CN117170707A - System, method and equipment for self-upgrading of intelligent television operation platform Launcher component version - Google Patents
System, method and equipment for self-upgrading of intelligent television operation platform Launcher component version Download PDFInfo
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Abstract
The application discloses a system, a method and equipment for self-upgrading of an intelligent television operation platform Launcher component version, and relates to the technical field of Launcher upgrading, wherein the system comprises a component version control subsystem for completing component registration, storing a component version number and a component description file and sending a component to a component warehouse; the management component and the quoting party store component configuration information and unique identity information of the quoting party, the component configuration information configures the type and the version number of the component, the authority of the quoting party is verified, and the component is acquired and provided for the quoting party; the component warehouse stores components and component description files; the component engine acquires the component, analyzes the component and sends the component to the quotation party; the component production apparatus generates a component and transmits the component, version number, and description file. The method can automatically update the component version without increasing the development cost of the operation component, reduce the iteration times of the quoting party involved in the intelligent television operation component and achieve the aim of saving the overall development cost.
Description
Technical Field
The application relates to the technical field of Launcher upgrade, in particular to a system, a method and equipment for self-upgrading of an intelligent television operation platform Launcher component version.
Background
The traditional intelligent television operation components are released in a npm package mode after development is completed, as in the intelligent television component version upgrading mode shown in fig. 1, other quotation parties refer to the components in a determined version number through a npm package management mode if the components are required to be used, the components are required to be packaged and then are deployed on a server to finish online after being referenced by the items, the version of the intelligent television operation components is fixed after online, and iteration introduction of new version intelligent television operation components is required to be carried out if the contents are required to be modified. When the intelligent television operation component needs to add a new component type or modify a component function, a new intelligent television operation component version is released through npm. In contrast, the quotation party using the latest intelligent television operation component needs to iterate once, and the version of the intelligent television operation component used in the project is updated to the latest version number to use the new component or the new function brought by the new version. The more referents involved in using the smart tv operating component, the more times and costs the iteration will be due to the smart tv operating component version update.
Disclosure of Invention
The application aims to provide a system, a method and equipment for self-upgrading of an intelligent television operation platform Launcher component version, which are used for solving the problems of multiple iteration times and high cost caused by the fact that a quotation party needs to iterate once and use a new component or a new function brought by using a new version after the intelligent television operation component is upgraded in the prior art.
The application solves the problems by the following technical proposal:
an intelligent television operation platform Launcher component version self-upgrading system comprises a component version control subsystem, a component warehouse, a component engine and a component production device, wherein:
the component version control subsystem is used for receiving the components, the component version numbers and the component description files sent by the component production device, finishing the registration of the components, saving the component version numbers and the component description files and sending the components to the component warehouse; the system is also used for managing the components and the quoting party, adding component configuration information for the quoting party, and storing the component configuration information and unique identity information of the quoting party, wherein the component configuration information is used for configuring the types and the version numbers of the components which can be used by the quoting party; when receiving the request of the reference party to use the component through the component engine, verifying the authority of the reference party, and acquiring the component from the component warehouse and providing the component to the reference party after the authority passes the verification;
the component warehouse is used for storing the registered components in the component version control subsystem and storing component description files corresponding to the components;
the component engine is used for acquiring a component from the component version control subsystem according to the request of the referee and carrying unique identity information of the referee, analyzing the acquired component into a state which can be used by the referee and then sending the state to the referee;
and the component production device is used for generating the component and sending the component, the component version number and the component description file to the component version control subsystem.
The component version control subsystem comprises a component configuration information module, a component management module, a component registration module, a data communication module and a database, wherein:
the component configuration information module is used for registering a new reference party, adding component configuration information for the reference party, modifying and deleting the component configuration information of the reference party, interacting with a database and completing storage and acquisition of the component configuration information;
the component management module is used for generating a component effect preview page according to the component description file acquired from the component warehouse according to the instruction, and deleting a corresponding component in the component warehouse according to the instruction;
the component registration module is used for receiving the components and the component version numbers sent by the component production device, calling a component processing interface of the data communication module to store the components in a component warehouse, and storing the component version numbers in a database;
the data communication module is used for providing data interfaces for the database, the component warehouse, the component engine and the component production device and providing data interfaces for the component registration module, the component management module and the component configuration information module; when receiving that the quotation party requests to use the component through the component engine, acquiring the component from the component warehouse after the authority of the quotation party passes the verification and providing the component to the quotation party;
and the database is used for storing the identity information of the referring party, the configuration information of the component and the version number of the component.
The component repository corresponds to the component version in the form of a folder, the component version number is used for naming the folder, the components are named in the mode of fixed prefix and component type name, and the component description files corresponding to the components are put into the folder together.
The component engine comprises a component request module, a component rendering module and a data processing module, wherein:
the component request module is used for receiving a data request of a referent, carrying unique identity information of the referent to a component version control subsystem to acquire a component, analyzing the returned component and then sending the analyzed component to the component rendering module and the data processing module;
the data processing module is used for screening the operation data transmitted by the quoting party according to the component with the type field matched and analyzed, extracting the data required by the rendering of the component and transmitting the data to the component rendering module,
and the component rendering module is used for initializing the component analyzed by the component request module, adding the data sent by the data processing module, and assigning the numerical value to the component with the matched type so as to realize the visual display of the content.
The method for automatically upgrading the version of the intelligent television operation platform Launcher component comprises the following steps:
step S100, generating a component, and recording a component version number and a component description file;
step 200, registering the components, and storing the registered components, component version numbers and component description files;
step S300, managing components and a referee, adding component configuration information for the referee, and storing the component configuration information and unique identity information of the referee, wherein the component configuration information is used for configuring the types and the version numbers of components which can be used by the referee;
step S400, requesting to use the component by the referee, configuring the component version as a last, verifying the authority of the referee, acquiring the component from a component warehouse after verification, analyzing the acquired component into a state which can be used by the referee, and sending the state to the referee;
the step S100 specifically includes:
step A1: writing codes in the project to realize the function of a certain intelligent television component;
step A2: packaging the intelligent television operation components into a umd library format by using a packaging technology; or splitting the component into three parts of template, style and JavaScript, and storing the three parts in a character string mode;
step A3: writing the description and specification of the use of the component in the markdown file, generating a component description file, and recording the component version number.
The step S400 specifically includes:
step B1: the quotation party sends a request carrying the project name and the project number of the quotation party;
step B2: configuring a component type and a component version number for the reference party, and configuring the version number as a last if the reference party wants to keep the component automatically completing the version upgrade;
step B3: the quotation party installs a component engine in the own project and provides the own project name and project number for the component request device of the component engine;
step B4: the component requesting device initiates a request, and after receiving the component, analyzes the component;
step B5: initializing the analyzed component and waiting for the operation data of the component to be transmitted;
step B6: the quotation party obtains the operation data of the component through the interface, performs data screening, filters the screened data, extracts the data required by the rendering of the component, and assigns the data to the component with the matched type, so that the component completely displays the visualized content.
The method for resolving the component is that code contained in the component file is executed in the running environment of the component engine, a component object is added in the running environment after the code is executed, and the component engine acquires the component to complete component resolving.
The data screening method is to use the type field to match the parsed component.
The device comprises a memory, a processor and a computer program stored in the memory and capable of running on the processor, wherein the processor realizes the self-upgrading method of the version of the intelligent television operation platform Launcher component when executing the program.
A computer readable storage medium, on which a computer program is stored, which when executed by a processor implements the intelligent television operating platform Launcher component version auto-upgrade method.
Compared with the prior art, the application has the following advantages:
(1) The application places the components in its own component repository, uses the component version control subsystem to distribute the components, uses the component engine to process the component data and render the components. After the reference party finishes registration in the component version control subsystem, the component engine is used for acquiring the components, so that the latest version of the components in the component warehouse can be used immediately, and the non-latest components can be used in a mode of configuring the component version number.
(2) Compared with the traditional intelligent television operation component upgrading mode, the method can greatly reduce the iteration times of the quoting parties involved in the intelligent television operation component in a mode of automatically updating the component version under the condition of not increasing the development cost of the operation component, so that the aim of saving the overall development cost is fulfilled.
(3) The application can realize the function that different quotation parties use components with different versions, and can also realize the function that the quotation parties use the components according to the authority, thereby greatly improving the accuracy of the operation of the intelligent television components and reducing the number of redundant components in the use process of the intelligent television.
Drawings
FIG. 1 is a schematic diagram of a method for upgrading a version of an intelligent television component in the prior art;
FIG. 2 is a schematic diagram of a method for upgrading a version of an intelligent television component according to the present application;
FIG. 3 is a system block diagram of the present application;
FIG. 4 is a schematic diagram of the interaction between modules of the system and the system with the outside;
FIG. 5 is a flow diagram of a process for registering a new referent in the component version control subsystem;
FIG. 6 is a schematic diagram of interactions between users, subsystems, component warehouses;
FIG. 7 is a flow chart of registering a new version of a component in the component version control subsystem;
FIG. 8 is a flow chart of the operation of the data communication module;
FIG. 9 is a schematic diagram of the component engine interacting with other modules;
FIG. 10 is a flow chart of a referring party using a component by a component engine.
Detailed Description
The present application will be described in further detail with reference to examples, but embodiments of the present application are not limited thereto.
Example 1:
referring to fig. 2, an intelligent television operation platform host component version self-upgrading system comprises a component version control subsystem, a component warehouse, a component engine and a component production device, wherein:
the component version control subsystem is used for receiving the components, the component version numbers and the component description files sent by the component production device, finishing the registration of the components, saving the component version numbers and the component description files and sending the components to the component warehouse; the system is also used for managing the components and the quoting party, adding component configuration information for the quoting party, and storing the component configuration information and unique identity information of the quoting party, wherein the component configuration information is used for configuring the types and the version numbers of the components which can be used by the quoting party; when receiving the request of the reference party to use the component through the component engine, verifying the authority of the reference party, and acquiring the component from the component warehouse and providing the component to the reference party after the authority passes the verification;
the component warehouse is used for storing the registered components in the component version control subsystem and storing component description files corresponding to the components;
the component engine is used for acquiring a component from the component version control subsystem according to the request of the referee and carrying unique identity information of the referee, analyzing the acquired component into a state which can be used by the referee and then sending the state to the referee;
and the component production device is used for generating the component and sending the component, the component version number and the component description file to the component version control subsystem.
Example 2:
on the basis of embodiment 1, as shown in connection with fig. 3, the component version control subsystem includes a user operation part (including a component configuration information module, a component management module), a data processing part (including a component registration module, a data communication module), and a database, wherein:
the component configuration information module is used for registering a new reference party, adding component configuration information for the reference party, modifying and deleting the component configuration information of the reference party, interacting with a database and completing storage and acquisition of the component configuration information;
the component management module is used for generating a component effect preview page according to the component description file acquired from the component warehouse according to the instruction, and deleting a corresponding component in the component warehouse according to the instruction;
the component registration module is used for receiving the components and the component version numbers sent by the component production device, calling a component processing interface of the data communication module to store the components in a component warehouse, and storing the component version numbers in a database;
the data communication module is used for providing data interfaces for the database, the component warehouse, the component engine and the component production device and providing data interfaces for the component registration module, the component management module and the component configuration information module; when receiving that the quotation party requests to use the component through the component engine, acquiring the component from the component warehouse after the authority of the quotation party passes the verification and providing the component to the quotation party;
and the database is used for storing the identity information of the referring party, the configuration information of the component and the version number of the component.
The interaction process between sub-modules of the component version control subsystem and with external modules (component production device, component engine, component warehouse) is shown in fig. 4. Wherein:
1) The component configuration information module is a visual operation interface, and a manager can register a new reference party in the subsystem through the component configuration information module and add component configuration information for the reference party, wherein the content of the information comprises the type of the component and the version number corresponding to the component. The manager also inquires which components and the version information of the components are used by all registered referees through the module, and on the basis, the manager can modify or delete the component configuration information of the referees at any time. After the administrator inputs the component configuration information of the referring party, the component configuration information module can call the configuration modification interface in the communication module to transfer the data to the database for storage. Meanwhile, the component configuration information module also calls a configuration query interface in the data communication module to acquire component configuration information of the referee.
Registering a new referent in the component version control subsystem, the process flow is as shown in fig. 5, and the steps are as follows:
the first step: the referring party provides an administrator with an identity information indicating that the referring party is unique, the identity information being the item name and item number.
And a second step of: the manager adds the identity information of the referring party through the component configuration information module, and may add component configuration information (kind and version number of the component) required by the referring party by the way.
And a third step of: and the component configuration information module calls a newly-added interface of the component configuration information of the quoting party of the data communication module after the information input by the manager is processed, and provides the identity information and the component configuration information which are set in the second step.
Fourth step: the data communication module inquires whether the identity information of the referring party is stored in the database
Fifth step: if so, a prompt that the referee is registered is returned and the operation is ended.
Sixth step: if not, the identity information and the component configuration information of the application party are saved.
2) Component management module: the preview module provides a component effect preview function and also provides a visual page to facilitate a manager to confirm the specific content of the intelligent television operation component, wherein the content source is a component description file in a component warehouse. The manager can preview different versions of the intelligent television operation components. The manager can delete a component of a certain version, the operation logic is as follows, after the manager determines that the component is to be deleted, the module can call the component modification interface of the data communication module and provide a version number, then the data communication module can operate the database to delete the version number of the component, and after the deletion is successful, the data communication module accesses the component warehouse and deletes the component with good corresponding version. The interaction relationship between the user, subsystem, and component repository is shown in fig. 6.
3) The component registration module is used for processing the components produced by the component production device, and the information to be processed includes a component file for production construction, a component version number and functional description information of the components. The component registration module invokes the component processing interface of the data communication module to store the intelligent television operation component in the component repository and the component version number in the database.
The flow of registering a new version of a component in a component version control subsystem is shown in FIG. 7, and the processing logic is as follows:
the first step: the component production device produces a new version of component file and provides the new version of component file to the component registration module. And also provides the version number to the component registration module.
And a second step of: the component registration module checks whether the component file contains a contracted fixed prefix and provides a version number, so as to judge whether the file is an intelligent television operation component.
And a third step of: if one of the two conditions is not satisfied, the file is discarded and no further processing is performed.
And a third step of: if the condition is satisfied, inquiring whether the version number exists through an inquiring interface of the data communication module.
Fourth step: if the version number exists, the file is discarded and is not processed in the next step.
Fifth step: if the version number does not exist, the version number is stored in a database, and then the data communication module stores the component file in a component warehouse.
4) The data communication module is connected with the database and the component warehouse, provides needed interfaces for the component registration module, the component management module and the component configuration information module, and also provides a component request interface for the component engine. The data communication module also saves the components and related files to a component repository. When the reference party requests the version control system to use the component through the component engine, the data communication module provides the component in the component repository to the counterpart after verifying that the reference party is registered and performs component configuration information, and the flow is shown in fig. 8.
Example 3:
on the basis of embodiment 1 or 2, the component repository corresponds to the component version in the form of a folder, the component version number is used for naming the folder, the components are named in a mode of fixed prefix and component type name, and the component description files corresponding to the components are put into the folder together. The component warehouse provides components for each reference party requesting to use the components and comprises intelligent television operation components under various versions. The component warehouse can provide usable components in the authority for the quotation parties requesting to use the intelligent television components, and can also provide the specification of the use of the intelligent television components, the component content and the description information of the component functions for the quotation parties.
A component repository is a storage medium on a server that can hold components that are produced by a component production device, and registered in a component version control subsystem. The storage mode is to use the version numbers of the components to name the folders in the form of the folders to correspond to the component versions. Components of the same version number are placed in folders corresponding to the components, and the components are named in a manner of fixed prefix and component type names. Similarly, the markdown file corresponding to the component and containing the component function description and the component using mode is put into the folder together, and the naming mode is the same as the above. Based on the above description, it is known that each version number has a folder corresponding thereto.
The component engine comprises a component request module, a component rendering module and a data processing module, wherein:
the component request module is used for receiving a data request of a referent, carrying unique identity information of the referent to a component version control subsystem to acquire a component, analyzing the returned component and then sending the analyzed component to the component rendering module and the data processing module; component engine, its main feature is that it is parsed into states that the referents can use after the component is acquired. The quotation party can correctly render the intelligent television operation component on the display device only by using the component engine. Another feature of the component engine is that components are obtained into the component version control subsystem using unique identity information provided by the referencing party. The component engine comprises a component request device, a component rendering device, a data processing device and other modules, as shown in fig. 9.
The data processing module is used for screening the operation data transmitted by the quoting party according to the component with the type field matched and analyzed, extracting the data required by the rendering of the component and transmitting the data to the component rendering module,
and the component rendering module is used for initializing the component analyzed by the component request module, adding the data sent by the data processing module, and assigning the numerical value to the component with the matched type so as to realize the visual display of the content.
The process by which the referring party uses the component through the component engine is as follows, the flow is shown in FIG. 10:
the first step: the quotation party tells the manager of the own project name and project number
And a second step of: when the manager configures the component type and version number for the reference party, the version number is configured as last if the reference party wants to keep the component automatically completing the version upgrade, and is configured as a certain version number, such as v1.1.0, if the reference party wants to use a fixed version.
And a third step of: the referee installs the component engine in its own project.
Fourth step: the component requesting device of the reference direction component engine provides its own item name and item number.
Fifth step: the component requesting device initiates a request to the component version control subsystem using the item name and item number.
Sixth step: after receiving the component from the component warehouse, the component request module analyzes the component in such a way that the code contained in the component file is executed in the running environment of the component engine, and after the execution, a component object is added in the running environment, and the component engine acquires the component to complete the component analysis.
Seventh step: the component rendering device initializes the analyzed components, waits for operation data such as poster pictures, titles, component color matching and the like to be transmitted.
Eighth step: the referring party obtains the operation data of the component through the interface and transmits the data to the data processing device.
Ninth step: the data processing device screens the data and uses the type field to match the parsed components. And filtering the screened data to extract the data required by component rendering. This data is provided to the component rendering device.
Tenth step: after the component rendering device receives the data, the data is assigned to the component with the matched type, so that the component completely displays the visualized content.
The component production device is characterized in that all intelligent television operation components are generated in the component production device, and the responsibility of the component production device comprises the generation of new intelligent television operation components and the maintenance of the existing intelligent television operation components. Based on the above features, the component production device provides the smart television operation component, the usage specification and the function description of the smart television operation component to the component warehouse.
The production flow of the assembly is as follows:
the first step: writing code in an item implements the functionality of a certain smart television component, at which point the component is not yet available to the item of the referring party.
And a second step of: the smart tv operating components are packaged in umd library format using weback or other packaging techniques. If CSS-in-JS technology is used in implementing the component, there is no style sheet file after the component is packaged.
Or,
and splitting the component into three parts, namely a template, a style and JavaScript, and storing the three parts in a character string mode. The component engine has the ability to integrate and restore these three parts of content into the original file.
And a third step of: description and specification of writing component usage in markdown file
Fourth step: and sending a request to the component version control subsystem by using the version number as a request parameter, and giving the component related file as content to the version control subsystem for registration.
The application of the intelligent television operation assembly is characterized in that the intelligent television operation assembly is required to support the operation task of the intelligent television, and the intelligent television operation assembly is also an integral part of the intelligent television service. Each referring party has a unique identity which the component versioning subsystem uses to generate the component's rights configuration. A referring party using the intelligent television operation component needs to install the component engine and provide unique identity information for the component engine to normally use the component of the component warehouse.
The steps of the quoting party for realizing the automatic upgrading of the intelligent television operation assembly are as follows:
step 1: the reference party is registered in the component version control subsystem (registration flow see fig. 5), and the component version is configured as last.
Step 2: the referee installs the component engine in its own project.
Step 3: the developer of the intelligent television operation component develops a new version component and registers the new version component (see fig. 7).
Step 4: when the item of the referring party is restarted, the component engine acquires the latest version of the component according to the component configuration information (see the flow chart of fig. 10).
Step 5: and after the component engine analyzes the component, the latest version of the component is presented according to the operation data.
After the upgrade is completed, the steps of using the fixed version by the referee are as follows:
step 1: the reference party is registered in the component version control subsystem, and the version is configured as a fixed version number.
Step 2: the referee installs the component engine in its own project.
Step 3: when the item of the referent is restarted, the component engine acquires the component of the specific version according to the component configuration information.
Step 4: and after the component engine analyzes the component, presenting the component according to the operation data.
Example 4:
the method for automatically upgrading the version of the intelligent television operation platform Launcher component comprises the following steps:
step S100, generating a component, and recording a component version number and a component description file;
step 200, registering the components, and storing the registered components, component version numbers and component description files;
step S300, managing components and a referee, adding component configuration information for the referee, and storing the component configuration information and unique identity information of the referee, wherein the component configuration information is used for configuring the types and the version numbers of components which can be used by the referee;
step S400, requesting to use the component by the referee, configuring the component version as a last, verifying the authority of the referee, acquiring the component from a component warehouse after verification, analyzing the acquired component into a state which can be used by the referee, and sending the state to the referee;
the step S100 specifically includes:
step A1: writing codes in the project to realize the function of a certain intelligent television component;
step A2: packaging the intelligent television operation components into a umd library format by using a packaging technology; or splitting the component into three parts of template, style and JavaScript, and storing the three parts in a character string mode;
step A3: writing the description and specification of the use of the component in the markdown file, generating a component description file, and recording the component version number.
The step S400 specifically includes:
step B1: the quotation party sends a request carrying the project name and the project number of the quotation party;
step B2: configuring a component type and a component version number for the reference party, and configuring the version number as a last if the reference party wants to keep the component automatically completing the version upgrade;
step B3: the quotation party installs a component engine in the own project and provides the own project name and project number for the component request device of the component engine;
step B4: the component requesting device initiates a request, and after receiving the component, analyzes the component;
step B5: initializing the analyzed component and waiting for the operation data of the component to be transmitted;
step B6: the quotation party obtains the operation data of the component through the interface, performs data screening, filters the screened data, extracts the data required by the rendering of the component, and assigns the data to the component with the matched type, so that the component completely displays the visualized content.
The method for analyzing the component is that the code contained in the component file is executed in the running environment of the component engine, a component object is added in the running environment after the code is executed, and the component engine acquires the component to complete component analysis; the data screening method is to use the type field to match the parsed component.
Example 5:
an apparatus comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the intelligent television operating platform Launcher component version self-upgrading method of any of the above when executing the program.
Example 6:
a computer readable storage medium having stored thereon a computer program which, when executed by a processor, implements the intelligent television operating platform Launcher component version auto-upgrade method of any of the claims.
Although the application has been described herein with reference to the above-described illustrative embodiments thereof, the foregoing embodiments are merely preferred embodiments of the present application, and it should be understood that the embodiments of the present application are not limited to the above-described embodiments, and that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the scope and spirit of the principles of this disclosure.
Claims (10)
1. The utility model provides an intelligent television operation platform Launcher subassembly version is from system of upgrading which characterized in that includes subassembly version control subsystem, subassembly warehouse, subassembly engine and subassembly apparatus for producing, wherein:
the component version control subsystem is used for receiving the components, the component version numbers and the component description files sent by the component production device, finishing the registration of the components, saving the component version numbers and the component description files and sending the components to the component warehouse; the system is also used for managing the components and the quoting party, adding component configuration information for the quoting party, and storing the component configuration information and unique identity information of the quoting party, wherein the component configuration information is used for configuring the types and the version numbers of the components which can be used by the quoting party; when receiving the request of the reference party to use the component through the component engine, verifying the authority of the reference party, and acquiring the component from the component warehouse and providing the component to the reference party after the authority passes the verification;
the component warehouse is used for storing the registered components in the component version control subsystem and storing component description files corresponding to the components;
the component engine is used for acquiring a component from the component version control subsystem according to the request of the referee and carrying unique identity information of the referee, analyzing the acquired component into a state which can be used by the referee and then sending the state to the referee;
and the component production device is used for generating the component and sending the component, the component version number and the component description file to the component version control subsystem.
2. The intelligent television operations platform host component version auto-upgrade system of claim 1, wherein the component version control subsystem comprises a component configuration information module, a component management module, a component registration module, a data communication module, and a database, wherein:
the component configuration information module is used for registering a new reference party, adding component configuration information for the reference party, modifying and deleting the component configuration information of the reference party, interacting with a database and completing storage and acquisition of the component configuration information;
the component management module is used for generating a component effect preview page according to the component description file acquired from the component warehouse according to the instruction, and deleting a corresponding component in the component warehouse according to the instruction;
the component registration module is used for receiving the components and the component version numbers sent by the component production device, calling a component processing interface of the data communication module to store the components in a component warehouse, and storing the component version numbers in a database;
the data communication module is used for providing data interfaces for the database, the component warehouse, the component engine and the component production device and providing data interfaces for the component registration module, the component management module and the component configuration information module; when receiving that the quotation party requests to use the component through the component engine, acquiring the component from the component warehouse after the authority of the quotation party passes the verification and providing the component to the quotation party;
and the database is used for storing the identity information of the referring party, the configuration information of the component and the version number of the component.
3. The system of claim 1, wherein the component repository corresponds to the component version in the form of a folder, the component version number is named for the folder, the component is named by adopting a fixed prefix and a component type name, and the component description file corresponding to the component is put into the folder together.
4. The intelligent television operations platform host component version self-upgrade system of claim 1, wherein the component engine comprises a component request module, a component rendering module, and a data processing module, wherein:
the component request module is used for receiving a data request of a referent, carrying unique identity information of the referent to a component version control subsystem to acquire a component, analyzing the returned component and then sending the analyzed component to the component rendering module and the data processing module;
the data processing module is used for screening the operation data transmitted by the quoting party according to the component with the type field matched and analyzed, extracting the data required by the rendering of the component and transmitting the data to the component rendering module,
and the component rendering module is used for initializing the component analyzed by the component request module, adding the data sent by the data processing module, and assigning the numerical value to the component with the matched type so as to realize the visual display of the content.
5. The method for automatically upgrading the version of the intelligent television operation platform Launcher component is characterized by comprising the following steps of:
step S100, generating a component, and recording a component version number and a component description file;
step 200, registering the components, and storing the registered components, component version numbers and component description files;
step S300, managing components and a referee, adding component configuration information for the referee, and storing the component configuration information and unique identity information of the referee, wherein the component configuration information is used for configuring the types and the version numbers of components which can be used by the referee;
step S400, the reference party requests to use the component, the component version is configured as a last, the authority of the reference party is verified, the component is acquired from the component warehouse after verification is passed, and the acquired component is analyzed into a state which can be used by the reference party and then is sent to the reference party.
6. The method for automatically upgrading the version of the intelligent television operation platform host component according to claim 5, wherein the step S100 specifically includes:
step A1: writing codes in the project to realize the function of a certain intelligent television component;
step A2: packaging the intelligent television operation components into a umd library format by using a packaging technology; or splitting the component into three parts of template, style and JavaScript, and storing the three parts in a character string mode;
step A3: writing the description and specification of the use of the component in the markdown file, generating a component description file, and recording the component version number.
7. The method for automatically upgrading the version of the intelligent television operation platform host component according to claim 6, wherein the step S400 specifically includes:
step B1: the quotation party sends a request carrying the project name and the project number of the quotation party;
step B2: configuring a component type and a component version number for the reference party, and configuring the version number as a last if the reference party wants to keep the component automatically completing the version upgrade;
step B3: the quotation party installs a component engine in the own project and provides the own project name and project number for the component request device of the component engine;
step B4: the component requesting device initiates a request, and after receiving the component, analyzes the component;
step B5: initializing the analyzed component and waiting for the operation data of the component to be transmitted;
step B6: the quotation party obtains the operation data of the component through the interface, performs data screening, filters the screened data, extracts the data required by the rendering of the component, and assigns the data to the component with the matched type, so that the component completely displays the visualized content.
8. The method for automatically upgrading the version of the intelligent television operation platform host component according to claim 7, wherein the method for analyzing the component is to execute the code contained in the component file in the operation environment of the component engine, and after the execution, a component object is added in the operation environment, and the component engine acquires the component to complete the component analysis.
9. The method for automatically upgrading the version of the intelligent television operation platform host component according to claim 7, wherein the method for data screening is to use a type field to match the parsed component.
10. An apparatus comprising a memory, a processor, and a computer program stored on the memory and executable on the processor, wherein the processor implements the intelligent television operations platform Launcher component version auto-upgrade method of any of claims 5-9 when the program is executed by the processor.
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| CN202311098193.4A CN117170707A (en) | 2023-08-29 | 2023-08-29 | System, method and equipment for self-upgrading of intelligent television operation platform Launcher component version |
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| CN202311098193.4A CN117170707A (en) | 2023-08-29 | 2023-08-29 | System, method and equipment for self-upgrading of intelligent television operation platform Launcher component version |
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