CN110865808A - Learning component management method and system - Google Patents
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- CN110865808A CN110865808A CN201910986124.4A CN201910986124A CN110865808A CN 110865808 A CN110865808 A CN 110865808A CN 201910986124 A CN201910986124 A CN 201910986124A CN 110865808 A CN110865808 A CN 110865808A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06Q50/10—Services
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Abstract
The invention discloses a learning component management method and a system, wherein a particle editor receives a new particle request, obtains particle templates to initialize a particle editing interface, each particle template represents a question type, and the particles are learning components with minimum units; the particle editor acquires an editing type and a corresponding multimedia file, uploads the multimedia file to the resource server, acquires a storage address of the multimedia file returned by the resource server, associates the editing type and the storage address, and updates a particle editing interface according to the multimedia file; the particle editor receives a particle storage request, stores particle contents, and stores all contents on a current particle editing interface in the particle storage request; according to the invention, the learning component with the smallest unit is obtained, so that the fast development and editing of learning resources are realized, and students can improve learning of themselves in a targeted manner.
Description
Technical Field
The invention relates to the technical field of education, in particular to a learning component management method and system.
Background
The rapid development of electronic informatization also enables more and more students to learn through network resources. The development based on the network learning resources comprises test question editing and subject tool editing, and the test question editing and the subject tool editing are both produced through an editor. At present, developers directly call an API for teaching resource management to edit an examination question or a knowledge point, so that the developers need to care about not only an internal data structure but also an internal creation flow, and the workload of the developers is increased.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: a learning component management method and system are provided to quickly develop and edit learning resources.
In order to solve the technical problems, the invention adopts the technical scheme that:
a learning component management method comprising the steps of:
s1, the particle editor receives a new particle request, obtains particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, the particle editor obtains the editing type and the corresponding multimedia file, uploads the multimedia file to the resource server, the particle editor obtains the storage address of the multimedia file returned by the resource server, associates the editing type and the storage address, and updates the particle editing interface according to the multimedia file;
and S3, the particle editor receives a particle storage request, stores the particle content, and stores all the content on the current particle editing interface in the particle storage request.
In order to solve the technical problem, the invention adopts another technical scheme as follows:
a learning component management system comprising a particle editor, the particle editor comprising a first memory, a first processor and a first computer program stored on the first memory and executable on the first processor, the first processor when executing the first computer program implementing the steps of:
s1, receiving a new particle request, and acquiring particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, acquiring an editing type and a corresponding multimedia file, uploading the multimedia file to a resource server, acquiring a storage address of the multimedia file returned by the resource server by a particle editor, associating the editing type with the storage address, and updating a particle editing interface according to the multimedia file;
and S3, receiving a particle storage request, storing the particle content, and storing all the content on the current particle editing interface in the particle storage request.
The invention has the beneficial effects that: a learning component management method and system, users send the request on the particle editor, the particle editor produces the particle template corresponding to particle requested, users then edit and upload the multimedia file on the particle template, the particle editor is preserved and related after obtaining the editing type and corresponding multimedia file, preserve after the particle is finished, in order to get the learning component of the minimum unit, other learning resources can reuse the learning component of the minimum unit in order to realize the fast development and edition of the learning resource; meanwhile, each particle is customized for a specific and tiny teaching target, and students can finish the learning of the particle independently to reach the teaching target corresponding to the particle, so that the students can improve the learning of the students in a targeted manner.
Drawings
FIG. 1 is a flowchart illustrating a learning component management method according to an embodiment of the present invention;
FIG. 2 is a schematic view of an interface of a newly constructed particle according to an embodiment of the present invention;
FIG. 3 is a schematic diagram of an editing state interface of a basic topic granule according to an embodiment of the present invention;
FIG. 4 is a schematic diagram of an editing state interface of an interactive topic particle according to an embodiment of the present invention;
fig. 5 is a schematic structural diagram of a learning component management system according to an embodiment of the present invention.
Description of reference numerals:
1. a learning component management system; 2. a particle editor; 3. a first processor; 4. a first memory; 5. a particle manager; 6. a second processor; 7. a second memory; 8. a teaching resource manager; 9. a third processor; 10. a third memory; 11. a Module configuration manager; 12. a resource server; 13. a user center.
Detailed Description
In order to explain technical contents, achieved objects, and effects of the present invention in detail, the following description is made with reference to the accompanying drawings in combination with the embodiments.
Referring to fig. 1 to 4, a learning component management method includes the steps of:
s1, the particle editor receives a new particle request, obtains particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, the particle editor obtains the editing type and the corresponding multimedia file, uploads the multimedia file to the resource server, the particle editor obtains the storage address of the multimedia file returned by the resource server, associates the editing type and the storage address, and updates the particle editing interface according to the multimedia file;
and S3, the particle editor receives a particle storage request, stores the particle content, and stores all the content on the current particle editing interface in the particle storage request.
From the above description, the beneficial effects of the present invention are: the method comprises the steps that a user sends a request on a particle editor, the particle editor generates a particle template corresponding to a requested particle, the user edits and uploads a multimedia file according to the particle template, the particle editor obtains an editing type and the corresponding multimedia file, then stores and associates the editing type and the corresponding multimedia file, and stores the multimedia file after the particle is finished so as to obtain a learning component with a minimum unit, and other learning resources can reuse the learning component with the minimum unit to realize the rapid development and editing of the learning resources; meanwhile, each particle is customized for a specific and tiny teaching target, and students can finish the learning of the particle independently to reach the teaching target corresponding to the particle, so that the students can improve the learning of the students in a targeted manner.
Further, the step S1 is specifically:
the particle editor receives a new particle request, and obtains a particle template from the particle manager according to classification information and coding information of the new particle request, wherein the classification information comprises basic problem particles, interactive problem particles and subject tool particles, and each particle template represents a problem type;
the particle editor initializes a particle editing interface according to the acquired particle template, if the classification information of the particle template is basic topic particles, the initialized editing type of the particle editing interface comprises font format editing, image-text typesetting editing, multimedia insertion, formula insertion and an import example, and if the classification information of the particle template is interactive topic particles, the initialized editing type of the particle editing interface comprises multimedia insertion, formula insertion, time setting, skin changing and an import example.
From the above description, a set of particle editor is used to create basic problem particles, interactive problem particles and teaching tool particles by classifying all the problem types and setting corresponding editing states; the edited particle types can be configured, so that different third party accesses can configure different particle types and unify the entries.
Further, the step S1 of obtaining the particle template to initialize the particle editing interface specifically includes:
the method comprises the steps that a particle manager obtains a new particle request, and sends user identity information of the new particle request to a user center to obtain an identity verification result of a user;
under the condition that the obtained identity verification result is a legal identity, the particle manager obtains a particle template from the Module configuration manager according to the classification information and the coding information of the new particle request, and generates and returns a creation guide page to the particle editor according to the particle template;
the particle editor receives a particle creating request comprising a particle template and sends an editing state request comprising the particle template to the particle manager;
the particle manager initializes blank particles according to the particle template and sends a particle instantiation request to the teaching resource manager so as to obtain particle information returned by the teaching resource manager, analyzes the real particle information and requests a particle editing state from the Module configuration manager;
the particle editor receives the returned particle editing state of the Module configuration manager, and renders according to the particle editing state to obtain a particle editing interface in the particle editing state;
in step S2, the step of "uploading the multimedia file to the resource server, and the particle editor obtaining the storage address of the multimedia file returned by the resource server" specifically includes:
the particle editor sends a file uploading request comprising the coding information, the multimedia file and the user identity information to the particle manager;
the particle manager acquires the file uploading request and sends the user identity information to a user center so as to acquire an identity verification result of the user;
the method comprises the steps that when an obtained identity verification result is a legal identity, a particle manager sends a file uploading path request comprising coding information and user identity information to a teaching resource manager;
the teaching resource manager verifies the authority of the file uploading path request according to the user identity information, and returns a file uploading path to the particle manager according to the coding information under the condition that the authority verification is passed;
the particle manager acquires the file uploading path, sends the multimedia file and the file uploading path to a resource server, and returns a storage address of the multimedia file returned by the resource server to the particle editor;
the particle editor obtains a storage address of the multimedia file;
the step S3 specifically includes:
the particle editor receives a particle storage request comprising particle content and user identity information, and sends the particle storage request to the particle manager;
the particle manager acquires a particle storage request and sends the user identity information to a user center so as to acquire an identity verification result of the user;
the particle manager saves the particle content under the condition that the obtained identity verification result is a legal identity, so as to obtain a particle saving result; sending a particle updating request of particle metadata to a teaching resource manager to obtain a particle updating result returned by the teaching resource manager, and returning the particle storage result and the particle updating result to a particle editor;
the particle editor generates prompt information including a particle save result and the particle update result.
From the above description, the particle editor provides a unified particle creation and editing tool as the front end, and the teaching resource management provides a particle life cycle management service and checks the particle model validity as the back end, thereby realizing front-end and back-end separation; in addition, the Module configuration manager is used for managing the particle template, the particle editing state and the custom editor; carrying out uniform identity authentication through a user center; the particle material file is stored through the resource storage, so that developers only need to concentrate on the front-end editing, and the development efficiency is improved.
Further, the particle template in step S1 further includes an SVN address, where the SVN address points to the content to which the particle template is applied.
From the above description, through the SVN address pointing to the content to which the grain template is applied, the developer can detect and modify the address, thereby improving the subsequent modification efficiency.
Further, if the classification information of the particle template in step S1 is an interactive topic particle, the initialized editing type of the particle editing interface further includes topic description, where the topic description includes a dialog box title, a text description content, a reference video address, a picture root directory, a preview picture name, a carousel picture name list, a carousel picture name prefix, a carousel picture name suffix, a carousel picture number, and a carousel picture interval time, and the carousel picture name prefix, the carousel picture name suffix, and the carousel picture number are used to automatically generate a picture list name.
As can be seen from the above description, the question type description of the interactive question granule supports the picture carousel.
Referring to fig. 5, a learning component management system includes a particle editor, the particle editor includes a first memory, a first processor, and a first computer program stored in the first memory and executable on the first processor, and the first processor implements the following steps when executing the first computer program:
s1, receiving a new particle request, and acquiring particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, acquiring an editing type and a corresponding multimedia file, uploading the multimedia file to a resource server, acquiring a storage address of the multimedia file returned by the resource server by a particle editor, associating the editing type with the storage address, and updating a particle editing interface according to the multimedia file;
and S3, receiving a particle storage request, storing the particle content, and storing all the content on the current particle editing interface in the particle storage request.
From the above description, the beneficial effects of the present invention are: the method comprises the steps that a user sends a request on a particle editor, the particle editor generates a particle template corresponding to a requested particle, the user edits and uploads a multimedia file according to the particle template, the particle editor obtains an editing type and the corresponding multimedia file, then stores and associates the editing type and the corresponding multimedia file, and stores the multimedia file after the particle is finished so as to obtain a learning component with a minimum unit, and other learning resources can reuse the learning component with the minimum unit to realize the rapid development and editing of the learning resources; meanwhile, each particle is customized for a specific and tiny teaching target, and students can finish the learning of the particle independently to reach the teaching target corresponding to the particle, so that the students can improve the learning of the students in a targeted manner.
Further, when executing the step S1, the following steps are specifically implemented when the first processor executes the first computer program:
receiving a new particle request, and obtaining a particle template from a particle manager according to classification information and coding information of the new particle request, wherein the classification information comprises basic problem particles, interactive problem particles and subject tool particles, and each particle template represents a problem type;
initializing a particle editing interface according to the acquired particle template, if the classification information of the particle template is basic topic particles, initializing the editing type of the particle editing interface after initialization, wherein the editing type of the particle editing interface comprises a font format editing mode, a graphic and text typesetting editing mode, a multimedia inserting mode, a formula inserting mode and an importing example, and if the classification information of the particle template is interactive topic particles, initializing the editing type of the particle editing interface after initialization, wherein the editing type of the particle editing interface comprises a multimedia inserting mode, a formula inserting mode, time setting, skin changing and an importing example.
From the above description, a set of particle editor is used to create basic problem particles, interactive problem particles and teaching tool particles by classifying all the problem types and setting corresponding editing states; the edited particle types can be configured, so that different third party accesses can configure different particle types and unify the entries.
The system further comprises a particle manager and a teaching resource manager, wherein the particle manager comprises a second memory, a second processor and a second computer program stored on the second memory and capable of running on the second processor, and the teaching resource manager comprises a third memory, a third processor and a third computer program stored on the third memory and capable of running on the third processor;
when the grain template is acquired in step S1 to initialize the grain editing interface, the following steps are specifically implemented when the second processor executes the second computer program:
acquiring a new particle request, and sending user identity information of the new particle request to a user center to obtain an identity verification result of a user;
under the condition that the obtained identity verification result is a legal identity, a particle template is obtained from a Module configuration manager according to the classification information and the coding information of the new particle request, and a creation guide page is generated and returned to the particle editor according to the particle template;
initializing blank particles according to the particle template, and sending a particle instantiation request to a teaching resource manager to obtain particle information returned by the teaching resource manager, analyzing the real particle information and requesting a particle editing state to a Module configuration manager;
when the particle template is acquired in step S1 to initialize the particle editing interface, the following steps are specifically implemented when the first processor executes the first computer program:
receiving a particle creating request comprising a particle template, and sending an editing state request comprising the particle template to a particle manager;
receiving a returned particle editing state of the Module configuration manager, and rendering according to the particle editing state to obtain a particle editing interface in the particle editing state;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the first processor executes the first computer program:
sending a file uploading request comprising the coding information, the multimedia file and the user identity information to a particle manager;
acquiring a storage address of a multimedia file;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the second processor executes the second computer program:
acquiring the file uploading request, and sending the user identity information to a user center to acquire an identity verification result of the user;
under the condition that the obtained identity verification result is a legal identity, sending a file uploading path request comprising coding information and user identity information to the teaching resource manager;
acquiring the file uploading path, sending the multimedia file and the file uploading path to a resource server, and returning a storage address of the multimedia file returned by the resource server to a particle editor;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the third processor executes the third computer program:
verifying the authority of the file uploading path request according to the user identity information, and returning a file uploading path to a particle manager according to the coding information under the condition that the authority verification is passed;
when executing the step S3, the following steps are specifically implemented when the first processor executes the first computer program:
receiving a particle storage request comprising particle content and user identity information, and sending the particle storage request to a particle manager;
generating prompt information comprising a particle storage result and a particle updating result;
when executing the step S3, the second processor, when executing the second computer program, specifically implements the following steps:
acquiring a particle storage request, and sending the user identity information to a user center to acquire an identity verification result of the user;
under the condition that the obtained identity verification result is a legal identity, the particle content is stored to obtain a particle storage result; and sending a particle updating request of the particle metadata to a teaching resource manager to obtain a particle updating result returned by the teaching resource manager, and returning the particle storage result and the particle updating result to a particle editor.
From the above description, the particle editor provides a unified particle creation and editing tool as the front end, and the teaching resource management provides a particle life cycle management service and checks the particle model validity as the back end, thereby realizing front-end and back-end separation; in addition, the Module configuration manager is used for managing the particle template, the particle editing state and the custom editor; carrying out uniform identity authentication through a user center; the particle material file is stored through the resource storage, so that developers only need to concentrate on the front-end editing, and the development efficiency is improved.
Further, the particle template in step S1 further includes an SVN address, where the SVN address points to the content to which the particle template is applied.
From the above description, through the SVN address pointing to the content to which the grain template is applied, the developer can detect and modify the address, thereby improving the subsequent modification efficiency.
Further, if the classification information of the particle template in step S1 is an interactive topic particle, the initialized editing type of the particle editing interface further includes topic description, where the topic description includes a dialog box title, a text description content, a reference video address, a picture root directory, a preview picture name, a carousel picture name list, a carousel picture name prefix, a carousel picture name suffix, a carousel picture number, and a carousel picture interval time, and the carousel picture name prefix, the carousel picture name suffix, and the carousel picture number are used to automatically generate a picture list name.
As can be seen from the above description, the question type description of the interactive question granule supports the picture carousel.
Referring to fig. 1 to 4, a first embodiment of the present invention is:
a learning component management method comprising the steps of:
s1, the particle editor receives a new particle request, and obtains particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, the particle editor acquires the editing type and the corresponding multimedia file, uploads the multimedia file to the resource server, the particle editor acquires the storage address of the multimedia file returned by the resource server, associates the editing type and the storage address, and updates the particle editing interface according to the multimedia file;
and S3, the particle editor receives the particle storage request, stores the particle content, and stores all the content on the current particle editing interface in the particle storage request.
Wherein, step S1 specifically includes:
the particle editor receives a new particle request, and obtains a particle template from the particle manager according to classification information and coding information of the new particle request, wherein the classification information comprises basic problem particles, interactive problem particles and subject tool particles, and each particle template represents a problem type; as shown in fig. 2, in the present embodiment, the particle template metadata includes classification information, coding information, name information, and SVN addresses, where the SVN addresses point to the content to which the particle template is applied, and the developer can retrieve and modify the addresses;
the particle editor initializes a particle editing interface according to the acquired particle template, if the classification information of the particle template is a basic topic particle, as shown in fig. 3, the editing type of the initialized particle editing interface includes font format editing, image-text composition editing, multimedia insertion, formula insertion and import paradigm, and if the classification information of the particle template is an interactive topic particle, as shown in fig. 4, the editing type of the initialized particle editing interface includes multimedia insertion, formula insertion, time setting, skin changing and import paradigm.
The method comprises the steps that classification information of a particle template is interactive topic particles, the editing type of an initialized particle editing interface further comprises topic type description, the topic type description comprises a dialog box title, text description content, a reference video address, a picture root directory, a preview picture name, a carousel picture name list, a carousel picture name prefix, a carousel picture name suffix, a carousel picture number and carousel picture interval time, and the carousel picture name prefix, the carousel picture name suffix and the carousel picture number are used for automatically generating picture list names.
Wherein the topic description is implemented as follows:
wherein tools represent buttons that the toolbar needs to display, including skin (skin), topic description (diagnosis), time setting (time), preview (preview), save (save), insert (insert). The title description (description) supports the picture carousel, and the meaning of each configuration item is as follows:
title: dialog box title
content: text description
video: reference video address
imageRoot: photo root directory defaulted to ' $/guide ' relative to particle root directory '
imagePreview: preview picture name
imageList: carousel picture name list
imagePrefix: carousel picture name prefix
imageSuffix: carousel picture name suffix
imageaccount: number of pictures in carousel
interval: the carousel picture interval time is in milliseconds.
imagePrefix, imageSuffix, imagearound are used to automatically generate picture list names, i.e. wbxz.
Xml for granular main, among others, the specification is as follows:
xml specification is exemplified as follows, among others, for the particle page:
in step S1, the acquiring the particle template to initialize the particle editing interface specifically includes:
the particle manager acquires a new particle request, and sends user identity information of the new particle request to a user center to obtain an identity verification result of a user;
under the condition that the obtained identity verification result is a legal identity, the particle manager obtains a particle template from the Module configuration manager according to the classification information and the coding information of the new particle request, generates and returns a creation guide page to the particle editor according to the particle template;
the particle editor receives a particle creating request comprising a particle template and sends an editing state request comprising the particle template to the particle manager;
the particle manager initializes blank particles according to the particle template and sends a particle instantiation request to the teaching resource manager so as to obtain particle information returned by the teaching resource manager, analyzes the real particle information and requests a particle editing state from the Module configuration manager;
the particle editor receives the returned particle editing state of the Module configuration manager, and renders according to the particle editing state to obtain a particle editing interface in the particle editing state;
in step S2, the step "uploading the multimedia file to the resource server, and the particle editor obtaining the storage address of the multimedia file returned by the resource server" specifically includes:
the particle editor sends a file uploading request comprising coding information, a multimedia file and user identity information to the particle manager;
the particle manager acquires a file uploading request and sends user identity information to a user center so as to acquire an identity verification result of a user;
the method comprises the steps that when an obtained identity verification result is a legal identity, a particle manager sends a file uploading path request comprising coding information and user identity information to a teaching resource manager;
the teaching resource manager verifies the authority of the file uploading path request according to the user identity information, and returns the file uploading path to the particle manager according to the coding information under the condition that the authority verification is passed;
the particle manager acquires a file uploading path, sends the multimedia file and the file uploading path to the resource server, and returns a storage address of the multimedia file returned by the resource server to the particle editor;
the particle editor obtains a storage address of the multimedia file;
wherein, step S3 specifically includes:
the particle editor receives a particle storage request comprising particle content and user identity information, and sends the particle storage request to the particle manager;
the particle manager acquires a particle storage request and sends user identity information to a user center so as to acquire an identity verification result of a user;
the particle manager saves the particle content under the condition that the obtained identity verification result is a legal identity, so as to obtain a particle saving result; sending a particle updating request of the particle metadata to the teaching resource manager to obtain a particle updating result returned by the teaching resource manager, and returning a particle storage result and a particle updating result to the particle editor;
the granule editor generates a prompt including a granule save result and a granule update result.
Referring to fig. 5, a second embodiment of the present invention is:
a learning component management system 1 comprising a particle editor 2, a particle manager 5 and a teaching resource manager 8, the particle editor 2 comprising a first memory 4, a first processor 3 and a first computer program stored on the first memory 4 and executable on the first processor 3, the particle manager 5 comprising a second memory 7, a second processor 6 and a second computer program stored on the second memory 7 and executable on the second processor 6, the teaching resource manager 8 comprising a third memory 10, a third processor 9 and a third computer program stored on the third memory 10 and executable on the third processor 9, the first processor 3 executes the second computer program, the second processor 6 executes the second computer program, and the third processor 9 executes the third computer program according to the corresponding steps of the first embodiment.
For the present system, the granule manager 5 is also connected to the Module configuration manager 11, the resource server 12, and the user center 13 at the same time.
Thus, it can be seen that: a third-party service system (a lesson preparation system, an operating system and a 101PPT) relies on the particle editor 2 to create and edit particles, and the requirement of uniform entry of each subsystem to the particle editor 2 is met;
module configuration manager 11: the particle template and the particle editing state are managed, the system needs to provide an external access interface after the template and the editing state are formally released to the outside, and the particle editor 2 acquires the online template and the editing state through the external access interface.
Teaching resource manager 8: and the particle editor 2 is used for creating, editing and storing the particles by relying on an external access interface.
The particle editor relies on the user center 13 to perform identity authorization authentication, so that the user session security is ensured.
The grain editor relies on the resource server 12 to transmit the grain multimedia file and stores the used multimedia file according to the grain content packaging structure.
In summary, according to the learning component management method and system provided by the present invention, a user sends a request to a particle editor, the particle editor generates a particle template corresponding to a requested particle, and then the user edits and uploads a multimedia file according to the particle template, and the particle editor obtains an editing type and a corresponding multimedia file, then stores and associates the editing type and the corresponding multimedia file, and stores the editing type and the corresponding multimedia file after the particle is completed, so as to obtain a learning component with a minimum unit, and other learning resources can reuse the learning component with the minimum unit to implement rapid development and editing of the learning resources; meanwhile, each particle is customized for a specific and tiny teaching target, and students can independently complete the learning of the particle and can reach the teaching target corresponding to the particle, so that the students can pertinently improve the learning of the students; classifying all question types and setting corresponding editing states, so that a set of particle editor is used for creating basic question particles, interactive question particles and teaching tool particles; the particle editor is used as a front end to provide a unified particle creating and editing tool, the teaching resource management is used as a back end to provide particle life cycle management service and verify the validity of a particle model, and therefore front-end and back-end separation is achieved; in addition, the Module configuration manager is used for managing the particle template, the particle editing state and the custom editor; carrying out uniform identity authentication through a user center; the particle material file is stored through the resource storage, so that developers only need to concentrate on the front-end editing, and the development efficiency is improved.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields, are included in the scope of the present invention.
Claims (10)
1. A learning component management method, comprising the steps of:
s1, the particle editor receives a new particle request, obtains particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, the particle editor obtains the editing type and the corresponding multimedia file, uploads the multimedia file to the resource server, the particle editor obtains the storage address of the multimedia file returned by the resource server, associates the editing type and the storage address, and updates the particle editing interface according to the multimedia file;
and S3, the particle editor receives a particle storage request, stores the particle content, and stores all the content on the current particle editing interface in the particle storage request.
2. The method for managing learning components according to claim 1, wherein the step S1 specifically includes:
the particle editor receives a new particle request, and obtains a particle template from the particle manager according to classification information and coding information of the new particle request, wherein the classification information comprises basic problem particles, interactive problem particles and subject tool particles, and each particle template represents a problem type;
the particle editor initializes a particle editing interface according to the acquired particle template, if the classification information of the particle template is basic topic particles, the initialized editing type of the particle editing interface comprises font format editing, image-text typesetting editing, multimedia insertion, formula insertion and an import example, and if the classification information of the particle template is interactive topic particles, the initialized editing type of the particle editing interface comprises multimedia insertion, formula insertion, time setting, skin changing and an import example.
3. The method for managing learning components according to claim 1, wherein the step S1 of obtaining the grain template to initialize the grain editing interface specifically includes:
the method comprises the steps that a particle manager obtains a new particle request, and sends user identity information of the new particle request to a user center to obtain an identity verification result of a user;
under the condition that the obtained identity verification result is a legal identity, the particle manager obtains a particle template from the Module configuration manager according to the classification information and the coding information of the new particle request, and generates and returns a creation guide page to the particle editor according to the particle template;
the particle editor receives a particle creating request comprising a particle template and sends an editing state request comprising the particle template to the particle manager;
the particle manager initializes blank particles according to the particle template and sends a particle instantiation request to the teaching resource manager so as to obtain particle information returned by the teaching resource manager, analyzes the real particle information and requests a particle editing state from the Module configuration manager;
the particle editor receives the returned particle editing state of the Module configuration manager, and renders according to the particle editing state to obtain a particle editing interface in the particle editing state;
in step S2, the step of "uploading the multimedia file to the resource server, and the particle editor obtaining the storage address of the multimedia file returned by the resource server" specifically includes:
the particle editor sends a file uploading request comprising the coding information, the multimedia file and the user identity information to the particle manager;
the particle manager acquires the file uploading request and sends the user identity information to a user center so as to acquire an identity verification result of the user;
the method comprises the steps that when an obtained identity verification result is a legal identity, a particle manager sends a file uploading path request comprising coding information and user identity information to a teaching resource manager;
the teaching resource manager verifies the authority of the file uploading path request according to the user identity information, and returns a file uploading path to the particle manager according to the coding information under the condition that the authority verification is passed;
the particle manager acquires the file uploading path, sends the multimedia file and the file uploading path to a resource server, and returns a storage address of the multimedia file returned by the resource server to the particle editor;
the particle editor obtains a storage address of the multimedia file;
the step S3 specifically includes:
the particle editor receives a particle storage request comprising particle content and user identity information, and sends the particle storage request to the particle manager;
the particle manager acquires a particle storage request and sends the user identity information to a user center so as to acquire an identity verification result of the user;
the particle manager saves the particle content under the condition that the obtained identity verification result is a legal identity, so as to obtain a particle saving result; sending a particle updating request of particle metadata to a teaching resource manager to obtain a particle updating result returned by the teaching resource manager, and returning the particle storage result and the particle updating result to a particle editor;
the particle editor generates prompt information including a particle save result and the particle update result.
4. The method for managing learning components according to claim 1, wherein the particle template in step S1 further includes an SVN address, and the SVN address points to the content to which the particle template is applied.
5. The method for managing learning components according to claim 2, wherein in step S1, if the classification information of the grain template is an interactive topic grain, the initialized editing type of the grain editing interface further includes a topic description, the topic description includes a dialog box title, a text description, a reference video address, a picture root directory, a preview picture name, a carousel picture name list, a carousel picture name prefix, a carousel picture name suffix, a carousel picture number, and a carousel picture interval time, and the carousel picture name prefix, the carousel picture name suffix, and the carousel picture number are used to automatically generate a picture list name.
6. A learning component management system comprising a particle editor, the particle editor comprising a first memory, a first processor and a first computer program stored on the first memory and executable on the first processor, the first processor when executing the first computer program implementing the steps of:
s1, receiving a new particle request, and acquiring particle templates to initialize a particle editing interface, wherein each particle template represents a question type, and the particles are learning components with minimum units;
s2, acquiring an editing type and a corresponding multimedia file, uploading the multimedia file to a resource server, acquiring a storage address of the multimedia file returned by the resource server by a particle editor, associating the editing type with the storage address, and updating a particle editing interface according to the multimedia file;
and S3, receiving a particle storage request, storing the particle content, and storing all the content on the current particle editing interface in the particle storage request.
7. The system for managing learning components according to claim 6, wherein when executing the step S1, the first processor implements the following steps when executing the first computer program:
receiving a new particle request, and obtaining a particle template from a particle manager according to classification information and coding information of the new particle request, wherein the classification information comprises basic problem particles, interactive problem particles and subject tool particles, and each particle template represents a problem type;
initializing a particle editing interface according to the acquired particle template, if the classification information of the particle template is basic topic particles, initializing the editing type of the particle editing interface after initialization, wherein the editing type of the particle editing interface comprises a font format editing mode, a graphic and text typesetting editing mode, a multimedia inserting mode, a formula inserting mode and an importing example, and if the classification information of the particle template is interactive topic particles, initializing the editing type of the particle editing interface after initialization, wherein the editing type of the particle editing interface comprises a multimedia inserting mode, a formula inserting mode, time setting, skin changing and an importing example.
8. The learning component management system of claim 6, further comprising a particle manager and a teaching resource manager, the particle manager comprising a second memory, a second processor, and a second computer program stored on the second memory and executable on the second processor, the teaching resource manager comprising a third memory, a third processor, and a third computer program stored on the third memory and executable on the third processor;
when the grain template is acquired in step S1 to initialize the grain editing interface, the following steps are specifically implemented when the second processor executes the second computer program:
acquiring a new particle request, and sending user identity information of the new particle request to a user center to obtain an identity verification result of a user;
under the condition that the obtained identity verification result is a legal identity, a particle template is obtained from a Module configuration manager according to the classification information and the coding information of the new particle request, and a creation guide page is generated and returned to the particle editor according to the particle template;
initializing blank particles according to the particle template, and sending a particle instantiation request to a teaching resource manager to obtain particle information returned by the teaching resource manager, analyzing the real particle information and requesting a particle editing state to a Module configuration manager;
when the particle template is acquired in step S1 to initialize the particle editing interface, the following steps are specifically implemented when the first processor executes the first computer program:
receiving a particle creating request comprising a particle template, and sending an editing state request comprising the particle template to a particle manager;
receiving a returned particle editing state of the Module configuration manager, and rendering according to the particle editing state to obtain a particle editing interface in the particle editing state;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the first processor executes the first computer program:
sending a file uploading request comprising the coding information, the multimedia file and the user identity information to a particle manager;
acquiring a storage address of a multimedia file;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the second processor executes the second computer program:
acquiring the file uploading request, and sending the user identity information to a user center to acquire an identity verification result of the user;
under the condition that the obtained identity verification result is a legal identity, sending a file uploading path request comprising coding information and user identity information to the teaching resource manager;
acquiring the file uploading path, sending the multimedia file and the file uploading path to a resource server, and returning a storage address of the multimedia file returned by the resource server to a particle editor;
when "uploading the multimedia file to the resource server and the granule editor obtains the storage address of the multimedia file returned by the resource server" in the step S2 is executed, the following steps are specifically implemented when the third processor executes the third computer program:
verifying the authority of the file uploading path request according to the user identity information, and returning a file uploading path to a particle manager according to the coding information under the condition that the authority verification is passed;
when executing the step S3, the following steps are specifically implemented when the first processor executes the first computer program:
receiving a particle storage request comprising particle content and user identity information, and sending the particle storage request to a particle manager;
generating prompt information comprising a particle storage result and a particle updating result;
when executing the step S3, the second processor, when executing the second computer program, specifically implements the following steps:
acquiring a particle storage request, and sending the user identity information to a user center to acquire an identity verification result of the user;
under the condition that the obtained identity verification result is a legal identity, the particle content is stored to obtain a particle storage result; and sending a particle updating request of the particle metadata to a teaching resource manager to obtain a particle updating result returned by the teaching resource manager, and returning the particle storage result and the particle updating result to a particle editor.
9. The system for managing learning components according to claim 6, wherein the particle template in step S1 further includes an SVN address, and the SVN address points to the content to which the particle template is applied.
10. The system according to claim 7, wherein in step S1, if the classification information of the grain template is an interactive topic grain, the initialized editing type of the grain editing interface further includes a topic description, the topic description includes a dialog box title, a text description, a reference video address, a picture root directory, a preview picture name, a carousel picture name list, a carousel picture name prefix, a carousel picture name suffix, a carousel picture number, and a carousel picture interval time, and the carousel picture name prefix, the carousel picture name suffix, and the carousel picture number are used to automatically generate a picture list name.
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