CN112035173B - Method and system for supporting multi-dimensional content aggregation display of VR (virtual reality) all-in-one machine - Google Patents
Method and system for supporting multi-dimensional content aggregation display of VR (virtual reality) all-in-one machine Download PDFInfo
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- CN112035173B CN112035173B CN202011214119.0A CN202011214119A CN112035173B CN 112035173 B CN112035173 B CN 112035173B CN 202011214119 A CN202011214119 A CN 202011214119A CN 112035173 B CN112035173 B CN 112035173B
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
The embodiment of the invention discloses a method and a system for supporting multi-dimensional content aggregation display of a VR (virtual reality) all-in-one machine, wherein the method comprises the following steps: acquiring Card newly-added information and Card management information sent by an operator, configuring and perfecting the Card, acquiring policy definition request information sent by the operator, and assembling a distribution policy associated with the Card; after passing the validity check, carrying out synchronous task assembly according to the Card configuration information, executing the Card synchronous task and storing; and acquiring and analyzing query request information sent by a user, querying program contents corresponding to the Card list in the stored synchronous data, and sending the program contents to the user. The technical scheme of the invention enriches the display mode and content of the VR all-in-one machine, provides effective support for products of different models, versions, sellers and the like, and effectively meets the current diversified operation and user requirements.
Description
Technical Field
The invention relates to the technical field of VR (virtual reality) all-in-one machines, in particular to a method and a system for supporting multi-dimensional content aggregation display of a VR all-in-one machine.
Background
Along with the development of science and technology, the VR all-in-one has gradually walked into people's life, and it is the VR head that possesses independent processor shows (virtual reality head-mounted display device), and the video show content that shows in the equipment has satisfied people's daily amusement demand effectively.
However, in the currently common VR all-in-one machine, a set of video display templates is fixed in the VR all-in-one machine, and the video display is performed in the fixed templates, so that the user can only see limited operating programs, thereby generating the following defects:
firstly, the fixed display template causes the video content display template to be single and cannot meet diversified operation requirements and increasingly rich entertainment requirements of people;
secondly, the video is only displayed in the all-in-one machine, and other media contents such as games, applications, videos, pictures and the like cannot be displayed in a mixed mode in the same template;
thirdly, products often have differentiated sales channels, and the sales channels of the integrated machines are different from the sellers, so that the problem that differentiated operation cannot be realized aiming at the sales channels of different VR integrated machines exists;
fourthly, the prior art has poor support for VR all-in-one machines of different versions and different models.
In summary, the existing VR all-in-one machine content display scheme has the problems that the display content and the display mode are single, and effective support cannot be provided for products in different models, versions, vendors and the like, and the current diversified operation and user requirements are difficult to meet.
Disclosure of Invention
In view of this, the embodiment of the present invention provides a method and a system for supporting a VR all-in-one machine multi-dimensional content aggregation display.
An embodiment of the invention provides a method for supporting multi-dimensional content aggregation display of a VR (virtual reality) all-in-one machine, which comprises the following steps:
acquiring Card newly-added information, Card management information and a synchronous operation instruction sent by an operator, perfecting current Card configuration information according to the Card newly-added information and the Card management information, and forming a remote instruction containing a Card number corresponding to the Card configuration information according to the synchronous operation instruction;
acquiring policy definition request information sent by an operator, and assembling a distribution policy associated and bound with the specified Card configuration information according to the policy definition request information, wherein the distribution policy comprises parameter information from production to sale of a product and media content source information;
acquiring the Card configuration information according to the Card number, and checking the legality of the Card configuration information;
after passing the validity check, acquiring the driving service of the data source to which the Card belongs according to the Card configuration information, assembling to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task;
acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents to generate Card program contents, and completing data synchronization to execute the Card synchronization task;
writing and storing the synchronous data;
acquiring and analyzing query request information sent by a user, performing strategy matching in the distribution strategy according to the query request information to acquire corresponding Card information, and generating a Card list meeting the strategy matching requirement according to the Card information;
and inquiring the program content corresponding to the Card list in the stored synchronous data, and sending the Card list and the program content to the user.
Further, in the method for supporting multi-dimensional content aggregation display of the VR all-in-one machine, the parameter information from production to sale of the product includes a model, a sale channel, a seller and an application version of the all-in-one machine.
Further, in the method for supporting the VR all-in-one machine multi-dimensional content aggregation display, the Card configuration information includes a Card name, a Card type, a platform to which the Card belongs, a template type, a version number, a status, and the Card number.
Further, in the method for supporting the VR all-in-one machine multi-dimensional content aggregation display, the obtaining the driving service of the data source to which the Card belongs according to the Card configuration information and assembling the driving service to obtain the Card synchronization task includes:
judging a data source to which the Card configuration information belongs according to the Card type;
acquiring a data source driving service by using the data source;
and assembling to form the Card synchronization service.
Further, in the method for supporting the VR all-in-one machine multi-dimensional content aggregation display, the acquiring the corresponding program content by using the Card configuration information, aggregating all the program contents, and completing the data synchronization to execute the Card synchronization task includes:
the data source acquiring data source driving service acquires original data corresponding to the Card configuration information according to the Card number;
and processing the original data according to the Card type.
Further, in the above method for supporting a VR all-in-one machine multi-dimensional content aggregation display, the "processing the raw data according to the Card type" includes:
filling basic information of the Card configuration information, wherein the basic information comprises a bottom layer picture address, an upper layer picture address, the Card name and the Card number;
extracting an ID set of a program list in the original data;
and traversing the ID set, acquiring program information, and filling the program information into the Card configuration information to obtain new Card program content.
Further, in the above method for supporting the VR all-in-one machine multi-dimensional content aggregation display, the writing and storing the synchronization data includes:
and writing and storing the new Card program content after the completion of the filling.
Further, in the method for supporting the VR all-in-one machine multidimensional content aggregation display, the query request information includes parameter information from production to sale of the product, and the step of acquiring and analyzing the query request information sent by the user, performing policy matching in the distribution policy according to the query request information to acquire corresponding Card information, and generating a Card list meeting policy matching requirements according to the Card information includes:
analyzing the parameter information from production to sale of the product, and extracting the model, the sale channel and the application version;
initializing an empty Card list set;
obtaining the Card information according to the sales channel to obtain an ordered Card group list set, traversing the Card group, and inquiring the Card list associated with the Card group;
and adding the inquired Card list into the Card group list set, and filtering the content in the Card group list set according to the application version and the model to obtain the Card list meeting the policy matching requirement.
Further, in the method for supporting the VR all-in-one machine multi-dimensional content aggregation display, the querying the program content corresponding to the Card list in the stored synchronization data, and sending the Card list to the user includes:
acquiring a first Card number of the Card list;
inquiring the corresponding Card program content in the stored synchronous data according to the first Card number;
and sending the Card list and the Card program content to the user so that the user can acquire the Card program content according to the first Card number of the Card list.
Another embodiment of the present invention provides a system for supporting a VR all-in-one machine multi-dimensional content aggregation display, including:
the system comprises a content management service unit, a content management service unit and a content management service unit, wherein the content management service unit is used for acquiring Card adding information, Card management information and synchronous operation instructions sent by an operator, perfecting current Card configuration information according to the Card adding information and the Card management information, and forming a remote instruction containing a Card number corresponding to the Card configuration information according to the synchronous operation instructions; meanwhile, the strategy definition request information is also used for acquiring strategy definition request information sent by an operator;
the strategy distribution service unit is used for assembling a distribution strategy which is associated and bound with the specified Card configuration information according to the strategy definition request information, wherein the distribution strategy comprises parameter information of products from production to sale and media content source information;
the message service unit is used for acquiring the Card configuration information according to the Card number and checking the legality of the Card configuration information;
the task management service unit is used for acquiring the driving service of the data source to which the Card belongs according to the Card configuration information after the validity check is passed, assembling the driving service to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task;
the task synchronization service unit is used for acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents to generate Card program contents, and completing data synchronization to execute the Card synchronization task;
the data storage service unit is used for writing and storing the synchronous data;
the system comprises a query unit, a distribution unit and a processing unit, wherein the query unit is used for acquiring and analyzing query request information sent by a user, performing strategy matching in the distribution strategy according to the query request information to acquire corresponding Card information, and generating a Card list meeting the strategy matching requirement according to the Card information; then, the program content corresponding to the Card list is searched in the stored synchronous data, and the Card list is sent to the user.
Another embodiment of the present invention provides a terminal, including: a processor and a memory, the memory storing a computer program for execution by the processor to implement the plurality of IMU time synchronization methods described above.
Yet another embodiment of the present invention provides a computer-readable storage medium storing a computer program, which when executed, implements the method for supporting multi-dimensional content aggregation display for a VR all-in-one machine.
The method provided by the embodiment of the invention can meet the flexible configuration requirement of operators by perfecting Card configuration information and constructing a distribution strategy, and ensures that the VR integrated machine provides the aggregation template and the media content in multiple dimensions of different sales channels, different versions, different machine types and the like. Because the distribution strategy comprises parameter information from production to sale of the product, the all-in-one machine can meet the support of different content aggregation templates and different types of media contents such as videos, games, applications, pictures and the like. By formulating an aggregation template with high expansibility and processing a standard unified content aggregation flow and distributing content according to a configurable distribution strategy, diversified content display is guaranteed to be provided for users, and the requirements of the users are met.
Drawings
In order to more clearly illustrate the technical solution of the present invention, the drawings required to be used in the embodiments will be briefly described below, and it should be understood that the following drawings only illustrate some embodiments of the present invention, and therefore should not be considered as limiting the scope of the present invention. Like components are numbered similarly in the various figures.
Fig. 1 shows a first flow diagram of a method for supporting multi-dimensional content aggregation display of a VR all-in-one machine according to an embodiment of the present invention;
FIG. 2 is a second flowchart of step S104 according to the embodiment of the present invention;
FIG. 3 is a third flowchart of step S105 according to the embodiment of the present invention;
FIG. 4 is a fourth flowchart illustrating step S302 according to an embodiment of the present invention;
FIG. 5 is a fifth flowchart illustrating step S107 according to an embodiment of the present invention;
fig. 6 shows a schematic structural diagram of a system supporting multi-dimensional content aggregation display of a VR all-in-one machine according to an embodiment of the present invention.
Description of the main element symbols:
10-a content management service unit; 20-a policy distribution service element; 30-a message service unit; 40-a task management service unit; 50-task synchronization service unit; 60-a data storage service unit; 70-query unit.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Example 1
Referring to fig. 1, the present embodiment provides a method for supporting a multi-dimensional content aggregation display of a VR all-in-one machine, which is applicable to multi-dimensional differentiated VR all-in-one machine devices of different versions, different models, different sales channels, and the like. The method of the embodiment establishes the aggregation template with high expansibility and the standardized unified content aggregation flow process, and simultaneously performs content distribution according to the configurable distribution strategy, thereby ensuring that diversified content display is provided for users, and meeting the requirements of the users and operators.
As shown in fig. 1, the following describes in detail the method for supporting the VR all-in-one machine multi-dimensional content aggregation display. The method for supporting the multi-dimensional content aggregation display of the VR all-in-one machine provided by the embodiment comprises the following operation processing flows:
step S101, acquiring Card adding information, Card management information and synchronous operation instructions sent by an operator, perfecting current Card configuration information according to the Card adding information and the Card management information, and forming a remote instruction containing a Card number corresponding to the Card configuration information according to the synchronous operation instructions;
specifically, a Card refers to an aggregated content collection having a unique number, a custom name, a specified template, and a specified distribution policy, and having a set of subsets of multiple types of programs. The Card configuration information includes the name of the Card, the type of the Card (which may include a plurality of types of cards, such as asset location, exclusive theater, theme theater, latest update, etc., each type representing the source of the program listing data on the Card), the affiliated platform, the type of the template (including the layout style of a customized series of Card programs), the version number, the status (online, offline), and the number of the Card (the unique identifier of the Card). The operator can select and fill in the newly added Card or manage the existing Card, thereby performing the Card configuration, being beneficial to the scheme that the operator adds and manages the existing template, and leading the style of the Card to be more diversified. The method of the embodiment of the invention also provides the synchronous operation of the Card, and the remote synchronous operation instruction contains the content of the Card number.
Step S102, acquiring policy definition request information sent by an operator, and assembling a distribution policy associated and bound with the appointed Card configuration information according to the policy definition request information, wherein the distribution policy comprises parameter information from production to sale of a product and media content source information;
specifically, the parameter information from production to sale of the product comprises the model, the sale channel, the seller and the application version of the all-in-one machine. The operator can send a program data synchronization instruction for specifying the current Card, assemble a new policy according to the existing policy configuration, and distribute the policy. It should be noted that, the concept of Card groups is provided at the upper layer of the Card, and one Card group can aggregate all the cards or a part of the cards and sort them, and the Card groups can also be freely sorted. The Card group is associated with a sales channel number built into the VR all-in-one machine. By utilizing the method provided by the embodiment of the invention, the operator can customize the scheme of the content distribution strategy based on five dimensions of VR machine type, sales channel, sales merchant, version and media content source, thus being beneficial to flexibly configuring Card lists and enriching the content operation strategy of VR machine.
Step S103, acquiring Card configuration information according to the Card number, and checking the legality of the Card configuration information;
specifically, after the remote instruction is received, the Card configuration information can be acquired according to the Card number, and the validity of the Card configuration information is checked and then transmitted to the task manager.
Step S104, after passing the validity check, obtaining the driving service of the data source to which the Card belongs according to the Card configuration information, assembling to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task;
specifically, after the Card configuration information is received, the data source to which the Card belongs can be judged according to the Card type, and the data source driving service is acquired, so that the Card synchronization task is assembled.
Step S105, acquiring corresponding program contents by using Card configuration information, aggregating all the program contents to generate Card program contents, and completing data synchronization to execute a Card synchronization task;
step S106, writing and storing the synchronous data;
step S107, obtaining and analyzing the inquiry request information sent by the user, performing strategy matching in the distribution strategy according to the inquiry request information to obtain corresponding Card information, and generating a Card list according with the strategy matching requirement according to the Card information;
specifically, the query request information includes parameter information of the product from production to sale.
Step S108, inquiring the stored synchronous data about the program content corresponding to the Card list, and sending the Card list and the program content to the user.
Referring to fig. 2, the step S104 of obtaining the driving service of the data source to which the Card belongs according to the Card configuration information and assembling the driving service to obtain the Card synchronization task includes the following sub-steps:
a substep S201, judging the data source of the Card configuration information according to the Card type;
a substep S202, acquiring a data source driving service by using a data source;
and a substep S203, assembling and forming the Card synchronization service.
Referring to fig. 3, step S105 includes the following sub-steps:
step S301, the data source obtains the original data corresponding to the Card configuration information according to the Card number by the data source drive service;
and a substep S302 of processing the raw data according to the Card type.
Referring to fig. 4, the substep S302 includes the substeps of:
step S401, filling basic information of Card configuration information, wherein the basic information comprises a bottom layer picture address, an upper layer picture address, a Card name and a Card number;
step S402, extracting an ID set of a program list in original data;
step S403, traversing the ID set, obtaining program information and filling the program information into Card configuration information to obtain new Card program content.
Specifically, in the task execution, the data source driving service firstly acquires original data corresponding to the Card according to the Card number, and starts to process the original data according to the Card type, firstly fills basic information of the Card including a bottom picture address, an upper picture address, a name of the Card, and a number of the Card, then extracts a program list ID set in the original data, traverses the ID set, acquires program information, and fills the program information into a subset of the Card. And after the filling is finished, writing the whole newly generated Card program content into the storage server until the whole synchronization task is finished.
Referring to fig. 5, step S107 includes the following sub-steps:
the substep S501, analyzing the parameter information from production to sale of the product, and extracting the model, the sale channel and the application version;
substep S502, initialize empty Card list set;
substep S503, obtaining the ordered Card group list set according to the Card information obtained from the sales channel, traversing the Card group, and inquiring the Card list associated with the Card group;
and a substep S504, adding the inquired Card list into the Card group list set, and filtering the content in the Card group list set according to the application version and the model to obtain the Card list meeting the policy matching requirement.
Specifically, when the VR all-in-one machine starts to request to acquire the Card set, the model of the VR all-in-one machine, the number of the sales channel and the application version are determined. After the server receives the request, the policy service will analyze the request and extract the three parameters, firstly initialize an empty Card list set, obtain an ordered Card set according to the number of the sale channel, then traverse the Card set, inquire the Card list associated with the Card set and add it to the initialized Card list set, then obtain the Card list meeting the requirements of the VR all-in-one machine after filtering the unqualified Card according to the application version number and the model.
Step S108 includes the following substeps:
acquiring a first Card number of a Card list;
inquiring corresponding Card program content in the stored synchronous data according to the first Card number;
and sending the Card list and the Card program content to the user so that the user can acquire the Card program content according to the first Card number of the Card list.
Specifically, the first Card number of the Card list is obtained, and the Card program content is obtained and returned to the user. After the user obtains the Card list, the user can further obtain the content of the Card according to the number of the Card.
According to the embodiment, the demand of flexible configuration of operators can be met by perfecting Card configuration information and constructing a distribution strategy, and the VR all-in-one machine is ensured to provide the aggregation template and the media content in multiple dimensions of different sales channels, different versions, different machine types and the like. Because the distribution strategy comprises parameter information from production to sale of the product, the all-in-one machine can meet the support of different content aggregation templates and different types of media contents such as videos, games, applications, pictures and the like. By defining the specification of the Card data structure, the embodiment of the invention provides a whole set of content aggregation processing flow, can support media contents of types such as pictures, videos, games, applications and the like to be aggregated on one Card, and is beneficial to an all-in-one machine to present various contents of different types on one Card. Compared with the prior art, the embodiment of the invention establishes the aggregation template with high expansibility and the standardized unified content aggregation flow process, and distributes the content according to the configurable distribution strategy, thereby ensuring that diversified content display is provided for the user and meeting the requirements of the user.
Example 2
Referring to fig. 6, based on the method for supporting the VR all-in-one machine multi-dimensional content aggregation display in embodiment 1, this embodiment provides a system for supporting the VR all-in-one machine multi-dimensional content aggregation display, including:
the content management service unit 10 is configured to acquire Card addition information, Card management information, and a synchronization operation instruction sent by an operator, perfect current Card configuration information according to the Card addition information and the Card management information, and form a remote instruction including a Card number corresponding to the Card configuration information according to the synchronization operation instruction; meanwhile, the strategy definition request information is also used for acquiring strategy definition request information sent by an operator;
a policy distribution service unit 20, configured to assemble a distribution policy associated and bound with the specified Card configuration information according to the policy definition request information, where the distribution policy includes parameter information of products from production to sale and media content source information;
a message service unit 30, configured to obtain Card configuration information according to the Card number, and check the validity of the Card configuration information;
the task management service unit 40 is used for acquiring the driving service of the data source to which the Card belongs according to the Card configuration information after the validity check is passed, assembling the driving service to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task;
the task synchronization service unit 50 is configured to acquire corresponding program contents by using Card configuration information, aggregate all the program contents to generate Card program contents, and complete data synchronization to execute a Card synchronization task;
a data storage service unit 60 for writing and storing the synchronization data;
the query unit 70 is configured to obtain and analyze query request information sent by a user, perform policy matching in a distribution policy according to the query request information to obtain corresponding Card information, and generate a Card list meeting policy matching requirements according to the Card information; then, the program content corresponding to the Card list is searched in the stored synchronous data, and the Card list is sent to the user.
Specifically, the operator may send a program data synchronization command specifying the current Card through the new Card added to the content management service unit 10 and the existing Card managed, and may configure and send a policy definition command according to the existing policy element. The message service unit 30 consumes the data synchronization command and checks its validity and then delivers the command to the task management service unit 40. The task management service unit 40 is responsible for assembling the Card synchronization task and managing the lifecycle of the Card synchronization task. The task synchronization service unit 50 receives the Card synchronization task and executes the task, analyzes each program type in the program list under the Card during the task execution, acquires a corresponding content processor according to the program type to process the program content, aggregates all the program contents under the Card after the processing is finished, finishes the data synchronization, and finally writes the data synchronization into the data storage service. The policy distribution service unit 20 receives the policy definition request from the operator, and assembles the distribution policy with 5 dimensions, such as model, sales channel, sales merchant, version, media content source, and the distribution policy is associated and bound with the specified Card.
It can be understood that the VR all-in-one machine user carries attribute parameters such as the model of the all-in-one machine, the affiliated sales channel, the affiliated sales merchant, the affiliated version, etc. in the query request, the query service unit 70 parses the request, and obtains the corresponding Card set from the policy distribution service unit 20, and then obtains the program content list of the currently specified Card from the storage service according to the number of the currently specified Card and returns the list to the all-in-one machine user.
It can be understood that the above-described system for supporting the VR all-in-one machine multi-dimensional content aggregation display corresponds to the method for supporting the VR all-in-one machine multi-dimensional content aggregation display in embodiment 1. Any of the options in embodiment 1 are also applicable to this embodiment, and will not be described in detail here.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention.
Claims (6)
1. A method for supporting multi-dimensional content aggregation display of a VR (virtual reality) all-in-one machine is characterized by comprising the following steps:
acquiring Card newly-added information, Card management information and a synchronous operation instruction sent by an operator, perfecting current Card configuration information according to the Card newly-added information and the Card management information, and forming a remote instruction containing a Card number corresponding to the Card configuration information according to the synchronous operation instruction;
acquiring policy definition request information sent by an operator, and assembling a distribution policy associated and bound with the specified Card configuration information according to the policy definition request information, wherein the distribution policy comprises parameter information from production to sale of a product and media content source information;
acquiring the Card configuration information according to the Card number, and checking the legality of the Card configuration information;
after passing the validity check, acquiring the driving service of the data source to which the Card belongs according to the Card configuration information, assembling to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task;
acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents to generate Card program contents, and completing data synchronization to execute the Card synchronization task;
writing and storing the synchronous data;
acquiring and analyzing query request information sent by a user, performing strategy matching in the distribution strategy according to the query request information to acquire corresponding Card information, and generating a Card list meeting the strategy matching requirement according to the Card information;
searching the program content corresponding to the Card list in the stored synchronous data, and sending the Card list and the program content to the user;
the Card configuration information comprises a Card name, a Card type, a belonging platform, a template type, a version number, a state and a Card number;
obtaining the driving service of the data source to which the Card belongs according to the Card configuration information, and assembling to obtain the Card synchronization task, wherein the step of obtaining the Card synchronization task comprises the following steps:
judging a data source to which the Card configuration information belongs according to the Card type;
acquiring a data source driving service by using the data source;
assembling to form the Card synchronization service;
acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents, and completing data synchronization to execute the Card synchronization task, wherein the step comprises the following steps:
the data source acquiring data source driving service acquires original data corresponding to the Card configuration information according to the Card number;
processing the original data according to the Card type;
processing the raw data according to the Card type includes:
filling basic information of the Card configuration information, wherein the basic information comprises a bottom layer picture address, an upper layer picture address, the Card name and the Card number;
extracting an ID set of a program list in the original data;
and traversing the ID set, acquiring program information, and filling the program information into the Card configuration information to obtain new Card program content.
2. The method of claim 1, wherein the parameter information from production to sale of the product comprises a model, a sale channel, a seller and an application version of the kiosk.
3. The method of claim 2, wherein the writing and storing of the synchronization data comprises:
and writing and storing the new Card program content after the completion of the filling.
4. The method of claim 3, wherein the query request information includes parameter information from production to sale of the product, the obtaining and analyzing query request information sent by a user, performing policy matching in the distribution policy according to the query request information to obtain corresponding Card information, and generating a Card list meeting policy matching requirements according to the Card information includes:
analyzing the parameter information from production to sale of the product, and extracting the model, the sale channel and the application version;
initializing an empty Card list set;
obtaining the Card information according to the sales channel to obtain an ordered Card group list set, traversing the Card group, and inquiring the Card list associated with the Card group;
and adding the inquired Card list into the Card group list set, and filtering the content in the Card group list set according to the application version and the model to obtain the Card list meeting the policy matching requirement.
5. The method of claim 4, wherein the querying stored synchronization data for the program content corresponding to the Card list and sending the Card list to the user includes:
acquiring a first Card number of the Card list;
inquiring the corresponding Card program content in the stored synchronous data according to the first Card number;
and sending the Card list and the Card program content to the user so that the user can acquire the Card program content according to the first Card number of the Card list.
6. A system for supporting the VR all-in-one machine multi-dimensional content aggregation display, which is implemented by the method according to claim 1, and includes:
the system comprises a content management service unit, a content management service unit and a content management service unit, wherein the content management service unit is used for acquiring Card adding information, Card management information and synchronous operation instructions sent by an operator, perfecting current Card configuration information according to the Card adding information and the Card management information, and forming a remote instruction containing a Card number corresponding to the Card configuration information according to the synchronous operation instructions; meanwhile, the strategy definition request information is also used for acquiring strategy definition request information sent by an operator;
the strategy distribution service unit is used for assembling a distribution strategy which is associated and bound with the specified Card configuration information according to the strategy definition request information, wherein the distribution strategy comprises parameter information of products from production to sale and media content source information;
the message service unit is used for acquiring the Card configuration information according to the Card number and checking the legality of the Card configuration information;
the task management service unit is used for acquiring the driving service of the data source to which the Card belongs according to the Card configuration information after the validity check is passed, assembling the driving service to obtain a Card synchronization task, and managing the life cycle of the Card synchronization task; and acquiring the drive service of the data source to which the Card belongs according to the Card configuration information, and assembling to obtain a Card synchronization task: judging a data source to which the Card configuration information belongs according to the Card type; acquiring a data source driving service by using the data source; assembling to form the Card synchronization service;
the task synchronization service unit is used for acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents to generate Card program contents, and completing data synchronization to execute the Card synchronization task; acquiring corresponding program contents by using the Card configuration information, aggregating all the program contents, and completing data synchronization to execute the Card synchronization task: the data source acquiring data source driving service acquires original data corresponding to the Card configuration information according to the Card number; processing the original data according to the Card type;
the data storage service unit is used for writing and storing the synchronous data;
the system comprises a query unit, a distribution unit and a processing unit, wherein the query unit is used for acquiring and analyzing query request information sent by a user, performing strategy matching in the distribution strategy according to the query request information to acquire corresponding Card information, and generating a Card list meeting the strategy matching requirement according to the Card information; then, inquiring the program content corresponding to the Card list in the stored synchronous data, and sending the Card list to the user; wherein, the original data is processed according to the Card type: filling basic information of the Card configuration information, wherein the basic information comprises a bottom layer picture address, an upper layer picture address, the Card name and the Card number; extracting an ID set of a program list in the original data; traversing the ID set, acquiring program information and filling the program information into the Card configuration information to obtain new Card program content;
the Card configuration information includes a Card name, a Card type, a belonging platform, a template type, a version number, a status, and the Card number.
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