CN109739910B - An open label management method and system - Google Patents

Abstract

The present invention provides an open label management method and a corresponding system. By configuring a unique communication key for each access party as a label credential, the access party can be given authority to create a Tag data can achieve fast and stable connection with third-party operating systems; by creating a tag system database and storing and maintaining tag data in a unified manner, centralized management of tag data can be achieved and processing efficiency can be improved; in addition, external The tag data of the database is imported into the tag system database, and tags are added to the resources of the access party after verification of the tag data, which supports data migration to third parties and realizes the transparent call of tag information. Through the above method, online material resources such as videos, music, and pictures can be marked and classified, so as to facilitate searching, retrieval and screening of materials.

Description

An open label management method and system

technical field

The invention belongs to the technical field of label information management, and particularly relates to an open label management method and system.

Background technique

With the rapid development of the network, the diversity of information dissemination methods began to show explosive growth. In the era of self-media, everyone can create information for publication and dissemination. Therefore, everyone needs to collect and utilize a large amount of material, and the information produced or disseminated by each person can also become the material used by others. At present, the collection and use of material resources using the network as a platform has become the most conventional way to obtain materials, and the classification and search of materials by using keywords (tags) as features has also become a conventional way of material management. Therefore, in the face of massive materials in the network, an efficient, accurate and highly compatible method is required to support the management of materials.

SUMMARY OF THE INVENTION

In order to solve the above technical problems, the present invention provides an open label management method and system.

The specific technical scheme of the present invention is as follows:

One aspect of the present invention provides an open label management method, comprising the following steps:

S1: Connect the external system that requests to call the tag data into the tag management system, and configure a unique communication key for each access party as the tag credential;

S2: Create a root node of a label set for each of the access parties according to the label credentials, and create label data in each of the root nodes;

S3: store the label data in the label system database, obtain label data from an external database, import the label data into the label system database, and perform maintenance and hierarchical management in a unified manner;

S4: according to the label data, add labels to the resources of each of the access parties respectively;

S5: Use the tag to query, retrieve or filter the resource.

Further, the specific method of step S2 is as follows:

S2.1: Verify the validity of the label voucher, and if the verification is passed, the label is managed; otherwise, the label is re-created and managed;

S2.2: Mark the root tag of the tag, and create corresponding sub-tags at the same time;

S2.3: Compare the sub-tag with the pre-stored tag data in the tag system database to determine whether there is a parent tag of the sub-tag, and if so, create a new tag and mark it accordingly.

Further, the specific method for judging whether there is a parent tag of the child tag is as follows:

The identification fields are extracted from the sub-tags and the tag data stored in advance in the tag system database, and compared, to find out whether there is an identification field that is the same as the indicated field in the sub-tag, and if so, the corresponding The label data of the child label is used as the parent label of the child label.

Further, the specific method for uniformly maintaining the label data is as follows:

S3.1: Maintain the format of the label data, check whether the label data has errors, omissions, redundancy or harmful data, if the check result is "exist", repair it; if the check result is "absence" , then enter step S3.2;

S3.2: Perform logical maintenance on the tag data, check whether there are logical defects between the tag data and other tag data, if the inspection result is "exist", correct it; if the inspection result is "absence" , then enter step S3.3;

S3.3: According to the information of step S1 and step S2, regularly update the label data, and return the updated label data to step S3.1 for re-maintenance.

Further, the specific method of step S4 is as follows:

S4.1: Obtain all stored label data from the label system database according to the label voucher, and make a label list;

S4.2: Select at least one target tag to be added to the resource of the access party from the tag list;

S4.3: Verify the target tag, determine whether the resource is allowed to add the target tag, when the judgment result is "Yes", match the resource with the target tag, and add the matching information into the tag system database; when the judgment result is "No", cancel the matching of the resource with the target tag.

Further, the specific method for judging whether the resource allows adding the target tag is as follows:

S4.3.1: Determine whether the target label has a form defect, if so, the judgment result is "No"; if not, go to step S4.3.2;

S4.3.2. Judging whether the target label has logical defects, if so, the judgment result is "No"; if not, then go to step S4.3.3;

S4.3.3. Determine whether the said resource has been tagged, if not, the determination result is "Yes"; if it has been added, then go to step S4.3.4;

S4.3.4. Determine whether the target tag exists in the tags that have been added to the resource. If it does not exist, the determination result is "Yes"; if it exists, the determination result is "No".

Another aspect of the present invention provides an open label management system, comprising the following parts:

a configuration module, configured to connect an external system requesting invoking tag data into the system, and configure a unique communication key for each access party as a tag credential;

a communication module for processing information interaction between various modules in the system;

a core processing module, configured to create tag data for each of the access parties according to the tag credentials, and perform unified maintenance; and add tags to the resources of each of the access parties according to the tag data;

The data processing module is used for uniformly encapsulating the label data and uniformly storing it in the label system database.

Further, the configuration module includes the following parts:

an external interface unit, configured to provide a development kit for accessing the system for an external system requesting to call tag data, and connect with the external system;

a configuration management unit, configured to manage the configuration information of the system uniformly, and configure a unique communication key for each access party as a label credential;

The data processing module includes the following parts:

a processing unit for uniformly maintaining and uniformly encapsulating the label data;

The storage unit is used to build the label system database and store the maintained and packaged label data uniformly.

Further, the specific method for the core processing module to create the label data is as follows:

Validation of the label voucher is performed, and the label is managed if the verification is passed, otherwise the label is re-created and managed; the root label of the label is marked, and corresponding sub-labels are created at the same time; the sub-label Compare with the label data stored in advance in the label system database to determine whether there is a parent label of the sub-label, and if so, create a new label and mark it accordingly;

The specific method for judging whether there is a parent tag of the child tag is as follows:

The identification fields are extracted from the sub-tags and the tag data stored in advance in the tag system database, and compared, to find out whether there is an identification field that is the same as the indicated field in the sub-tag, and if so, the corresponding The label data of the child label is used as the parent label of the child label.

Further, the method for uniformly maintaining the label data by the core processing module is as follows:

①: Maintain the format of the label data, check whether the label data has errors, omissions, redundancy or harmful data, if the inspection result is "exist", then repair; if the inspection result is "absence", then Enter step ②;

②: Carry out logical maintenance on the label data, check whether there are logical defects between the label data and other label data, if the inspection result is "exist", then correct it; if the inspection result is "absence", then Enter step ③;

③: According to the information in step S1 and step S2, regularly update the label data, and return the updated label data to step 1 for re-maintenance;

The method for adding tags to the resources by the core processing module is as follows:

Obtain all stored tag data from the tag system database according to the tag credentials, and make a tag list; select at least one target tag to be added to the resource of the access party from the tag list; Verification is performed to determine whether the resource is allowed to add the target tag, and when the judgment result is "Yes", the resource is matched with the target tag, and the matching information is added to the tag system database; when When the judgment result is "No", the matching of the resource with the target tag is canceled.

The specific method for judging whether the resource allows adding the target tag is as follows:

①. Determine whether the target label has a form defect, if so, the judgment result is "No"; if it does not exist, enter step ②;

②. Judging whether the target label has a logical defect, if so, the judgment result is "No"; if it does not exist, enter step ③;

③. Judging whether the resource has been added with a label, if not, the judgment result is "Yes"; if it has been added, enter step ④;

④. Judging whether the target tag exists in the tags that the resource has added, if not, the judgment result is "Yes"; if it exists, the judgment result is "No".

The beneficial effects of the present invention are as follows: the present invention provides an open label management method and a corresponding system. By configuring a unique communication key for each access party as a label certificate, the connection can be made only after passing the validity verification. The entry party grants permission to create tag data, which can achieve fast and stable connection with third-party operating systems; by creating a tag system database and storing and maintaining tag data in a unified manner, centralized management of tag data can be achieved and processing efficiency can be improved. In addition, it is also possible to import the tag data of the external database into the tag system database, and add tags to the resources of the access party after verification of the tag data, support data migration to third parties, and realize the transparent call of tag information. Through the above method, online material resources such as videos, music, and pictures can be marked and classified, so as to facilitate searching, retrieval and screening of materials.

Description of drawings

1 is a flowchart of an open label management method described in Embodiment 1;

2 is a flowchart of creating a label in an open label management method described in Embodiment 1;

3 is a flowchart of adding a label in an open label management method described in Embodiment 1;

4 is a schematic structural diagram of an open label management system according to Embodiment 2;

FIG. 5 is a schematic structural diagram of an open label management system according to Embodiment 3. FIG.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and the following examples.

Example 1

As shown in FIG. 1, Embodiment 1 of the present invention provides an open label management method, including the following steps:

S1: Connect the external system that requests to call the tag data into the tag management system (provide the SDK development kit for accessing the system), and configure a unique communication key for each access party as the tag credential;

S2: According to the label credentials, create a root node of the label set for each access party, and create label data in each root node;

S3: Store the label data in the label system database, obtain label data from an external database, import it into the label system database, and conduct unified maintenance and hierarchical management;

S4: According to the label data, add labels to the resources of each access party respectively;

S5: Use tags to query, retrieve or filter resources.

During specific implementation, the specific method of step S2 is as follows:

S2.1: Verify the validity of the label certificate, and manage the label after the verification, otherwise re-create the label and manage it;

Validity verification includes verifying the format and timeliness of the label voucher (ie, the communication key), and whether the match with the access party is consistent with the recorded information, and only if the above information is qualified can the verification be considered passed;

S2.2: Mark the root tag of the tag, and create corresponding sub-tags at the same time;

S2.3: Compare the sub-tag with the pre-stored tag data in the tag system database to determine whether there is a parent tag of the sub-tag, if so, create a new tag and mark it accordingly; if it does not exist, it cannot In order to create a label, it is necessary to recreate the sub-label for comparison.

Among them, the specific method for judging whether there is a parent tag of a child tag is as follows:

Extract the identification fields from the sub-tags and the tag data stored in the tag system database respectively, and compare them to find out whether there is an identification field that is the same as the indicated field in the sub-tag, if so, the corresponding tag data will be used as the sub-tag. the parent tag of ;

The identification field is a string of codes added directly during the creation process. When the tag data with the same identification field as the sub-tag is found in the tag database, it can be considered that the sub-tag has a parent-child relationship (ie correlation) with the tag data. , otherwise, it is considered that the indicated field is wrong and needs to be corrected or re-added before the comparison can be performed.

In the specific implementation, the specific method for unified maintenance of label data is as follows:

S3.1: Maintain the format of the label data, check whether the label data has errors, omissions, redundant or harmful data, if the check result is "exist", repair it; if the check result is "absent", go to the step S3.2;

S3.2: Carry out logical maintenance on the label data, check whether there are logical defects between the label data and other label data, if the check result is "exist", correct it; if the check result is "absence", go to the step S3.3;

Logic refers to the hierarchical relationship, subordinate relationship and level relationship between tag data. For example, "music", "video", and "picture" are the same level tags by default, and the subordinate tags of "music" include "folk", "rock" , "Blues", "Pure Music", etc.; among them, you can also set the priority of each label at the same level according to your needs, for example, pure music > folk music > blues > rock; when the actual information of the label data does not match the above information , it is considered that there is a logical defect;

S3.3: According to the information of step S1 and step S2, regularly update the label data, and return the updated label data to step S3.1 for re-maintenance.

During specific implementation, the specific method of step S4 is as follows:

S4.1: Obtain all stored label data from the label system database according to the label voucher, and make a label list;

S4.2: Select at least one target tag to be added to the resource of the access party from the tag list;

S4.3: Validate the target tag to determine whether the resource is allowed to add the target tag. When the judgment result is "Yes", match the resource with the target tag, and add the matching information to the tag system database; when the judgment result is When "No", cancels matching the resource to the target tag.

Among them, the specific method of judging whether the resource allows adding target tags is as follows:

S4.3.1: Determine whether the target label has form defects, if so, the judgment result is "No"; if not, go to step S4.3.2;

S4.3.2. Judging whether the target label has logical defects, if so, the judgment result is "No"; if not, go to step S4.3.3;

S4.3.3. Judging whether the resource has been tagged, if not, the judgment result is "Yes"; if it has been added, go to step S4.3.4;

S4.3.4. Determine whether there is a target tag in the tags that have been added to the resource. If it does not exist, the determination result is "Yes"; if it exists, the determination result is "No".

This embodiment provides an open label management method. By configuring a unique communication key for each access party as a label credential, the access party can be granted authority to create label data only after passing the validity verification. It can realize fast and stable connection with third-party operating systems; by creating a tag system database and storing and maintaining tag data in a unified manner, it can realize centralized management of tag data and improve processing efficiency; in addition, tags in external databases can also be The data is imported into the tag system database, and tags are added to the resources of the access party after verification of the tag data, which supports data migration to third parties and realizes the transparent call of tag information. Through the above method, online material resources such as videos, music, pictures, etc. can be marked and classified efficiently and accurately, so as to facilitate searching, retrieval and screening of materials.

Example 2

Embodiment 2 discloses an open label management system on the basis of Embodiment 1, including the following parts:

The configuration module 1 is used to connect the external system requesting to call the label data into the system, and configure a unique communication key as the label credential for each access party respectively;

The communication module 2 is used to process the information interaction between each module in the system;

The core processing module 3 is used to create tag data for each access party according to the tag credentials, and perform unified maintenance; according to the tag data, add tags to the resources of each access party respectively;

The data processing module 4 is used to uniformly encapsulate the label data and store it in the label system database, and at the same time obtain the label data from the external database and import it into the label system database.

This embodiment provides an open label management system. The configuration module 1 uniformly manages the relevant configuration information of the entire system, and configures a unique communication key for each access party as a label credential. Afterwards, the access party can be authorized to create tag data, which can realize fast and stable connection with the third-party operating system; the communication module 2 handles network communication in a unified manner, and standardizes the support of various network communication protocols; the core processing module 3 creates The tag system database and the tag data are stored and maintained uniformly, which can realize centralized management of tag data and improve processing efficiency; the data processing module 4 uniformly encapsulates the data, transparently handles data caching and persistence; The tag data of the device is imported into the tag system database, and tags are added to the resources of the access party after verification of the tag data, which supports data migration to third parties and realizes the transparent call of tag information. Through the above system, online material resources such as videos, music, and pictures can be marked and classified efficiently and accurately, so as to facilitate the search, retrieval and screening of materials.

Example 3

Embodiment 3 discloses an open label management system on the basis of Embodiment 2. This embodiment 3 further defines that the configuration module 1 includes the following parts:

The external interface unit 11 is used to provide the sdk development kit of the access system for the external system requesting to call the tag data, and connect with the external system;

The configuration management unit 12 is used to manage the configuration information of the system in a unified manner, configure the management and control background and provide an operation interface, and configure a unique communication key as a label certificate for each access party respectively;

The data processing module 4 includes the following parts:

The processing unit 41 is used to uniformly maintain and encapsulate the label data, and simultaneously obtain the label data from an external database;

The storage unit 42 is used to construct a label system database, and uniformly store the label data that has been maintained and packaged or called from outside.

Example 4

Embodiment 4 discloses an open label management system on the basis of embodiment 2, and this embodiment 4 further defines the specific method for creating label data by the core processing module (3) as follows:

Verify the validity of the label voucher, and manage the label if the verification is passed, otherwise re-create the label and manage it; label the root label of the label, and create corresponding sub-labels at the same time; Compare the tag data to determine whether there is a parent tag of the child tag, if so, create a new tag and mark it accordingly;

Among them, the specific method for judging whether there is a parent tag of a child tag is as follows:

Extract the identification fields from the sub-tags and the tag data stored in the tag system database respectively, and compare them to find out whether there is an identification field that is the same as the indicated field in the sub-tag, if so, the corresponding tag data will be used as the sub-tag. parent tag.

The method for uniformly maintaining the label data by the core processing module (3) is as follows:

①: Maintain the format of the label data, check whether there are errors, omissions, redundant or harmful data in the label data, if the inspection result is "exist", repair it; if the inspection result is "absent", go to step ②;

②: Carry out logical maintenance on the tag data, check whether there are logical defects between the tag data and other tag data, if the inspection result is "exist", correct it; if the inspection result is "absent", go to step ③;

③: According to the information of step S1 and step S2, regularly update the label data, and return the updated label data to step ① for re-maintenance;

The method for adding tags to resources by the core processing module (3) is as follows:

Obtain all stored tag data from the tag system database according to the tag credentials, and make a tag list; select at least one target tag to be added to the resource of the access party from the tag list; verify the target tag to determine whether the resource is allowed to be added Target tag, when the judgment result is "Yes", the resource is matched with the target tag, and the matching information is added to the tag system database; when the judgment result is "No", the matching of the resource with the target tag is canceled.

Among them, the specific method of judging whether the resource allows adding target tags is as follows:

①. Determine whether the target label has formal defects, if so, the judgment result is "No"; if not, go to step ②;

②. Judging whether the target label has logical defects, if so, the judgment result is "No"; if it does not exist, go to step ③;

③. Judging whether the resource has been added with a tag, if not, the judgment result is "Yes"; if it has been added, go to step ④;

④. Determine whether there is a target tag in the tags that the resource has added. If it does not exist, the judgment result is "Yes"; if it exists, the judgment result is "No".

The above-mentioned embodiments only represent several embodiments of the present invention, and the descriptions thereof are specific and detailed, but should not be construed as limiting the scope of the patent of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the concept of the present invention, several modifications and improvements can also be made, which all belong to the protection scope of the present invention. Therefore, the protection scope of the patent of the present invention shall be subject to the appended claims.

Claims (7)

1. an open label management method, is characterized in that, comprises the steps: S1: Connect the external system that requests to call the tag data into the tag management system, and configure a unique communication key for each access party as the tag credential; S2: Create a root node of a label set for each of the access parties according to the label credentials, and create label data in each of the root nodes; S3: store the label data in the label system database, obtain label data from an external database, import the label data into the label system database, and perform maintenance and hierarchical management in a unified manner; S4: according to the label data, add labels to the resources of each of the access parties respectively; S5: query, retrieve or filter the resource by using the tag; The specific method of step S2 is as follows: S2.1: Verify the validity of the label voucher, and if the verification is passed, the label is managed; otherwise, the label is re-created and managed; S2.2: Mark the root tag of the tag, and create corresponding sub-tags at the same time; S2.3: Compare the sub-tag with the tag data stored in advance in the tag system database, and determine whether there is a parent tag of the sub-tag, and if so, create a new tag and mark it accordingly; The specific method for judging whether there is a parent tag of the child tag is as follows: The identification fields are extracted from the sub-tags and the tag data stored in advance in the tag system database, and compared, to find out whether there is an identification field that is the same as the indicated field in the sub-tag, and if so, the corresponding The label data of the child label is used as the parent label of the child label. 2. The open label management method according to claim 1, wherein the specific method for uniformly maintaining the label data is as follows: S3.1: Maintain the format of the label data, check whether the label data has errors, omissions, redundancy or harmful data, if the check result is "exist", repair it; if the check result is "absence" , then enter step S3.2; S3.2: Perform logical maintenance on the tag data, check whether there are logical defects between the tag data and other tag data, if the inspection result is "exist", correct it; if the inspection result is "absence" , then enter step S3.3; S3.3: According to the information of step S1 and step S2, regularly update the label data, and return the updated label data to step S3.1 for re-maintenance. 3. The open label management method according to claim 1, wherein the specific method of step S4 is as follows: S4.1: Obtain all stored label data from the label system database according to the label voucher, and make a label list; S4.2: Select at least one target tag to be added to the resource of the access party from the tag list; S4.3: Verify the target tag, determine whether the resource is allowed to add the target tag, when the judgment result is "Yes", match the resource with the target tag, and add the matching information into the tag system database; when the judgment result is "No", cancel the matching of the resource with the target tag. 4. The open label management method according to claim 3, wherein the specific method for judging whether the resource is allowed to add the target label is as follows: S4.3.1: Determine whether the target label has a form defect, if so, the judgment result is "No"; if not, go to step S4.3.2; S4.3.2. Judging whether the target label has logical defects, if so, the judgment result is "No"; if not, then go to step S4.3.3; S4.3.3. Determine whether the resource has been tagged, if not, the determination result is "yes"; if it has been added, go to step S4.3.4; S4.3.4. Determine whether the target tag exists in the tags that have been added to the resource. If it does not exist, the determination result is "Yes"; if it exists, the determination result is "No". 5. An open label management system, characterized in that it comprises the following parts: A configuration module (1), configured to access an external system requesting to call label data into the system, and configure a unique communication key as a label credential for each access party respectively; a communication module (2), for processing the information interaction between the various modules in the system; A core processing module (3), configured to create tag data for each of the access parties according to the tag credentials, and perform unified maintenance; add tag; a data processing module (4) for uniformly encapsulating the label data and storing them in a label system database uniformly; The specific method for the core processing module (3) to create label data is as follows: Validation of the label voucher is performed, and the label is managed if the verification is passed, otherwise the label is re-created and managed; the root label of the label is marked, and corresponding sub-labels are created at the same time; the sub-label Compare with the label data stored in advance in the label system database to determine whether there is a parent label of the sub-label, and if so, create a new label and mark it accordingly; The specific method for judging whether there is a parent tag of the child tag is as follows: The identification fields are extracted from the sub-tags and the tag data stored in advance in the tag system database, and compared, to find out whether there is an identification field that is the same as the indicated field in the sub-tag, and if so, the corresponding The label data of the child label is used as the parent label of the child label. 6. The open label management system according to claim 5, wherein the configuration module (1) comprises the following parts: an external interface unit (11), configured to provide a development kit for accessing the system for an external system requesting to call tag data, and connect with the external system; a configuration management unit (12), configured to uniformly manage the configuration information of the system, and configure a unique communication key as a label credential for each access party respectively; The data processing module (4) includes the following parts: a processing unit (41) for uniformly maintaining and uniformly encapsulating the label data; A storage unit (42) is used for constructing a label system database and uniformly storing the maintained and packaged label data. 7. The open label management system according to claim 5, wherein the method for uniformly maintaining the label data by the core processing module (3) is as follows: ①: Maintain the format of the label data, check whether the label data has errors, omissions, redundancy or harmful data, if the inspection result is "exist", then repair; if the inspection result is "absence", then Enter step ②; ②: Carry out logical maintenance on the label data, check whether there are logical defects between the label data and other label data, if the inspection result is "exist", then correct it; if the inspection result is "absence", then Enter step ③; ③: According to the information in step S1 and step S2, regularly update the label data, and return the updated label data to step 1 for re-maintenance; The method for adding tags to the resources by the core processing module (3) is as follows: Obtain all stored tag data from the tag system database according to the tag credentials, and make a tag list; select at least one target tag to be added to the resource of the access party from the tag list; Verification is performed to determine whether the resource is allowed to add the target tag, and when the judgment result is "Yes", the resource is matched with the target tag, and the matching information is added to the tag system database; when When the judgment result is "No", cancel the matching of the resource with the target tag; The specific method for judging whether the resource allows adding the target tag is as follows: ①. Determine whether the target label has a form defect, if so, the judgment result is "No"; if it does not exist, enter step ②; ②. Judging whether the target label has a logical defect, if so, the judgment result is "No"; if it does not exist, enter step ③; ③. Judging whether the resource has been added with a label, if not, the judgment result is "Yes"; if it has been added, then enter step ④; ④. Judging whether the target tag exists in the tags that the resource has added, if not, the judgment result is "Yes"; if it exists, the judgment result is "No".

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