform matching, the host is informed of a task start notification.

2) When the host completes the match, the standby is informed of a task completion notification.

3) When the host computer fails in the matching process, the standby computer does not receive the heartbeat of the host computer for a certain time, and the standby computer takes over the operation of the host computer. At the same time, the task with only the start notification is checked and re-executed.

In step 102, an automatic matching operation opportunity is performed: the system sends a notification to the auto-match module whenever a new form (follow-up form, advertisement form, etc.) enters the playout system.

In addition, the logs of each module in the architecture shown in fig. 2 can be stored in a local disk, and the logs are classified and stored according to channels and strategies, so that the logs are convenient to search. And complete text reading software is provided, so that the content can be conveniently checked and searched.

The database information design of the implementation architecture is as follows:

and storing the integral information of the editing form, the document id, the channel id, the initiating date, the creating date, the document version and the modifier, and whether to lock the edition or not.

And storing each piece of program item information in the bill. Document id, program id, item id, column id, whether an advertisement program is inserted, whether a package item is provided, broadcasting time, duration, program name, submitting state and creating time.

And storing bill behavior information. Document id, channel id, creation time, program entry information conversion into json format data, broadcast time

The package item is saved. Item id, creation time, type, status, save user id, audit status, review status, package item id, playid, data source

The playid is saved. Package item name, package item id, start time, duration, channel code

And storing the package sub-items. Sub item id, template id, sub item name, sub item start time, duration, data information

And (5) storing log information, and automatically running a log by the system and manually operating the log by a user.

In a specific implementation, the automatic matching flow is shown in fig. 3.

1. The message queue server comprises package items and data, documents, automatic matching tasks and data and automatic matching rules.

1) Packaging items and data

And acquiring the package items and the data through the package broadcasting and package item receiving interfaces. In addition, the package items and the data acquired through the package broadcasting and package item receiving interfaces are put into a package broadcasting database.

And outputting the packaged items and the data to a packaged play manager.

2) Document and document making method

The documents are obtained by broadcasting a message (1.1) of the execution list/arrangement list/advertisement list warehousing interface.

And outputting the broadcasting execution list to a packaging broadcasting manager.

The play list is also output (2.0) to the automatic matching service (no longer according to the schedule and the advertisement list after the play list exists).

The document comprises a programming list/change list, an in-inserting advertisement list/an in-inserting advertisement change list, and a broadcasting execution list.

In addition, documents entered into the interface by play-out execution list/schedule list/advertisement list will be entered into the package play-out database.

3) Automatic matching task and data

And (2.4) acquiring automatic matching task update issued by the automatic matching service (after the broadcasting execution list is displayed, the automatic matching task update is not based on the arrangement list and the advertisement list any more).

And (3.1) synchronizing the automatic matching task (3.1) to the packaging and servicing interface is called when the automatic matching task is synchronized.

And outputting (3.0) the packaging task and the packaging item information to a packaging broadcasting manager.

4) Automatic matching rules

And (3) carrying out matching rule preservation/updating (0) through a packaging broadcasting automatic matching rule receiving interface.

Broadcasting to the automatic matching service (after broadcasting the execution list, the list is not arranged and the advertisement list is not arranged).

In addition, the automatic matching rules are entered into the package play database.

2. Packaging broadcast database

Automatic matching initialization/rule update (0.1) is performed based on the grouping, the matching rule and the automatic matching service (after the broadcasting of the execution list, no longer according to the arrangement list and the advertisement list).

The matching task and the package item information are queried through an automatic matching service (after the playing execution list is displayed, the matching task and the package item information are not needed to be according to the layout list and the advertisement list any more) (2.1).

And (2) returning the automatic matching task and the package item information to an automatic matching service (after the execution list is broadcast, the automatic matching task and the package item information are not needed to be according to the arrangement list and the advertisement list any more) (2.2).

And (2.3) automatically matching tasks through an automatic matching service (after broadcasting the execution list, the execution list is not needed to be used according to the arrangement list, and the advertisement list) and warehousing.

And receiving the inquiry of the package broadcasting manager on broadcasting execution list, package task and package item information.

And returning broadcasting execution list, packing task and packing item information to the packing broadcasting manager.

And maintaining a package broadcasting execution list (4.0) sent by the package broadcasting manager.

3. Packaging broadcasting management machine

And issuing a package broadcasting execution list (4.1) to the package broadcasting controller.

A package playout execution ticket is issued to the local/FTP disk (4.2).

And issuing a package broadcasting execution list (4.3) to the package preparation-package broadcasting execution list receiving interface.

In addition, an automatic matching rule is created before performing step 102 to automatically match according to the document.

The rule consists of two parts, wherein the first part is to screen program items which need to be matched automatically according to the rule, and generate tasks. The second part of the automatic matching rules is the package item matching policy.

Thus, the automatic matching rules include filtering attributes and matching policies.

1. Screening attributes

The filtering attribute is at least one or more of the following: program type, column code, task source, program duration, start time, time period, activation time, and expiration time.

I.e. a total of 8 attributes. Including program type, column code, task source, program duration, start time, time period, activation time, expiration time.

The column code, the program type, the task source, the program duration, the start time and the time period are all attributes used for screening programs. And the enablement time and expiration time are the validation times used to set this rule.

2. Matching strategy

The policy is extensible and may be chosen more. Different matching strategies generate different package sub-items. Including post-start, pre-end, template, text, action time, execution time.

Thus, the matching policy is at least one or more of the following.

The following matching policies are identical at the time of action and the time of execution, both of which exist and are the time periods for setting the actions of the matching policies.

The difference is that:

matching strategy 1: the package starts after the program is opened for a first fixed time period, and the package ends before the program ends for a second fixed time period.

Wherein the first fixed duration and/or the second fixed duration may be 0.

Matching strategy 2: the fixed relative time begins for a third fixed duration.

Wherein the relative time may be 0 and the third fixed duration is not 0.

Matching strategy 3: and (3) counting down, namely packaging the program before finishing the fourth fixed time, and counting down from the next fourth fixed time, and if the program time is smaller than the fourth fixed time, taking the program time as the reference.

The full time period can also be selected, namely the program time length can be automatically identified, and the full time length countdown can be performed.

Matching strategy 4: and after the program is opened for the fifth fixed time, packaging and broadcasting once every interval of the fifth fixed time, wherein the broadcasting times are calculated according to the program time, and if the remaining time is smaller than the sum of the packaging duration and the fifth fixed time, the packaging is not broadcasted any more.

Matching strategy 5: and setting the broadcasting time of each time.

Matching strategy 6: and counting down, namely limiting the broadcasting time of the program, and counting down the program in the limiting condition.

Matching strategy 7: the package item that has failed is edited, i.e., playid.

It should be noted that the first fixed duration, the second fixed duration, the third fixed duration, the fourth fixed duration, and the fifth fixed duration may be the same or different, and the present embodiment does not limit the relationship between the fixed durations.

After the automatic matching rule is created, the automatic matching rule is also issued.

The compiling can be established, edited and modified through the system, after the rule establishment is completed, auditing and technical confirmation are needed, after the rule establishment is completed, the automatic matching is automatically synchronized to the database for standby broadcasting and package broadcasting, and the automatic matching server is informed to update the automatic matching rule, so that the new matching rule is used after a new bill is received again, as shown in fig. 4.

And 103, generating a packaging task, a packaging item and a packaging sub item according to the matching result.

If the program changes, a program change list is obtained, a change period is determined according to the program change list, and the packaging item is adjusted according to the change period.

As shown in fig. 5, the published schedule/in-line advertisement list 1) is stored in the broadcast receipt database after the program is broadcast. 2) Directly storing the broadcast bill database. 3) And (3) warehousing the receipts, generating a packaging task, editing packaging items, wherein the packaging item data are input into a packaging output management machine to form a packaging broadcasting execution list, and storing the packaging broadcasting execution list into a packaging broadcasting execution list database.

The automatic matching service outputs the packaging task and the packaging item data to the packaging item edit and outputs the packaging item data to the packaging broadcasting manager based on the matching rule database and the broadcasting bill database.

And the package play-out manager performs task merging based on the package tasks and the play-out bill database generated by automatic matching.

The package broadcasting manager edits and outputs package item data based on the package item data generated by automatic matching, the task after merging is performed, the package item is merged by outputting the emergency package item editing, and the merged package item is output to a package broadcasting execution list.

The packaging broadcasting execution list is the most main output data of the packaging broadcasting management machine, and the manual operation and the software automatic processing logic provided by the interface are all unfolded around the packaging broadcasting execution list. The package broadcasting management software interacts with the automatic matching service, the upstream general studio/advertising system, the broadcasting system and the emergency package servicing through the database and the network message. The automatic matching service provides automatic generation of packaging tasks according to preset rules for packaging broadcasting management machine, packaging preparation and packaging item editing and management, and automatic matching of packaging items.

Manual intervention

When the program schedule and the items in the program change list do not need to be packaged, the automatic matching task generation can be stopped by setting the items in the channel packaging and servicing system, so that the automatic matching logic ignores the items and cannot generate the packaging task, the packaging items and the packaging sub-item data for the items.

Scene of upstream bill inheritance packaging task

The channel packaging task inheritance matching method can automatically associate the original channel packaging task, packaging item and packaging sub-item according to preset matching rules after the program programming change list, the medium-inserted advertisement change list and the channel broadcasting execution list are changed, and automatically inherit the packaging item and the packaging sub-item when the channel packaging task needing broadcasting exists, and does not need to be packaged and manufactured manually each time.

The wrapping task of this embodiment is self-generated by the channel wrapping and information broadcasting system, and the channel wrapping task is associated with the program entry ID.

As shown in fig. 6, a program schedule/program change list is issued, 1) a channel package task inheritance module is input through a program schedule/program change list interface, and then output to a database of document and package task, package item and package sub item data, task combination is performed based on the document and the data in the database of the package task, the package item and the package sub item data, the task combination result and the document and the data in the database of the package task, the package item and the package sub item data are performed package item combination, and the package item combination result is output to a package broadcasting execution list. 2) The channel packaging task inheritance module is input through a programming list/program change list interface, and then the channel packaging task inheritance module is output to a packaging task generation and stored in a database. 3) And (3) entering a document through a program scheduling list/program changing list interface, storing the document into a database, editing a packaging item based on the database, outputting the document to a database of document and packaging task, packaging item and packaging sub item data through a packaging broadcasting interface, carrying out task combination based on the document and the data in the database of the packaging task, the packaging item and the packaging sub item data, carrying out packaging item combination based on the task combination result and the document and the data in the database of the packaging task, the packaging item and the packaging sub item data, and outputting the packaging item combination result to a packaging broadcasting execution list.

In addition, after the program is output, the program is output to the channel packaging task inheritance module through the broadcasting execution interface, and is output to the packaging task inheritance module through the broadcasting execution interface.

The automatic inheritance logic processing of the channel packaging task is carried out in a channel packaging preparation interface module and a channel packaging broadcasting interface module, and the modules are used for receiving a program schedule, a program change list, a broadcasting execution list and a packaging broadcasting execution list. The inheritance of the channel wrapping task refers to inheritance of the wrapping of the program change list.

According to the changing range of the program changing list, when the program item ID in the range changes, the packaging task of the original item ID can be matched with the changed item, and the process is a core inheritance mechanism of the channel packaging task. The core logic is that the packaging task cannot be lost and the correctness of the matching is ensured. The time, the template, the package item and the package sub item related broadcasting elements are matched correctly. The specific operation process is as follows:

firstly, a program schedule is issued by a general studio or an execution list is issued by a channel broadcasting system, the execution list is sent to a channel packaging broadcasting system and a packaging and preparation system, and inheritance logic is performed after each system stores the receipts.

The second time the total studio issues a program change list, and the system searches the channel packaging task, the packaging item and the packaging sub-item data corresponding to the previous original program list in the range of the change list. And checking the corresponding program item of the document according to the record. The following judgment is made:

for example, the number of the cells to be processed,

and acquiring the broadcasting times before and after the change corresponding to the change period.

The number of times of play before change is one

If the broadcasting times before the change are one time and the broadcasting times after the change are more than one time, deleting the package item.

If the broadcasting time before the change is one, the broadcasting time after the change is also one, the packaging item is inherited when the broadcasting time before the change is the same as the broadcasting time after the change, and the packaging item is deleted when the broadcasting time before the change is different from the broadcasting time after the change.

Number of times of play before change more than once

And acquiring all time lengths and broadcasting times in the multiple programs, inheriting the package item if all the time lengths and the broadcasting times are the same, and deleting the package item if all the time lengths and the broadcasting times are not the same.

In the case of a specific application, the process is,

firstly, judging a program changing period, comparing the broadcasting times of the program in the period according to the data in the same period, and if the broadcasting time is one time before broadcasting and is not one time after broadcasting, directly deleting the original program package item. If the program is broadcast once, comparing whether the program time length is the same as the original document, if not, deleting the package item of the original program, and if so, inheriting the package item to the program in the new document.

And secondly, comparing the broadcasting times of the program in the period if the broadcasting times are multiple before broadcasting, then acquiring all time lengths and broadcasting times in the multiple programs for comparison, and if the time lengths and the broadcasting times are all the same, inheriting the package items of the corresponding program to the corresponding program in the new receipt, and if the package items are different, deleting the original package items and not inheriting logic.

The method for generating the channel packaging task, the packaging item and the packaging sub-item provided by the embodiment can be executed by a broadcasting system, a program scheduling list and a broadcasting execution list send data to the broadcasting system, the broadcasting system stores the data and sends a message to a manager and an automatic matching service, the automatic matching server matches the items conforming to the rules in the corresponding documents according to the rules after receiving the data, and if the items conforming to the rules are matched, the corresponding packaging task, the packaging item and the packaging sub-item are generated for the program items.

In the implementation, as shown in fig. 7, a program change list can be obtained, through a packaging preparation interface, the entry ID of the originite field of the change list is traversed, the corresponding program ID and the program duration are obtained, the broadcasting times of each program ID in the originite group are obtained,

1) If the number of playouts in the orignintem group is 1, then

The program ID is brought into the targetitem field set to retrieve whether the number of playouts of the ID is 1.

1.1 If the number of times of the ID broadcasting is 1, then

It is determined whether the program ID corresponds to the same program duration as before the change.

1.1.1 If the same, then

And searching whether the item ID corresponding to the program ID in the origin set is associated with a packaging task.

If so, applying a change list and relating the item ID after the change of the wrapping task ID to realize the inheritance of the wrapping item.

If the package item is not associated with the package item, the change list is applied, the package task is ignored, and the deletion of the package item is realized.

1.1.2 If not, applying the change list, neglecting the packaging task and deleting the packaging item.

1.2 If the number of times of the ID broadcasting is not 1, applying a change list, ignoring a packaging task and deleting the packaging item.

2) If the number of playouts in the orignintem group is not 1, then

And acquiring the broadcasting times, the broadcasting time of each program and the program duration of the program ID of the targetitem group.

Compare whether the program ID broadcast times are the same in both groups.

2.1 If the times are the same, then

And comparing whether the corresponding program time lengths in the two groups are equal or not when the two groups are played each time.

2.1.1 If equal, then

And searching whether the item ID corresponding to the program ID in the origin set is associated with a packaging task.

If so, applying a change list and relating the item ID after the change of the wrapping task ID to realize the inheritance of the wrapping item.

If the package item is not associated with the package item, the change list is applied, the package task is ignored, and the deletion of the package item is realized.

2.1.2 If not, applying the change list, ignoring the packaging task and deleting the packaging item.

2.2 If the times are different, applying the change list, neglecting the packaging task and deleting the packaging item.

The method for generating the channel packaging task, the packaging item and the packaging sub-item can solve the problem that the channel packaging task, the packaging item and the packaging sub-item repeat labor in the process of creating and editing, simplify the process of manufacturing the packaging item and save the manufacturing time of the packaging item.

The main appearance is that:

1. the full-flow automation of channel packaging tasks, packaging items and packaging sub-items is realized, the packaging manufacturing efficiency is improved, and the communication cost is reduced.

2. The creation of the channel packaging task is automatically created by the channel packaging system, and the upstream total studio system is not relied on any more, so that the addition of the packaging task is more flexible, the intermediate links are reduced, and the communication cost is reduced.

3. The package item and the package sub-item can be synchronously and automatically updated along with the channel package execution list, the program scheduling list, the program change list, the medium insertion advertisement list and the medium insertion advertisement change list, and the related broadcasting time and broadcasting duration of the package task, the package item and the package sub-item are automatically updated without manual operation, so that the time and labor are saved, the working efficiency of package manufacture is improved, and the error probability is reduced.

4. The automatic matching rule of the channel package can be created, edited and modified, and is controlled by a multi-level auditing link, so that the safety is ensured.

5. The automatic matching rule can be created and modified by the channel director at any time, and the modified rule is formally validated after being checked in departments and confirmed by the technology of the packaging department and is issued to the packaging broadcasting system, so that the automatic matching rule has a safety guarantee mechanism.

6. The automatic matching method comprises the steps of automatically matching the generated packaging tasks, packaging items and packaging sub-items, and deleting the packaging tasks, the packaging items and the packaging sub-items, wherein a manual intervention link is provided in both a packaging manufacturing link and a packaging broadcasting management machine link of a packaging broadcasting system in a packaging preparation system, so that the automatic matching rule is prevented from unreasonably setting the unnecessary packaging tasks, the packaging items or the packaging sub-items.

7. The automatic matching mechanism is flexible and extensible.

8. The automatic matching rule is based on the combination of the database and the matching strategy, an automatic matching rule expansion mode is reserved, and the matching strategy can be dynamically expanded according to the service.

In the scenario that the packaging task needs to be inherited from the upstream bill, the generating method of the channel packaging task, the packaging item and the packaging sub-item can solve the unnecessary repeated labor in the channel packaging manufacturing process. Greatly reduces the channel package arrangement manufacturing flow and arrangement time.

The main technical advantages are as follows:

1) Since the program change list is modified very frequently, up to 100 programs in one program schedule list can be produced again, and if each program change is carried out, the program change list requires a very large amount of time and labor. The channel packaging task inherits the matching method, so that the channel packaging can be ensured not to be missed, and the communication cost is reduced.

2) The system supports the packaging task to inherit the matched short message notification and timely notify the channel editing.

The channel editing can mainly pay attention to key business logic by the repetition of automatic inheritance matching of the channel packaging task, and does not need to make supplementary work for the loss of the packaging task caused by program change. However, in order to ensure the security of inheritance logic of the channel packaging task, the documents which are not inherited are automatically sent to the compiling and guiding device by calling a short message interface, so that the compiling and guiding device is convenient to master the running condition of the system at the moment.

It will be appreciated by those skilled in the art that embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein. The solutions in the embodiments of the present application may be implemented in various computer languages, for example, object-oriented programming language Java, and an transliterated scripting language JavaScript, etc.

The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flowchart illustrations and/or block diagrams, and combinations of flows and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

While preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the application.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present application without departing from the spirit or scope of the application. Thus, if such modifications and variations of the present application fall within the scope of the claims and the equivalents thereof, the present application is intended to cover such modifications and variations.

Claims (10)

1. A method for generating a channel wrapping task, a wrapping item and a wrapping sub-item, the method comprising:

Acquiring a bill, wherein the bill comprises broadcasting time;

automatically matching according to the bill;

and generating a packaging task, a packaging item and a packaging sub-item according to the matching result.

2. The method of claim 1, wherein the document comprises one or more of the following: program list, advertisement list receiving, channel package broadcasting execution list.

3. The method of claim 1, wherein said automatically matching based on said document comprises:

grouping the packaging tasks meeting the script rules in a script editing mode according to the bill, and determining the packaging tasks which are automatically matched;

selecting a template of an automatically matched packaging task from stored template information of channels;

matching rules for the selected targets;

the matching policy validates the channel list.

4. A method according to claim 3, wherein prior to said automatically matching from said document, further comprising:

creating an automatic matching rule;

the automatic matching rule comprises a screening attribute and a matching policy.

5. The method of claim 4, wherein the screening attribute is one or more of: program type, column code, task source, program duration, start time, time period, activation time, and expiration time.

6. The method of claim 4, wherein the matching policy is one or more of:

matching strategy 1: packaging starts after the program is opened for a first fixed time period, and packaging ends before the program ends for a second fixed time period;

matching strategy 2: starting at a fixed relative time for a third fixed duration;

matching strategy 3: counting down, packaging and counting down from the next fourth fixed time before the program is finished for the fourth fixed time, and if the program time is smaller than the fourth fixed time, taking the program time as the reference;

matching strategy 4: after the program is opened for the fifth fixed time length, packaging and broadcasting once every interval of the fifth fixed time length, wherein the broadcasting times are calculated according to the program time length, and if the remaining time is smaller than the sum of the packaging duration time length and the fifth fixed time length, the packaging is not broadcasted any more;

matching strategy 5: setting the broadcasting time length of each time;

matching strategy 6: counting down, limiting the broadcasting time of the program, and counting down the program in the limiting condition;

matching strategy 7: the package item that has failed has been edited.

7. The method of claim 6, wherein the third fixed duration is not 0.

8. The method according to claim 2, wherein after generating the packaging task, the packaging item, and the packaging sub-item according to the matching result, further comprising:

acquiring a program change list;

determining a change period according to the program change list;

and adjusting the packaging item according to the change period.

9. The method of claim 8, wherein said adjusting the package item according to the change period comprises:

acquiring the broadcasting times before and after the change corresponding to the change period;

if the broadcasting times before changing are one time and the broadcasting times after changing are more than one time, deleting the package item;

if the broadcasting time before the change is one, the broadcasting time after the change is also one, the packaging item is inherited when the broadcasting time before the change is the same as the broadcasting time after the change, and the packaging item is deleted when the broadcasting time before the change is different from the broadcasting time after the change.

10. The method of claim 9, wherein the obtaining the pre-change play-out number and the post-change play-out number corresponding to the change period comprises:

and if the broadcasting times before changing are more than one time, acquiring all time lengths and broadcasting times in the multiple programs, and if the time lengths and the broadcasting times are the same, inheriting the package items, otherwise, deleting the package items.

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